mhurhangee/ep-ind-claims huggingface dataset:
A structural member for a vehicle, the structural member comprising a plurality of finned spar members interlocked with one another, wherein each of the finned spar members include a main body and a flange; a plurality of web members extending from the flange, wherein a portion of the main body includes web members or the main body is a web, and wherein the main bodies and the flanges of the finned spar members are coupled together to form an "I" beam like support member; a circuit board (300A-300F, 305A-305F and 310A-310F) provided on the main body; and a bus bar provided on the main body in electrical communication with the circuit board, wherein a compartment is formed between adjacent web members, each compartment being sized to receive a battery.
A cooling unit for discharging a heat flux, with a heat sink and a coolant which is guided in a coolant circuit through or on the heat sink and evaporates in it, wherein the heat sink is in thermal communication with a latent heat accumulator, characterised in that a phase change material of the latent heat accumulator has a phase transition temperature of at least 1K above a boiling temperature of the coolant, wherein upon warming of the heat sink, a temperature difference occurring between coolant and heat sink is smaller than or equal to a temperature difference at which there is a critical heat flux density of the coolant.
A method of communication using Orthogonal Frequency Division Multiplexing, OFDM, the method comprising the steps of: generating bit streams b n ∈ (0,1), n =0,1,.., K -1 and corresponding frequency domain carrier amplitudes X 0 ( k) to X N ( k), where k is the OFDM symbol number, modulated as OFDM symbols to be transmitted from a transmitter, inserting prefixes as guard intervals in said OFDM symbols, transmitting said OFDM symbols from said transmitter to a receiver over transmission channel, using information from said prefixes to estimate the Channel Impulse Response H D F of the transmission channels at the receiver, and using the estimated Channel impulse Response H ^ D F to demodulate said bit streams in said OFDM symbols comprised in signals received at said receiver, characterised in that said prefixes, denotes as, α k. c 0 to α k. c D -1 are non-zero and deterministic and are known to said receiver as well as to said transmitter, wherein α k is weighting factor of said prefixes and is proportional to e i ⁢ 2 ⁢ π N + D ⁢ m, where N is the useful OFDM symbol size, D is the size of the vector defined by P D =(c 0,...,c D-1) and m is an integer. generating bit streams b n ∈ (0,1), n =0,1,.., K -1 and corresponding frequency domain carrier amplitudes X 0 ( k) to X N ( k), where k is the OFDM symbol number, modulated as OFDM symbols to be transmitted from a transmitter, inserting prefixes as guard intervals in said OFDM symbols, transmitting said OFDM symbols from said transmitter to a receiver over transmission channel, using information from said prefixes to estimate the Channel Impulse Response H D F of the transmission channels at the receiver, and using the estimated Channel impulse Response H ^ D F to demodulate said bit streams in said OFDM symbols comprised in signals received at said receiver, characterised in that said prefixes, denotes as, α k. c 0 to α k. c D -1 are non-zero and deterministic and are known to said receiver as well as to said transmitter, wherein α k is weighting factor of said prefixes and is proportional to e i ⁢ 2 ⁢ π N + D ⁢ m, where N is the useful OFDM symbol size, D is the size of the vector defined by P D =(c 0,...,c D-1) and m is an integer.
An apparatus for depositing a food product, the apparatus comprising: a nozzle having a chamber for receiving a food product under a positive pressure, the chamber being provided with a food product outlet, the outlet being provided with a first sealing surface; a valve needle comprising a second sealing surface and being movable relative to the outlet between a closed position in which the first sealing surface is proximate to the second sealing surface, and to one of a plurality of discrete open positions relative to the outlet; and an actuator configured to set the position of the valve needle relative to the outlet, the actuator operable to set the position of the valve needle to the closed position and any one of the plurality of open positions for depositing the food product, wherein the nozzle is further configured to rotate in use to change the direction of flow of a food product being deposited by the apparatus. a nozzle having a chamber for receiving a food product under a positive pressure, the chamber being provided with a food product outlet, the outlet being provided with a first sealing surface; a valve needle comprising a second sealing surface and being movable relative to the outlet between a closed position in which the first sealing surface is proximate to the second sealing surface, and to one of a plurality of discrete open positions relative to the outlet; and an actuator configured to set the position of the valve needle relative to the outlet, the actuator operable to set the position of the valve needle to the closed position and any one of the plurality of open positions for depositing the food product, wherein the nozzle is further configured to rotate in use to change the direction of flow of a food product being deposited by the apparatus.
An encapsulation film comprising an encapsulating layer which comprises an encapsulation resin, a hygroscopic filler at 1 to 40 parts by weight, and a non-hygroscopic filler at 1 to 10 parts by weight, and has a water vapor transmission rate of 50 g/m 2 •day or less in a thickness direction when the encapsulating layer is cured to have a thickness of 100 μm, an average particle diameter of the hygroscopic filler is in a range of 10 nm to 5 μm, an average particle diameter of the non-hygroscopic filler is in a range of 500 nm to 10 μm, an average particle diameter ratio of the average particle diameter of the non-hygroscopic filler to the average particle diameter of the hygroscopic filler is between 1 and 2, a refractive index difference between the non-hygroscopic filler and the hygroscopic filler is in the range of 0.1 to 1.0; wherein a light transmittance of the encapsulation film is 80% or more with respect to a visible light region, and a haze of the encapsulation film is 50% or more, the light transmittance of the encapsulation film being measured at a wavelength of 550 nm using a UV-Vis spectrometer,the haze of the encapsulation film being measured according to a JIS K 7105 standard test method using a haze meter with respect to the encapsulation film, and the water vapor transmission rate of the encapsulation film being measured according to ASTM F1249. an average particle diameter of the hygroscopic filler is in a range of 10 nm to 5 μm, an average particle diameter of the non-hygroscopic filler is in a range of 500 nm to 10 μm, an average particle diameter ratio of the average particle diameter of the non-hygroscopic filler to the average particle diameter of the hygroscopic filler is between 1 and 2, a refractive index difference between the non-hygroscopic filler and the hygroscopic filler is in the range of 0.1 to 1.0; wherein a light transmittance of the encapsulation film is 80% or more with respect to a visible light region, and a haze of the encapsulation film is 50% or more, the light transmittance of the encapsulation film being measured at a wavelength of 550 nm using a UV-Vis spectrometer,the haze of the encapsulation film being measured according to a JIS K 7105 standard test method using a haze meter with respect to the encapsulation film, and the water vapor transmission rate of the encapsulation film being measured according to ASTM F1249.
A method of measuring a dynamic crosstalk occurring in a three-dimensional, 3D, display by using a camera that simulates a dynamic movement of user's eyes, said 3D display displaying a left image to the left eye of the user and a right image to the right eye of the user according to binocular viewpoints, the method comprising: controlling a driver configured to cause the camera (160, 211, 253) to move in a direction and at a velocity that simulate the dynamic movement; at either one or both of a left eye position and a right eye position of the user, capturing a stereo pattern image output through the 3D display, by the camera (160, 211, 253) while the camera (160, 211, 253) is in the dynamic movement; measuring the dynamic crosstalk occurring by the 3D display based on the stereo pattern image captured by the camera (160, 211, 253); and compensating for the dynamic crosstalk based on a position of the camera (160, 211, 253) moved by the dynamic movement. controlling a driver configured to cause the camera (160, 211, 253) to move in a direction and at a velocity that simulate the dynamic movement; at either one or both of a left eye position and a right eye position of the user, capturing a stereo pattern image output through the 3D display, by the camera (160, 211, 253) while the camera (160, 211, 253) is in the dynamic movement; measuring the dynamic crosstalk occurring by the 3D display based on the stereo pattern image captured by the camera (160, 211, 253); and compensating for the dynamic crosstalk based on a position of the camera (160, 211, 253) moved by the dynamic movement.
An electronic assembly comprising: a plurality of heat-generating semiconductor devices, each of the heat-generating semiconductor devices having a first side and a second side opposite the first side; one or more stack assemblies of evaporator stacks, each of the evaporator stacks comprising a hollow body with a floor at a first end and an outlet at a second end opposite the first end, the second end having an upper portion that is cylindrical, each said evaporator stack overlying the first side of a corresponding one of the semiconductor devices, wherein each said evaporator stack or its floor is adapted to convert a liquid-phase of a coolant into a gas-phase of the coolant; and a condensation container with respective openings in communication with the corresponding outlets of the evaporator stacks, the condensation container adapted to receive a gas-phase or vapor-phase of a coolant and to cool or convert the received gas-phase of the coolant into a liquid phase to replenish liquid for interaction with the floors of the evaporator stacks and return said liquid via the respective openings characterized in that the evaporator stacks are configured to collectively feed the condensation chamber with the gas-phase or vapor-phase of the coolant. a plurality of heat-generating semiconductor devices, each of the heat-generating semiconductor devices having a first side and a second side opposite the first side; one or more stack assemblies of evaporator stacks, each of the evaporator stacks comprising a hollow body with a floor at a first end and an outlet at a second end opposite the first end, the second end having an upper portion that is cylindrical, each said evaporator stack overlying the first side of a corresponding one of the semiconductor devices, wherein each said evaporator stack or its floor is adapted to convert a liquid-phase of a coolant into a gas-phase of the coolant; and a condensation container with respective openings in communication with the corresponding outlets of the evaporator stacks, the condensation container adapted to receive a gas-phase or vapor-phase of a coolant and to cool or convert the received gas-phase of the coolant into a liquid phase to replenish liquid for interaction with the floors of the evaporator stacks and return said liquid via the respective openings characterized in that the evaporator stacks are configured to collectively feed the condensation chamber with the gas-phase or vapor-phase of the coolant.
A global network system for monitoring wireless controllers and wirelessly controllable medical devices in at least two rooms of a medical facility comprising: wirelessly controllable medical devices; wireless controllers, each to detect a device identifier for each wirelessly controllable medical device and to operate a plurality of the wirelessly controllable medical devices in a desired one of the rooms; at least two room monitors, each said room monitor being provided for a respective said medical room in the medical facility, and each said room monitor determining device data comprising the presence or absence of said wireless controllers and said medical devices in the respective medical room and storing the device data in a monitor data storage, each room monitor communicating a room identifier to the wirelessly controllable medical devices and wireless controllers entering the respective medical room and, in operation, the wireless controllers using the room identifier and device identifiers to identify each wirelessly controllable medical device in the medical room; a network processor for receiving the device data stored in the monitor data storage of each said room monitor; a network data storage for storing the device data received by said network processor; and a control interface for enabling a user to request said network processor to compile the device data stored in the monitor data storage of the room monitors, to determine the presence or absence of said medical devices and said controllers in any one or more of the medical rooms. wirelessly controllable medical devices; wireless controllers, each to detect a device identifier for each wirelessly controllable medical device and to operate a plurality of the wirelessly controllable medical devices in a desired one of the rooms; at least two room monitors, each said room monitor being provided for a respective said medical room in the medical facility, and each said room monitor determining device data comprising the presence or absence of said wireless controllers and said medical devices in the respective medical room and storing the device data in a monitor data storage, each room monitor communicating a room identifier to the wirelessly controllable medical devices and wireless controllers entering the respective medical room and, in operation, the wireless controllers using the room identifier and device identifiers to identify each wirelessly controllable medical device in the medical room; a network processor for receiving the device data stored in the monitor data storage of each said room monitor; a network data storage for storing the device data received by said network processor; and a control interface for enabling a user to request said network processor to compile the device data stored in the monitor data storage of the room monitors, to determine the presence or absence of said medical devices and said controllers in any one or more of the medical rooms.
Intake system for an internal combustion engine comprising: - an air conveyance duct that extends from an air inlet opening to an air outlet opening delimiting a conveying volume, - 'n' intake trumpets, separated from each other, and facing said air outlet opening, with 'n' ≥2, wherein - the air conveyance duct comprises at least one internal partition wall which internally divides it into 'n' channels fluidly separated from each other along the extent of the air conveyance duct, each of said 'n' channels, at the air outlet opening, facing a corresponding intake trumpet, characterized in that the air conveyance duct and the at least one internal partition wall are arranged so that between the air outlet opening of the channels and an air inlet edge of the corresponding intake trumpets a gap is provided. - an air conveyance duct that extends from an air inlet opening to an air outlet opening delimiting a conveying volume, - 'n' intake trumpets, separated from each other, and facing said air outlet opening, with 'n' ≥2, wherein - the air conveyance duct comprises at least one internal partition wall which internally divides it into 'n' channels fluidly separated from each other along the extent of the air conveyance duct, each of said 'n' channels, at the air outlet opening, facing a corresponding intake trumpet, characterized in that the air conveyance duct and the at least one internal partition wall are arranged so that between the air outlet opening of the channels and an air inlet edge of the corresponding intake trumpets a gap is provided.
A pharmaceutical composition for use in the topical treatment of bacterial vaginosis containing, as active ingredients, polysorbate and metronidazole, wherein the weight ratio of polysorbate to metronidazole is from 1.2:1 to 5:1, and wherein said polysorbate is selected from the group consisting of polysorbate 80, polysorbate 60, polysorbate 40 and polysorbate 20.
A method for mitigating or reducing hazing on a concrete product, comprising: prior to curing a concrete mixture to form the concrete product, adding to the concrete mixture an admixture comprising one or more components capable of reacting with one or more of soluble alkali, alkaline earth, sulfate or chloride ions to form a low solubility material, wherein the admixture comprises a liquid admixture which is an aqueous solution comprising one or more highly soluble calcium salts, wherein the highly soluble calcium salt is selected from calcium nitrate, calcium nitrite and calcium chloride; and wherein the concrete mixture is a carbonatable calcium silicate-based concrete mixture which comprises: one or more discrete crystalline calcium silicate phases selected from CS (wollastonite or pseudowollastonite), C3S2 (rankinite), C2S (belite, larnite, bredigite), and an amorphous calcium silicate phase at 30% or more by mass of the total phases. prior to curing a concrete mixture to form the concrete product, adding to the concrete mixture an admixture comprising one or more components capable of reacting with one or more of soluble alkali, alkaline earth, sulfate or chloride ions to form a low solubility material, wherein the admixture comprises a liquid admixture which is an aqueous solution comprising one or more highly soluble calcium salts, wherein the highly soluble calcium salt is selected from calcium nitrate, calcium nitrite and calcium chloride; and wherein the concrete mixture is a carbonatable calcium silicate-based concrete mixture which comprises: one or more discrete crystalline calcium silicate phases selected from CS (wollastonite or pseudowollastonite), C3S2 (rankinite), C2S (belite, larnite, bredigite), and an amorphous calcium silicate phase at 30% or more by mass of the total phases. one or more discrete crystalline calcium silicate phases selected from CS (wollastonite or pseudowollastonite), C3S2 (rankinite), C2S (belite, larnite, bredigite), and an amorphous calcium silicate phase at 30% or more by mass of the total phases.
A modified polypeptide comprising a 2-formylglycine residue covalently attached to a moiety of interest, wherein the polypeptide comprises a modified heterologous aldehyde tag, the aldehyde tag consisting of up to 12 amino acid residues and comprising: X 1 (FGly')X 2 Z 2 X 3 R wherein FGly' is the 2-formylglycine residue having a, covalently attached moiety; Z 2 is a proline or alanine residue; X 1 is present or absent and, when present, is any amino acid, with the proviso that when the heterologous aldehyde tag is at an N-terminus of the polypeptide, X 1 is present; and X 2 and X 3 are each independently any amino acid. FGly' is the 2-formylglycine residue having a, covalently attached moiety; Z 2 is a proline or alanine residue; X 1 is present or absent and, when present, is any amino acid, with the proviso that when the heterologous aldehyde tag is at an N-terminus of the polypeptide, X 1 is present; and X 2 and X 3 are each independently any amino acid.
Method for separating plate-shaped workpieces (2.1 to 2.9) from wood or wood substitutes, wherein a plurality of plate-shaped workpieces (2.1 to 2.9) are cut out from a plate-shaped semi-finished product by a number of cuts and are separated wherein first a plurality of cuts are undertaken whereupon the separation of the workpieces (2.1 to 2.7) is carried out by a further cut which connects the plurality of cuts, characterised in that the plurality of cuts are made so that they end in the semi-finished product wherein the end points and/or end regions of some or all of the plurality of cuts in the semi-finished product lie on a stepped line wherein the line extends in a second direction which is different from the direction of the plurality of cuts, preferably at right angles to the direction of the plurality of cuts, and the further cut is made along this line, wherein the plurality of cuts are made starting from the edge contour of the semi-finished product.
A method comprising: providing a warranty for a compressor in a refrigeration system, said compressor having a non-volatile memory; storing, in said non-volatile memory, operating data for the compressor; determining whether a compressor or refrigeration system fault has occurred; storing, in said non-volatile memory, fault history data; receiving a claim under said warranty; remotely accessing, via a network device, said non-volatile memory so as to examine data stored in said non-volatile memory, the examining comprising: confirming whether the compressor was the cause of the fault; determining whether said compressor was operated outside of an acceptable operating range prior to the compressor fault; responding to said claim based on said examining. providing a warranty for a compressor in a refrigeration system, said compressor having a non-volatile memory; storing, in said non-volatile memory, operating data for the compressor; determining whether a compressor or refrigeration system fault has occurred; storing, in said non-volatile memory, fault history data; receiving a claim under said warranty; remotely accessing, via a network device, said non-volatile memory so as to examine data stored in said non-volatile memory, the examining comprising: confirming whether the compressor was the cause of the fault; determining whether said compressor was operated outside of an acceptable operating range prior to the compressor fault; confirming whether the compressor was the cause of the fault; determining whether said compressor was operated outside of an acceptable operating range prior to the compressor fault; responding to said claim based on said examining.