mhurhangee/ep-ind-claims huggingface dataset:
Method for processing acoustic signals in order to detect one or more sound sources in a sound scene, the method comprising: - obtaining a plurality of signals which are representative of the sound scene, captured by a plurality of microphones with predefined positions, - on the basis of the signals captured by the microphones and of the positions of the microphones, applying a quantification of directional measurements of sound intensity and establishing a corresponding map of acoustic activity in a space in which the sound sources are located, said space being of size N, characterized in that the method further comprises: - constructing at least one vector basis of a size smaller than N, - projecting the map of acoustic activity along at least one axis of the vector basis, and - searching for at least one local peak of acoustic activity in the projection of the map, an identified local peak corresponding to the presence of a sound source in the scene. - obtaining a plurality of signals which are representative of the sound scene, captured by a plurality of microphones with predefined positions, - on the basis of the signals captured by the microphones and of the positions of the microphones, applying a quantification of directional measurements of sound intensity and establishing a corresponding map of acoustic activity in a space in which the sound sources are located, said space being of size N, - constructing at least one vector basis of a size smaller than N, - projecting the map of acoustic activity along at least one axis of the vector basis, and - searching for at least one local peak of acoustic activity in the projection of the map, an identified local peak corresponding to the presence of a sound source in the scene.
Fitting for regulating a fluid flow, having a fitting outlet, which fitting outlet has: - a jet regulator influencing the fluid flow, - an outlet housing with an outlet opening for receiving the jet regulator, - a valve assigned to the jet regulator and serving for controlling the fluid flow, said valve being arranged entirely in the outlet housing, and - a valve actuator arranged entirely in the outlet housing and serving for activating the valve, wherein the jet regulator and the valve are arranged in or on a common housing and form a structural unit, wherein the housing has an inlet opening for connection to a fluid supply, has a jet regulator opening and has a valve seat, and wherein the housing has a fluid guide which guides the fluid flow from the inlet opening to the jet regulator opening via the valve seat, characterized in that the structural unit is installed as an assembly unit in the fitting. - a jet regulator influencing the fluid flow, - an outlet housing with an outlet opening for receiving the jet regulator, - a valve assigned to the jet regulator and serving for controlling the fluid flow, said valve being arranged entirely in the outlet housing, and - a valve actuator arranged entirely in the outlet housing and serving for activating the valve,
A method for measuring interference in a checkweighing device comprising the steps of: a. obtaining weighing test data output by the checkweighing device after a preset weighing test time period according to a preset number of weighing tests in a stationary state, in an operating state, and in a weighing state respectively; b. obtaining, through statistical analysis, weighing error data in the stationary state, weighing error data in the operating state, and weighing error data in the weighing state, respectively; and c. obtaining external interference data, interference data of the checkweighing device, and interference data of a weighed object by calculating or mapping the weighing error data in the stationary state, the weighing error data in the operating state, and the weighing error data in the weighing state, respectively. a. obtaining weighing test data output by the checkweighing device after a preset weighing test time period according to a preset number of weighing tests in a stationary state, in an operating state, and in a weighing state respectively; b. obtaining, through statistical analysis, weighing error data in the stationary state, weighing error data in the operating state, and weighing error data in the weighing state, respectively; and c. obtaining external interference data, interference data of the checkweighing device, and interference data of a weighed object by calculating or mapping the weighing error data in the stationary state, the weighing error data in the operating state, and the weighing error data in the weighing state, respectively.
A snus container comprising a base (2, 50) and a lid (3, 51) which overlap to define a first compartment (5, 53) for storing fresh snus, a second compartment (6, 54) formed in the lid or the base for storing used snus and a cover (4, 52) characterised in that the cover is slidable between an open and a closed position to allow access to the second compartment when the cover is in its open position, and, wherein the cover (4, 52) has a protruding portion (34, 72, 73) at one end of the cover which is locatable against an upstanding shoulder (30, 68) which upstands in the second compartment such that, when the cover is urged into its open position, the protruding portion abuts said upstanding shoulder to limit the movement of the cover in its open position.
A bleed structure (17,22,29,30,33,40,52,53) for a bleed passage (16,55,56) in a gas turbine engine, the structure comprises a first wall portion (18,24,36,43) defining a first side of an opening for the passage, and a second wall portion (19,26,37,44) defining a second side, opposite the first side of the opening, wherein a gas duct wall (23,34) is substantially at the same level across the bleed passage opening, wherein the first and second wall portions (18,24,36,43;19,26,37,44) end at different positions in an extension direction of the bleed passage opening, that one of the first and second wall portions (18,44) is raised relative to the adjacent surfaces of the structure, and that the raised wall portion forms an elongated projection (18,44) along said side of the opening, characterized in that the bleed structure further comprising at portion forms an elongated projection (18,44) along said least one airfoil (21,27,39,47) in said bleed passage opening for guiding a gas flow in the passage.
An immunoassay composition for detecting cardiac troponin I, the composition comprising: (a) 19C7 antibody and 34503228P antibody as capture antibodies; and (b) G 129C antibody and/or G130C antibody as signal antibodies. (a) 19C7 antibody and 34503228P antibody as capture antibodies; and (b) G 129C antibody and/or G130C antibody as signal antibodies.
An injection-molded composite container composed of a first resin material part, a second resin material part and a label, wherein the label is buried between the first resin material part and the second resin material part, and both faces of the label are fused and integrated with the resin materials, wherein the first resin material part is formed by injection-molding and has a shape of a container having an engagement part with a cap, wherein the second resin material part is positioned on the outside of the first resin material part, and wherein the label is arranged along the outer peripheral wall of the first resin material part having a shape of a container, wherein the label comprises a heat seal layer on both sides thereof.
A non-polarized geophysical electrode comprising: a plastic inverted funnel-shaped housing having a round lower portion and a round upper portion, said lower portion having a larger diameter than said upper portion, and said lower portion having a bottom opening; a round cap secured on top of said round upper portion; an electrically conductive metal disk mounted in said round lower portion of said housing, said conductive metal disk having an outer bottom surface located immediately adjacent to and covering said bottom opening of said lower portion of said housing; a dry layer of a mixture of fine particles of flakes of an electrically conductive substance selected from the group of substance consisting of: graphene, nanotube, and graphite, mixed with an adhesive, formed on said outer bottom surface of said conductive metal disk; and an electrical lead wire connected to an inner surface of said conductive metal disk and extending upward and outward from said round cap, and said lead wire being secured to said round cap with a liquid-tight strain relief. a plastic inverted funnel-shaped housing having a round lower portion and a round upper portion, said lower portion having a larger diameter than said upper portion, and said lower portion having a bottom opening; a round cap secured on top of said round upper portion; an electrically conductive metal disk mounted in said round lower portion of said housing, said conductive metal disk having an outer bottom surface located immediately adjacent to and covering said bottom opening of said lower portion of said housing; a dry layer of a mixture of fine particles of flakes of an electrically conductive substance selected from the group of substance consisting of: graphene, nanotube, and graphite, mixed with an adhesive, formed on said outer bottom surface of said conductive metal disk; and an electrical lead wire connected to an inner surface of said conductive metal disk and extending upward and outward from said round cap, and said lead wire being secured to said round cap with a liquid-tight strain relief.
Method for fabricating a high-resolution thermal infrared sensor array in a vacuum-filled wafer-level package with particularly small dimensions, which consists of at least two wafers, a cover wafer and a central wafer with a plurality of sensitive infrared-sensitive sensor pixels with a size of < 50 μm each on a thin, slotted membrane above a heat-insulating cavity in the central wafer, wherein the lid wafer is provided on the inside with at least one cavity, the depth of which corresponds to some 10 μm to half the total thickness of the lid wafer and is mechanically firmly connected to the prepared central wafer with the infrared-sensitive pixels by wafer bonding, whereby the central wafer is subsequently thinned from the back of the wafer to a predetermined thickness of less than 200 μm, wherein depth etchings are made to produce one cavity under each pixel after thinning the central wafer, and wherein, after thinning the central wafer, at least one bottom wafer is fixed to the back of the wafer by wafer bonding and then thinned. wherein the lid wafer is provided on the inside with at least one cavity, the depth of which corresponds to some 10 μm to half the total thickness of the lid wafer and is mechanically firmly connected to the prepared central wafer with the infrared-sensitive pixels by wafer bonding, whereby the central wafer is subsequently thinned from the back of the wafer to a predetermined thickness of less than 200 μm, wherein depth etchings are made to produce one cavity under each pixel after thinning the central wafer, and wherein, after thinning the central wafer, at least one bottom wafer is fixed to the back of the wafer by wafer bonding and then thinned.
A portafilter for attachment to a group head of an espresso making machine, the portafilter being for a pre-packaged container, comprising: a handle to which is attached a compartment adapted to receive the container; the compartment having a lower component that is attached to the handle and an upper component that is removeably attachable to the lower component; the upper component having an upper rim and a capsule shroud, wherein: the upper rim further comprises mechanical features that enable it to be attached to the group head; and the capsule shroud has a neck in which is formed an opening, characterized in that the opening has below it and around it, a rotating element having descending pins for puncturing the container. a handle to which is attached a compartment adapted to receive the container; the compartment having a lower component that is attached to the handle and an upper component that is removeably attachable to the lower component; the upper component having an upper rim and a capsule shroud, wherein: the upper rim further comprises mechanical features that enable it to be attached to the group head; and the capsule shroud has a neck in which is formed an opening, characterized in that the opening has below it and around it, a rotating element having descending pins for puncturing the container. the upper rim further comprises mechanical features that enable it to be attached to the group head; and the capsule shroud has a neck in which is formed an opening, characterized in that the opening has below it and around it, a rotating element having descending pins for puncturing the container.
A method of forming a biocompatible battery for use in or proximate to the body of a living organism, the method comprising: receiving a first substrate film of a first insulating material; receiving a second substrate film of a second insulating material; cutting a cavity in the second substrate film to form a gap spacer layer; cutting a cavity in the first substrate film to form a cathode spacer layer, wherein an edge of the cavity defines a sidewall of the cavity; laminating a first surface of the gap spacer layer to a first surface of the cathode spacer layer; placing a separator into the biocompatible battery through the cavity in the gap spacer layer; receiving an anode film; adhering a second surface of the gap spacer layer to a first surface of the anode film; receiving a cathode slurry; and placing the cathode slurry into the cavity in the cathode spacer layer, wherein the sidewall of the cavity in the cathode spacer layer and a surface of the placed separator form a cavity to contain the cathode slurry. receiving a first substrate film of a first insulating material; receiving a second substrate film of a second insulating material; cutting a cavity in the second substrate film to form a gap spacer layer; cutting a cavity in the first substrate film to form a cathode spacer layer, wherein an edge of the cavity defines a sidewall of the cavity; laminating a first surface of the gap spacer layer to a first surface of the cathode spacer layer; placing a separator into the biocompatible battery through the cavity in the gap spacer layer; receiving an anode film; adhering a second surface of the gap spacer layer to a first surface of the anode film; receiving a cathode slurry; and placing the cathode slurry into the cavity in the cathode spacer layer, wherein the sidewall of the cavity in the cathode spacer layer and a surface of the placed separator form a cavity to contain the cathode slurry.
A through-transmission thermal imaging system for predicting precursor to coating spallation, the system comprising: a heat source configured to provide a temporal step of heat to a first surface of a member having a coating formed on the first surface and/or a second surface; a thermographic camera having a focal plane array comprising a two-dimensional array of pixels, each having an xy-coordinate pair corresponding to an xy-location of the member, the thermographic camera configured to receive heat radiated from the second surface of the member, wherein the heat source is configured to project a temporally changing amount of heat onto the first surface, wherein a portion of the projected heat is to be absorbed by the member and then conducted through a thickness of the member from the first surface to the second surface, wherein the conducted heat is then radiated from the second surface of the member, wherein the thermographic camera is further configured to focus the received heat onto the focal plane array, thereby forming an image of the second surface of the member, the thermographic camera further configured to capture a time sequence of thermal images of the second surface of the member, wherein the time sequence of thermal images is indicative of thermal diffusivities of the member at respective xy-locations; characterized in that the system comprises a spallation predictor configured to predict, based on a comparison of the thermal diffusivities of the member at the respective xy-locations with a predetermined threshold, precursor to coating spallation. a heat source configured to provide a temporal step of heat to a first surface of a member having a coating formed on the first surface and/or a second surface; a thermographic camera having a focal plane array comprising a two-dimensional array of pixels, each having an xy-coordinate pair corresponding to an xy-location of the member, the thermographic camera configured to receive heat radiated from the second surface of the member, wherein the heat source is configured to project a temporally changing amount of heat onto the first surface, wherein a portion of the projected heat is to be absorbed by the member and then conducted through a thickness of the member from the first surface to the second surface, wherein the conducted heat is then radiated from the second surface of the member, wherein the thermographic camera is further configured to focus the received heat onto the focal plane array, thereby forming an image of the second surface of the member, the thermographic camera further configured to capture a time sequence of thermal images of the second surface of the member, wherein the time sequence of thermal images is indicative of thermal diffusivities of the member at respective xy-locations; characterized in that the system comprises a spallation predictor configured to predict, based on a comparison of the thermal diffusivities of the member at the respective xy-locations with a predetermined threshold, precursor to coating spallation.
A combination instrument for a vehicle comprising: a mechanical push-button; a display unit configured to display, in a first state, driving operation indicia and, in response to actuation of the mechanical button, to change to a second state in which selectable functions of the instrument cluster are displayed, the selectable functions including headlamp leveling; and an input unit for selecting one of the functions displayed in the second state, characterised in that in the first state of the combined instrument, only the driving mode information is displayed; and the mechanical button comprises a headlamp leveling control symbol and the display unit is further adapted to preselect the headlamp leveling control function in response to actuation of the button. a mechanical push-button; a display unit configured to display, in a first state, driving operation indicia and, in response to actuation of the mechanical button, to change to a second state in which selectable functions of the instrument cluster are displayed, the selectable functions including headlamp leveling; and an input unit for selecting one of the functions displayed in the second state, in the first state of the combined instrument, only the driving mode information is displayed; and the mechanical button comprises a headlamp leveling control symbol and the display unit is further adapted to preselect the headlamp leveling control function in response to actuation of the button.
A machining center, comprising: a spindle to which a tool is attached in a detachable manner; a tool magazine provided above a work space facing the spindle, the tool magazine being rotatable and indexable and having a plurality of tool holding parts for holding tools changed between the tool magazine and the spindle in a circumferential direction; a shutter arranged in an openable and closable manner at a boundary part of the tool magazine and the work space; a rotation drive unit rotating the tool magazine; an opening and closing drive unit opening and closing the shutter; and a control unit controlling the rotation drive unit and the opening and closing drive unit, wherein the tool magazine has a tool-free area in which there are no tool holding parts at a part of the circumferential direction and a tool-holding area in which there are tool holding parts at another part of the circumferential direction, characterised in that the tool magazine is provided in a tilted posture so that when a tool in the tool-holding area is indexed to a tool changing position (Pa), the tool is moved into the workspace below the shutter, and in that the control unit controls the rotation drive unit and the opening and closing drive unit so that when the shutter is open, the tool-holding area moves to the side of the spindle and so that when the tool-free area moves to the side of the spindle, the shutter closes. a spindle to which a tool is attached in a detachable manner; a tool magazine provided above a work space facing the spindle, the tool magazine being rotatable and indexable and having a plurality of tool holding parts for holding tools changed between the tool magazine and the spindle in a circumferential direction; a shutter arranged in an openable and closable manner at a boundary part of the tool magazine and the work space; a rotation drive unit rotating the tool magazine; an opening and closing drive unit opening and closing the shutter; and a control unit controlling the rotation drive unit and the opening and closing drive unit, wherein the tool magazine has a tool-free area in which there are no tool holding parts at a part of the circumferential direction and a tool-holding area in which there are tool holding parts at another part of the circumferential direction, characterised in that the tool magazine is provided in a tilted posture so that when a tool in the tool-holding area is indexed to a tool changing position (Pa), the tool is moved into the workspace below the shutter, and in that the control unit controls the rotation drive unit and the opening and closing drive unit so that when the shutter is open, the tool-holding area moves to the side of the spindle and so that when the tool-free area moves to the side of the spindle, the shutter closes.
Vehicle having a loading floor, comprising a first loading floor section, and at least one second loading floor section which is arranged behind the first section in the driving direction of the vehicle, the second section being connected to the first section in an articulated manner and such that it can be pivoted about an axis, and a closure member, it being possible for at least one part of the loading floor to be fixed releasably on the vehicle via the closure member, it being possible for the loading floor to be removed from the vehicle in an unlocked state of the closure member, and the first section and the second section being arranged in the same plane in the fixed state, characterized in that the first section of the loading floor can be locked via the closure member.