mhurhangee/patent-ind-claim-en huggingface dataset:
A device (100; 400) comprising at least one processor configured to: while the device is in a locked mode, cause display of an object (202; 204) in a relatively dimmed or less highlighted manner, representing an application that is present or available in the device, on a proximity screen; and respond to reception of user proximity input, at the object, the proximity input being near but not in contact with the proximity screen, by temporarily highlighting the object and temporarily activating the application such that a function of the application can be viewed, without unlocking the device and without opening the application. while the device is in a locked mode, cause display of an object (202; 204) in a relatively dimmed or less highlighted manner, representing an application that is present or available in the device, on a proximity screen; and respond to reception of user proximity input, at the object, the proximity input being near but not in contact with the proximity screen, by temporarily highlighting the object and temporarily activating the application such that a function of the application can be viewed, without unlocking the device and without opening the application.
Continuous casting mould , comprising two side walls , which are arranged adjacent to one another and which are each formed by at least one copper plate , wherein incorporated in the copper plates for monitoring formation of longitudinal tears in the cast strip is a number of temperature measuring elements spaced from one another in horizontal direction (Ho), wherein the temperature measuring elements are arranged at a first horizontal spacing (d h1 ) in a centre region (M), which extends in horizontal direction (Ho), of the copper plates and wherein the temperature measuring elements are arranged at a second horizontal spacing (d h2 ) in side regions (S), which adjoin the centre region (M) and extend in horizontal direction (Ho), of the copper plates , characterised in that the first horizontal spacing (d n1 ) is smaller than the second horizontal spacing (d h2 ) and the temperature measuring elements are arranged more closely in horizontal direction (Ho) in a central section of the centre region (M) than in the end sections of the centre region (M).
A method of forming a magnetic thin film structure having perpendicular magnetic anisotropy PMA, comprising: providing a ferromagnetic layer formed of or containing Fe, wherein said ferromagnetic layer has an interface at which a PMA originates; forming a multilayered thin film structure over or under said interface, wherein said multilayered thin film structure includes PMA supporting material layers of different crystal symmetries comprising layers of the materials Co/Ni, Co/Ni/Pt or Co/Ni/Fe/Pt; forming a transition layer between each pair of layer having different crystal symmetry, wherein said transition layer is a layer of Mo; and forming a capping layer on said PMA supporting material layers of different crystal symmetries, wherein said capping layer is a layer of Mo so that said capping layer acts as a crystal structure inducing template to enhance the formation of an FCC structure in layers beneath said capping layer wherein said transition layer promotes a matching between said different crystal symmetries, thereby causing said PMA to be propagated within each of said layers having a different crystal symmetry. providing a ferromagnetic layer formed of or containing Fe, wherein said ferromagnetic layer has an interface at which a PMA originates; forming a multilayered thin film structure over or under said interface, wherein said multilayered thin film structure includes PMA supporting material layers of different crystal symmetries comprising layers of the materials Co/Ni, Co/Ni/Pt or Co/Ni/Fe/Pt; forming a transition layer between each pair of layer having different crystal symmetry, wherein said transition layer is a layer of Mo; and forming a capping layer on said PMA supporting material layers of different crystal symmetries, wherein said capping layer is a layer of Mo so that said capping layer acts as a crystal structure inducing template to enhance the formation of an FCC structure in layers beneath said capping layer wherein said transition layer promotes a matching between said different crystal symmetries, thereby causing said PMA to be propagated within each of said layers having a different crystal symmetry.
A method for determining the void fraction of a multi-phase system of at least one substance in a channel, the method comprising - measuring a void fraction dependent parameter of the multi-phase system, - obtaining a flow regime of the multi-phase system, said obtaining a flow regime comprising obtaining at least one multi-phase structure characteristic for the flow regime, the multi-phase structure being a spatial distribution of the phases of a multi-phase system at one moment in time in the cross section of a channel, - obtaining a set of one or more relationships, specific for the obtained flow regime, between the void fraction dependent parameter and the void fraction, each of the relationships within one set corresponding to each of the obtained at least one multi-phase structures characteristic for the obtained flow regime, - determining an occurring multi-phase structure, - determining the void fraction of the multi-phase system taking into account the relationship between the void fraction dependent parameter and the void fraction for the determined occurring multi-phase structure. - measuring a void fraction dependent parameter of the multi-phase system, - obtaining a flow regime of the multi-phase system, said obtaining a flow regime comprising obtaining at least one multi-phase structure characteristic for the flow regime, the multi-phase structure being a spatial distribution of the phases of a multi-phase system at one moment in time in the cross section of a channel, - obtaining a set of one or more relationships, specific for the obtained flow regime, between the void fraction dependent parameter and the void fraction, each of the relationships within one set corresponding to each of the obtained at least one multi-phase structures characteristic for the obtained flow regime, - determining an occurring multi-phase structure, - determining the void fraction of the multi-phase system taking into account the relationship between the void fraction dependent parameter and the void fraction for the determined occurring multi-phase structure.
A component for a gas turbine engine comprising: at least one airfoil having a radially inner end and a radially outer end; and a platform having a gas path side supporting the radially outer end of the at least one airfoil and a non-gas path side including: a hook supported by the platform and having an anti-rotation surface facing in a circumferential direction, the anti-rotation surface being configured to engage a portion of an engine static structure ; characterized in that the non-gas path side of the platform further comprises a conical surface spaced axially forward of a base portion of the hook and extending from a leading edge of the platform to the hook ; and a triangular base extending from the platform and including a triangular base surface at its radially outer end, the triangular base surface connected to the anti-rotation surface via an anti-rotation transition surface and spaced radially outward from the conical surface . at least one airfoil having a radially inner end and a radially outer end; and a platform having a gas path side supporting the radially outer end of the at least one airfoil and a non-gas path side including: a hook supported by the platform and having an anti-rotation surface facing in a circumferential direction, the anti-rotation surface being configured to engage a portion of an engine static structure ; characterized in that the non-gas path side of the platform further comprises a conical surface spaced axially forward of a base portion of the hook and extending from a leading edge of the platform to the hook ; and a triangular base extending from the platform and including a triangular base surface at its radially outer end, the triangular base surface connected to the anti-rotation surface via an anti-rotation transition surface and spaced radially outward from the conical surface . a hook supported by the platform and having an anti-rotation surface facing in a circumferential direction, the anti-rotation surface being configured to engage a portion of an engine static structure ; characterized in that the non-gas path side of the platform further comprises a conical surface spaced axially forward of a base portion of the hook and extending from a leading edge of the platform to the hook ; and a triangular base extending from the platform and including a triangular base surface at its radially outer end, the triangular base surface connected to the anti-rotation surface via an anti-rotation transition surface and spaced radially outward from the conical surface .
A telecommunications server comprising: a processor adapted to route an outbound voice communication initiated by a wireless device through an enterprise communication network by: registering the wireless device with the server, which is associated with the enterprise communication network; receiving a first data signal from the registered wireless device, the first data signal comprising a first device indicator of an intended recipient device of the outbound communication; if it is determined from the first data signal that the wireless device has sufficient rights to place the outbound communication : sending an accept data signal to the wireless device; translating the first device indicator into a first address suitable for establishing a first communication path with the intended recipient device; establishing the first communication path with the intended recipient device using the first address; establishing a second communication path to the wireless device; and connecting the first and second communication paths to route the outbound communication from the wireless device to the recipient. registering the wireless device with the server, which is associated with the enterprise communication network; receiving a first data signal from the registered wireless device, the first data signal comprising a first device indicator of an intended recipient device of the outbound communication; if it is determined from the first data signal that the wireless device has sufficient rights to place the outbound communication : sending an accept data signal to the wireless device; translating the first device indicator into a first address suitable for establishing a first communication path with the intended recipient device; establishing the first communication path with the intended recipient device using the first address; establishing a second communication path to the wireless device; and connecting the first and second communication paths to route the outbound communication from the wireless device to the recipient.
A method for recognizing or authenticating a user of a mobile device, the method comprising the steps of: (a) upon receipt of a request from a first user of a mobile device to enroll in a speaker recognition system, the request being received at an enrollment and learning software module stored and operating on the mobile device, the enrollment and learning module displays a first plurality of text prompts to the first user; (b) receiving a first plurality of speech utterances from the first user corresponding substantially to at least one of the first plurality of text prompts; (c) extracting one or more voice feature data components from the first plurality of speech utterances in a feature extraction software module operating with or a component of the enrollment and learning module; (d) generating a set of statistics pertaining to the voice feature data components using a universal background model; (e) executing, in the enrollment and learning software module, one or more pruning operations to obtain a pruned universal background model and a pruned total variability matrix to reduce any of processor usage, memory usage, or bandwidth usage; (f) extracting a voice biometric print from the set of statistics using at least the pruned total variability matrix; (g) determining when an extracted voice biometric print has met at least a quality threshold; and (h) if the quality threshold step (g) was met, storing the voice biometric print on the mobile device. (a) upon receipt of a request from a first user of a mobile device to enroll in a speaker recognition system, the request being received at an enrollment and learning software module stored and operating on the mobile device, the enrollment and learning module displays a first plurality of text prompts to the first user; (b) receiving a first plurality of speech utterances from the first user corresponding substantially to at least one of the first plurality of text prompts; (c) extracting one or more voice feature data components from the first plurality of speech utterances in a feature extraction software module operating with or a component of the enrollment and learning module; (d) generating a set of statistics pertaining to the voice feature data components using a universal background model; (e) executing, in the enrollment and learning software module, one or more pruning operations to obtain a pruned universal background model and a pruned total variability matrix to reduce any of processor usage, memory usage, or bandwidth usage; (f) extracting a voice biometric print from the set of statistics using at least the pruned total variability matrix; (g) determining when an extracted voice biometric print has met at least a quality threshold; and (h) if the quality threshold step (g) was met, storing the voice biometric print on the mobile device.
A breathable, thermoplastic film having a basis weight of less than or equal to 15 gsm and a water vapor transmission rate of at least 500 grams H2O/24-hour/m2 as measured according to ASTM method D-6701-01; wherein said film has a ratio of the MD load at break as measured according to ASTM method D882-02 to the CD load at break as measured according to ASTM method D882-02 of less than 10, and at least one of a machine-direction notched Elmendorf tear strength as measured according to ASTM D-1922 of at least 5 g or a machine-direction notched trapezoidal tear strength as measured according to ASTM-D-5587 of at least 15 g; and wherein said film comprises from 30% to 60% by weight of a filler and 1% to 60% of polypropylene, a polypropylene-based composition or copolymer, ethylene, an ethylene-based composition or copolymer, or a combination thereof. wherein said film has a ratio of the MD load at break as measured according to ASTM method D882-02 to the CD load at break as measured according to ASTM method D882-02 of less than 10, and at least one of a machine-direction notched Elmendorf tear strength as measured according to ASTM D-1922 of at least 5 g or a machine-direction notched trapezoidal tear strength as measured according to ASTM-D-5587 of at least 15 g; and wherein said film comprises from 30% to 60% by weight of a filler and 1% to 60% of polypropylene, a polypropylene-based composition or copolymer, ethylene, an ethylene-based composition or copolymer, or a combination thereof.
A control method for a machine tool that machines a workpiece (W) by moving a tool relative to the workpiece (W), comprising: displaying an image of the workpiece (W) arranged on a table of the machine tool on a display part ; storing an operation of the machine tool corresponding to an operation of an operator with respect to the image of the machine tool in advance; obtaining content of the operation of the operator with respect to the image of the machine tool , wherein the content of the operation includes an operation in which one surface of the workpiece (W) is selected as a designated surface by an operator; calculating a rotation angle of a rotation feed axis (A, C) for directing the designated surface in a predetermined direction; generating an operation command for operating the machine tool corresponding to the content of the operation, wherein the operation command includes a command for rotation along the rotation feed axis (A, C) on the basis of the calculated rotation angle; and operating the machine tool on the basis of the operation command, after checking interference of a tool with respect to the workpiece (W) without driving the machine tool on the basis of the operation command. displaying an image of the workpiece (W) arranged on a table of the machine tool on a display part ; storing an operation of the machine tool corresponding to an operation of an operator with respect to the image of the machine tool in advance; obtaining content of the operation of the operator with respect to the image of the machine tool , wherein the content of the operation includes an operation in which one surface of the workpiece (W) is selected as a designated surface by an operator; calculating a rotation angle of a rotation feed axis (A, C) for directing the designated surface in a predetermined direction; generating an operation command for operating the machine tool corresponding to the content of the operation, wherein the operation command includes a command for rotation along the rotation feed axis (A, C) on the basis of the calculated rotation angle; and operating the machine tool on the basis of the operation command, after checking interference of a tool with respect to the workpiece (W) without driving the machine tool on the basis of the operation command.
A harvester comprising a weed seed devitalizer comprising a rotating weed seed impactor ; characterized by a controller configured to: receive data indicating forthcoming weed seeds from an internal sensor of the harvester , the data indicating a presence of weed seeds in the harvester moving towards the weed seed devitalizer ; and output control signals controlling the weed seed devitalizer based on the data, wherein the control signals actuate the weed seed devitalizer between an off state and an on state or from a first on state to a second on state different than the first on state and wherein the impactor rotates at a first non-zero speed in the first on state and a second non-zero speed in the second on state. a weed seed devitalizer comprising a rotating weed seed impactor ; characterized by a controller configured to: receive data indicating forthcoming weed seeds from an internal sensor of the harvester , the data indicating a presence of weed seeds in the harvester moving towards the weed seed devitalizer ; and output control signals controlling the weed seed devitalizer based on the data, wherein the control signals actuate the weed seed devitalizer between an off state and an on state or from a first on state to a second on state different than the first on state and wherein the impactor rotates at a first non-zero speed in the first on state and a second non-zero speed in the second on state. receive data indicating forthcoming weed seeds from an internal sensor of the harvester , the data indicating a presence of weed seeds in the harvester moving towards the weed seed devitalizer ; and output control signals controlling the weed seed devitalizer based on the data, wherein the control signals actuate the weed seed devitalizer between an off state and an on state or from a first on state to a second on state different than the first on state and wherein the impactor rotates at a first non-zero speed in the first on state and a second non-zero speed in the second on state.
A substrate working machine comprising: a holding device configured to hold a substrate used as circuit base material for mounting a component comprising multiple terminals , the substrate in which multiple through-holes are formed and the holding device configured to hold the substrate serving as a substrate jig in which multiple through-holes are formed; and an inserting device configured to hold a component jig comprising a pair of pins and to insert the multiple terminals of the component into the multiple through-holes of the substrate used as circuit base material held by the holding device ; characterized by an imaging device configured to simultaneously image a shape of a pair of pins and a pair of through-holes of the multiple through-holes in the substrate serving as the substrate jig held by the holding device , the pair of pins being positioned to coincide with the pair of through-holes , wherein, when inserting the pins , positions of the pair of through-holes and the shape of the pair of pins are calculated based on image data captured by the imaging device . a holding device configured to hold a substrate used as circuit base material for mounting a component comprising multiple terminals , the substrate in which multiple through-holes are formed and the holding device configured to hold the substrate serving as a substrate jig in which multiple through-holes are formed; and an inserting device configured to hold a component jig comprising a pair of pins and to insert the multiple terminals of the component into the multiple through-holes of the substrate used as circuit base material held by the holding device ; characterized by an imaging device configured to simultaneously image a shape of a pair of pins and a pair of through-holes of the multiple through-holes in the substrate serving as the substrate jig held by the holding device , the pair of pins being positioned to coincide with the pair of through-holes , wherein, when inserting the pins , positions of the pair of through-holes and the shape of the pair of pins are calculated based on image data captured by the imaging device .
A hydraulic integrator for centralised management of a hydraulic network of one or more facilities, said integrator comprising: - at least one cold-water sanitary mains capable of distributing cold water, comprising several distribution outlets , each of said several distribution outlets being fitted with a flow meter and a solenoid valve ; - at least one hot-water sanitary mains capable of distributing hot water, comprising at least one temperature probe and several distribution outlets , each of said several distribution outlets being fitted with a flow meter and a solenoid valve ; - a control unit capable of receiving information from flow meters and the temperature probe and capable of controlling all the solenoid valves ; and - a mounting on which the control unit and the cold-water and hot-water sanitary mains are fixed, said mounting being intended to be fixed against one of the walls of the facility. - at least one cold-water sanitary mains capable of distributing cold water, comprising several distribution outlets , each of said several distribution outlets being fitted with a flow meter and a solenoid valve ; - at least one hot-water sanitary mains capable of distributing hot water, comprising at least one temperature probe and several distribution outlets , each of said several distribution outlets being fitted with a flow meter and a solenoid valve ; - a control unit capable of receiving information from flow meters and the temperature probe and capable of controlling all the solenoid valves ; and - a mounting on which the control unit and the cold-water and hot-water sanitary mains are fixed, said mounting being intended to be fixed against one of the walls of the facility.