mhurhangee/patent-ind-claim-en huggingface dataset:
A lawn mower robot comprising: - a control unit configured for dividing a cutting area (A) into a plurality of separate cutting portions (P) and moving the lawn mower robot; - a legible storage support configured for storing a map of the cutting portions (P) and a plurality of time references, each time reference being associated with a respective last cutting portion (P) and representing when the mower has carried out a cutting operation in the cutting portion (P); characterised in that the control unit is configured for checking, each time the lawn mower robot enters into a cutting portion (P), the time reference associated with the cutting portion (P) and performing an operation for cutting the grass if the time reference is older than a time threshold value. - a control unit configured for dividing a cutting area (A) into a plurality of separate cutting portions (P) and moving the lawn mower robot; - a legible storage support configured for storing a map of the cutting portions (P) and a plurality of time references, each time reference being associated with a respective last cutting portion (P) and representing when the mower has carried out a cutting operation in the cutting portion (P); characterised in that the control unit is configured for checking, each time the lawn mower robot enters into a cutting portion (P), the time reference associated with the cutting portion (P) and performing an operation for cutting the grass if the time reference is older than a time threshold value.
A filter element for filtration of fuel, the filter element comprising a first filter stage surrounding at least a majority of an open central volume; a second filter stage disposed within the first stage and surrounding at least a portion of the open central volume, and at least one hydrophobic filter stage disposed downstream of the first stage ; the second filter stage including coalescing filter media configured to coalesce water from a fuel stream passing through the media, the coalescing filter media comprising a coalescing non-woven, hydrophilic fibrous material; wherein the first filter stage comprises a first media portion of radially pleated media , and a second media portion comprising non-pleated media .
Method for processing a raw image characterized by raw measurements Pix(i,j) that comprise first Pix 1 (i,j) and second Pix 2 (i,j) raw measurements collected, respectively, by first Bol 1 (i,j) and second Bol 2 (i,j) bolometers of a set of bolometers Bol(i,j) of a detector that are arranged in the form of a matrix-array of n rows (Li) and m columns (C j ), the first bolometers Bol 1 (i,j) being closed off during the acquisition of the raw measurements Pix(i,j), the method being executed by a computer on the basis of reference measurements Pix REF (i,j) that comprise first Pix 1REF (i,j) and second Pix 2REF (i,j) reference measurements associated, respectively, with the first Bol 1 (i,j) and with the second Bol 2 (i,j) bolometers, the reference measurements Pix REF (i,j) being obtained, during a step of calibrating the detector, by masking all of the bolometers with a shutter, the shutter being kept at a reference temperature, the method comprising: a) a correlation step comprising a linear regression for each first bolometer Bol 1 (i,j), between the first raw measurements Pix 1 (i,j) and the first reference measurements Pix 1REF (i,j), satisfying the following relationship: Pix 1 i ,j = α . Pix 1 REF i ,j + Pix offset where α and Pix offset are the terms determined during the linear regression; b) a step of correcting the raw image, which comprises computing corrected measurements Pix Cor (i,j) of a corrected image for at least each second bolometer Bol(i,j) on the basis of the reference measurements Pix REF (i, j) and of the result of correlation step a), wherein correction step b) comprises computing the corrected measurements Pix Cor (i,j) for at least each second bolometer Bol(i,j) in accordance with the following relationship: Pix Cor i ,j = Pix i ,j − α . Pix REF i ,j − Pix offset a) a correlation step comprising a linear regression for each first bolometer Bol 1 (i,j), between the first raw measurements Pix 1 (i,j) and the first reference measurements Pix 1REF (i,j), satisfying the following relationship: Pix 1 i ,j = α . Pix 1 REF i ,j + Pix offset where α and Pix offset are the terms determined during the linear regression; b) a step of correcting the raw image, which comprises computing corrected measurements Pix Cor (i,j) of a corrected image for at least each second bolometer Bol(i,j) on the basis of the reference measurements Pix REF (i, j) and of the result of correlation step a), wherein correction step b) comprises computing the corrected measurements Pix Cor (i,j) for at least each second bolometer Bol(i,j) in accordance with the following relationship: Pix Cor i ,j = Pix i ,j − α . Pix REF i ,j − Pix offset
A buffer material (WS) comprising: cellulose fibers; and a binding material that binds the cellulose fibers, wherein the binding material contains starch (XS) and natural wax (XW); a content of the cellulose fibres in the buffer material is 60.0% by mass or greater and 89.0% by mass or less; a content of the natural wax (XW) in the buffer material is 0.1% by mass or greater and 25.0% by mass or less; and a content of the starch (XS) in the buffer material is 10.0% by mass or greater. cellulose fibers; and a binding material that binds the cellulose fibers, wherein the binding material contains starch (XS) and natural wax (XW); a content of the cellulose fibres in the buffer material is 60.0% by mass or greater and 89.0% by mass or less; a content of the natural wax (XW) in the buffer material is 0.1% by mass or greater and 25.0% by mass or less; and a content of the starch (XS) in the buffer material is 10.0% by mass or greater.
An anti-BAP42 antibody molecule or a BAP42-binding fragment thereof, wherein the said molecule or fragment has immunospecificity to at least one oligomeric form of beta-amyloid peptide 42 (BAP42) and to monomeric BAP42, does not have immunospecificity to fibrillar BAP42 and crosses the blood brain barrier and comprises the amino acid sequence of SEQ ID NOs: 1.
A plasma etching method using a Faraday cage, the plasma etching method comprising: providing an etching base in a Faraday cage having a mesh part provided on an upper side thereof; shielding a part of the mesh part with a shutter and then performing plasma etching on the etching base ; and forming a pattern portion (P) on the etching base by performing the plasma etching while moving the shutter in a direction from an outer portion to a central portion of the Faraday cage , wherein a depth of the pattern portion (P) is gradually changed in a direction from one side to the other side of the etching base . providing an etching base in a Faraday cage having a mesh part provided on an upper side thereof; shielding a part of the mesh part with a shutter and then performing plasma etching on the etching base ; and forming a pattern portion (P) on the etching base by performing the plasma etching while moving the shutter in a direction from an outer portion to a central portion of the Faraday cage , wherein a depth of the pattern portion (P) is gradually changed in a direction from one side to the other side of the etching base .
A combustor section for a gas turbine engine , comprising: a can combustor including a combustion chamber ; a pilot fuel injection system in axial communication with the combustion chamber ; and a main fuel injection system in radial communication with the combustion chamber , the main fuel injection system including a multiple of first main fuel nozzles that circumferentially alternate with a multiple of second main fuel nozzles ; characterised in that : the multiple of first main fuel nozzles are fueled through the multiple of second main fuel nozzles such that the multiple of first main fuel nozzles are each downstream to a respective one of the multiple of second main fuel nozzles with respect to fuel flow. a can combustor including a combustion chamber ; a pilot fuel injection system in axial communication with the combustion chamber ; and a main fuel injection system in radial communication with the combustion chamber , the main fuel injection system including a multiple of first main fuel nozzles that circumferentially alternate with a multiple of second main fuel nozzles ; characterised in that : the multiple of first main fuel nozzles are fueled through the multiple of second main fuel nozzles such that the multiple of first main fuel nozzles are each downstream to a respective one of the multiple of second main fuel nozzles with respect to fuel flow.
A substantially anhydrous composition for bleaching keratin fibers, especially human hair, characterized in that it comprises one or more persalts, one or more metasilicate salts and one or more disilicate salts wherein the total concentration by weight of one or more metasilicate salts is higher than the total concentration by weight of one or more disilicate salts.
A multicopter equipped with an aircraft propulsion system comprising: a plurality of engines (60-1, 60-2) attached to an aircraft body of the multicopter ; generators (50-1, 50-2) connected to respective engine shafts of each of the engines (60-1, 60-2); a battery configured to store power generated by the generators (50-1, 50-2); a plurality of motors driven by the power supplied from the generators (50-1, 50-2) or the battery ; a plurality of rotors attached to the aircraft body of the multicopter via respective arms and driven by driving forces output from the motors attached to a respective rotating shaft of the rotors and a controller configured to control operating states of the plurality of engines , wherein, when a flight state of the multicopter is a first state after the plurality of engines (60-1, 60-2) operate and the multicopter has taken off, the controller causes at least one engine (60-2) among the plurality of engines to be stopped, causes another engine (60-1), which has not been stopped, to be operated in an efficient operating range (R) in which the output power of the other engine (60-1) starts at around 60% and ends at a value of about 95% or 100% of its maximum rated power, and causes the generator (50-1) corresponding to the other engine (60-1) to output power. a plurality of engines (60-1, 60-2) attached to an aircraft body of the multicopter ; generators (50-1, 50-2) connected to respective engine shafts of each of the engines (60-1, 60-2); a battery configured to store power generated by the generators (50-1, 50-2); a plurality of motors driven by the power supplied from the generators (50-1, 50-2) or the battery ; a plurality of rotors attached to the aircraft body of the multicopter via respective arms and driven by driving forces output from the motors attached to a respective rotating shaft of the rotors and a controller configured to control operating states of the plurality of engines , wherein, when a flight state of the multicopter is a first state after the plurality of engines (60-1, 60-2) operate and the multicopter has taken off, the controller causes at least one engine (60-2) among the plurality of engines to be stopped, causes another engine (60-1), which has not been stopped, to be operated in an efficient operating range (R) in which the output power of the other engine (60-1) starts at around 60% and ends at a value of about 95% or 100% of its maximum rated power, and causes the generator (50-1) corresponding to the other engine (60-1) to output power.
A 3D organic perovskite having the Formula (I): ABX 3 (I) wherein: A has the formula DR 2+ , wherein DR 2+ is: wherein R is F, Cl, Br, CN, or OH; and R' is H or CH 3 ; B is NH 4 + ; and X is BF 4 - or PF 6 - . A has the formula DR 2+ , wherein DR 2+ is: wherein R is F, Cl, Br, CN, or OH; and R' is H or CH 3 ; R is F, Cl, Br, CN, or OH; and R' is H or CH 3 ; B is NH 4 + ; and X is BF 4 - or PF 6 - .
A composition comprising Trigofoenoside, Vitexin, Iso-vitexin, Vitexin-2-o-rhamnoside, Vicenin-1 and fiber, optionally along with a pharmaceutically acceptable excipient; wherein the Trigofoenoside, the Vitexin, the Iso-vitexin, the Vitexin-2-o-rhamnoside and the Vicenin-1, together have a concentration ranging from 8 % w/w to 31% w/w; and the fiber is present at a concentration ranging from 69% w/w to 92% w/w.
An intraosseous access system comprising: a needle that defines a lumen and a longitudinal axis (A L ) about which the needle is configured to be rotated to cut into a bone of a patient, the needle comprising: a substantially cylindrical tube having a proximal end configured to remain at an exterior of the patient during use; a distal end configured for insertion through the skin of the patient into contact with the bone of the patient, and including a distal face ; the distal face formed at a distal end of the substantially cylindrical tube before or after bending the substantially cylindrical tube, and a distal tip at a distalmost point of the distal end of the needle, the distal tip being positioned on the longitudinal axis (A L ) of the needle; and an obturator sized to be received within the lumen of the needle and configured to inhibit material from entering the needle as the system is inserted into said bone, wherein the needle further comprises a shaft that extends proximally from the distal end of the needle, the shaft defining a lateral perimeter along a plane that is perpendicular to the longitudinal axis, and wherein no portion of the distal end of the needle is laterally distanced from the longitudinal axis of the needle by an amount exceeding a distance between the lateral perimeter of the shaft and the longitudinal axis or the shaft defining a cylindrical outer surface, and wherein no portion of the distal end of the needle extends laterally outwardly beyond an imaginary projection (PROJ) of the outer cylindrical surface that passes over the distal end of the needle. a needle that defines a lumen and a longitudinal axis (A L ) about which the needle is configured to be rotated to cut into a bone of a patient, the needle comprising: a substantially cylindrical tube having a proximal end configured to remain at an exterior of the patient during use; a distal end configured for insertion through the skin of the patient into contact with the bone of the patient, and including a distal face ; the distal face formed at a distal end of the substantially cylindrical tube before or after bending the substantially cylindrical tube, and a distal tip at a distalmost point of the distal end of the needle, the distal tip being positioned on the longitudinal axis (A L ) of the needle; and an obturator sized to be received within the lumen of the needle and configured to inhibit material from entering the needle as the system is inserted into said bone, wherein the needle further comprises a shaft that extends proximally from the distal end of the needle, the shaft defining a lateral perimeter along a plane that is perpendicular to the longitudinal axis, and wherein no portion of the distal end of the needle is laterally distanced from the longitudinal axis of the needle by an amount exceeding a distance between the lateral perimeter of the shaft and the longitudinal axis or the shaft defining a cylindrical outer surface, and wherein no portion of the distal end of the needle extends laterally outwardly beyond an imaginary projection (PROJ) of the outer cylindrical surface that passes over the distal end of the needle.
A user-portable electronic device comprising: transmission connection circuitry configured to establish transmission connection between the user-portable electronic device and at least one mobile electronic device; geographic-location determining circuitry arranged to determine a geographic location of the at least one mobile electronic device associated with the transmission connection of the user-portable electronic device and the at least one mobile electronic device; and log circuitry configured to allow storage of a geographic-location log including at least a last-known geographic location of the at least one mobile electronic device, wherein the last known location of the at least one mobile electronic device is based on where the transmission connection was last active, wherein the log circuitry is configured to communicate with remote storage circuitry which is capable of storing the geographic-location log, wherein the geographic-location log is available at the user-portable electronic device after disconnection between the user-portable electronic device and the at least one mobile electronic device. transmission connection circuitry configured to establish transmission connection between the user-portable electronic device and at least one mobile electronic device; geographic-location determining circuitry arranged to determine a geographic location of the at least one mobile electronic device associated with the transmission connection of the user-portable electronic device and the at least one mobile electronic device; and log circuitry configured to allow storage of a geographic-location log including at least a last-known geographic location of the at least one mobile electronic device, wherein the last known location of the at least one mobile electronic device is based on where the transmission connection was last active, wherein the log circuitry is configured to communicate with remote storage circuitry which is capable of storing the geographic-location log, wherein the geographic-location log is available at the user-portable electronic device after disconnection between the user-portable electronic device and the at least one mobile electronic device.
A method for fetching a content identified by a content identifier from a web server , for use with distinct first and second servers and an intermediate device (33a-e) that are each connected to the Internet and are each addressable in the Internet using a respective Internet Protocol, IP, address, wherein the content identifier is comprised in a content request sent by a client device requesting the content to be fetched, wherein the first server, upon selecting an IP address from a list of IP addresses corresponding to available intermediate devices, directs the intermediate device corresponding to the selected IP address to initiate communication and establish connection with the second server, by sending a message containing the IP address of the second server to the intermediate device, the method comprising: establishing , by the intermediate device, a connection with the first server using the first server IP address and the intermediate device IP address, in response to detecting of connecting to the Internet of the intermediate device; receiving , by the intermediate device from the first server over the established connection, a first message that comprises the content identifier; sending , by the intermediate device to the web server, a content request that comprises the content identifier, so that the web server is only aware of the IP address of the intermediate device as a content requesting device; receiving , by the intermediate device from the web server, the content, in response to the content request; and sending , by the intermediate device to the second server using the respective IP address of the second server, the content, in response to the received first message, so that the second server sends the content to the requesting client device, wherein the intermediate device is integrated in part or entirely in an appliance (41-52). establishing , by the intermediate device, a connection with the first server using the first server IP address and the intermediate device IP address, in response to detecting of connecting to the Internet of the intermediate device; receiving , by the intermediate device from the first server over the established connection, a first message that comprises the content identifier; sending , by the intermediate device to the web server, a content request that comprises the content identifier, so that the web server is only aware of the IP address of the intermediate device as a content requesting device; receiving , by the intermediate device from the web server, the content, in response to the content request; and sending , by the intermediate device to the second server using the respective IP address of the second server, the content, in response to the received first message, so that the second server sends the content to the requesting client device, wherein the intermediate device is integrated in part or entirely in an appliance (41-52).
A method for fabricating a structured surface, comprising: providing a transparent substrate ; disposing a dewettable film over the substrate ; annealing the dewettable film to form a plurality of islands ; forming a coating over the plurality of islands; etching the plurality of islands to form a structured array of surface features in the coating ; transferring the structured array of surface features from the coating to the substrate ; and removing the coating ; wherein the coating is a dewettable coating comprising at least one of: metals, alloys, metal oxides, polymers, organic materials, metal nitrides, or combinations thereof. providing a transparent substrate ; disposing a dewettable film over the substrate ; annealing the dewettable film to form a plurality of islands ; forming a coating over the plurality of islands; etching the plurality of islands to form a structured array of surface features in the coating ; transferring the structured array of surface features from the coating to the substrate ; and removing the coating ; wherein the coating is a dewettable coating comprising at least one of: metals, alloys, metal oxides, polymers, organic materials, metal nitrides, or combinations thereof.
A cathode for secondary batteries comprising a compound having a transition metal layer containing lithium which is at least one compound selected from the following formula 1: (1-x)Li(Li y M 1-y-z Ma z )O 2-w A w ∗ xLi 3 PO 4 wherein M has a composition of the following formula 2: M = Ni a Mn b Co c wherein 0.10<a<0.85, 0.10<b<0.85, and 0≤c<0.5; Ma is a metal or non-metal element at least one selected from the group consisting of Al, Mg and B; A is at least one selected from the group consisting of halogen, sulfur, chalcogenide compounds and nitrogen; 0<x<0.1; 0<y<0.3; 0≤z<0.2; and 0≤w<0.1. wherein 0.10<a<0.85, 0.10<b<0.85, and 0≤c<0.5; Ma is a metal or non-metal element at least one selected from the group consisting of Al, Mg and B; A is at least one selected from the group consisting of halogen, sulfur, chalcogenide compounds and nitrogen; 0<x<0.1; 0<y<0.3; 0≤z<0.2; and 0≤w<0.1.