mhurhangee/ep-ind-claims huggingface dataset:
A vacuum cleaner comprising: a housing having a suction nozzle; a cleaning powder distribution system, including a propellant, mounted to the housing, wherein the propellant is adapted to pressurize a powdered cleaning solution for distribution to a surface to be cleaned; a recovery system adapted to remove soiled cleaning solution from the surface and including the suction nozzle, a recovery tank assembly, a suction source having a suction inlet fluidly connected to the recovery tank assembly and the suction nozzle to draw soiled cleaning solution through the suction nozzle and deposit the soiled cleaning solution in the recovery tank assembly; an actuator connected to the powder distribution system for selectively dispensing powder from the powder distribution system; characterized in that: the powder distribution system comprises an aerosol container that includes a supply of the powdered cleaning solution and the propellant that pressurizes the powdered cleaning material in the aerosol container. a housing having a suction nozzle; a cleaning powder distribution system, including a propellant, mounted to the housing, wherein the propellant is adapted to pressurize a powdered cleaning solution for distribution to a surface to be cleaned; a recovery system adapted to remove soiled cleaning solution from the surface and including the suction nozzle, a recovery tank assembly, a suction source having a suction inlet fluidly connected to the recovery tank assembly and the suction nozzle to draw soiled cleaning solution through the suction nozzle and deposit the soiled cleaning solution in the recovery tank assembly; an actuator connected to the powder distribution system for selectively dispensing powder from the powder distribution system; characterized in that: the powder distribution system comprises an aerosol container that includes a supply of the powdered cleaning solution and the propellant that pressurizes the powdered cleaning material in the aerosol container. the powder distribution system comprises an aerosol container that includes a supply of the powdered cleaning solution and the propellant that pressurizes the powdered cleaning material in the aerosol container.
A hearing instrument comprising an ITE-part adapted for being positioned in the ear canal of a user, the ITE-part comprising a housing comprising first and second openings adapted for facing towards the ear drum when said ITE-part is mounted in the ear canal, said first and second openings being adapted to allow first and second functional elements of the ITE-part to be in communication with the ear canal, the hearing instrument further comprising a wax filter adapted to fully or partially cover said first and second openings, CHARACTERIZED IN THAT the wax filter is a one-piece wax filter comprising at least first and second distinctly different parts for covering respectively, said first and second openings, each of said first and second distinctly different parts of the wax filter being individually optimized, wherein respective outer faces (112, 113) of the first and the second wax filter parts adapted for facing the ear drum when mounted on the ITE-part, are not located in the same cross section plane of the wax filter.
A method for providing a cardiovascular score for a patient, the method comprising: receiving stored image data, using at least one computer system, said stored image data being non-invasively obtained patient-specific image data regarding a geometry of multiple coronary arteries of the patient; creating, using the at least one computer system, a model representing at least portions of the multiple coronary arteries, by segmenting the non-invasively obtained patient-specific image data to determine the geometry of multiple coronary arteries of the patient; determining, using the at least one computer system, a value of a blood flow property for each of a plurality of portions of the multiple coronary arteries based on the patient-specific image data regarding the geometry of the multiple coronary arteries of the patient; automatically evaluating, using the at least one computer system, multiple characteristics of the portions of the multiple coronary arteries, wherein automatically evaluating the multiple characteristics comprises automatically analyzing said model with regard to one or more intensities, vessel sizes, and/or topologies; and screening vessel portions to determine portions of the multiple coronary arteries having a threshold functional significance; and for portions of the multiple coronary arteries having a threshold functional significance, generating, using at least one computer system, the cardiovascular score based on the evaluation of the multiple characteristics of said portions of the multiple coronary arteries having threshold functional significance. receiving stored image data, using at least one computer system, said stored image data being non-invasively obtained patient-specific image data regarding a geometry of multiple coronary arteries of the patient; creating, using the at least one computer system, a model representing at least portions of the multiple coronary arteries, by segmenting the non-invasively obtained patient-specific image data to determine the geometry of multiple coronary arteries of the patient; determining, using the at least one computer system, a value of a blood flow property for each of a plurality of portions of the multiple coronary arteries based on the patient-specific image data regarding the geometry of the multiple coronary arteries of the patient; automatically evaluating, using the at least one computer system, multiple characteristics of the portions of the multiple coronary arteries, wherein automatically evaluating the multiple characteristics comprises automatically analyzing said model with regard to one or more intensities, vessel sizes, and/or topologies; and screening vessel portions to determine portions of the multiple coronary arteries having a threshold functional significance; and for portions of the multiple coronary arteries having a threshold functional significance, generating, using at least one computer system, the cardiovascular score based on the evaluation of the multiple characteristics of said portions of the multiple coronary arteries having threshold functional significance.
A bladder for an article of footwear, the bladder comprising; an inner chamber including a first interior void and a tensile member disposed within the first interior void, the inner chamber having a constant thickness (T 118); and a peripheral chamber surrounding the inner chamber and including a second interior void, the peripheral chamber having a variable thickness that is greater than the constant thickness of the inner chamber. an inner chamber including a first interior void and a tensile member disposed within the first interior void, the inner chamber having a constant thickness (T 118); and a peripheral chamber surrounding the inner chamber and including a second interior void, the peripheral chamber having a variable thickness that is greater than the constant thickness of the inner chamber.
Permanent magnet rotor having - a central, circular-cylindrical rotor lamination body; - at least two magnetic poles (18.1, 18.2) of reversed polarity, which at least in regions of the surface are disposed on the external surface of the rotor lamination body; and - a casing which externally surrounds the magnetic poles (18.1, 18.2), wherein - the casing is configured as a magnetically conductive magnet holding plate; - the magnet holding plate being connected to the rotor lamination body in at least one magnet-free circumferential region of the rotor lamination body, characterized in that - the magnet holding plate in the magnet-free circumferential region of the rotor lamination body has a plurality of magnet holding plate recesses, having magnet holding plate webs, which are spaced apart, in particular in parallel, in the transverse direction and run in the circumferential direction; - the rotor lamination body in the circumferential region of the magnet holding plate recesses and magnet holding plate webs has a rotor lamination body clearance that is open towards the outside. - a central, circular-cylindrical rotor lamination body; - at least two magnetic poles (18.1, 18.2) of reversed polarity, which at least in regions of the surface are disposed on the external surface of the rotor lamination body; and - a casing which externally surrounds the magnetic poles (18.1, 18.2), wherein - the casing is configured as a magnetically conductive magnet holding plate; - the magnet holding plate being connected to the rotor lamination body in at least one magnet-free circumferential region of the rotor lamination body, - the magnet holding plate in the magnet-free circumferential region of the rotor lamination body has a plurality of magnet holding plate recesses, having magnet holding plate webs, which are spaced apart, in particular in parallel, in the transverse direction and run in the circumferential direction; - the rotor lamination body in the circumferential region of the magnet holding plate recesses and magnet holding plate webs has a rotor lamination body clearance that is open towards the outside.
An easy open can end suitable for attachment to a container body, comprising: a central panel formed with a score line, and a tab attached to the can end, the score line defining the periphery of an openable panel portion on the central panel, the tab having a nose portion and a handle portion, the central panel further comprising a moveable portion extending under all or part of the handle portion of the tab, the moveable portion having: an "up" position: where the moveable portion is convex when viewed from above the can end; and a "down" position: where the moveable portion is concave when viewed from above the can end, the moveable portion being deformable from the up position to the down position, characterised in that the moveable portion includes at least one downwardly inclined annular step; and the or at least one of the annular steps is formed such that when the moveable portion is in the "down" position, the step is inclined downwardly at between 8° to 17° (α) to the horizontal at a given location on the step. a central panel formed with a score line, and a tab attached to the can end, the score line defining the periphery of an openable panel portion on the central panel, the tab having a nose portion and a handle portion, the central panel further comprising a moveable portion extending under all or part of the handle portion of the tab, the moveable portion having: an "up" position: where the moveable portion is convex when viewed from above the can end; and a "down" position: where the moveable portion is concave when viewed from above the can end, the moveable portion being deformable from the up position to the down position, the score line defining the periphery of an openable panel portion on the central panel, the tab having a nose portion and a handle portion, the central panel further comprising a moveable portion extending under all or part of the handle portion of the tab, the moveable portion having: an "up" position: where the moveable portion is convex when viewed from above the can end; and a "down" position: where the moveable portion is concave when viewed from above the can end, the moveable portion being deformable from the up position to the down position, an "up" position: where the moveable portion is convex when viewed from above the can end; and a "down" position: where the moveable portion is concave when viewed from above the can end, the moveable portion being deformable from the up position to the down position, characterised in that the moveable portion includes at least one downwardly inclined annular step; and the or at least one of the annular steps is formed such that when the moveable portion is in the "down" position, the step is inclined downwardly at between 8° to 17° (α) to the horizontal at a given location on the step.
Device for mowing vegetation between embankments and on the flanks of embankments of an embankment culture, on which plants are planted, and which are covered with foil, or a similar material, comprising - a mowing unit with two rotating elements (7, 8), together with - a guide wheel, by means of which the mowing unit can be guided along a flank of an embankment at a defined distance from the embankment, wherein a first rotating element is formed by a circular brush that has bristles, and the second rotating element is formed by a blade, or a cutting disc, wherein the first rotating element with its bristles sweeps over a partial region of the second rotating element, wherein the device is designed as a unit with its own wheels, or as one that can be moved on a carrier vehicle, characterised by, a housing that comprises a partial opening, wherein the second rotating element is arranged in the housing, wherein the bristles of the first rotating element engage with the partial opening of the housing. - a mowing unit with two rotating elements (7, 8), together with - a guide wheel, by means of which the mowing unit can be guided along a flank of an embankment at a defined distance from the embankment, wherein a first rotating element is formed by a circular brush that has bristles, and the second rotating element is formed by a blade, or a cutting disc, wherein the first rotating element with its bristles sweeps over a partial region of the second rotating element, wherein the device is designed as a unit with its own wheels, or as one that can be moved on a carrier vehicle, characterised by, a housing that comprises a partial opening, wherein the second rotating element is arranged in the housing, wherein the bristles of the first rotating element engage with the partial opening of the housing.
Low-voltage circuit breaker device, having at least one outer conductor path from an outer conductor supply terminal of the low-voltage circuit breaker device to an outer conductor load terminal of the low-voltage circuit breaker device, and a neutral conductor path from a neutral conductor terminal of the low-voltage circuit breaker device to a neutral conductor load terminal of the low-voltage circuit breaker device, wherein a mechanical by-pass switch is arranged in the outer conductor path, wherein a semiconductor circuit arrangement of the low-voltage circuit breaker device is connected parallel to the bypass switch, wherein in the outer conductor path a current measurement arrangement is arranged, which is connected to an electronic control unit of the circuit breaker device, wherein the electronic control unit is configured to actuate the by-pass switch and the first semiconductor circuit arrangement on detection of a predefinable overload current by the current measurement arrangement, wherein the semiconductor circuit arrangement has at least one first semiconductor component, and wherein the semiconductor circuit arrangement has at least one second semiconductor component, characterised in that the at least one first semiconductor component is arranged on a first side of a component carrier, and in that the at least one second semiconductor component is arranged on a second side of the component carrier facing away from the first side.
Profile for fixing a glass window comprising an inner pane and an outer pane to an outer wall construction, wherein the inner pane and the outer pane are separated by an insulating cavity, wherein the profile comprises: - a spacing profile which is adapted to extend between the inner pane and the outer pane of the window on the periphery of the window and to connect the outer pane and the inner pane of the window; - a fixing profile which is adapted for connection to at least one of the panes (1,7) of the window and to the outer wall construction, - wherein the spacing profile and the fixing profile are combined into a unitary composite profile comprising a spacing part and a fixing part, characterized in that the composite profile comprises a connecting strip which connects the spacing part and the fixing part of the unitary profile to each other and that both the spacing part and the fixing part of the profile take a hollow form. - a spacing profile which is adapted to extend between the inner pane and the outer pane of the window on the periphery of the window and to connect the outer pane and the inner pane of the window; - a fixing profile which is adapted for connection to at least one of the panes (1,7) of the window and to the outer wall construction, - wherein the spacing profile and the fixing profile are combined into a unitary composite profile comprising a spacing part and a fixing part, characterized in that the composite profile comprises a connecting strip which connects the spacing part and the fixing part of the unitary profile to each other and that both the spacing part and the fixing part of the profile take a hollow form.
A method performed by a wireless device for updating measurement configuration, the method comprising receiving a measurement configuration from a network node, the measurement configuration comprising a measurement object that includes at least one cell quality derivation parameter, wherein the wireless device has previously stored measurement results associated with the measurement object and wherein measurement results comprises at least one synchronization signal, SS, and channel state information reference signal, CSI-RS, based measurements, wherein the at least one cell quality derivation parameter comprises one or more of SSB threshold, CSI-RS threshold, N SS blocks, and N CSI-RS, wherein said N SS blocks parameter is used for the maximum number of beams to be averaged for cell measurement results based on SS/physical broadcast channel PBCH, blocks, and N CSI-RS parameter is used for the maximum number of beams to be averaged for cell measurement results based on CSI-RS; determining the measurement object includes a reconfigured cell quality derivation parameter that changes the way the wireless device determines the quality of a cell; determining a portion of the previously stored measurement results were computed based on the reconfigured cell quality derivation parameter; and removing the portion of the previously stored measurement results. receiving a measurement configuration from a network node, the measurement configuration comprising a measurement object that includes at least one cell quality derivation parameter, wherein the wireless device has previously stored measurement results associated with the measurement object and wherein measurement results comprises at least one synchronization signal, SS, and channel state information reference signal, CSI-RS, based measurements, wherein the at least one cell quality derivation parameter comprises one or more of SSB threshold, CSI-RS threshold, N SS blocks, and N CSI-RS, wherein said N SS blocks parameter is used for the maximum number of beams to be averaged for cell measurement results based on SS/physical broadcast channel PBCH, blocks, and N CSI-RS parameter is used for the maximum number of beams to be averaged for cell measurement results based on CSI-RS; determining the measurement object includes a reconfigured cell quality derivation parameter that changes the way the wireless device determines the quality of a cell; determining a portion of the previously stored measurement results were computed based on the reconfigured cell quality derivation parameter; and removing the portion of the previously stored measurement results.
A method of oxidizing furan aldehydes comprising heating the furan aldehyde in a reaction mixture comprising a solvent containing dissolved oxygen and at least one catalyst selected from the group consisting of Co, Mn and Ce salts, wherein: the furan aldehyde is5-(alkoxymethyl)furfural and the predominant reaction product is 5-(alkoxycarbonyl)furan-2-carboxylic acid. the furan aldehyde is5-(alkoxymethyl)furfural and the predominant reaction product is 5-(alkoxycarbonyl)furan-2-carboxylic acid.
A method of operating a three dimensional nonvolatile NAND memory comprising: applying a first set of read conditions to a first portion of a block to obtain first data; performing Error Correction Code, hereinafter referred to as ECC, decoding of the first data; determining whether the first data is uncorrectable by ECC (151, 261); in response to determining that the first data in the first portion of the block is uncorrectable by ECC, determining whether data stored throughout a larger unit within the three dimensional NAND memory, that is larger than the first portion of the block, is uncorrectable by ECC when read using the first set of read conditions (153, 263), the larger unit consisting of: (i) a plurality of blocks, including the block, that share block select circuits, (ii) the block, or (iii) a set of strings within the block that are selected together by a common select line; if the stored data is uncorrectable by ECC throughout the larger unit, then applying modified read conditions (157, 267) to the first portion of the block to find a second set of read conditions that provide second data that is correctable by ECC; and returning corrected second data and recording the second set of read conditions for subsequent reads of data of the larger unit (159, 269). applying a first set of read conditions to a first portion of a block to obtain first data; performing Error Correction Code, hereinafter referred to as ECC, decoding of the first data; determining whether the first data is uncorrectable by ECC (151, 261); in response to determining that the first data in the first portion of the block is uncorrectable by ECC, determining whether data stored throughout a larger unit within the three dimensional NAND memory, that is larger than the first portion of the block, is uncorrectable by ECC when read using the first set of read conditions (153, 263), the larger unit consisting of: (i) a plurality of blocks, including the block, that share block select circuits, (ii) the block, or (iii) a set of strings within the block that are selected together by a common select line; if the stored data is uncorrectable by ECC throughout the larger unit, then applying modified read conditions (157, 267) to the first portion of the block to find a second set of read conditions that provide second data that is correctable by ECC; and returning corrected second data and recording the second set of read conditions for subsequent reads of data of the larger unit (159, 269).
A fiber cable distortion detection system, comprising: a broadband light source (2, 22); an optical source fiber disposed in optical communication with said broadband light source; an optical fiber under test (5, 26) disposed in optical communication with said optical source fiber at a fiber interface; and an optical spectrum analyzer disposed in optical communication with said optical source fiber, the system being configured to determine a location of a fiber distortion, by analyzing a spectrum of an output signal comprising optical reflections from said fiber interface and from said fiber distortion in said fiber under test. a broadband light source (2, 22); an optical source fiber disposed in optical communication with said broadband light source; an optical fiber under test (5, 26) disposed in optical communication with said optical source fiber at a fiber interface; and an optical spectrum analyzer disposed in optical communication with said optical source fiber, the system being configured to determine a location of a fiber distortion, by analyzing a spectrum of an output signal comprising optical reflections from said fiber interface and from said fiber distortion in said fiber under test.