mhurhangee/ep-ind-claims huggingface dataset:
An electronic device for vehicles comprising: a printed circuit board that is mounted with an electronic component to configure a predetermined electronic circuit; a conductive casing (10, 40) that stores the printed circuit board; a connecting part that is arranged between the conductive casing (10, 40) and the printed circuit board, wherein a resin film for preventing from being soldered is arranged at a board surface of the printed circuit board to be capacitively coupled with the connecting part, the connecting part is configured to be capacitively coupled with a conductor pattern of the printed circuit board so as to guide radiation noise from the printed circuit board to the conductive casing (10, 40), the connecting part is configured by a number of protruding parts, which are arranged to protrude to the conductive casing (10, 40) having a gap between the conductor pattern and the protruding part, and are capacitively coupled with the conductor pattern through spacing arranged in the gap, the distance between a ground pattern and the protruding part is larger than the thickness of the solder resist located on top of the ground pattern so there is no direct mechanical contact between the solder resist and the protruding part, and the number or size of the protruding parts is configured to allow radiation noise to be at a tolerance level. a printed circuit board that is mounted with an electronic component to configure a predetermined electronic circuit; a conductive casing (10, 40) that stores the printed circuit board; a connecting part that is arranged between the conductive casing (10, 40) and the printed circuit board, wherein a resin film for preventing from being soldered is arranged at a board surface of the printed circuit board to be capacitively coupled with the connecting part, the connecting part is configured to be capacitively coupled with a conductor pattern of the printed circuit board so as to guide radiation noise from the printed circuit board to the conductive casing (10, 40), the connecting part is configured by a number of protruding parts, which are arranged to protrude to the conductive casing (10, 40) having a gap between the conductor pattern and the protruding part, and are capacitively coupled with the conductor pattern through spacing arranged in the gap, the distance between a ground pattern and the protruding part is larger than the thickness of the solder resist located on top of the ground pattern so there is no direct mechanical contact between the solder resist and the protruding part, and the number or size of the protruding parts is configured to allow radiation noise to be at a tolerance level.
Light guide for guiding light for a head-mounted display, HMD,, wherein the light guide is provided in the HMD for placement in front of an eye and comprises: - at least one input coupling structure for coupling rays of the light that is guided through the light guide into the light guide, wherein the rays are represented in each case by wave vectors k which, if the light guide is placed in front of the eye, each have, in a coordinate system formed by the visual axis as the z-axis, an x-axis extending from temporal to nasal, and a y-axis extending from caudal to cranial, a projection into the xz-plane with an absolute value of k xz and a y-component k y, and - at least one output coupling structure for coupling the rays that were guided through the light guide out of the light guide, characterized in that the output coupling structure is oriented such that for all the rays that are coupled out by the output coupling structure and for which the wave vector k has a negative ratio k y /k xz after they have been coupled out, the wave vector k in the light guide has a ratio of k y /k xz of greater than -0.2, and/or that for all the rays that are coupled out by the output coupling structure and for which the wave vector k has a positive ratio k y /k xz after they have been coupled out, the wave vector k in the light guide has a ratio of k y /k xz of less than +0.2. - at least one input coupling structure for coupling rays of the light that is guided through the light guide into the light guide, wherein the rays are represented in each case by wave vectors k which, if the light guide is placed in front of the eye, each have, in a coordinate system formed by the visual axis as the z-axis, an x-axis extending from temporal to nasal, and a y-axis extending from caudal to cranial, a projection into the xz-plane with an absolute value of k xz and a y-component k y, and - at least one output coupling structure for coupling the rays that were guided through the light guide out of the light guide,
A positive electrode active material for a lithium ion battery, comprising a lithium transition metal-based oxide powder, the powder comprising single crystal monolithic particles comprising Ni and Co and having a general formula Li 1+a ((Ni z (Ni 1⁄2 Mn 1⁄2) y Co x) 1-k A k) 1-a O 2, wherein A is a dopant, -0.02<a≤0.06, 0.10≤x≤0.35, 0≤z≤0.90, x+y+z=1 and k≤0.01, the particles having a cobalt concentration gradient wherein the particle surface has a higher Co content than the particle center and wherein either - when Mn is present, the ratio between the Co/Mn molar ratio at the particle surface and the Co/Mn molar ratio at a distance d from the surface is between 1.1 and 1.3, whereby d = 1⁄4 of the distance from the particle surface to the particle center, or - when Mn is absent, the ratio between C /C is between 1.1 and 1.3, wherein C is the ratio between the molar concentration of Co at the particle surface and the molar concentration of Co at the particle center, and wherein C is the ratio between a) the Co molar concentration at 3⁄4 distance from the particle surface to the particle center and b) the molar concentration of Co at the particle center. - when Mn is present, the ratio between the Co/Mn molar ratio at the particle surface and the Co/Mn molar ratio at a distance d from the surface is between 1.1 and 1.3, whereby d = 1⁄4 of the distance from the particle surface to the particle center, or - when Mn is absent, the ratio between C /C is between 1.1 and 1.3, wherein C is the ratio between the molar concentration of Co at the particle surface and the molar concentration of Co at the particle center, and wherein C is the ratio between a) the Co molar concentration at 3⁄4 distance from the particle surface to the particle center and b) the molar concentration of Co at the particle center.
Method for evaluating the quantity of methane produced by a dairy ruminant, characterised in that it involves at least measuring the weight quantity of at least one fatty acid, derived from de novo synthesis, in a sample of milk from said ruminant and evaluating said quantity of methane according to the following formula: CH ⁢ 4 = a * de novo AG + y * BH AG + z - "CH4" is the quantity, in grams, of methane produced per kilogram or per litre of milk by said ruminant; - "de novo AG" is the quantity measured in the sample, in grams per kilogram or per litre of milk, of at least said fatty acid, taken alone or in combination with at least the measured quantity of another de novo fatty acid; - "BH AG" is the measured quantity in the sample, in grams per kilogram or per litre of milk, of at least one fatty acid derived from ruminal bio-hydrogenation, taken alone or in combination with at least the measured quantity of another fatty acid derived from ruminal bio-hydrogenation; - a is comprised between - 2 and 2 when y is equal to zero, or is comprised between 0.1 and 10 when y is different to zero; - y is comprised between - 10 and + 10 when a is different to zero, or is comprised between - 50 and - 0.1 when a is equal to zero; - a and y not being able to be equal to zero simultaneously; - z is comprised between - 100 and + 100. - "CH4" is the quantity, in grams, of methane produced per kilogram or per litre of milk by said ruminant; - "de novo AG" is the quantity measured in the sample, in grams per kilogram or per litre of milk, of at least said fatty acid, taken alone or in combination with at least the measured quantity of another de novo fatty acid; - "BH AG" is the measured quantity in the sample, in grams per kilogram or per litre of milk, of at least one fatty acid derived from ruminal bio-hydrogenation, taken alone or in combination with at least the measured quantity of another fatty acid derived from ruminal bio-hydrogenation; - a is comprised between - 2 and 2 when y is equal to zero, or is comprised between 0.1 and 10 when y is different to zero; - y is comprised between - 10 and + 10 when a is different to zero, or is comprised between - 50 and - 0.1 when a is equal to zero; - a and y not being able to be equal to zero simultaneously; - z is comprised between - 100 and + 100.
An adhesive composition comprising: (a) from 1 % to 90 % (w/w) of a reactive prepolymer; (b) ground plant meal in an amount sufficient to disperse the reactive prepolymer in an aqueous medium; and (c) at least one first additive selected from the group consisting of a partially exfoliated clay, an exfoliated clay, an intercalated clay, cellulose nanoparticles, and a mixture of a silicone and a terpene compound. (a) from 1 % to 90 % (w/w) of a reactive prepolymer; (b) ground plant meal in an amount sufficient to disperse the reactive prepolymer in an aqueous medium; and (c) at least one first additive selected from the group consisting of a partially exfoliated clay, an exfoliated clay, an intercalated clay, cellulose nanoparticles, and a mixture of a silicone and a terpene compound.
A process for producing a monoalkylated aromatic compound in an alkylation reaction zone, said process comprising the steps of: (a) providing said alkylation reaction zone with an alkylatable aromatic compound, an alkylating agent, and a catalytic material selected from at least one of MCM-22 family material, beta zeolite, faujasite, mordenite, and TEA mordenite; and (b) contacting said alkylatable aromatic compound and said alkylating agent with said catalytic material in said alkylation reaction zone maintained under alkylation conditions, to form a product comprised of said monoalkylated aromatic compound, wherein at least 51 wt% of said catalytic material has a geometric surface area over volume ratio of greater than 236 cm -1. (a) providing said alkylation reaction zone with an alkylatable aromatic compound, an alkylating agent, and a catalytic material selected from at least one of MCM-22 family material, beta zeolite, faujasite, mordenite, and TEA mordenite; and (b) contacting said alkylatable aromatic compound and said alkylating agent with said catalytic material in said alkylation reaction zone maintained under alkylation conditions, to form a product comprised of said monoalkylated aromatic compound,
A polynucleotide comprising an Epstein-Barr virus genome a) lacking at least one expressible gene selected from the group consisting of the BFLF1 gene and the BBRF1 gene, and b) being capable of producing Epstein-Barr virus-like particles (EB-VLPs) substantially free of Epstein-Barr Virus DNA in a suitable host cell. a) lacking at least one expressible gene selected from the group consisting of the BFLF1 gene and the BBRF1 gene, and b) being capable of producing Epstein-Barr virus-like particles (EB-VLPs) substantially free of Epstein-Barr Virus DNA in a suitable host cell.
Bearing steel excellent in corrosion resistance consisting of: 0.10 wt% to 0.35 wt% of C; less than 0.5 wt% of Si; 0.2 wt% to 1.5 wt% of Mn; 0.03 wt% or less of P; 0.03 wt% or less of S; 1.0 wt% to 3.5 wt% of Ni; 1.0 wt% to 5.0 wt% of Cr; 0.03 wt% to 2.5 wt% of Mo; 0.005 wt% to 0.050 wt% of Al; 0.003 wt% or less of Ti; 0.0015 wt% or less of O; 0.025 wt% or less of N; optional at least one of 0.05 wt% to 1.0 wt% of V, and 0.1 wt% or less of Nb as an alloy component; and a residual part of Fe, characterized in that the bearing steel after heat treatment performed by carburizing followed by quenching, intermediate annealing, secondary quenching and tempering successively has a surface C concentration of not lower than 0.9 %, a total area percentage of carbide of 15 % or less and an area percentage of 0.1 % or less for rod-like carbide having an aspect ratio of not lower than 3 in terms of the ratio of major diameter to minor diameter with a minor diameter of not smaller than 2 μm, wherein a maximum diameter of each oxide inclusion of said bearing steel being not larger than 50 μm before said heat treatment. 0.10 wt% to 0.35 wt% of C; less than 0.5 wt% of Si; 0.2 wt% to 1.5 wt% of Mn; 0.03 wt% or less of P; 0.03 wt% or less of S; 1.0 wt% to 3.5 wt% of Ni; 1.0 wt% to 5.0 wt% of Cr; 0.03 wt% to 2.5 wt% of Mo; 0.005 wt% to 0.050 wt% of Al; 0.003 wt% or less of Ti; 0.0015 wt% or less of O; 0.025 wt% or less of N; optional at least one of 0.05 wt% to 1.0 wt% of V, and 0.1 wt% or less of Nb as an alloy component; and a residual part of Fe,
A circuit arrangement with a power input and at least one power supply unit (3A, 3B) for generating a DC voltage for operating an electronic device, comprising a power input circuit connected between the power input and the at least one power supply unit (3A, 3B) for selectively disconnecting or rectifying an AC voltage provided via the power input for the at least one power supply unit (3A, 3B), wherein the power input circuit comprises at least one first semiconductor switching element for switching a first electrical load path with a current limiting element (Rntc) from the power input to the at least one power supply unit (3A, 3B), and at least one second semiconductor switching element (SCR2, SCR3) for switching a second electrical load path from the power input to the at least one power supply unit (3A, 3B), and a drive circuit that drives the at least one first semiconductor switching element and the at least one second semiconductor switching element (SCR2, SCR3), characterized in that the drive circuit is configured to - open the first semiconductor switching element and the second semiconductor switching element (SCR2, SCR3) in an energy-saving state, - in a transition phase from the energy-saving state to an operating state, generate a clocked control signal with a first, lower drive frequency and to close only the first semiconductor switching element at least temporarily by driving with the generated control signal, and wherein the second semiconductor switching element (SCR2, SCR3) remains open, and - in the operating state, to generate a clocked control signal with a second, higher drive frequency and to close at least the second switching element (SCR2, SCR3) at least temporarily by driving with the generated control signal. - open the first semiconductor switching element and the second semiconductor switching element (SCR2, SCR3) in an energy-saving state, - in a transition phase from the energy-saving state to an operating state, generate a clocked control signal with a first, lower drive frequency and to close only the first semiconductor switching element at least temporarily by driving with the generated control signal, and wherein the second semiconductor switching element (SCR2, SCR3) remains open, and - in the operating state, to generate a clocked control signal with a second, higher drive frequency and to close at least the second switching element (SCR2, SCR3) at least temporarily by driving with the generated control signal.
An antibacterial nonwoven member (102, 103, 105) comprising a nonwoven mass (22, 23, 24, 25) containing a piezoelectric body, the piezoelectric body having a first piezoelectric body and a second piezoelectric body; and a plurality of yarns having a first yarn made from the first piezoelectric body and a second yarn made from the second piezoelectric body; the first yarn generating a positive electric charge when an external force is applied and the second yarn generating a negative electric charge when an external force is applied, wherein the antibacterial nonwoven member inhibits growth of bacteria due to an electric charge generated when an external force is applied to the piezoelectric body. comprising a nonwoven mass (22, 23, 24, 25) containing a piezoelectric body, the piezoelectric body having a first piezoelectric body and a second piezoelectric body; and a plurality of yarns having a first yarn made from the first piezoelectric body and a second yarn made from the second piezoelectric body; the first yarn generating a positive electric charge when an external force is applied and the second yarn generating a negative electric charge when an external force is applied, wherein the antibacterial nonwoven member inhibits growth of bacteria due to an electric charge generated when an external force is applied to the piezoelectric body.
Method for power optimized transmission scheduling in an energy harvesting machine to machine device, said machine to machine device comprising an internal power storage and an internal energy harvesting source and being configured for communication with a mobile communications network via a wireless link, said method comprising: - receiving, in said device, an event triggering a decision to send data to the mobile communications network; - monitoring, in said machine to machine device, at least one power parameter of said internal power source; - monitoring, in said machine to machine device, at least one link quality parameter of said wireless link; - monitoring movement or velocity of the machine to machine device; - scheduling said data for transmission based on the at least one power parameter, wherein said scheduling is further based on the at least one link quality parameter, and wherein said scheduling is further based on the movement or velocity. - receiving, in said device, an event triggering a decision to send data to the mobile communications network; - monitoring, in said machine to machine device, at least one power parameter of said internal power source; - monitoring, in said machine to machine device, at least one link quality parameter of said wireless link; - monitoring movement or velocity of the machine to machine device; - scheduling said data for transmission based on the at least one power parameter, wherein said scheduling is further based on the at least one link quality parameter, and wherein said scheduling is further based on the movement or velocity.
A bale cutter comprising: a support frame, a bale support on the frame, a cutter head movably mounted on the frame for cutting through a bale mounted on the bale support, and a bale cover retainer mounted on the frame, characterised in that the bale cover retainer comprises at least one claw mounted on the frame with an associated actuator which is operable to move the claw between a retracted disengaged position on the frame, and an extended bale engaging position in which the claw pierces the bale cover and extends into the bale in use. a support frame, a bale support on the frame, a cutter head movably mounted on the frame for cutting through a bale mounted on the bale support, and a bale cover retainer mounted on the frame,
An apparatus for baking in continuous food products, comprising: - an oven with an inlet for the food products to be baked, a plurality of baking chambers, an outlet for the baked food products and means ( 3, 16) for conveying the food products from said inlet to said outlet, said oven being of the tunnel type with said baking chambers disposed in sequence along said conveying means ( 3, 16); - means for thermally insulating said oven; characterized in that said thermally insulating means comprise a box-like structure placed externally to the oven and spaced apart therefrom for insulating from the outer environment said baking chambers and said conveying means ( 3, 16) thereof, said box-like structure comprising means ( 10, 15, 17) for accessing to said baking chambers and/or to said conveying means ( 3, 16) by at least one operator for cleaning and/or maintaining thereof, said accessing means ( 10, 15, 17) including at least one first side wall of said box-like structure faced to the oven and being sufficiently spaced apart from the oven to define a first interspace accessible from the outside of said box-like structure by the operator, said first interspace defining a lateral corridor or passage for the walking and the movement of the operator, thus simplifying the action thereof on said baking chambers and/or said conveying means ( 3, 16). - an oven with an inlet for the food products to be baked, a plurality of baking chambers, an outlet for the baked food products and means ( 3, 16) for conveying the food products from said inlet to said outlet, said oven being of the tunnel type with said baking chambers disposed in sequence along said conveying means ( 3, 16); - means for thermally insulating said oven;
A glass optical fiber preform comprising: a columnar portion (la) having an approximately constant radius of r; and a taper portion located adjacent to the columnar portion (la) in a lengthwise direction and having a radius decreasing along the lengthwise direction, wherein the taper portion is characterized by a first taper portion including a portion having a radius varying between 0.9r and 0.6r; and a second taper portion including a portion having a radius varying between 0.4r and 0.15r, a diameter of the first taper portion in the portion having the radius varying between 0.9r and 0.6r decreases so as to form a maximum angle θ1 between 40 degrees and 60 degrees with respect to the columnar portion, a diameter of the second taper portion in the portion having the radius varying between 0.4r and 0.15r decreases so as to form an average angle θ2 between 5 degrees and 30 degrees with respect to a central axis in the lengthwise direction, and a volume of the taper portion is smaller than or equal to 45% of a volume of a column having a same outer diameter as a maximum outer diameter of the taper portion and having a same length as the taper portion. a columnar portion (la) having an approximately constant radius of r; and a taper portion located adjacent to the columnar portion (la) in a lengthwise direction and having a radius decreasing along the lengthwise direction, wherein the taper portion is characterized by a first taper portion including a portion having a radius varying between 0.9r and 0.6r; and a second taper portion including a portion having a radius varying between 0.4r and 0.15r, a first taper portion including a portion having a radius varying between 0.9r and 0.6r; and a second taper portion including a portion having a radius varying between 0.4r and 0.15r, a diameter of the first taper portion in the portion having the radius varying between 0.9r and 0.6r decreases so as to form a maximum angle θ1 between 40 degrees and 60 degrees with respect to the columnar portion, a diameter of the second taper portion in the portion having the radius varying between 0.4r and 0.15r decreases so as to form an average angle θ2 between 5 degrees and 30 degrees with respect to a central axis in the lengthwise direction, and a volume of the taper portion is smaller than or equal to 45% of a volume of a column having a same outer diameter as a maximum outer diameter of the taper portion and having a same length as the taper portion.
A coated filler agent for use in a solid detergent composition comprising a hydrate-forming salt and a betaine class of zwitterionic compound wherein the hydrate-forming salt is at least partially coated with the zwitterionic compound.