mhurhangee/patent-ind-claim-en huggingface dataset:
A polymer composition (C) comprising : - at least 20 weight percent of at least one polymer, and - at least 20 weight percent of glass fibers, based on the total weight of the polymer composition (C) ; wherein the glass fibers have a non-circular cross section and an elastic modulus of at least 76 GPa as measured according to ASTM C1557-03, wherein said at least one polymer is selected from the group consisting of a blend of a first and a second polyamide, wherein the first polyamide is selected from aliphatic polyamides and the second polyamide is selected from aromatic polyamides, wherein said aromatic polyamide is a polyamide which comprises more than 35 mol %, of recurring units (R PA ) which are aromatic recurring units that comprises at least one aromatic group; and wherein said aliphatic polyamide is a polyamide that comprises aliphatic recurring units exclusively and said aliphatic recurring units are derived from at least one aliphatic dicarboxylic acid, and at least one aliphatic diamine, and/or said aliphatic recurring units are derived from aliphatic aminocarboxylic acids and/or aliphatic lactams; and a polyamide PA6,10. - at least 20 weight percent of at least one polymer, and - at least 20 weight percent of glass fibers, based on the total weight of the polymer composition (C) ; a blend of a first and a second polyamide, wherein the first polyamide is selected from aliphatic polyamides and the second polyamide is selected from aromatic polyamides, wherein said aromatic polyamide is a polyamide which comprises more than 35 mol %, of recurring units (R PA ) which are aromatic recurring units that comprises at least one aromatic group; and wherein said aliphatic polyamide is a polyamide that comprises aliphatic recurring units exclusively and said aliphatic recurring units are derived from at least one aliphatic dicarboxylic acid, and at least one aliphatic diamine, and/or said aliphatic recurring units are derived from aliphatic aminocarboxylic acids and/or aliphatic lactams; and a polyamide PA6,10.
A system for measuring the state of degradation of cooking oils or fats in a deep fryer comprising: at least one fryer pot ; at least one conduit in fluid communication with said at least one fryer pot for transporting cooking oil from said at least one fryer pot or returning said cooking oil back to said at least one fryer pot ; at least one pump for re-circulating said cooking oil from and to said at least one fryer pot ; characterized by an oil quality sensor that is external to said at least one fryer pot and disposed in fluid communication with said at least one conduit to measure an electrical property of said cooking oil as said cooking oil flows past or comes into contact with said oil quality sensor ; and at least one temperature sensor that is disposed in fluid communication with said at least one conduit and proximate to said oil quality sensor to measure a temperature of said cooking oil as said cooking oil flows through said at least one conduit by said at least one temperature sensor. at least one fryer pot ; at least one conduit in fluid communication with said at least one fryer pot for transporting cooking oil from said at least one fryer pot or returning said cooking oil back to said at least one fryer pot ; at least one pump for re-circulating said cooking oil from and to said at least one fryer pot ; characterized by an oil quality sensor that is external to said at least one fryer pot and disposed in fluid communication with said at least one conduit to measure an electrical property of said cooking oil as said cooking oil flows past or comes into contact with said oil quality sensor ; and at least one temperature sensor that is disposed in fluid communication with said at least one conduit and proximate to said oil quality sensor to measure a temperature of said cooking oil as said cooking oil flows through said at least one conduit by said at least one temperature sensor.
Light modulation element utilizing the ULH mode, comprising a polymer stabilized cholesteric liquid crystalline medium sandwiched between two substrates , that are kept at a defined separation from one another by spacers, wherein the substrates are provided with a common electrode structure , whereby the common electrode structure is provided as an electrode layer on the entire substrate surface and a driving electrode structure respectively, wherein the substrate with driving electrode structure is additionally provided with an alignment electrode structure , which is separated from the driving electrode structure on the same substrate by a dielectric layer , whereby the resulting structured substrate, comprising the substrate itself, the driving electrode structure, the dielectric layer and the alignment electrode structure forms a FFS-type structured substrate array, characterized in that it comprises at least one alignment layer directly adjacent to the liquid crystalline medium.
A method for transmitting a vehicle-to-everything, V2X, signal performed by a user equipment, UE, having a limited transmission capability in a multi-carrier system, the method comprising: determining an ordering of a first carrier and a second carrier; selecting (S410) a first resource in the first carrier; based on a use of a specific subframe in the second carrier exceeding a transmission capability of the UE considering the first resource, selecting (S420) a second resource randomly among remaining subframes except the specific subframe in the second carrier; and transmitting (S430) the V2X signal using the first resource and the second resource, wherein the selection (S410) of the first resource in the first carrier being prior to the selection (S420) of the second resource in the second carrier is based on the ordering, and wherein the ordering of the first carrier and the second carrier is determined based on a highest ProSe priority per packet, PPPP, value of PPPP values of V2X messages transmitted on the first carrier and the second carrier and a channel busy ratio, CBR, measurement. determining an ordering of a first carrier and a second carrier; selecting (S410) a first resource in the first carrier; based on a use of a specific subframe in the second carrier exceeding a transmission capability of the UE considering the first resource, selecting (S420) a second resource randomly among remaining subframes except the specific subframe in the second carrier; and transmitting (S430) the V2X signal using the first resource and the second resource, wherein the selection (S410) of the first resource in the first carrier being prior to the selection (S420) of the second resource in the second carrier is based on the ordering, and wherein the ordering of the first carrier and the second carrier is determined based on a highest ProSe priority per packet, PPPP, value of PPPP values of V2X messages transmitted on the first carrier and the second carrier and a channel busy ratio, CBR, measurement.
A current sensor comprising: a plurality of core members which form a converging path of a magnetic field generated by continuity of a current to be sensed by providing gaps in respective spaces between end surfaces facing each other in a plurality of sections to be disposed in an annular shape; and a case body which disposes and houses the plurality of core members in an annular shape, characterized in that the current sensor comprises a positioning member which positions the plurality of core members in predetermined positions where the gaps are held in a specified distance by pressing the plurality of core members oneach other in directions facing each other by restoring force in directions opposite to elastic deformation of portions brought into contact with the plurality of core members by being inserted into the case body , and elastically deformed by the contact.
An information processing device comprising: a data processing unit configured to calculate a logistic regression parameter being a parameter of a logistic regression model indicating a relationship between a first variable and a second variable being two different types of secure data associated with each of a plurality of samples, wherein the first variable is an explanatory variable, and the second variable is an outcome variable, wherein the information processing device is a retaining device of the explanatory variable, wherein the data processing unit calculates an inner product (t_s) of the first variable and the second variable with application of secure computation being computation processing applied with converted data of each of the variables, and performs computation processing excluding the calculation processing of the inner product, as computation processing without the converted data, to calculate the logistic regression parameter, wherein the data processing unit receives a computed result applied with the outcome variable from an outcome-variable retaining device, and calculates the logistic regression parameter with the computed result applied with the received outcome variable, wherein the computed result applied with the outcome variable is a sum total (t_0) of the outcome variable. a data processing unit configured to calculate a logistic regression parameter being a parameter of a logistic regression model indicating a relationship between a first variable and a second variable being two different types of secure data associated with each of a plurality of samples, wherein the first variable is an explanatory variable, and the second variable is an outcome variable, wherein the information processing device is a retaining device of the explanatory variable, wherein the data processing unit calculates an inner product (t_s) of the first variable and the second variable with application of secure computation being computation processing applied with converted data of each of the variables, and performs computation processing excluding the calculation processing of the inner product, as computation processing without the converted data, to calculate the logistic regression parameter, wherein the data processing unit receives a computed result applied with the outcome variable from an outcome-variable retaining device, and calculates the logistic regression parameter with the computed result applied with the received outcome variable, wherein the computed result applied with the outcome variable is a sum total (t_0) of the outcome variable.
A hyperspectral imaging arrangement, comprising an imaging sensor ; a band-pass filter element ; at least one imaging optics element configured to form an image on the imaging sensor ; and a first adjustable multi passband filter and a second adjustable multi passband filter ; characterized in that the first adjustable multi passband filter and the second adjustable multi passband filter are positioned consecutively on the optical path; the first and the second multi passband filter comprise an adjustable Fabry-Perot interferometer; and in that both the first and the second adjustable Fabry-Perot interferometer is configured to have a fixed gap and to be adjusted by tilting in the same angle in opposite directions in order to adjust the transmission properties. an imaging sensor ; a band-pass filter element ; at least one imaging optics element configured to form an image on the imaging sensor ; and a first adjustable multi passband filter and a second adjustable multi passband filter ; characterized in that the first adjustable multi passband filter and the second adjustable multi passband filter are positioned consecutively on the optical path; the first and the second multi passband filter comprise an adjustable Fabry-Perot interferometer; and in that both the first and the second adjustable Fabry-Perot interferometer is configured to have a fixed gap and to be adjusted by tilting in the same angle in opposite directions in order to adjust the transmission properties.
An electronic device, comprising: a controller operative to read and write data to a memory module, and further operative to place the memory module in a directed auto-refresh mode and to issue directed auto-refresh commands, the controller maintaining a refresh bank address at the controller equal to a bank address counter at the memory module throughout the directed auto-refresh mode; and the memory module having at least two banks of dynamic random access memory, DRAM, each bank separately addressable for performing refresh cycles, the memory module operative in the directed auto-refresh mode to perform a refresh cycle directed to one bank, and to perform a memory access cycle to a different bank while the refresh cycle is being performed, in response to the directed auto-refresh commands from the controller; and the bank address counter in the memory module operative to assume a first predetermined value upon the memory module entering directed auto-refresh mode, wherein the controller is further operative to remove the memory module from self-refresh mode, and wherein the bank address counter is operative to assume a second predetermined value upon exiting self-refresh mode, and characterized in that the memory module is operative to perform successive refresh cycles to the DRAM banks and increment the bank address counter until the bank address counter is set to the second predetermined value upon exiting self-refresh mode. a controller operative to read and write data to a memory module, and further operative to place the memory module in a directed auto-refresh mode and to issue directed auto-refresh commands, the controller maintaining a refresh bank address at the controller equal to a bank address counter at the memory module throughout the directed auto-refresh mode; and the memory module having at least two banks of dynamic random access memory, DRAM, each bank separately addressable for performing refresh cycles, the memory module operative in the directed auto-refresh mode to perform a refresh cycle directed to one bank, and to perform a memory access cycle to a different bank while the refresh cycle is being performed, in response to the directed auto-refresh commands from the controller; and the bank address counter in the memory module operative to assume a first predetermined value upon the memory module entering directed auto-refresh mode, wherein the controller is further operative to remove the memory module from self-refresh mode, and wherein the bank address counter is operative to assume a second predetermined value upon exiting self-refresh mode, and characterized in that the memory module is operative to perform successive refresh cycles to the DRAM banks and increment the bank address counter until the bank address counter is set to the second predetermined value upon exiting self-refresh mode.
A display arrangement with a substantially rectangular and flat display substrate and a cover with a connecting region to which the display substrate is adhesively attached by a bonding material or a connecting material , and a rectangular dam which contains the bonding material, wherein the display substrate is viewed in a projection with its side edges on the dam in a plane extending parallel to the display substrate and is positioned along its periphery congruently with an edge of the rectangular dam , so that no lateral spacing from the dam is formed on all sides, but rather a congruent superposition of the periphery of the display substrate with the edge of the dam is produced, characterized in that the support side of the dam designed for the display substrate forms a roof with a gable roof-shaped cross section whose ridge forms a linear system for the display substrate .
Flame ignition control device comprising flame adjustment means connectable to a gas supply source through at least one valve , which adjustment means comprise a driving member composed of a driving shaft mounted so as to rotate about its own longitudinal axis and mounted so as to translate in the direction of its own longitudinal axis, such to move between two extreme positions such to move from a maximum withdrawn condition to a maximum insertion condition respectively, there being provided a control unit intended to generate a spark, which control unit comprises two conductor elements cannectable to an electric supply source and a switch , which switch has a closed condition, where the two conductor elements are connected with each other, and an open condition, where the two conductor elements are not connected with each other, said switch passing from the closed condition to the open condition by the movement of a member switching the condition of the switch , which switching member is moved by the translation of said driving shaft , such that the closed condition of said switch corresponds to the maximum insertion condition of said driving shaft , said switching member is provided coaxial to said driving shaft , characterized in that said switching member is composed of a support body placed underneath said driving shaft , interposed between said driving shaft and a body of said valve , which support body houses said control unit and at least one driving pin inside it, which driving pin moves from a condition retracted into the support body , where the driving pin abuts against the walls of said valve body , to a condition withdrawn from said support body , the retracted condition of said driving pin corresponding to the condition of maximum insertion of said driving shaft , there being provided means for fastening said support body to said driving shaft , such that said support body is integral with said driving shaft during the translation movement.
Shielding device for shading and rain-protection purposes, comprising a textile sheet material which is tensioned or can be rolled out in a planar manner and forms a shield against weather influences, in particular against solar radiation and/or rain, which textile sheet material has a woven fabric, wherein the textile sheet material has a two-layered woven structure comprising warp threads forming a warp thread layer, and weft threads forming a weft thread layer which on one face rests on the warp thread layer, the warp threads and the weft threads being tensioned in a substantially linear manner, wherein the woven fabric has warp threads and weft threads connected to one another in a lattice-like manner, the warp threads and weft threads defining elongate rectangular openings in the woven fabric, the openings in the woven fabric being delimited on the long side thereof by the weft threads , characterized in that a foam layer which has foam pores that are separated from one another by solid foam walls is applied onto the textile sheet material on one face of the woven fabric by means of a coating process, wherein the foam layer is open-pored, and wherein the textile sheet material is provided with the foam layer on the upper side thereof.
Method for controlling a common-rail injector , having the following steps of: - detecting a signal (S) from a sensor that is proportional to a pressure in a valve chamber of the common-rail injector , - evaluating a change in the signal (S) over time (t) in order to detect at least one operating event of the common-rail injector , and - changing at least one operating variable of the common-rail injector on the basis of the at least one operating event, wherein the at least one operating variable is selected from an opening duration, a closing duration, an opening time and a closing time of a switching valve of the common-rail injector and from an opening duration, an opening time and a closing time of a needle valve of the common-rail injector , - characterized in that a property of a fuel injected using the common-rail injector is determined by evaluating the signal (S), wherein this property of the fuel is its viscosity. - detecting a signal (S) from a sensor that is proportional to a pressure in a valve chamber of the common-rail injector , - evaluating a change in the signal (S) over time (t) in order to detect at least one operating event of the common-rail injector , and - changing at least one operating variable of the common-rail injector on the basis of the at least one operating event, wherein the at least one operating variable is selected from an opening duration, a closing duration, an opening time and a closing time of a switching valve of the common-rail injector and from an opening duration, an opening time and a closing time of a needle valve of the common-rail injector , - characterized in that a property of a fuel injected using the common-rail injector is determined by evaluating the signal (S), wherein this property of the fuel is its viscosity.
A metal-ion secondary battery comprising a negative electrode comprising a sulfur-containing compound as a negative-electrode active material, a positive electrode and an electrolyte, wherein the positive electrode has a polymer gel layer on a surface thereof, wherein the negative-electrode active material is obtainable by subjecting a starting material comprising at least one polymer compound selected from the group consisting of a rubber and a polymer which consists of a monomer unit having a hetero atom-containing moiety, and sulfur to heat-treatment under a non-oxidizing atmosphere, wherein the hetero atom-containing moiety is a moiety having a group selected from the group consisting of: a monovalent functional group containing at least one hetero atom selected from the group consisting of O, S, P and N; a heterocyclic group which is a 5- to 14-membered heterocyclic group containing 1 to 3 hetero atoms selected from the group consisting of O, S, P and N; and a group represented by -S a - (wherein "a" is an integer of 2 to 4).
Process for preparing water-soluble polymers in powder form by polymerization of water-soluble monoethylenically unsaturated monomers comprising the successive steps: a) Spraying on the inner wall of the polymerization vessel the lubricant composition LC1: alkyl oleate (25-40 weight %) / polyoxyethylene oleyl ether phosphate (50-65 weight %) / sorbitan monolaurate (5-15 weight %), b) Polymerizing in aqueous solution, in the polymerization vessel, in the presence of polymerization initiators at an initiation temperature between - 20 ° C and 50 ° C, at least one water-soluble monounsaturated ethylenic monomer, the total mass concentration of monomer relative to the polymerization charge being between 10 and 60%, c) Discharging the polymer gel from the polymerisation vessel, d) Granulating the polymer gel thus obtained in a granulator, in presence of a lubricant composition LC2: alkyl oleate (15-35 weight %) / polyoxyethylene oleyl ether phosphate (15-45 weight %) / sorbitan monolaurate (35-55 weight %), e) Drying the polymer gel to obtain a polymer in powder form, f) Grinding and sifting the powder. a) Spraying on the inner wall of the polymerization vessel the lubricant composition LC1: alkyl oleate (25-40 weight %) / polyoxyethylene oleyl ether phosphate (50-65 weight %) / sorbitan monolaurate (5-15 weight %), b) Polymerizing in aqueous solution, in the polymerization vessel, in the presence of polymerization initiators at an initiation temperature between - 20 ° C and 50 ° C, at least one water-soluble monounsaturated ethylenic monomer, the total mass concentration of monomer relative to the polymerization charge being between 10 and 60%, c) Discharging the polymer gel from the polymerisation vessel, d) Granulating the polymer gel thus obtained in a granulator, in presence of a lubricant composition LC2: alkyl oleate (15-35 weight %) / polyoxyethylene oleyl ether phosphate (15-45 weight %) / sorbitan monolaurate (35-55 weight %), e) Drying the polymer gel to obtain a polymer in powder form, f) Grinding and sifting the powder.