mhurhangee/patent-ind-claim-en huggingface dataset:
A friction material comprising: 40 mass% or more to 80 mass% or less of a matrix of at least one kind selected from the group consisting of a metal, an alloy, a metal compound and an intermetallic compound; 5 mass% or more to 30 mass% or less of solid particles of at least one kind selected from the group consisting of a carbide, a nitride and an oxide of an element of at least one kind selected from the group consisting of Ti, Zr, Hf, V, Nb, Ta, Cr, Mo, W, Al, Mg and Si; and 5 mass% or more to 40 mass% or less of a lubricant of at least one kind selected from the group consisting of graphite, molybdenum disulfide, tungsten disulfide, boron nitride and calcium fluoride, wherein: the matrix comprises, as elements, at least, 20 mass% or more to 50 mass% or less of Fe, 0.05 mass% or more to 5.0 mass% or less of P, and 40 mass% or more to 75 mass% or less of Ni, based on a total amount of the matrix; and a content of Cu as an element is 15 mass% or less based on a total amount of the matrix. the matrix comprises, as elements, at least, 20 mass% or more to 50 mass% or less of Fe, 0.05 mass% or more to 5.0 mass% or less of P, and 40 mass% or more to 75 mass% or less of Ni, based on a total amount of the matrix; and a content of Cu as an element is 15 mass% or less based on a total amount of the matrix.
An irrigation system comprising: a reservoir for an irrigating liquid; a probe for arrangement in a user; tubing providing fluid communication between said reservoir and said probe ; and an electrical pump for indirectly pumping irrigation liquid from the reservoir to the probe through said tubing , whereby the pump pumps a different fluid, such as air, into the reservoir , thereby increasing the pressure in the reservoir , and as a consequence forcing irrigation liquid out from the reservoir , said electrical pump being controllable to assume a plurality of predetermined flow rates; characterized in that if further comprises: an electrically operable valve operable to continuously control the degree of openness of said tubing between a fully closed state and a fully opened state; a flow sensor to measure an actual flow rate of the irrigation liquid in the probe ; and a controller arranged to obtain a desired flow rate from a user interface, and configured to control the flow rate of the electric pump to one of said plurality of flow rates exceeding said desired flow rate, and to continuously regulate the electrically operable valve based on the measured actual flow rate, thereby limiting the flow rate provided by the electric pump to obtain said desired output flow rate. a reservoir for an irrigating liquid; a probe for arrangement in a user; tubing providing fluid communication between said reservoir and said probe ; and an electrical pump for indirectly pumping irrigation liquid from the reservoir to the probe through said tubing , whereby the pump pumps a different fluid, such as air, into the reservoir , thereby increasing the pressure in the reservoir , and as a consequence forcing irrigation liquid out from the reservoir , said electrical pump being controllable to assume a plurality of predetermined flow rates; an electrically operable valve operable to continuously control the degree of openness of said tubing between a fully closed state and a fully opened state; a flow sensor to measure an actual flow rate of the irrigation liquid in the probe ; and a controller arranged to obtain a desired flow rate from a user interface, and configured to control the flow rate of the electric pump to one of said plurality of flow rates exceeding said desired flow rate, and to continuously regulate the electrically operable valve based on the measured actual flow rate, thereby limiting the flow rate provided by the electric pump to obtain said desired output flow rate.
An additive manufacturing assembly comprising: a substrate ; a nozzle for depositing additive material onto the substrate; a plurality of cooling nozzles for supplying a cooling fluid to at least a portion of the substrate, the cooling nozzles being movable relative to the substrate; and a controller operably coupled to the cooling nozzles, wherein the controller is programmed to control operation of the cooling nozzles to achieve a desired convection heat transfer coefficient of the additive material; and further comprising an energy source for directing an energy beam onto the substrate, the energy source being coupled to the controller and movable relative to the substrate in a scan direction, the plurality of cooling nozzles being positioned circumferentially about the energy source; and wherein the cooling nozzles are divided into various regions based on their position about the energy source and the scan direction, and wherein the controller is programmed to select a region of cooling nozzles for supplying the cooling fluid based on the scan direction. a substrate ; a nozzle for depositing additive material onto the substrate; a plurality of cooling nozzles for supplying a cooling fluid to at least a portion of the substrate, the cooling nozzles being movable relative to the substrate; and a controller operably coupled to the cooling nozzles, wherein the controller is programmed to control operation of the cooling nozzles to achieve a desired convection heat transfer coefficient of the additive material; and further comprising an energy source for directing an energy beam onto the substrate, the energy source being coupled to the controller and movable relative to the substrate in a scan direction,
An anti-LOX-1-specific antibody or fragment thereof, for use in therapy comprising a method for increasing the effectiveness of antigen presentation by a LOX-1 -expressing dendritic cell comprising contacting the dendritic cell with an anti-LOX-1-specific antibody or fragment thereof, wherein the LOX-specific antibody is an antibody comprising a variable heavy (VH) and variable light (VL) chain pair selected from 11C8 VH and VL: 10F9 VH and VL: 15C4 VH and VL: humanized 10F9, 15C4, or 11C8. 11C8 VH and VL: 10F9 VH and VL: 15C4 VH and VL:
A random copolymer obtained from polymerizing an acrylate monomer composition, wherein the monomer composition consists of a) from 1 to 60 mole% of at least one short chain acrylate of Formula (I) in which R a is hydrogen or methyl, and R 1 is a linear or branched C 1 to C 10 alkyl radical; b) from at least 5 mole% to 94 mole% of at least one long chain acrylate of Formula (II), in which R b is hydrogen or methyl, and R 2 is a linear or branched C 11 to C 15 alkyl radical; c) from 0 to 94% of at least one long chain acrylate of Formula (III) in which R c is hydrogen or methyl, and R 3 is a linear or branched C 16 to C 30 alkyl radical; and d) from 5 to 50 mole% of at least one polar acrylate of Formula (IV), in which R d is hydrogen or methyl, A is a linear or branched C 2 to C 6 alkyl radical, aromatic radical, or a polyether of the formula (-CHR 4 CH 2 -O-) n where R 4 is hydrogen or methyl and n is from 1 to 10; and X is COOH or OH; wherein at least one of R a , R b , R c , and R d is methyl; the long chain acrylate of component b) and component c) together total from 35 mol% to 94 mole% of the acrylate monomers; the ratio of short chain acrylate to long chain acrylate is from 0.05 to 2; and the copolymer has an M n of 1000 to 15,000 g/mol. a) from 1 to 60 mole% of at least one short chain acrylate of Formula (I) in which R a is hydrogen or methyl, and R 1 is a linear or branched C 1 to C 10 alkyl radical; b) from at least 5 mole% to 94 mole% of at least one long chain acrylate of Formula (II), in which R b is hydrogen or methyl, and R 2 is a linear or branched C 11 to C 15 alkyl radical; c) from 0 to 94% of at least one long chain acrylate of Formula (III) in which R c is hydrogen or methyl, and R 3 is a linear or branched C 16 to C 30 alkyl radical; and d) from 5 to 50 mole% of at least one polar acrylate of Formula (IV), in which R d is hydrogen or methyl, A is a linear or branched C 2 to C 6 alkyl radical, aromatic radical, or a polyether of the formula (-CHR 4 CH 2 -O-) n where R 4 is hydrogen or methyl and n is from 1 to 10; and X is COOH or OH; wherein at least one of R a , R b , R c , and R d is methyl; the long chain acrylate of component b) and component c) together total from 35 mol% to 94 mole% of the acrylate monomers; the ratio of short chain acrylate to long chain acrylate is from 0.05 to 2; and the copolymer has an M n of 1000 to 15,000 g/mol.
Refrigerant circuit at least comprising a compressor with an upstream suction side and with a downstream pressure side , a condenser , a first evaporator and at least one second evaporator ; wherein the compressor is an at least two-stage compressor which, at the suction side , has a first feed line to a first stage of the compressor with a first pressure level and has a second feed line to a second stage of the compressor with a second pressure level, wherein the second pressure level is higher than the first pressure level; wherein the first evaporator and the second evaporator are connectable to the compressor via mutually different feed lines at least at certain times; wherein the first evaporator is used for cooling a battery and the second evaporator is used for cooling air ; characterized by a third evaporator which is used for further cooling of the air cooled by the second evaporator ; wherein, in a first operating state of the refrigerant circuit , the first evaporator , via the second feed line , and the second evaporator , via the first feed line , are connected to the compressor ; wherein, in a second operating state of the refrigerant circuit , only the second evaporator , via the second feed line , and the third evaporator , via the first feed line , are connected to the compressor ; and wherein, in a third operating state of the refrigerant circuit , the first evaporator and the second evaporator , via the second feed line , and the third evaporator , via the first feed line , are connected to the compressor .
A clamping system, comprising: an electrostatic clamp having a platen and a plurality of electrodes (the "embedded electrodes") embedded in the platen , wherein the embedded electrodes provide one side of a capacitor and a work piece provides another side of the capacitor in order to hold the work piece to the platen when at least some of the embedded electrodes are electrically charged; and a high-impedance voltmeter (the "HIV") electrically connected to at least some of the embedded electrodes , the clamping system being characterized in that the high-impedance voltmeter ("HIV", 22) is configured to monitor a voltage applied to the work piece , and the high impedance voltmeter ("HIV", 22) has an impedance equal to or exceeding 10 16 ohms. an electrostatic clamp having a platen and a plurality of electrodes (the "embedded electrodes") embedded in the platen , wherein the embedded electrodes provide one side of a capacitor and a work piece provides another side of the capacitor in order to hold the work piece to the platen when at least some of the embedded electrodes are electrically charged; and a high-impedance voltmeter (the "HIV") electrically connected to at least some of the embedded electrodes , the clamping system being characterized in that the high-impedance voltmeter ("HIV", 22) is configured to monitor a voltage applied to the work piece , and the high impedance voltmeter ("HIV", 22) has an impedance equal to or exceeding 10 16 ohms.
An integral image device , comprising: an array of focusing micro-lenses ; said array of focusing micro-lenses , as such, having a focal plane; and an image fragment plane with image fragment structures , characterized in that said image fragment plane being positioned on an opposite side of said array of focusing micro-lenses with respect to said focal plane; wherein said image fragment plane is arranged to, when being viewed refracted through said array of focusing micro-lenses away from a viewer, reflected back and refracted back through said array of focusing micro-lenses towards said viewer, give rise to an integral image . an array of focusing micro-lenses ; said array of focusing micro-lenses , as such, having a focal plane; and an image fragment plane with image fragment structures , characterized in that said image fragment plane being positioned on an opposite side of said array of focusing micro-lenses with respect to said focal plane; wherein said image fragment plane is arranged to, when being viewed refracted through said array of focusing micro-lenses away from a viewer, reflected back and refracted back through said array of focusing micro-lenses towards said viewer, give rise to an integral image .
A method for displaying an application interface, comprising: detecting a starting operation over a specified application; in response to detecting the starting operation over the specified application, determining (S201) whether the specified application is a secret-related application; when the specified application is determined to be the secret-related application, acquiring (S202) an encrypted display manner of the specified application; and sending (S203) application interface data and the encrypted display manner of the specified application to a first terminal based on a network connection pre-established with the first terminal, wherein the application interface data is used by the first terminal to generate an application interface of the specified application, and the encrypted display manner is used by the first terminal to conceal the application interface; during display of the application interface, upon detection of a sliding operation on the application interface, acquiring a sliding region of the sliding operation; and sending the sliding region to the first terminal, so as for the first terminal to display content of the application interface in the sliding region. detecting a starting operation over a specified application; in response to detecting the starting operation over the specified application, determining (S201) whether the specified application is a secret-related application; when the specified application is determined to be the secret-related application, acquiring (S202) an encrypted display manner of the specified application; and sending (S203) application interface data and the encrypted display manner of the specified application to a first terminal based on a network connection pre-established with the first terminal, wherein the application interface data is used by the first terminal to generate an application interface of the specified application, and the encrypted display manner is used by the first terminal to conceal the application interface; during display of the application interface, upon detection of a sliding operation on the application interface, acquiring a sliding region of the sliding operation; and sending the sliding region to the first terminal, so as for the first terminal to display content of the application interface in the sliding region.
A monitoring and mass notification system , comprising: a control unit for broadcasting alert messages via addressable wireless links; a wireless base unit having a notification interface , a slave transceiver for receiving the alert messages from the control unit , and an identification address for distinguishing the wireless base unit from other wireless base units ; and a notification device having a base interface for plugging into the notification interface of the wireless base unit and, when the notification device is plugged into the wireless base unit , sending notification device information to the wireless base unit indicating a type of the notification device ; wherein the notification device receives a notification command from the wireless base unit and the notification device generates an alarm notification in response to receiving the notification command from the wireless base unit based on the broadcasted alert messages associated with the identification address ; wherein the wireless base unit reports the notification device information received from the notification device to the control unit ; and wherein the wireless base unit is configured to send a notification status check to the notification device in order to monitor the notification device information of the notification device on a periodic basis. a control unit for broadcasting alert messages via addressable wireless links; a wireless base unit having a notification interface , a slave transceiver for receiving the alert messages from the control unit , and an identification address for distinguishing the wireless base unit from other wireless base units ; and a notification device having a base interface for plugging into the notification interface of the wireless base unit and, when the notification device is plugged into the wireless base unit , sending notification device information to the wireless base unit indicating a type of the notification device ; wherein the notification device receives a notification command from the wireless base unit and the notification device generates an alarm notification in response to receiving the notification command from the wireless base unit based on the broadcasted alert messages associated with the identification address ; wherein the wireless base unit reports the notification device information received from the notification device to the control unit ; and wherein the wireless base unit is configured to send a notification status check to the notification device in order to monitor the notification device information of the notification device on a periodic basis.
A method for applying a color to an object , the method comprising: determining , by a computer system , whether a position of the color selected for the object is within a point cloud defining color application capabilities for an inkjet printer , wherein the position is in a three-dimensional space for a color space ; and selecting , by the computer system , the inkjet printer for use to apply the color to the object when the color is within the point cloud defining the color application capabilities of the inkjet printer , wherein the object is selected from a group comprising a mobile platform, a stationary platform, a land-based structure, an aquatic-based structure, a space-based structure, an aircraft , a commercial aircraft , a rotorcraft, a surface ship, a tank, a personnel carrier, a train, a spacecraft, a space station, a satellite, a submarine, an automobile, a power plant, a bridge, a dam, a house, a manufacturing facility, a building, a skin panel, a wall, a door, a fuselage, an engine housing, a wing, and a fairing. determining , by a computer system , whether a position of the color selected for the object is within a point cloud defining color application capabilities for an inkjet printer , wherein the position is in a three-dimensional space for a color space ; and selecting , by the computer system , the inkjet printer for use to apply the color to the object when the color is within the point cloud defining the color application capabilities of the inkjet printer , wherein the object is selected from a group comprising a mobile platform, a stationary platform, a land-based structure, an aquatic-based structure, a space-based structure, an aircraft , a commercial aircraft , a rotorcraft, a surface ship, a tank, a personnel carrier, a train, a spacecraft, a space station, a satellite, a submarine, an automobile, a power plant, a bridge, a dam, a house, a manufacturing facility, a building, a skin panel, a wall, a door, a fuselage, an engine housing, a wing, and a fairing.
Device for controlling the braking of a trailer, comprising: - at least one control line connectable to a source of a work fluid at a first pressure; - a braking line connectable to a service braking system of the trailer and communicating with said control line ; - at least one additional line connectable to a source of a work fluid at a second pressure; - at least one emergency line connectable to said additional line and connectable to an emergency and/or parking brake of the trailer of the type of a hydraulically released spring brake; - at least one discharge line of the work fluid communicating with a collection tank ; - first valve means operable between a braking position, wherein said additional line is isolated from said discharge line , and an emergency position, wherein said additional line is communicating with said discharge line ; characterized by the fact that it comprises at least second valve means positioned between said additional line and said emergency line and operable between a braking position, wherein said emergency line is communicating with said additional line , and a movement position, wherein said emergency line is isolated from said additional line . - at least one control line connectable to a source of a work fluid at a first pressure; - a braking line connectable to a service braking system of the trailer and communicating with said control line ; - at least one additional line connectable to a source of a work fluid at a second pressure; - at least one emergency line connectable to said additional line and connectable to an emergency and/or parking brake of the trailer of the type of a hydraulically released spring brake; - at least one discharge line of the work fluid communicating with a collection tank ; - first valve means operable between a braking position, wherein said additional line is isolated from said discharge line , and an emergency position, wherein said additional line is communicating with said discharge line ;
A pharmaceutical composition for use in the treatment of myeloma in a subject, when administered to the subject in an effective amount, wherein the pharmaceutical composition comprises ganoderic acid S (GAS) and ganoderic acid T (GAT) in a weight ratio of 1:1.85; an anti-cancer drug being paclitaxel or etoposide and a pharmaceutically acceptable excipient.
An isolated T cell receptor (TCR), TCR-like polypeptide, or portion thereof that specifically binds to a phosphopeptide-HLA-A2 complex, wherein the sequence of the phosphopeptide is GLLGpSPVRA (SEQ ID NO: 12), and the isolated TCR, TCR-like polypeptide, or portion thereof comprises an alpha chain comprising a CDR1 region comprising DPNSYY (amino acids 48-53 of SEQ ID NO: 14), a CDR2 region comprising VFSSTEI (amino acids 71-77 of SEQ ID NO: 14), and a CDR3 region comprising AVKPGGYKVV (amino acids 112-121 of SEQ ID NO: 14); and a beta chain comprising a CDR1 region comprising NNHNN (amino acids 56-60 of SEQ ID NO: 16), a CDR2 region comprising SYGAGS (amino acids 78-83 of SEQ ID NO: 16), and a CDR3 region comprising ASGGDTQY (amino acids 121-129 of SEQ ID NO: 16).
A cell module having a plurality of electrochemical pouch cells , each pouch cell having at least a first and second electrode , a separator arranged between the electrodes and a flexible outer shell , characterised in that each pouch cell has a circular outer edge and a circular through-hole arranged in its centre, an outer cell pole arranged on the outer edge of each pouch cell and an inner cell pole arranged on an inner edge of the through-hole , wherein the cell module has a cylindrical rod-shaped inner current collector and an outer current collector configured as a cylinder jacket, wherein the inner current collector extends along a central axis of the cell module and the outer current collector is arranged concentrically to the inner current collector , wherein the pouch cells form a stack in the direction of the centre axis and are arranged, such that the inner current collector extends through the through-holes of the pouch cells , wherein the inner cell poles are electrically connected to the inner current collector and the outer cell poles are electrically conductively connected to the outer current collector .