mhurhangee/patent-ind-claim-en huggingface dataset:
A blood flow controlling apparatus for treating a leaking mitral valve, comprising: a valve means , the valve means movable between an open state and a closed state, the valve means in the open state extending primarily in a direction along blood flow, the valve means in the closed state extending in a direction transverse to blood flow; an anchoring means arranged to fix the position of the apparatus in a patient, the anchoring means comprising a disk-shaped element arranged to be in contact with a heart wall portion for preventing the anchoring means from migrating through the heart wall portion, and an elongate connecting means extending between the valve means and the anchoring means, the elongate connecting means sized for penetrating the heart wall portion, characterised in that the anchoring means are on the outflow side of the valve means. a valve means , the valve means movable between an open state and a closed state, the valve means in the open state extending primarily in a direction along blood flow, the valve means in the closed state extending in a direction transverse to blood flow; an anchoring means arranged to fix the position of the apparatus in a patient, the anchoring means comprising a disk-shaped element arranged to be in contact with a heart wall portion for preventing the anchoring means from migrating through the heart wall portion, and an elongate connecting means extending between the valve means and the anchoring means, the elongate connecting means sized for penetrating the heart wall portion, characterised in that the anchoring means are on the outflow side of the valve means.
A fiber temperature control assembly, comprising: a spool holding element adapted to hold a doped optical fiber spool, and a flexible compression element adapted to press fiber windings of a doped optical fiber wound around in a single layer to form the fiber spool against said spool holding element , said spool holding element being in direct thermal contact with a heating and/or cooling element of said fiber temperature control assembly, wherein said compression element is made of an electric isolating material, and wherein said compression element is mounted to a printed circuit board . a spool holding element adapted to hold a doped optical fiber spool, and a flexible compression element adapted to press fiber windings of a doped optical fiber wound around in a single layer to form the fiber spool against said spool holding element , said spool holding element being in direct thermal contact with a heating and/or cooling element of said fiber temperature control assembly, wherein said compression element is made of an electric isolating material, and wherein said compression element is mounted to a printed circuit board .
A negative electrode active material comprising: particles represented by Li 2+a A d Ti 6-b B b O 14-c , where A is at least one element selected from the group consisting of Na and K; B is at least one element selected from the group consisting of Ta and Nb; and a, b, c, and d respectively satisfy 0 ≤ a ≤ 5, 0 < b < 6, 0 ≤ c ≤ 0.6, and 0 < d ≤ 3; and a carbon material covering at least a part of surfaces of the particles. particles represented by Li 2+a A d Ti 6-b B b O 14-c , where A is at least one element selected from the group consisting of Na and K; B is at least one element selected from the group consisting of Ta and Nb; and a, b, c, and d respectively satisfy 0 ≤ a ≤ 5, 0 < b < 6, 0 ≤ c ≤ 0.6, and 0 < d ≤ 3; and a carbon material covering at least a part of surfaces of the particles.
A base synthesis process for the preparation of pyridine or its alkyl pyridine derivatives in high yield comprising reacting a C 2 to C 5 aldehyde, a C 3 to C 5 ketone or a combination thereof, with ammonia and, optionally, formaldehyde, in the gas phase and in the presence of an effective amount of a particulate catalyst comprising a zeolite selected from the group consisting of ZSM-5, ZSM-11 and combinations thereof, zinc, a binder selected from silica, alumina, and silica-alumina binders and combinations thereof and a clay component, wherein: the zeolite is present in an amount ranging from 35 wt % to 50 wt % based on the total weight of the catalyst composition; the binder is present in an amount ranging from 10 wt % to 30 wt % based on the total weight of the catalyst composition; and the clay component is present in an amount ranging from 30 wt % to 50 wt % based on the total weight of the catalyst composition; and the catalyst has a L/B ratio of 1.5 to 4.0 wherein the L/B ratio is determined as the ratio of the height of the 1450 cm -1 peak L (Lewis acid sites) to the 1550 cm -1 peak B (Bronsted acid sites) in a diffuse reflectance IR spectrum as measured using the procedure described in the description. the zeolite is present in an amount ranging from 35 wt % to 50 wt % based on the total weight of the catalyst composition; the binder is present in an amount ranging from 10 wt % to 30 wt % based on the total weight of the catalyst composition; and the clay component is present in an amount ranging from 30 wt % to 50 wt % based on the total weight of the catalyst composition; and
An air filter comprising an air filtration material having at least one layer of cotton gauze between two epoxy coated aluminum wire screens and an oil composition, comprising: a first portion comprising paraffinic oil by volume of the composition; a second portion comprising polyalphaolefin (PAO) by volume of the composition; and a third portion comprising red dye by volume of the composition; the combination of the first portion, second portion and third portion creating an oil that exhibits tackiness when applied to the air filtration material, thereby enhancing filtration of air flowing through the air filtration material; wherein the composition comprises 96.74% paraffinic oil by volume, 3.20% polyalphaolefin (PAO) by volume, and 0.06% red dye by volume; and wherein the composition has a viscosity at 100 degrees-C ranging between substantially 7.2 and 7.6 centistokes (cSTs). a first portion comprising paraffinic oil by volume of the composition; a second portion comprising polyalphaolefin (PAO) by volume of the composition; and a third portion comprising red dye by volume of the composition; the combination of the first portion, second portion and third portion creating an oil that exhibits tackiness when applied to the air filtration material, thereby enhancing filtration of air flowing through the air filtration material; wherein the composition comprises 96.74% paraffinic oil by volume, 3.20% polyalphaolefin (PAO) by volume, and 0.06% red dye by volume; and wherein the composition has a viscosity at 100 degrees-C ranging between substantially 7.2 and 7.6 centistokes (cSTs).
Modular set for implementing a built-in spotlight having a mounting frame for mounting on a component, the set comprising at least one luminous head with a light source, several different mounting frames and at least one holding device for holding the luminous head on the mounting frame , each of the mounting frames having an outer contour which runs horizontally around a lead-through and horizontally delimits the mounting frame , a first one of the mounting frames having a different outer contour than a second one of the mounting frames , the holding device being designed as a ring which is closed in the horizontal and extends along a vertical direction (Z) over a ring height and has a latching device , wherein each of the two mounting frames has a latching device corresponding to the latching device , by means of which it can be latched positionally fixed in a fixing position with the holding device with respect to the vertical direction (Z), in which position it horizontally encloses the holding device with its outer contour, wherein the luminous head in a mounting position extends vertically along the holding device at least over a vertical section and is connected within said vertical section to the holding device at two ends opposite each other in a horizontal direction, forming a pivot axis extending in the horizontal direction about which the luminous head can be pivoted relative to the holding device from the mounting position, characterized in that i) the ring height of the holding device is greater in a first horizontal section in which the horizontal pivot axis runs than in a second horizontal section adjoining the first horizontal section and/or ii) the lighting head has a housing section with which the luminous head in the mounting position extends within the vertical section, wherein the housing section has a greater vertical extension length in the first horizontal section in which the pivot axis extends than in the second horizontal section. i) the ring height of the holding device is greater in a first horizontal section in which the horizontal pivot axis runs than in a second horizontal section adjoining the first horizontal section and/or ii) the lighting head has a housing section with which the luminous head in the mounting position extends within the vertical section, wherein the housing section has a greater vertical extension length in the first horizontal section in which the pivot axis extends than in the second horizontal section.
A method of single cell(s) mass spectrometry (MS) imaging, the method comprising the steps of (a) Culturing cell(s) on a substrate, (b) phenotyping the cell(s) by microscopy to obtain at least one optical (preferably fluorescent) image showing an optical phenotype of the cell(s), (c) phenotyping of the cell(s) by imaging MS to obtain an MS molecular image showing a molecular phenotype of the cell(s), (c') obtaining an optical ablation mark image, for example by bright field microscopy, (d) Comparing the optical image and the MS molecular image to compare and/or correlate and/or assign the optical phenotype of at least one single cell with the corresponding molecular phenotype of at least one single cell, wherein steps (b) and (c) are performed in any order/sequence, but preferably step (b) is performed before step (c), wherein the ablation marks in the ablation mark image are segregated. (a) Culturing cell(s) on a substrate, (b) phenotyping the cell(s) by microscopy to obtain at least one optical (preferably fluorescent) image showing an optical phenotype of the cell(s), (c) phenotyping of the cell(s) by imaging MS to obtain an MS molecular image showing a molecular phenotype of the cell(s), (c') obtaining an optical ablation mark image, for example by bright field microscopy, (d) Comparing the optical image and the MS molecular image to compare and/or correlate and/or assign the optical phenotype of at least one single cell with the corresponding molecular phenotype of at least one single cell,
A storage system communicating with a host system, the storage system comprising: a storage device including storage medium divided into a plurality of blocks including high reliability blocks and reserve blocks; and a controller configured to: provide the host system with block information identifying the high reliability blocks among the plurality of blocks, receive a block allocation request from the host system, wherein the block allocation request is defined with reference to the block information and identifies at least one of the high reliability blocks to be used to store metadata, and allocate at least one of the high reliability blocks to a meta region in response to the block allocation request, wherein the controller comprises a bad block manager configured to manage a block allocation operation performed in response to the block allocation request, and a repair module configured to repair an error in the metadata stored in the at least one of the high reliability blocks. a storage device including storage medium divided into a plurality of blocks including high reliability blocks and reserve blocks; and a controller configured to: provide the host system with block information identifying the high reliability blocks among the plurality of blocks, receive a block allocation request from the host system, wherein the block allocation request is defined with reference to the block information and identifies at least one of the high reliability blocks to be used to store metadata, and allocate at least one of the high reliability blocks to a meta region in response to the block allocation request, provide the host system with block information identifying the high reliability blocks among the plurality of blocks, receive a block allocation request from the host system, wherein the block allocation request is defined with reference to the block information and identifies at least one of the high reliability blocks to be used to store metadata, and allocate at least one of the high reliability blocks to a meta region in response to the block allocation request, wherein the controller comprises a bad block manager configured to manage a block allocation operation performed in response to the block allocation request, and a repair module configured to repair an error in the metadata stored in the at least one of the high reliability blocks.
A gas turbine engine , comprising: a fan , a compressor section , a combustor section , and a turbine section , the turbine section configured to drive a shaft to rotatably drive the fan and the compressor , at least one driveshaft to be connected for rotation with the turbine section ; a nacelle having an inner wall providing a bypass duct of a gas turbine engine , and an outer wall ; an accessory gearbox being received between the inner wall and the outer wall of the nacelle ; and an accessory drive (D4,D5) of the accessory gearbox , the accessory drive (D4,D5) configured to rotate about an accessory drive axis (A T ), wherein the nacelle receives bypass air from the fan , and the at least one driveshaft extending through the inner wall , and being connected to drive the accessory gearbox received between the inner and outer walls of the nacelle ; wherein the accessory drive axis (A T ) extends tangentially relative to the nacelle ; characterised in that : the accessory gearbox has a circumferentially extending portion and an axially extending portion ; and the accessory gearbox is configured to rotatably drive an accessory at a drive location on a circumferentially facing side of the accessory gearbox . a fan , a compressor section , a combustor section , and a turbine section , the turbine section configured to drive a shaft to rotatably drive the fan and the compressor , at least one driveshaft to be connected for rotation with the turbine section ; a nacelle having an inner wall providing a bypass duct of a gas turbine engine , and an outer wall ; an accessory gearbox being received between the inner wall and the outer wall of the nacelle ; and an accessory drive (D4,D5) of the accessory gearbox , the accessory drive (D4,D5) configured to rotate about an accessory drive axis (A T ), wherein the nacelle receives bypass air from the fan , and the at least one driveshaft extending through the inner wall , and being connected to drive the accessory gearbox received between the inner and outer walls of the nacelle ; wherein the accessory drive axis (A T ) extends tangentially relative to the nacelle ; characterised in that : the accessory gearbox has a circumferentially extending portion and an axially extending portion ; and the accessory gearbox is configured to rotatably drive an accessory at a drive location on a circumferentially facing side of the accessory gearbox . the accessory gearbox has a circumferentially extending portion and an axially extending portion ; and the accessory gearbox is configured to rotatably drive an accessory at a drive location on a circumferentially facing side of the accessory gearbox .
A cleaning composition comprising a DNase, a Glyco_hydro_114 glycosyl hydrolase and a cleaning component.
A detection system for detecting a flying avian in an airspace comprising: a plurality of first imagers that are fixably positioned in each of a plurality of distinct alignment directions, each of the plurality of first imagers having a wide field of view for detecting a moving object; a plurality of second imagers each having a high zoom, wherein the second imagers form a stereo imager ; a positioner operably connected to the second imagers for positioning the second imagers to image the moving object detected by the first imagers , wherein the positioner moves an alignment direction of the second imagers based on an output from the first imagers wherein said positioner comprises a motorized pan and tilt head connected to said second imagers for moving said alignment direction of said second imagers based on an output from said first imagers , wherein the positioner continuously aligns the second imagers ; a processor operably connected to receive image data from the first imagers , the second imagers , or both to identify the moving object that is a flying avian based on said image data; wherein the plurality of first imagers are arranged in distinct alignment directions to provide full 360° and substantially complete hemispherical coverage of said airspace surrounding the detection system. a plurality of first imagers that are fixably positioned in each of a plurality of distinct alignment directions, each of the plurality of first imagers having a wide field of view for detecting a moving object; a plurality of second imagers each having a high zoom, wherein the second imagers form a stereo imager ; a positioner operably connected to the second imagers for positioning the second imagers to image the moving object detected by the first imagers , wherein the positioner moves an alignment direction of the second imagers based on an output from the first imagers wherein said positioner comprises a motorized pan and tilt head connected to said second imagers for moving said alignment direction of said second imagers based on an output from said first imagers , wherein the positioner continuously aligns the second imagers ; a processor operably connected to receive image data from the first imagers , the second imagers , or both to identify the moving object that is a flying avian based on said image data; wherein the plurality of first imagers are arranged in distinct alignment directions to provide full 360° and substantially complete hemispherical coverage of said airspace surrounding the detection system.
A mobile terminal for use in telecommunication networks, in particular mobile radio networks, comprising at least one means for the at least optical and/or acoustic reproduction of signals representing communication information, wherein at least to one communication information item at least one signal representing the communication information can be assigned to the communication information item with fixed and/or settable signal parameters, comprising at least one means for detecting the spatial movement (B1, B2) of the mobile terminal , characterized in that this one further comprises at least one means for detecting the relative position of the mobile terminal with respect to the underground (U), wherein the signal is assigned to the communication information item in dependence on the relative position of the mobile terminal with respect to the underground (U) and in dependence on the spatial movement (B1, B2) of the mobile terminal , wherein the assignment of the signal is realized in dependence on at least one pre-determinable change in form of consecutive performances of at least two spatial movements (B1, B2) of the mobile terminal and/or the adoption of at least two relative positions of the mobile terminal with respect to the underground (U).
Illumination device for illuminating wall surfaces such as goods-shelf walls or bookshelf walls, comprising at least one spotlight , which has a punctiform light source and a shell-shaped reflector shell , curved on multiple axes, for catching and radiating the light output by the light source in the form of a beam pencil , wherein the light source has a main radiation direction directed towards the reflector shell , wherein the reflector shell is designed to irradiate the wall surface facing the relevant reflector shell only with reflected indirect light, and a non-reflected direct-light portion of the beam pencil is restricted to an opposite wall surface from which the reflector shell faces away, and/or is restricted to the aisle floor , wherein the beam pencil irradiates a range of at least 2 x 20° and is limited to a range of at most 2 x 60° in a sectional plane (V) which extends through the light source perpendicularly to the main radiation direction , characterised in that the shell-shaped half shell forming the reflector shell - forms a single shell that is harmonically curved as a whole, or - comprises a constricted portion and has two shell halves which are interconnected in the region of the constricted portion and together form a twin-shell-shaped half shell. - forms a single shell that is harmonically curved as a whole, or - comprises a constricted portion and has two shell halves which are interconnected in the region of the constricted portion and together form a twin-shell-shaped half shell.
An information processing apparatus comprising: acquisition means configured to acquire information specifying a position of a virtual viewpoint used to generate a virtual viewpoint image generated based on images of a target area captured by a plurality of cameras; object position detection means configured to detect (S108) a position at which an object included in the virtual viewpoint image exists; decision means configured to decide, based on the information acquired by the acquisition means and based on the position of the object detected by the object position detection means, a position of a virtual listening point that is away from the specified position of the virtual viewpoint, the virtual listening point being used for generating an audio signal associated with the virtual viewpoint image; selection means configured to select sound pickup points corresponding to audio signals to be used for generating an audio reproduction signal from among a plurality of sound pickup points in the target area of the image captured by the plurality of cameras based on the position of the virtual listening point decided by the decision means ; and generation means configured to generate the audio reproduction signal by using the audio signals corresponding to the sound pickup points selected by the selection means . acquisition means configured to acquire information specifying a position of a virtual viewpoint used to generate a virtual viewpoint image generated based on images of a target area captured by a plurality of cameras; object position detection means configured to detect (S108) a position at which an object included in the virtual viewpoint image exists; decision means configured to decide, based on the information acquired by the acquisition means and based on the position of the object detected by the object position detection means, a position of a virtual listening point that is away from the specified position of the virtual viewpoint, the virtual listening point being used for generating an audio signal associated with the virtual viewpoint image; selection means configured to select sound pickup points corresponding to audio signals to be used for generating an audio reproduction signal from among a plurality of sound pickup points in the target area of the image captured by the plurality of cameras based on the position of the virtual listening point decided by the decision means ; and generation means configured to generate the audio reproduction signal by using the audio signals corresponding to the sound pickup points selected by the selection means .
A crystalline MCM-22 family molecular sieve having, in its as-synthesized form, a platelet aggregates morphology wherein greater than 50 wt% of the molecular sieve have a crystal diameter greater than 2 μm as measured by the SEM, and wherein greater than 50 wt% of the crystalline molecular sieve have a crystal thickness of 0.04 μm as measured by the SEM.