mhurhangee/patent-ind-claim-en huggingface dataset:
A networked microphone device , comprising: a plurality of microphones ; a network interface ; a wake-word engine ; a voice extractor ; a voice assistant service selector configured to select a particular voice assistant service from a plurality of voice assistant services when one of: a given wake-word is identified by the wake-word engine; and the particular voice assistant service is selected by a manual user configuration; and voice capture components , comprising: an acoustic echo canceller ; a spatial processor ; one or more buffers ; and a pipeline selector configured to cause the spatial processor to operate in one of a first or a second configuration based on a voice assistant service selected by the voice assistant selector , wherein the second configuration is different from the first configuration. a plurality of microphones ; a network interface ; a wake-word engine ; a voice extractor ; a voice assistant service selector configured to select a particular voice assistant service from a plurality of voice assistant services when one of: a given wake-word is identified by the wake-word engine; and the particular voice assistant service is selected by a manual user configuration; and a given wake-word is identified by the wake-word engine; and the particular voice assistant service is selected by a manual user configuration; and voice capture components , comprising: an acoustic echo canceller ; a spatial processor ; one or more buffers ; and a pipeline selector configured to cause the spatial processor to operate in one of a first or a second configuration based on a voice assistant service selected by the voice assistant selector , wherein the second configuration is different from the first configuration. an acoustic echo canceller ; a spatial processor ; one or more buffers ; and a pipeline selector configured to cause the spatial processor to operate in one of a first or a second configuration based on a voice assistant service selected by the voice assistant selector , wherein the second configuration is different from the first configuration.
Coupling element for flooring coating plates comprising a ceramic plate, an electric circuit and an insulating substrate with a recess for receiving said coupling element, wherein said element comprises: a conductive segment; a conductive segment coated with an electrically insulating polymeric material; four resilient and conductive protrusions connected to the conductive segment to interconnect two coating plates, characterized by said coupling element comprises an additional conductive element and four resilient and conductive protrusions connected pairwise to said conductive segments for interconnecting four coating plates pairwise; and a frustoconical or troncopyramid base for supporting each of the protrusions , wherein the base is of the same material as the conductive segment coating. a conductive segment; a conductive segment coated with an electrically insulating polymeric material; four resilient and conductive protrusions connected to the conductive segment to interconnect two coating plates, characterized by said coupling element comprises an additional conductive element and four resilient and conductive protrusions connected pairwise to said conductive segments for interconnecting four coating plates pairwise; and a frustoconical or troncopyramid base for supporting each of the protrusions , wherein the base is of the same material as the conductive segment coating.
A method for improving ink jet nozzle health and printing reliability of an ink jet printer, the method comprising: moving a scan head to a maintenance station , the maintenance station including a purge cap , wherein the scan head includes, a header tank (200, 202 204), a print head operatively connected to the header tank , wherein the print head includes a nozzle plate , and wherein the nozzle plate includes a row of nozzles, the row of nozzles containing a plurality of nozzles; characterised in that the method further comprises the steps of creating at least a partial seal between the purge cap and at least one of: a particular nozzle of the plurality of nozzles, the row of nozzles, the nozzle plate , or the print head; and performing a reverse purge of at least one of: a particular nozzle of the plurality of nozzles, the row of nozzles, the nozzle plate , or the print head , wherein the reverse purge includes applying a positive pressure using a vacuum pump operably connected with the purge cap . moving a scan head to a maintenance station , the maintenance station including a purge cap , wherein the scan head includes, a header tank (200, 202 204), a print head operatively connected to the header tank , wherein the print head includes a nozzle plate , and wherein the nozzle plate includes a row of nozzles, the row of nozzles containing a plurality of nozzles; characterised in that the method further comprises the steps of creating at least a partial seal between the purge cap and at least one of: a particular nozzle of the plurality of nozzles, the row of nozzles, the nozzle plate , or the print head; and performing a reverse purge of at least one of: a particular nozzle of the plurality of nozzles, the row of nozzles, the nozzle plate , or the print head , wherein the reverse purge includes applying a positive pressure using a vacuum pump operably connected with the purge cap .
Cooking appliance controller , having an operating mode switch , which is configured to set multiple operating modes of a cooking appliance , and a switch clock , which is configured to set a time-delayed start of an operating procedure under at least one of the operating modes that can be set by the operating mode switch , characterised in that the cooking appliance controller is configured such that an operating procedure which comprises at least one temperature-critical operating mode that can be set on the cooking appliance cannot be started in a time-delayed manner.
A method comprising: causing content to be presented to a first user by a head mounted display of the first user ; receiving information relating to content presented to a second user by a head mounted display of the second user ; comparing the information relating to content presented to the second user with information relating to content presented to the first user ; and based upon the comparison, causing , with a processor, an indication to be presented to the first user identifying the content presented to the second user by the head mounted display of the second user . causing content to be presented to a first user by a head mounted display of the first user ; receiving information relating to content presented to a second user by a head mounted display of the second user ; comparing the information relating to content presented to the second user with information relating to content presented to the first user ; and based upon the comparison, causing , with a processor, an indication to be presented to the first user identifying the content presented to the second user by the head mounted display of the second user .
A lighting device comprising: a first LED configured to emit a first light ; a second LED configured to emit a third light ; a first phosphor disposed over the first LED and second LED and in contact with the first LED , the first phosphor arranged to absorb a portion of the first light directly from the first LED and in response emit a second light of a longer wavelength than the first light ; and a second phosphor disposed over and in contact with the second LED , the second phosphor arranged to absorb a portion of the third light directly from the second LED and in response emit a fourth light of a longer wavelength than the third light , , the fourth light exits the second phosphor directly into the first phosphor , the first phosphor forming a light emitting surface opposite the first LED and the second LED and covering the first LED , second LED and second phosphor , and the second light , unabsorbed first light , and fourth light exit the lighting device through the light emitting surface characterized in that the portion of third light converted by the second phosphor being more than 90% of the third light emitted from the second LED , the portion of third light absorbed by the second phosphor is greater than the portion of first light absorbed by the first phosphor . a first LED configured to emit a first light ; a second LED configured to emit a third light ; a first phosphor disposed over the first LED and second LED and in contact with the first LED , the first phosphor arranged to absorb a portion of the first light directly from the first LED and in response emit a second light of a longer wavelength than the first light ; and a second phosphor disposed over and in contact with the second LED , the second phosphor arranged to absorb a portion of the third light directly from the second LED and in response emit a fourth light of a longer wavelength than the third light , , the fourth light exits the second phosphor directly into the first phosphor , the first phosphor forming a light emitting surface opposite the first LED and the second LED and covering the first LED , second LED and second phosphor , and the second light , unabsorbed first light , and fourth light exit the lighting device through the light emitting surface characterized in that the portion of third light converted by the second phosphor being more than 90% of the third light emitted from the second LED , the portion of third light absorbed by the second phosphor is greater than the portion of first light absorbed by the first phosphor .
A pack for smoking articles comprising: an outer container ; an overwrap , which surrounds and wraps the outer container and consists of a wrapping sheet , which was folded around the outer container and was stabilized by means of at least one heat seal; and a tear-open band , which is coupled to the overwrap and is designed to be pulled in order to divide the overwrap into a first portion , which is not connected to the tear-open band , and a second portion , which is integral to the tear-open band ; wherein the wrapping sheet has two opposite flaps , which overlap and are heat-sealed to one another so as to form a longitudinal seal ; and wherein the first portion of the overwrap has at least one pre-weakened line , which helps tear it, originates close to an edge of the first portion and is arranged near the longitudinal seal ; the pack for smoking articles is characterized in that the longitudinal seal has, on the inside, a neutral area , which is free from any seal between the two flaps , contains - on the inside - the pre-weakened line and is completely surrounded by joined portions in which the two flaps are sealed to one another. an outer container ; an overwrap , which surrounds and wraps the outer container and consists of a wrapping sheet , which was folded around the outer container and was stabilized by means of at least one heat seal; and a tear-open band , which is coupled to the overwrap and is designed to be pulled in order to divide the overwrap into a first portion , which is not connected to the tear-open band , and a second portion , which is integral to the tear-open band ; wherein the wrapping sheet has two opposite flaps , which overlap and are heat-sealed to one another so as to form a longitudinal seal ; and wherein the first portion of the overwrap has at least one pre-weakened line , which helps tear it, originates close to an edge of the first portion and is arranged near the longitudinal seal ; the pack for smoking articles is characterized in that the longitudinal seal has, on the inside, a neutral area , which is free from any seal between the two flaps , contains - on the inside - the pre-weakened line and is completely surrounded by joined portions in which the two flaps are sealed to one another.
A method of collecting harmful website information, the method comprising: extracting a first URL linked in a harmful website web page; performing a link circulation analysis which is configured to check a link circulation relation starting from a first web page of a first URL and determining whether the first web page is harmful according to the link circulation analysis; wherein the determining of whether the first web page of the first URL is harmful according to the link circulation analysis further comprises calculating a directed graph including at least one web page linked in the first web page of the first URL to check a connection there between and confirming the first web page of the first URL being harmful if a predetermined confirmed harmful website is included in the directed graph, and stopping the performing of the link circulation analysis, if a prestored non-harmful website URL is found in the link circulation relation while performing the link circulation analysis. extracting a first URL linked in a harmful website web page; performing a link circulation analysis which is configured to check a link circulation relation starting from a first web page of a first URL and determining whether the first web page is harmful according to the link circulation analysis; wherein the determining of whether the first web page of the first URL is harmful according to the link circulation analysis further comprises calculating a directed graph including at least one web page linked in the first web page of the first URL to check a connection there between and confirming the first web page of the first URL being harmful if a predetermined confirmed harmful website is included in the directed graph, and stopping the performing of the link circulation analysis, if a prestored non-harmful website URL is found in the link circulation relation while performing the link circulation analysis.
A method for use with a plurality of hollow turning vanes in a wind tunnel , the method comprising the steps of: - flowing a working fluid at a first temperature through a pipe system to a first heat exchange unit; - the heat exchange unit formed of at least one turning vane ; - the heat exchange unit connected to the pipe system such that fluid can flow from the pipe system into the heat exchange unit; - passing the working fluid from the first heat exchange unit into a second heat exchange unit; and - the method further comprising the steps, performed contemporaneously with the passing steps, of turning air as the air passes past the hollow turning vanes , and cooling the air as the air passes past the hollow turning vanes by transferring heat to the working fluid and thereby raising the temperature of the working fluid from the first temperature to a second temperature, characterized, in that - the at least one turning vane having single unit connections pieces at each end of the hollow turning vane ; - the connection pieces being removably attached fluid tight to the turning vane and - the connection pieces having been removably connected to the hollow turning vanes with mechanical connectors. - flowing a working fluid at a first temperature through a pipe system to a first heat exchange unit; - the heat exchange unit formed of at least one turning vane ; - the heat exchange unit connected to the pipe system such that fluid can flow from the pipe system into the heat exchange unit; - passing the working fluid from the first heat exchange unit into a second heat exchange unit; and - the method further comprising the steps, performed contemporaneously with the passing steps, of turning air as the air passes past the hollow turning vanes , and cooling the air as the air passes past the hollow turning vanes by transferring heat to the working fluid and thereby raising the temperature of the working fluid from the first temperature to a second temperature, characterized, in that - the at least one turning vane having single unit connections pieces at each end of the hollow turning vane ; - the connection pieces being removably attached fluid tight to the turning vane and - the connection pieces having been removably connected to the hollow turning vanes with mechanical connectors.
At least one photoactivatable pharmaceutical agent that is capable of, upon activation, causing a predetermined cellular change when activated, for use in the treatment of a cell proliferation related disorder, wherein the at least one photoactivatable pharmaceutical agent is a psoralen, preferably 8-MOP or AMT, and wherein said treatment comprises the steps of placing in a vicinity of a target cell at least one upconverter including a gas for plasma ignition, said upconverter configured, upon exposure to initiation energy, to generate light for emission into the target cell; and applying the initiation energy from an energy source including a first wavelength λ 1 to the target cell, wherein the emitted light indirectly produces the change in the target cell, said treatment further comprising: administering to a subject at least one of said photoactivatable pharmaceutical agent, administering the upconverter into the subject, interacting light from the at least one upconverter with the at least one photoactivatable pharmaceutical agent to activate the photoactivatable pharmaceutical agent in situ, wherein upon activation, the photoactivatable agent binds to DNA, RNA or other structures in the target cell, thus causing the predetermined cellular change to occur in the target cell of the subject, wherein said predetermined cellular change treats the cell proliferation related disorder. placing in a vicinity of a target cell at least one upconverter including a gas for plasma ignition, said upconverter configured, upon exposure to initiation energy, to generate light for emission into the target cell; and applying the initiation energy from an energy source including a first wavelength λ 1 to the target cell, wherein the emitted light indirectly produces the change in the target cell, said treatment further comprising: administering to a subject at least one of said photoactivatable pharmaceutical agent, administering the upconverter into the subject, interacting light from the at least one upconverter with the at least one photoactivatable pharmaceutical agent to activate the photoactivatable pharmaceutical agent in situ, wherein upon activation, the photoactivatable agent binds to DNA, RNA or other structures in the target cell, thus causing the predetermined cellular change to occur in the target cell of the subject, wherein said predetermined cellular change treats the cell proliferation related disorder. administering to a subject at least one of said photoactivatable pharmaceutical agent, administering the upconverter into the subject, interacting light from the at least one upconverter with the at least one photoactivatable pharmaceutical agent to activate the photoactivatable pharmaceutical agent in situ, wherein upon activation, the photoactivatable agent binds to DNA, RNA or other structures in the target cell, thus causing the predetermined cellular change to occur in the target cell of the subject, wherein said predetermined cellular change treats the cell proliferation related disorder.
Seal comprising a sealing ring composed of an elastic plastic, and comprising at least one preload ring composed of a rubber-elastic material, wherein the sealing ring and the preload ring are arranged concentrically in relation to one another, are in contact in an abutting manner by way of the circumferential sides thereof that are directed towards one another in a radial direction , and have on both sides in an axial direction in each case one end side (9, 10; 11, 12), these end sides being configured as a high-pressure side , or low-pressure side , and as a low-pressure side , or high-pressure side , during the intended use of the seal, and wherein the sealing ring has at least one pressure-relief channel which extends between its end sides substantially in the axial direction and which, by way of a differential-pressure-actuatable valve body , is able to be brought into an open position or closed position in a differential-pressure-dependent manner, characterized in that the valve body is formed by a valve lip , which is connected to the sealing ring so as to be pivotable in the radial direction about an articulation .
Radiation detector with a substrate and a membrane suspended above the substrate by spacers , wherein the spacers electrically contact a radiation sensor formed in the membrane and thermally insulate the membrane from the substrate , wherein the spacers are configured as long and thinly coated hollow tubes, wherein the spacers are manufactured by means of atomic layer deposition ALD and a sacrificial layer method, wherein an aspect ratio of the length l to the diameter D of the spacer is greater than or equal to 1, and wherein the membrane is suspended on the spacers without ridges. wherein the spacers electrically contact a radiation sensor formed in the membrane and thermally insulate the membrane from the substrate , wherein the spacers are configured as long and thinly coated hollow tubes, wherein the spacers are manufactured by means of atomic layer deposition ALD and a sacrificial layer method, wherein an aspect ratio of the length l to the diameter D of the spacer is greater than or equal to 1, and wherein the membrane is suspended on the spacers without ridges.
A cyclone separator , characterized by : a first housing ; a second housing , arranged in the first housing , wherein a waste collection chamber is arranged between the second housing and the first housing ; a first filter element , arranged in the second housing and enclosed to form a first filter chamber; a flowing passage , located between the first filter element and the second housing , wherein the flowing passage is in communication with the first filter chamber through a filter hole, and the waste collection chamber is in communication with the flowing passage ; an input pipe , in communication with the flowing passage , wherein a flowing medium is capable of entering the cyclone separator through the input pipe and forming a cyclone in the flowing passage ; an output pipe , in communication with the first filter chamber, wherein the flowing medium is capable of being discharged from the cyclone separator through the output pipe ; and a reflux portion , wherein the flowing medium is capable of flowing from the waste collection chamber to the output pipe through the reflux portion . a first housing ; a second housing , arranged in the first housing , wherein a waste collection chamber is arranged between the second housing and the first housing ; a first filter element , arranged in the second housing and enclosed to form a first filter chamber; a flowing passage , located between the first filter element and the second housing , wherein the flowing passage is in communication with the first filter chamber through a filter hole, and the waste collection chamber is in communication with the flowing passage ; an input pipe , in communication with the flowing passage , wherein a flowing medium is capable of entering the cyclone separator through the input pipe and forming a cyclone in the flowing passage ; an output pipe , in communication with the first filter chamber, wherein the flowing medium is capable of being discharged from the cyclone separator through the output pipe ; and a reflux portion , wherein the flowing medium is capable of flowing from the waste collection chamber to the output pipe through the reflux portion .