mhurhangee/patent-ind-claim-en huggingface dataset:
Goggles for receiving at least one radiation protection material which protects the eyes of a patient from radiation being harmful to the eyes, in particular β-radiation and/or x-ray radiation and/or gamma radiation, wherein the goggles comprise: two goggle frames each comprising a continuously circumferential side wall structure completely enclosing an area around the respective eye of the patient, a length-adjustable connection element between the two goggle frames in the area of the nose of the patient for changing the distance between the two goggle frames relative to one another, and at least one length-adjustable holding element for fixing the two goggle frames to the head of the patient, characterized in that the side wall structures are configured for receiving at least one radiation protection material substantially completely around its circumference, and wherein the side wall structure comprises an inner and an outer side wall , wherein the inner and the outer side wall have a predetermined distance in the cross direction to the viewing direction of the patient in order to form a space , the space being configured for receiving the at least one radiation protection material. two goggle frames each comprising a continuously circumferential side wall structure completely enclosing an area around the respective eye of the patient, a length-adjustable connection element between the two goggle frames in the area of the nose of the patient for changing the distance between the two goggle frames relative to one another, and at least one length-adjustable holding element for fixing the two goggle frames to the head of the patient, characterized in that the side wall structures are configured for receiving at least one radiation protection material substantially completely around its circumference, and wherein the side wall structure comprises an inner and an outer side wall , wherein the inner and the outer side wall have a predetermined distance in the cross direction to the viewing direction of the patient in order to form a space , the space being configured for receiving the at least one radiation protection material.
Spectacle lens comprising an activable optical filter comprising several activable elements, the activable filter comprising at least one cell between two transparent supports and , at least one of the transparent supports comprising at least one transparent electrode, the cell comprising at least two electrochromic dye compounds, or two independent electrochromic cells each comprising a different electrochromic dye compound, the electrochromic dye compounds having different oxidation potentials and undergoing one optical property change upon application of an electrical field between the transparent supports using the at least one transparent electrode, and wherein at least one electrochromic dye has a first intermediate oxidation potential and is uncolored in a first oxidation state and yellow in a second oxidation state and at least one electrochromic dye has a second oxidation potential higher than the first intermediate oxidation potential, and is uncolored in a first oxidation state and blue in a second oxidation state, the activable optical filter being configured to be actively switched between at least three configurations, wherein - in the first configuration, all activable elements are non-activated and the color perception of the spectacle wearer is unaltered and light transmitted through the activable optical filter has a chroma C*1 and hue h°1, - in the second configuration, at least a first activable element is activated and light transmitted through the activable optical filter has a chroma C*2 and hue h°2, - in the third configuration, at least a second activable element is activated and vision of the spectacle wearer is protected against glare and light transmitted through the activable optical filter has a chroma C*3 and hue h°3, and - the chromaticity difference Δ Chrom between (C*2, h°2) and (C*3, h°3) is larger than or equal to 20. - in the first configuration, all activable elements are non-activated and the color perception of the spectacle wearer is unaltered and light transmitted through the activable optical filter has a chroma C*1 and hue h°1, - in the second configuration, at least a first activable element is activated and light transmitted through the activable optical filter has a chroma C*2 and hue h°2, - in the third configuration, at least a second activable element is activated and vision of the spectacle wearer is protected against glare and light transmitted through the activable optical filter has a chroma C*3 and hue h°3, and - the chromaticity difference Δ Chrom between (C*2, h°2) and (C*3, h°3) is larger than or equal to 20.
A computer-implemented method comprising: receiving , by a mobile computing device, an audio input corresponding to an utterance of a hotword ; generating a hotword audio fingerprint of the audio input; receiving, by the mobile computing device, additional audio data corresponding to a voice command or query; determining a type of the voice command or query; determining a similarity between the hotword audio fingerprint and one or more stored audio fingerprints of audio data that was previously determined to correspond to the hotword; detecting whether the audio input corresponds to a recording of an utterance of a hotword that was previously input to the same mobile computing device, based on whether the similarity between the hotword audio fingerprint and one of the one or more stored audio fingerprints satisfies a predetermined threshold, wherein the predetermined threshold is weighted based on the type of the voice command or query; and in response to detecting, by the mobile computing device, that the audio input corresponds to a recording of an utterance of a hotword that was previously input to the same mobile computing device, disabling , by the mobile computing device, access to one or more resources of the mobile computing device. receiving , by a mobile computing device, an audio input corresponding to an utterance of a hotword ; generating a hotword audio fingerprint of the audio input; receiving, by the mobile computing device, additional audio data corresponding to a voice command or query; determining a type of the voice command or query; determining a similarity between the hotword audio fingerprint and one or more stored audio fingerprints of audio data that was previously determined to correspond to the hotword; detecting whether the audio input corresponds to a recording of an utterance of a hotword that was previously input to the same mobile computing device, based on whether the similarity between the hotword audio fingerprint and one of the one or more stored audio fingerprints satisfies a predetermined threshold, wherein the predetermined threshold is weighted based on the type of the voice command or query; and in response to detecting, by the mobile computing device, that the audio input corresponds to a recording of an utterance of a hotword that was previously input to the same mobile computing device, disabling , by the mobile computing device, access to one or more resources of the mobile computing device.
A process for the production of lithium oxide from - lithium carbonate with a median particle size (D 50 ) between 2 and 150 μm, determined by laser diffraction, and - elemental carbon in powder form with a median primary particle size (D 50 ) of <1 μm, determined by electron microscopy, with calcination in the temperature range between 600 and 1200 °C, characterized in that prior to the calcination the lithium carbonate and the carbon are combined in a molar ratio of 1 : 0.1 to 1 : 1.2 and are mixed and compacted, whereby the carbon particles surround the lithium carbonate particles and form a coating and the bulk density of the resulting mixture is increased by at least 5% compared to the bulk density of a mixture of the lithium carbonate particles and the carbon particles prepared without compaction, the bulk density being determined according to EN ISO 697. - lithium carbonate with a median particle size (D 50 ) between 2 and 150 μm, determined by laser diffraction, and - elemental carbon in powder form with a median primary particle size (D 50 ) of <1 μm, determined by electron microscopy, with calcination in the temperature range between 600 and 1200 °C, characterized in that prior to the calcination the lithium carbonate and the carbon are combined in a molar ratio of 1 : 0.1 to 1 : 1.2 and are mixed and compacted, whereby the carbon particles surround the lithium carbonate particles and form a coating and the bulk density of the resulting mixture is increased by at least 5% compared to the bulk density of a mixture of the lithium carbonate particles and the carbon particles prepared without compaction, the bulk density being determined according to EN ISO 697.
A power conversion device comprising: a plurality of power units , each of which is provided with a power conversion circuit; a plurality of wires through which power is input and output with respect to the plurality of power units ; and a cooling device that supplies a liquid refrigerant to the plurality of power units ; and a plurality of pipes that connect the plurality of power units and the cooling device , wherein a space is provided in the center portion of the power conversion device to gather the plurality of wires and the plurality of pipes, and main circuit terminals that connect the plurality of wires to the plurality of power units , a plurality of power-unit-side pipe connectors that connect the plurality of pipes to the plurality of power units , and a plurality of cooling-device-side pipe connectors that connect the plurality of pipes to the cooling device are disposed at positions abutting on the space . a plurality of power units , each of which is provided with a power conversion circuit; a plurality of wires through which power is input and output with respect to the plurality of power units ; and a cooling device that supplies a liquid refrigerant to the plurality of power units ; and a plurality of pipes that connect the plurality of power units and the cooling device , wherein a space is provided in the center portion of the power conversion device to gather the plurality of wires and the plurality of pipes, and main circuit terminals that connect the plurality of wires to the plurality of power units , a plurality of power-unit-side pipe connectors that connect the plurality of pipes to the plurality of power units , and a plurality of cooling-device-side pipe connectors that connect the plurality of pipes to the cooling device are disposed at positions abutting on the space .
An electric pump comprising: an outer housing including a motor cavity and a controller cavity separated by a partition wall; an inner housing positioned within the motor cavity of the outer housing , one of the inner and outer housings including radially extending ribs positioned adjacent to the other of the inner and outer housings to define a portion of a coolant flow path between the inner housing and the outer housing , said portion of the coolant flow path being partially defined by the partition wall, the inner housing including a cylindrical portion and a mid-plate capping a first end of the cylindrical portion ; a pump member 200; an electric motor positioned within the inner housing and including a stator and a rotor , the rotor being fixed to a solid rotor shaft for driving the pump member , the rotor shaft extending through the mid-plate and being rotatably supported by the mid-plate ; a cylindrical sleeve separating the stator and the rotor , an area between the sleeve and the rotor forming another portion of the coolant flow path and interconnecting a volume between the inner and outer housings with a low pressure zone of an impeller cavity containing the pump member , wherein the sleeve includes a radially extending flange capping an open second end of the cylindrical portion of the inner housing ; and a controller positioned within the controller cavity in heat transfer relation with the partition wall. an outer housing including a motor cavity and a controller cavity separated by a partition wall; an inner housing positioned within the motor cavity of the outer housing , one of the inner and outer housings including radially extending ribs positioned adjacent to the other of the inner and outer housings to define a portion of a coolant flow path between the inner housing and the outer housing , said portion of the coolant flow path being partially defined by the partition wall, the inner housing including a cylindrical portion and a mid-plate capping a first end of the cylindrical portion ; a pump member 200; an electric motor positioned within the inner housing and including a stator and a rotor , the rotor being fixed to a solid rotor shaft for driving the pump member , the rotor shaft extending through the mid-plate and being rotatably supported by the mid-plate ; a cylindrical sleeve separating the stator and the rotor , an area between the sleeve and the rotor forming another portion of the coolant flow path and interconnecting a volume between the inner and outer housings with a low pressure zone of an impeller cavity containing the pump member , wherein the sleeve includes a radially extending flange capping an open second end of the cylindrical portion of the inner housing ; and a controller positioned within the controller cavity in heat transfer relation with the partition wall.
Connecting rod for an internal combustion engine with variable compression, having an eccentric adjustment device for adjusting an effective connecting-rod length, wherein the eccentric adjustment device has an eccentric , which interacts with a unipartite eccentric lever , and support rods , which engage on the eccentric lever , wherein the eccentric lever has joint receptacles into which ball joints of the support rods engage, wherein the eccentric lever has mutually parallel connecting sections which are connected by regions and which are connected rotationally conjointly to the eccentric , and wherein the joint receptacles are formed in the regions , characterized in that the eccentric lever is produced in unipartite form as a punched and bent part or by means of a cold bulk deformation process, wherein the joint receptacles are formed as embossments in the eccentric lever .
Coated wire comprising, in a concentric manner and from inside to outside, the following layers: a steel core; a zinc galvanization layer; a protective layer, with a thickness comprised between 1 μm and 4 μm, of a composition comprising: between 0.1% and 12% chromium trichloride, between 0.5% and 10% hexafluorotitanic acid, between 0.1 and 2.5% orthophosphoric acid, between 0.7% and 15% cobalt hydroxide, between 65% and 85% acrylic polymer and between 4% and 6% pigment. a steel core; a zinc galvanization layer; a protective layer, with a thickness comprised between 1 μm and 4 μm, of a composition comprising: between 0.1% and 12% chromium trichloride, between 0.5% and 10% hexafluorotitanic acid, between 0.1 and 2.5% orthophosphoric acid, between 0.7% and 15% cobalt hydroxide, between 65% and 85% acrylic polymer and between 4% and 6% pigment.
Apparatus for testing a liquid specimen, which apparatus comprises: (i) a container for the liquid specimen; (ii) a lid for closing the container after the liquid specimen has been provided in the container ; (iii) first securing means by which the lid is secured to the container ; (iv) a test capsule for securing to the lid when the lid is on the container ; (v) second securing means by which the test capsule is secured to the lid ; and (vi) a response chart which is operable in response to contact with the liquid specimen, the apparatus being such that: (vii) the lid has an openable portion which when opened permits a liquid specimen in the container to enter the test capsule ; (viii) the response chart is inside the test capsule and is contacted by the liquid specimen when the liquid specimen enters the test capsule , and (ix) the test capsule has opener means for opening the openable portion ; and the apparatus being characterised in that (x) the opener means is not able to move with respect to the test capsule , whereby the opener means opens the openable portion when the test capsule is being secured to the lid , and whereby the opener means remains unmoved with respect to the test capsule both before and after the openable portion has been opened by the opener means . (i) a container for the liquid specimen; (ii) a lid for closing the container after the liquid specimen has been provided in the container ; (iii) first securing means by which the lid is secured to the container ; (iv) a test capsule for securing to the lid when the lid is on the container ; (v) second securing means by which the test capsule is secured to the lid ; and (vi) a response chart which is operable in response to contact with the liquid specimen, (vii) the lid has an openable portion which when opened permits a liquid specimen in the container to enter the test capsule ; (viii) the response chart is inside the test capsule and is contacted by the liquid specimen when the liquid specimen enters the test capsule , and (ix) the test capsule has opener means for opening the openable portion ; and the apparatus being characterised in that (x) the opener means is not able to move with respect to the test capsule , whereby the opener means opens the openable portion when the test capsule is being secured to the lid , and whereby the opener means remains unmoved with respect to the test capsule both before and after the openable portion has been opened by the opener means .
A mold for forming a pressurized fluid chamber , the mold comprising: a generally planar region ; a dome-like depression within the planar region ; a compression area bounding the generally planar region and protruding upwardly from a front surface of the mold such that the compression area is raised relative to the generally planar region ; and a channel through at least the dome-like depression , and the compression area , the channel being in fluid communication with an area of the mold beyond the compression area .
A method for monitoring a device for regulating the flow of a gas, said regulating device comprising a flow conduit along which a shutter assembly is positioned which is able to define in said flow conduit a restriction that defines a passage area (A) for said gas, said method comprising the following operations: a) causing the transit of a gas through said flow conduit according to a predefined direction (X); b) defining a sequence of time intervals (Z 1 ...Z n ), each of which extends for a corresponding duration (t 1 ...t n ); said method being characterised in that it comprises the following operations: c) during each time interval (Z i ) of said sequence, determining a value of density (d i ) and a value of velocity (v i ) of said gas at said restriction ; d) calculating the product of said value of density (d i ), of said value of velocity (v i ), of the duration (t i ) of said time interval (Z i ) and of a correction coefficient (k i ) to obtain a corresponding value of equivalent wear (u i ); e) for each time interval (Z i ) of said sequence, adding all the values of equivalent wear (u 1 ...u i ) calculated for said time interval (Z i ) and for each of the time intervals (Z 1 ...Z i-1 ) that precede said time interval (Z i ) in said sequence to obtain a cumulative value (cu i ); f) comparing said cumulative values (cu i ) with a predefined limit value (cu*), corresponding to a condition of maximum wear allowable for said shutter assembly , using a predetermined comparison method, to obtain an indication of the condition of efficiency of said shutter assembly . a) causing the transit of a gas through said flow conduit according to a predefined direction (X); b) defining a sequence of time intervals (Z 1 ...Z n ), each of which extends for a corresponding duration (t 1 ...t n ); c) during each time interval (Z i ) of said sequence, determining a value of density (d i ) and a value of velocity (v i ) of said gas at said restriction ; d) calculating the product of said value of density (d i ), of said value of velocity (v i ), of the duration (t i ) of said time interval (Z i ) and of a correction coefficient (k i ) to obtain a corresponding value of equivalent wear (u i ); e) for each time interval (Z i ) of said sequence, adding all the values of equivalent wear (u 1 ...u i ) calculated for said time interval (Z i ) and for each of the time intervals (Z 1 ...Z i-1 ) that precede said time interval (Z i ) in said sequence to obtain a cumulative value (cu i ); f) comparing said cumulative values (cu i ) with a predefined limit value (cu*), corresponding to a condition of maximum wear allowable for said shutter assembly , using a predetermined comparison method, to obtain an indication of the condition of efficiency of said shutter assembly .
A method implemented at a network-side in a communication network, the method comprising: deploying , on a first computer platform, a first group management module that enables at least one of creation of a first group of user devices, deletion of the first group of user devices, update to membership of the first group of user devices and communication to the first group of user devices; facilitating group communication from an application server to members of the first group of user devices; deploying , on a second computer platform, a second group management module that enables at least one of creation of a second group of user devices, deletion of the second group of user devices, update to membership of the second group of user devices and communication to the second group of user devices; facilitating network-internal communication from a network operator managed entity to members of the second group of user devices; tracking current locations and identities of devices that are members of the first group of user devices; and delivering, based on the tracking, group messages to the devices that are members of the first group of user devices. deploying , on a first computer platform, a first group management module that enables at least one of creation of a first group of user devices, deletion of the first group of user devices, update to membership of the first group of user devices and communication to the first group of user devices; facilitating group communication from an application server to members of the first group of user devices; deploying , on a second computer platform, a second group management module that enables at least one of creation of a second group of user devices, deletion of the second group of user devices, update to membership of the second group of user devices and communication to the second group of user devices; facilitating network-internal communication from a network operator managed entity to members of the second group of user devices; tracking current locations and identities of devices that are members of the first group of user devices; and delivering, based on the tracking, group messages to the devices that are members of the first group of user devices.