mhurhangee/patent-ind-claim-en huggingface dataset:
A split type brush seal device comprising: a plurality of brush seal pieces having bundled wire rods ; and an attached member comprising an attached portion , wherein the plurality of brush seal pieces are attached to the attached portion in the circumferential direction, each of the brush seal pieces has a plate of arc shape to which the bundled wire rods are fixed; and the split type brush seal device further comprises a biasing means that forcibly causes a curvature of the plate to approximate to a curvature of the attached portion , characterized in that the biasing means is a fastening member that fastens the plate to the attached member in the radial direction, wherein the fastening member is bolts , wherein the plate is fastened and fixed to the attached member by screwing the bolts into screw holes of the attached member from the radially inner circumferential side in a state where the brush seal pieces are housed in the attached portion , wherein part of head portions of the bolts of a larger diameter than shaft portions of the bolts are abutted with bottom faces of recess portions having arch shape sections of the plate , so that a biasing force in the radial direction is applied to the brush seal pieces , and wherein substantially cylindrical spot faces to house the head portions are formed by the recess portions and recess portions of the attached member . a plurality of brush seal pieces having bundled wire rods ; and an attached member comprising an attached portion , wherein the plurality of brush seal pieces are attached to the attached portion in the circumferential direction, each of the brush seal pieces has a plate of arc shape to which the bundled wire rods are fixed; and the split type brush seal device further comprises a biasing means that forcibly causes a curvature of the plate to approximate to a curvature of the attached portion , characterized in that the biasing means is a fastening member that fastens the plate to the attached member in the radial direction, wherein the fastening member is bolts , wherein the plate is fastened and fixed to the attached member by screwing the bolts into screw holes of the attached member from the radially inner circumferential side in a state where the brush seal pieces are housed in the attached portion , wherein part of head portions of the bolts of a larger diameter than shaft portions of the bolts are abutted with bottom faces of recess portions having arch shape sections of the plate , so that a biasing force in the radial direction is applied to the brush seal pieces , and wherein substantially cylindrical spot faces to house the head portions are formed by the recess portions and recess portions of the attached member .
An arrangement of a combustor and a device for selective non catalytic reduction , the device for selective non catalytic reduction comprising at least a nozzle with a slit for injecting a reagent, and a control system for controlling the flow from the nozzle , characterized in that the flow of the reagent is a pulsed flow from the nozzle controlled by the control system so that during operation, because of the varying volume flow of the reagent, the exit velocity from the slit increases or decreases causing a change in the diameter of the reagent droplets, wherein the device comprises a hose connected to the nozzle , wherein the nozzle comprises a body and an occlusion , and wherein the slit is defined by the body and the occlusion , or by the body and an intermediate disc between the body and the occlusion .
An optical system for coupling light into a waveguide, comprising: a waveguide having a portion for guiding light along a first direction , a coupler arranged at said portion of the waveguide , wherein the coupler has a surface with a grating structure formed therein for directing light into the waveguide , the surface having a normal which is orthogonal to the first direction , and a cladding layer embedding the coupler and surrounding the waveguide , the cladding layer having an optical path changing structure formed therein, the optical path changing structure having a refractive surface and a reflective surface , each forming an acute angle (α,β) with respect to the surface of the coupler , wherein, for light which enters the optical path changing structure through the refractive surface along a second direction which is orthogonal to said normal, the refractive surface is arranged to refract the light such that it is directed towards the reflective surface along a third direction which is different from the second direction , and wherein the reflective surface is arranged to reflect the light of the third direction such that it is directed towards the grating structure of the coupler along a fourth direction . a waveguide having a portion for guiding light along a first direction , a coupler arranged at said portion of the waveguide , wherein the coupler has a surface with a grating structure formed therein for directing light into the waveguide , the surface having a normal which is orthogonal to the first direction , and a cladding layer embedding the coupler and surrounding the waveguide , the cladding layer having an optical path changing structure formed therein, the optical path changing structure having a refractive surface and a reflective surface , each forming an acute angle (α,β) with respect to the surface of the coupler , wherein, for light which enters the optical path changing structure through the refractive surface along a second direction which is orthogonal to said normal, the refractive surface is arranged to refract the light such that it is directed towards the reflective surface along a third direction which is different from the second direction , and wherein the reflective surface is arranged to reflect the light of the third direction such that it is directed towards the grating structure of the coupler along a fourth direction .
A composition comprising one or more kinds of peptides, sucrose, and an inorganic salt, wherein said peptide consists of an amino acid sequence selected from SEQ ID NOs: 1 to 5, or an amino acid sequence where one or two amino acid(s) may each independently be substituted, deleted or added in the amino acid sequence selected from SEQ ID NOs: 1 to 5.
A method for wireless communication, comprising: obtaining , by a terminal device, a mobility control parameter for performing cell reselection in an radio resource control, RRC, inactive state, receiving, by the terminal device, indication information sent by a network device when the terminal device returns from the RRC inactive state to an idle state, wherein the indication information is used to instruct the terminal device to continue to use the mobility control parameter configured for the RRC inactive state, and wherein the indication information is carried in a system broadcast message. obtaining , by a terminal device, a mobility control parameter for performing cell reselection in an radio resource control, RRC, inactive state, receiving, by the terminal device, indication information sent by a network device when the terminal device returns from the RRC inactive state to an idle state, wherein the indication information is used to instruct the terminal device to continue to use the mobility control parameter configured for the RRC inactive state, and wherein the indication information is carried in a system broadcast message.
Clamping device for fixing a tool on a machine tool, with a base body defining a clamping axis (X) and having a clamping area which defines a receptacle for a tool shank and is formed on a front axial end section of the base body , wherein a pressure chamber which can be acted upon by a hydraulic medium is formed in the base body , wherein a wall is provided between the receptacle and the pressure chamber , which can be elastically deformed inwards by an increase of the pressure in the pressure chamber in order to fix a tool shank inserted into the receptacle in a force-fitting manner, wherein at least one coolant supply groove extending in the axial direction is formed in the wall on the receptacle side in order to direct cooling lubricant from the rear region of the receptacle in the direction of the front side when the tool shank is inserted into the receiving means , characterized in that the pressure chamber surrounds the receiving means in an annular shape and the cross-section of the pressure chamber follows the inner contour of the receptacle . wherein a pressure chamber which can be acted upon by a hydraulic medium is formed in the base body , wherein a wall is provided between the receptacle and the pressure chamber , which can be elastically deformed inwards by an increase of the pressure in the pressure chamber in order to fix a tool shank inserted into the receptacle in a force-fitting manner, wherein at least one coolant supply groove extending in the axial direction is formed in the wall on the receptacle side in order to direct cooling lubricant from the rear region of the receptacle in the direction of the front side when the tool shank is inserted into the receiving means , characterized in that the pressure chamber surrounds the receiving means in an annular shape and the cross-section of the pressure chamber follows the inner contour of the receptacle .
A process for manufacturing the compound of formula I wherein R is H, or a salt thereof, said process comprising the reaction of the compound of formula I-1 wherein X is bromine, chlorine or fluorine, with the compound of formula 1-2 wherein R is H, or a salt of said compound of formula 1-2, said reaction being performed in the presence of a base in a polar aprotic organic solvent or a polar mixture of aprotic organic solvents, and, when X is bromine or chlorine, in the presence of tetra- n -butyl ammonium fluoride hydrate or cesium fluoride.
A flash thermography device for generating an infrared image of a turbine component located inside a turbine, comprising: a flash enclosure having an aperture ; a flash tube located in the enclosure , wherein the flash tube generates a light pulse that heats the turbine component; and an infrared sensor for detecting thermal energy radiated by the turbine component wherein the radiated thermal energy is transmitted through the aperture to the infrared sensor to enable generation of the infrared image, characterized in that the flash tube has an annular shape and is located around a periphery of the aperture . a flash enclosure having an aperture ; a flash tube located in the enclosure , wherein the flash tube generates a light pulse that heats the turbine component; and an infrared sensor for detecting thermal energy radiated by the turbine component wherein the radiated thermal energy is transmitted through the aperture to the infrared sensor to enable generation of the infrared image, characterized in that the flash tube has an annular shape and is located around a periphery of the aperture .
A method for classifying phonocardiogram (PCG) signal quality, the method comprising a processor implemented steps of: providing a training dataset, wherein the training dataset comprises a plurality of sample PCG signals covering a plurality of scenarios of diagnosable and non-diagnosable PCG signals from subjects having both normal and abnormal cardiac health; preprocessing the training dataset using a preprocessing module ; extracting a plurality of features from the preprocessed training dataset using a feature extraction module ; ranking the extracted plurality of features according to their minimum redundancy maximum relevance (mRMR) strength using an mRMR algorithm; rejecting the irrelevant and redundant features out of the plurality of features based on a predefined criteria, wherein the remaining features form a first set of features of the PCG signal which are relevant; generating a training model using the first set of features; capturing the phonocardiogram (PCG) signal from a person under test using a PCG sensor ; preprocessing the PCG signal using the preprocessing module ; extracting the first set of features from the preprocessed PCG signal; and classifying the PCG signal as diagnosable or non-diagnosable using the first set of features and a random forest classifier, wherein the random forest classifier is pre-trained using the training model. providing a training dataset, wherein the training dataset comprises a plurality of sample PCG signals covering a plurality of scenarios of diagnosable and non-diagnosable PCG signals from subjects having both normal and abnormal cardiac health; preprocessing the training dataset using a preprocessing module ; extracting a plurality of features from the preprocessed training dataset using a feature extraction module ; ranking the extracted plurality of features according to their minimum redundancy maximum relevance (mRMR) strength using an mRMR algorithm; rejecting the irrelevant and redundant features out of the plurality of features based on a predefined criteria, wherein the remaining features form a first set of features of the PCG signal which are relevant; generating a training model using the first set of features; capturing the phonocardiogram (PCG) signal from a person under test using a PCG sensor ; preprocessing the PCG signal using the preprocessing module ; extracting the first set of features from the preprocessed PCG signal; and classifying the PCG signal as diagnosable or non-diagnosable using the first set of features and a random forest classifier, wherein the random forest classifier is pre-trained using the training model.
A retainer device for cable comprising: a base ; a movable member movably connected to the base and forming with the base a channel adapted to receive a cable (A); the movable member comprising an arm ; a pad-deforming portion defined in the movable member ; the moveable member being displaceable between an open position in which a portion of the moveable member is separated from the base to provide access to the channel, and at least a first closed position in which the moveable member is releasably connected to the base ; and a resilient pad located in the pad-deforming portion adapted to contact the cable (A) received in the channel, the resilient pad being sized to deform from a rest state to a deformed state by the pad-deforming portion during insertion thereinto, the resilient pad being held captive after insertion into the pad-deforming portion by reforming toward the rest state; characterized in that the retainer device further comprises: a support integrally formed with the arm of the moveable member , a gap being defined between the support and the arm in the moveable member ; a throughbore or a bore in the support extending from a side of the support opposite to the gap towards the gap , wherein said throughbore or said bore has said pad-deforming portion. a base ; a movable member movably connected to the base and forming with the base a channel adapted to receive a cable (A); the movable member comprising an arm ; a pad-deforming portion defined in the movable member ; the moveable member being displaceable between an open position in which a portion of the moveable member is separated from the base to provide access to the channel, and at least a first closed position in which the moveable member is releasably connected to the base ; and a resilient pad located in the pad-deforming portion adapted to contact the cable (A) received in the channel, the resilient pad being sized to deform from a rest state to a deformed state by the pad-deforming portion during insertion thereinto, the resilient pad being held captive after insertion into the pad-deforming portion by reforming toward the rest state; a support integrally formed with the arm of the moveable member , a gap being defined between the support and the arm in the moveable member ; a throughbore or a bore in the support extending from a side of the support opposite to the gap towards the gap , wherein said throughbore or said bore has said pad-deforming portion.
Device for exposing a substrate with at least one exposure unit comprising a radiation generator for electromagnetic radiation and with a mask which is transparent at least in regions to the electromagnetic radiation for transferring a structure or information contained in the mask to the substrate , wherein the mask is supported via supporting elements in a planar orientation parallel to the substrate , wherein the mask is connected via a receiving and holding device to the at least one exposure unit and is held thereon by negative pressure, characterized in that the at least one exposure unit is arranged on one side of a vacuum chamber and the receiving and holding device as well as the mask are arranged on the opposite other side of the vacuum chamber , wherein the mask closes a trans-irradiated opening of the vacuum chamber and the support elements support the mask via linear or punctiform supports in the area of the trans-irradiated opening .
A terminal device, comprising at least two folding portions , a rotational shaft , and a telescopic device , wherein each of the folding portions comprises a housing and a display screen arranged on the housing , each housing is provided with the rotational shaft , two adjacent folding portions are connected to each other by the telescopic device , two ends of the telescopic device are respectively connected to the rotational shafts on the two adjacent folding portions, the terminal device has a folded state and an extended state, in the folded state, two adjacent folding portions are folded, and in the extended state, display screens of the two adjacent folding portions abut on each other and are coplanar; characterized in that each housing is provided with a first positioning groove , in the folded state, the first positioning grooves of two adjacent housings are connected and form a first accommodating space, the rotational shaft is configured to move in coordination with the housing of the rotational shaft in an axial direction of the rotational shaft, and the telescopic device can move into or move out of the first accommodating space along with the movement of the rotational shaft .
A package tracking label, comprising: an adhesive layer ; a removable cover on a first side of the adhesive layer; a substrate on a second side of the adhesive layer opposite the first side of the adhesive layer; an antenna circuit on the substrate; characterized in that it further comprises a mold layer on the substrate configured to encapsulate the antenna circuit; an activation tab on the substrate configured to activate the antenna circuit upon removal; and a deactivation tab on the substrate configured to deactivate the antenna circuit upon removal. an adhesive layer ; a removable cover on a first side of the adhesive layer; a substrate on a second side of the adhesive layer opposite the first side of the adhesive layer; an antenna circuit on the substrate; characterized in that it further comprises a mold layer on the substrate configured to encapsulate the antenna circuit; an activation tab on the substrate configured to activate the antenna circuit upon removal; and a deactivation tab on the substrate configured to deactivate the antenna circuit upon removal.
A post-grouting method for an immersed tube joint base, characterized by comprising: before locked backfilling, disposing a grouting tube capable of outputting solidifiable slurry in a furrow below immersed tubes to be implanted; after the locked backfilling, grouting the immersed tubes by using the grouting tube ; the grouting tube being disposed in the furrow before implantation of the immersed tubes ; the furrow for installing the grouting tube being a large furrow which is formed by the edges of two gravel mattresses and is below an immersed tube joint; after implantation of the immersed tubes , before the locked backfilling, sealing components for preventing the solidifiable slurry from flowing out of two ends of the large furrow being firstly disposed in openings at the two ends of the large furrow respectively, and then the locked backfilling being carried out. before locked backfilling, disposing a grouting tube capable of outputting solidifiable slurry in a furrow below immersed tubes to be implanted; after the locked backfilling, grouting the immersed tubes by using the grouting tube ; the grouting tube being disposed in the furrow before implantation of the immersed tubes ; the furrow for installing the grouting tube being a large furrow which is formed by the edges of two gravel mattresses and is below an immersed tube joint; after implantation of the immersed tubes , before the locked backfilling, sealing components for preventing the solidifiable slurry from flowing out of two ends of the large furrow being firstly disposed in openings at the two ends of the large furrow respectively, and then the locked backfilling being carried out.
A method for producing cell-based food products, comprising: a. culturing a metazoan cellular biomass in a cultivation infrastructure; and b. inhibiting the HIPPO signaling pathway in the cellular biomass; wherein the metazoan cellular biomass is edible, and wherein the metazoan cellular biomass comprises cells from livestock or poultry, and/or the cellular biomass comprises non-human myogenic cells. a. culturing a metazoan cellular biomass in a cultivation infrastructure; and b. inhibiting the HIPPO signaling pathway in the cellular biomass;
A machining estimation apparatus , comprising: a camera configured to photograph a part to be estimated and a dimension reference marker, the part to be estimated being produced by cutting a sheet metal in advance; an image processing unit configured to generate edge data by extracting an edge of the part photographed by the camera , and to enlarge or reduce the edge data based on a size of the dimension reference marker photographed by the camera such that a size of the edge corresponds to an actual size of the part; and a machining time calculation unit configured to calculate a length of a cutting line for cutting out the part from the sheet metal based on the edge of the edge data corresponding to the actual size of the part, and calculate a machining time for producing the part by cutting the cutting line in accordance with a material and a thickness of the sheet metal. a camera configured to photograph a part to be estimated and a dimension reference marker, the part to be estimated being produced by cutting a sheet metal in advance; an image processing unit configured to generate edge data by extracting an edge of the part photographed by the camera , and to enlarge or reduce the edge data based on a size of the dimension reference marker photographed by the camera such that a size of the edge corresponds to an actual size of the part; and a machining time calculation unit configured to calculate a length of a cutting line for cutting out the part from the sheet metal based on the edge of the edge data corresponding to the actual size of the part, and calculate a machining time for producing the part by cutting the cutting line in accordance with a material and a thickness of the sheet metal.
Laundry treatment appliance , in particular tumble dryer, having at least one filter insert holder and at least one filter insert which is inserted into the filter insert holder and which has at least one dimensionally stable retaining component with at least one air inlet and at least one filter bag retained by the retaining component , wherein the retaining component is connected non-destructively and detachably to the filter bag , wherein the filter insert is embodied such that it can be inserted as a whole into the filter insert holder and removed as a whole from the filter insert holder , characterised in that the filter bag has at least one closure unit for closing an air inlet opening of the filter bag .