mhurhangee/ep-ind-claims huggingface dataset:
A gas detector comprising: an assembly of two hemispherical caps (1-1, 1-2) having opposite concavities, and which are reflective on at least a portion of their opposite surfaces, and a plate arranged in an equatorial plane of the assembly of the two caps, in the vicinity of but spaced apart from the center of said equatorial plane and with respect to the center of the spherical structure of the two hemispheric caps, comprising, back-to-back: - a diverging light generator directed towards the first cap, and - a light detector directed towards the second cap. an assembly of two hemispherical caps (1-1, 1-2) having opposite concavities, and which are reflective on at least a portion of their opposite surfaces, and a plate arranged in an equatorial plane of the assembly of the two caps, in the vicinity of but spaced apart from the center of said equatorial plane and with respect to the center of the spherical structure of the two hemispheric caps, comprising, back-to-back: - a diverging light generator directed towards the first cap, and - a light detector directed towards the second cap. - a diverging light generator directed towards the first cap, and - a light detector directed towards the second cap.
Method for execution control of ITS output actions in one or more output interfaces having output means configured to execute a set of one or more ITS output actions, the method comprising: - providing output action data indicative of one or more ITS output actions to be executed at the output means, each ITS output action being associated with one of a plurality of ITS service categories, - determining, for each ITS output action, a respective priority parameter (Prio) indicative of a priority of execution of the respective ITS output action, and - selecting, among the output actions to be executed at the output means, a set of one or more ITS output actions for execution on the basis of the determined priority parameters, wherein each ITS service category is associated with a respective priority parameter range (PRIO MIN - PRIO MAX) and said respective priority parameter is determined within the corresponding priority parameter range of the ITS service category associated with the respective ITS output action. - providing output action data indicative of one or more ITS output actions to be executed at the output means, each ITS output action being associated with one of a plurality of ITS service categories, - determining, for each ITS output action, a respective priority parameter (Prio) indicative of a priority of execution of the respective ITS output action, and - selecting, among the output actions to be executed at the output means, a set of one or more ITS output actions for execution on the basis of the determined priority parameters,
A method for the diagnosis of cancer in a subject that comprises (i) determining the levels of PD-ECGF in a sample from said subject, wherein the sample is a sample of a biological fluid and, (ii) comparing the levels obtained in (i) to a reference value, wherein - if the levels of PD-ECGF in a sample from the subject are increased when compared to a reference value, then the subject is diagnosed with cancer, and - if the levels of PD-ECGF in a sample from the subject are decreased when compared to a reference value, then the subject is not diagnosed with cancer and. wherein the cancer is renal cell carcinoma or colorectal cancer, wherein the biological fluid is selected from the group consisting of blood, plasma and serum. (i) determining the levels of PD-ECGF in a sample from said subject, wherein the sample is a sample of a biological fluid and, (ii) comparing the levels obtained in (i) to a reference value, - if the levels of PD-ECGF in a sample from the subject are increased when compared to a reference value, then the subject is diagnosed with cancer, and - if the levels of PD-ECGF in a sample from the subject are decreased when compared to a reference value, then the subject is not diagnosed with cancer and.
A method of manufacturing a heating element via an additive manufacturing process, the heating element comprises: a main body; the main body being a three-dimensional matrix having an open structure defining openings, voids and/or pores extending through the main body, wherein the three-dimensional matrix is provided as a lattice having a repeating unit cell to define at least part of the main body, characterized in that the main body comprises at least two unit cells (72, 72') positioned adjacent to each other in a first direction, at least two unit cells (72, 72") positioned adjacent to each other in a second direction, and at least two unit cells (72, 72′′′) positioned adjacent to each other in a third direction, and wherein the first, second, and third directions (d1, d2, d3) are arranged at an angle to each other. wherein the three-dimensional matrix is provided as a lattice having a repeating unit cell to define at least part of the main body, characterized in that the main body comprises at least two unit cells (72, 72') positioned adjacent to each other in a first direction, at least two unit cells (72, 72") positioned adjacent to each other in a second direction, and at least two unit cells (72, 72′′′) positioned adjacent to each other in a third direction, and wherein the first, second, and third directions (d1, d2, d3) are arranged at an angle to each other.
A resin composition for a non-aqueous electrolyte secondary battery comprising: a vinylidene fluoride copolymer having a constituent unit derived from vinylidene fluoride and a constituent unit derived from a fluorine-containing alkyl vinyl compound, wherein a melting point, measured in accordance with ASTM D3418, of the vinylidene fluoride copolymer is from 105°C to 125°C, the fluorine-containing alkyl vinyl compound is hexafluoropropylene, a mass fraction W a of the constituent unit derived from the fluorine-containing alkyl vinyl compound in the vinylidene fluoride copolymer, a degree of crystallinity D C of the vinylidene fluoride copolymer, and a degree of amorphicity D A of the vinylidene fluoride copolymer satisfy Equation: 4.7 ≤ W a × D C / D A ≤ 14 the mass fraction W a is 18 mass% or greater and 30 mass% or less, and wherein W a, D c and D a are measured as described in the specification. a vinylidene fluoride copolymer having a constituent unit derived from vinylidene fluoride and a constituent unit derived from a fluorine-containing alkyl vinyl compound, wherein a melting point, measured in accordance with ASTM D3418, of the vinylidene fluoride copolymer is from 105°C to 125°C, the fluorine-containing alkyl vinyl compound is hexafluoropropylene, a mass fraction W a of the constituent unit derived from the fluorine-containing alkyl vinyl compound in the vinylidene fluoride copolymer, a degree of crystallinity D C of the vinylidene fluoride copolymer, and a degree of amorphicity D A of the vinylidene fluoride copolymer satisfy Equation: 4.7 ≤ W a × D C / D A ≤ 14 the mass fraction W a is 18 mass% or greater and 30 mass% or less, and wherein W a, D c and D a are measured as described in the specification.
A method for determining a period for warming up a power converter of a wind turbine, the method comprising: determining a first indicator that is indicative of a time that the power converter has been inactive; determining the period for warming up at least partially based on the first indicator; determining a temperature of a coolant of the power converter; estimating a dew point; and determining the warm-up period at least partially based on a difference between the estimated dew point and the coolant temperature. determining a first indicator that is indicative of a time that the power converter has been inactive; determining the period for warming up at least partially based on the first indicator; determining a temperature of a coolant of the power converter; estimating a dew point; and determining the warm-up period at least partially based on a difference between the estimated dew point and the coolant temperature.
A spinneret for forming a hollow fiber, the spinneret containing a spin plate that defines a plurality of capillaries having more than one spaced apart slots suitable for a thermoplastic composition to flow through, wherein the slots have an outer diameter that is defined as the distance between outer edges of the slots, the outer diameter being greater than 0.6 millimeters, wherein the slots occupy a total open area of from 0.10 to 0.40 square millimeters; the spinneret characterised in that at least a portion of the slots have a width and length such that the ratio of the length to the width is from 8 to 80, the width of the slots being from 0.09 to 0.18 millimeters.
Gate comprising a closing part, the closing part comprising an elongate horizontal lower girder and upper girder and a closing material which lies substantially in one plane therebetween and which is connected on one side to the lower girder and on the other side to the upper girder, wherein the closing material is tensionable, characterized in that supports are arranged between the upper and lower girders (2, 3), which supports are provided with tensioning means (42, 44), this such that the closing material is tensionable between the upper girder and the lower girder by the tensioning means (42, 44); and in that the tensioning means (42, 44) are levelling means for adjusting the distance between the lower girder and the upper girder; and in that the levelling means for each support comprise a pressure bolt with corresponding threaded bore, which threaded bore with pressure bolt are provided at an end of a support, this such that the pressure bolt presses in the assembled situation against one of the horizontal girders (2, 3).
A clear paint composition for a hot stamping film comprising: a main material part comprising an epoxy-denatured acrylic resin, an acrylic resin, a polyester polyol, a reactive catalyst, a wet additive, a light stabilizer and a solvent; and a hardener part comprising a hexamethylene diisocyanate trimer-based hardener and a reactive silicone hardener, wherein the epoxy-denatured acrylic resin is an epoxy-denatured acrylic resin having a repeated unit structure represented by Formula 1 below: wherein K, L, M, N and O are relative ratios of each repeated unit thereof and K+L+M+N+O = 1; a repeated methyl methacrylate unit K is 0.2 to 0.6; a repeated epoxy methacrylate unit L is 0.1 to 0.25; a repeated methyl acrylate unit M is 0.1 to 0.2; a repeated butyl methacrylate unit N is 0.1 to 0.15; and a repeated 2-hydroxyethyl methacrylate unit O is 0.1 to 0.2, and the wet additive is a polydimethyl siloxane-based material. a main material part comprising an epoxy-denatured acrylic resin, an acrylic resin, a polyester polyol, a reactive catalyst, a wet additive, a light stabilizer and a solvent; and a hardener part comprising a hexamethylene diisocyanate trimer-based hardener and a reactive silicone hardener,
An elastic trim, comprising: a first section forming a first longitudinal length of the elastic trim; a second section forming a second longitudinal length of the elastic trim; a third section forming a third longitudinal length of the elastic trim, the third section interposed between the first section and the second section, the first section and the second section integrally extending from opposite first and second ends of the third section; a first tunnel structure extending through the first section with a first cable movably positioned within the first tunnel structure; and a second tunnel structure extending through the second section with a second cable movably positioned within the second tunnel structure, wherein the first cable terminates and is secured at the first end of the third section and the second cable terminates and is secured at the second end of the third section, and wherein a first end of the first section and a first end of the second section are coupled together such that the elastic trim forms a continuous circumference; wherein the elastic trim comprises a woven textile, wherein the first tunnel structure and the second tunnel structure are absent from the third section, characterized in that the first section and the second section each comprise a first woven layer, a second woven layer, and a third woven layer that are interwoven with each other at one or more areas, and wherein the third section comprises the third woven layer without the first woven layer and the second woven layer.
A method of encoding audio signals and including said encoded audio signals into a digital transport stream, comprising: receiving at an encoder input a plurality of temporally co-located audio signals; sampling the temporally co-located audio signals to form aligned frames of audio data of a predetermined size; and assigning identical time stamps per unit time to the aligned frames of audio data; and incorporating the identically time stamped frames into the digital transport stream. receiving at an encoder input a plurality of temporally co-located audio signals; sampling the temporally co-located audio signals to form aligned frames of audio data of a predetermined size; and assigning identical time stamps per unit time to the aligned frames of audio data; and incorporating the identically time stamped frames into the digital transport stream.
A network device (402; 902) adapted to facilitate transmission of data over a transmission medium, comprising: a network interface configured to receive an initial data stream; a pre-interleaver configured to select a series of equally spaced, non-consecutive bytes from a modified data stream, said modified data stream being formed by inserting dummy bytes in the initial data stream; and a redundancy encoder configured to calculate at least one redundancy byte based on the series of bytes and replace at least one dummy byte with the at least one redundancy byte to form an outgoing data stream, where consecutive bytes in the outgoing data stream have an order that corresponds to an order of consecutive bytes in the initial data stream. a network interface configured to receive an initial data stream; a pre-interleaver configured to select a series of equally spaced, non-consecutive bytes from a modified data stream, said modified data stream being formed by inserting dummy bytes in the initial data stream; and a redundancy encoder configured to calculate at least one redundancy byte based on the series of bytes and replace at least one dummy byte with the at least one redundancy byte to form an outgoing data stream, where consecutive bytes in the outgoing data stream have an order that corresponds to an order of consecutive bytes in the initial data stream.
A formulation comprising Se-methionine in amounts between 10 and 400 ug and inositol in amounts between 100 and 4000 mg wherein said inositol is selected from: myo-inositol or D-chiro-inositol or mixtures thereof for use in restoring or maintaining the euthyroid state.
A multilayer surgical membrane comprising: a outer layer; an inner layer including a plurality of fenestrae; and a middle region disposed between the inner and outer layers, the middle region including at least one channel that extends through and/or is defined by the middle region; characterised in that the outer layer is substantially fluid impermeable and in that the at least one channel imbibes fluid under a compressive or tensile load and the fenestrae deform to exude fluid under the load. a outer layer; an inner layer including a plurality of fenestrae; and a middle region disposed between the inner and outer layers, the middle region including at least one channel that extends through and/or is defined by the middle region;
Method of controlling granular resin product to enhance conformity to a target value of at least one property comprising producing granular resin product in a substantially continuous manner in a reactor, transferring the granular resin product (A or B) from the reactor to a purge bin, transferring a first granular resin product having a first value for said property from said purge bin through line and valve(s) (5, 6 and/or 7) to trim bins (8, 9 and/or 10, respectively), changing the conditions of the reactor from conditions for manufacturing the first granular resin product having said first value for said property to new conditions for manufacturing a second granular resin product, and controlling the delivery of said first granular resin product to a pelleter while blending it with the second granular resin product having a second value for said property in a ratio to maintain said property in the resulting blended product at or near a target value, wherein said blending step is carried out in a conduit to the pelleter.
An encoder for encoding and encrypting input data including a plurality of data blocks or data packets or data streams, wherein the encoder includes a data processing arrangement for processing the input data to generate corresponding encoded and encrypted data, wherein the data processing arrangement integrates encoding and encrypting processes for generating the encoded and encrypted data, wherein: (i) the data processing arrangement is operable to encode at least a first data block or data packet or data stream of the plurality of data blocks or data packets or data streams to generate a first encoded data block or data packet or data stream, and to encrypt the at least a first encoded data block or data packet or data stream using at least one key to provide a first encoded and encrypted data block or data packet or data stream for inclusion in the encoded and encrypted data; (ii) the data processing arrangement is operable to generate a first seed value for use in encrypting a next encoded data block or data packet or data stream to provide a next encoded and encrypted data block or data packet or data stream for inclusion in the encoded and encrypted data; and (iii) the data processing arrangement is operable to generate a next seed value for use in encrypting a subsequent encoded data block or data packet or data stream in a sequential repetitive manner until the plurality of data blocks or data packets or data streams are encoded and encrypted into the encoded and encrypted data, characterized in that for a given data block or data packet or data stream to be encoded and encrypted, a seed value is generated based on its previous data block or data packet or data stream. (i) the data processing arrangement is operable to encode at least a first data block or data packet or data stream of the plurality of data blocks or data packets or data streams to generate a first encoded data block or data packet or data stream, and to encrypt the at least a first encoded data block or data packet or data stream using at least one key to provide a first encoded and encrypted data block or data packet or data stream for inclusion in the encoded and encrypted data; (ii) the data processing arrangement is operable to generate a first seed value for use in encrypting a next encoded data block or data packet or data stream to provide a next encoded and encrypted data block or data packet or data stream for inclusion in the encoded and encrypted data; and (iii) the data processing arrangement is operable to generate a next seed value for use in encrypting a subsequent encoded data block or data packet or data stream in a sequential repetitive manner until the plurality of data blocks or data packets or data streams are encoded and encrypted into the encoded and encrypted data, characterized in that for a given data block or data packet or data stream to be encoded and encrypted, a seed value is generated based on its previous data block or data packet or data stream.
Method for control of preparatory measures during a road section, for at least one system (101, 121, 140, 150, 160) in a vehicle; comprising: - identification of one or several parts during said road section, when one or several engines (101, 121) comprised in said vehicle may be shut down, wherein said identification is carried out when said road section is ahead of said vehicle, and wherein said identification is based on information about said road section; - determination of whether at least one preparatory measure for at least one respective system needs to be carried out before the shutdown of said one or several engines (101, 121) will take place, wherein a charging status of batteries, and temperatures of different systems in the vehicle, and pneumatic or hydraulic pressure in systems in the vehicle, are analysed in order to determine if preparatory measures need to be carried out or not; - control of said at least one preparatory measure, based on said determination of the need to carry out said at least one preparatory measure, and wherein said shutdown of said one or more engines (101, 121) takes place while said vehicle is coasting. - identification of one or several parts during said road section, when one or several engines (101, 121) comprised in said vehicle may be shut down, wherein said identification is carried out when said road section is ahead of said vehicle, and wherein said identification is based on information about said road section; - determination of whether at least one preparatory measure for at least one respective system needs to be carried out before the shutdown of said one or several engines (101, 121) will take place, wherein a charging status of batteries, and temperatures of different systems in the vehicle, and pneumatic or hydraulic pressure in systems in the vehicle, are analysed in order to determine if preparatory measures need to be carried out or not; - control of said at least one preparatory measure, based on said determination of the need to carry out said at least one preparatory measure, and wherein
A method for service troubleshooting in a network (4, 5, 6), wherein a terminal comprises a troubleshooting software, and wherein the terminal is configured to connect to a home network providing a connection to a service, to a server via another network and to a multi-access device, characterized in that the method further comprises a. delivering service-related parameters to the terminal comprising the troubleshooting software; b. terminating a connection to the server after receiving the service-related parameters and retrieving an IP address from the multi-access device, which IP address is valid as long as the testing lasts; c. executing the troubleshooting by the troubleshooting software of the terminal with said service-related parameters in order to emulate said service and to have first results of the troubleshooting; d. executing a simultaneous troubleshooting by a monitoring probe of the service to have second results of the troubleshooting; and e. correlating the first results and the second results. a. delivering service-related parameters to the terminal comprising the troubleshooting software; b. terminating a connection to the server after receiving the service-related parameters and retrieving an IP address from the multi-access device, which IP address is valid as long as the testing lasts; c. executing the troubleshooting by the troubleshooting software of the terminal with said service-related parameters in order to emulate said service and to have first results of the troubleshooting; d. executing a simultaneous troubleshooting by a monitoring probe of the service to have second results of the troubleshooting; and e. correlating the first results and the second results.