mhurhangee/patent-ind-claim-en huggingface dataset:
A method for using a digital assistant operating on a device during a video call carried over a communications network between a local party and a remote party, comprising: configuring the digital assistant to listen to the video call between the local party and the remote party; initiating the digital assistant when the local party says a key word or key phrase; making a determination of an action to be performed by the digital assistant in view of what the local party says on the video call after the digital assistant is initiated; the digital assistant announcing the determined action by displaying the action using text or graphics on a user interface on the device and injecting a PIP overlay showing the interactions between the local party and the digital assistant into an outgoing video stream; the digital assistant performing the determined action; and returning the digital assistant to a listening mode so that the digital assistant is reinitiated when the locals party says the key word or key phrase. configuring the digital assistant to listen to the video call between the local party and the remote party; initiating the digital assistant when the local party says a key word or key phrase; making a determination of an action to be performed by the digital assistant in view of what the local party says on the video call after the digital assistant is initiated; the digital assistant announcing the determined action by displaying the action using text or graphics on a user interface on the device and injecting a PIP overlay showing the interactions between the local party and the digital assistant into an outgoing video stream; the digital assistant performing the determined action; and returning the digital assistant to a listening mode so that the digital assistant is reinitiated when the locals party says the key word or key phrase.
A hybrid vehicle drive system for use with a first prime mover and a first transmission driven by the first prime mover , the system comprising: a second prime mover coupled to a first rechargeable energy source , a component mechanically coupled to the transmission and coupled to the second prime mover and configured to engage or disengage from the first transmission , wherein the first prime mover is configured to provide power through the first transmission and the component to operate the second prime mover , and the second prime mover is configured to provide power to a drive shaft through the component and the first transmission , the second prime mover being powered by the first rechargeable energy source , the hybrid vehicle drive system being characterized by : an accessory configured to be coupled to the second prime mover , configured so the accessory is operated through the operation of the second prime mover , wherein the accessory is a hydraulic motor or hydraulic pump, wherein a clutch is disposed between the accessory and the second prime mover , wherein the accessory is disconnected from the second prime mover when the clutch is disengaged to reduce friction, wherein the component is a power-take-off (PTO), and a second rechargeable power source coupled to the accessory . a second prime mover coupled to a first rechargeable energy source , a component mechanically coupled to the transmission and coupled to the second prime mover and configured to engage or disengage from the first transmission , wherein the first prime mover is configured to provide power through the first transmission and the component to operate the second prime mover , and the second prime mover is configured to provide power to a drive shaft through the component and the first transmission , the second prime mover being powered by the first rechargeable energy source , the hybrid vehicle drive system being characterized by : an accessory configured to be coupled to the second prime mover , configured so the accessory is operated through the operation of the second prime mover , wherein the accessory is a hydraulic motor or hydraulic pump, wherein a clutch is disposed between the accessory and the second prime mover , wherein the accessory is disconnected from the second prime mover when the clutch is disengaged to reduce friction, wherein the component is a power-take-off (PTO), and a second rechargeable power source coupled to the accessory . an accessory configured to be coupled to the second prime mover , configured so the accessory is operated through the operation of the second prime mover , wherein the accessory is a hydraulic motor or hydraulic pump, wherein a clutch is disposed between the accessory and the second prime mover , wherein the accessory is disconnected from the second prime mover when the clutch is disengaged to reduce friction, wherein the component is a power-take-off (PTO), and a second rechargeable power source coupled to the accessory .
A compound or pharmaceutically acceptable salt thereof having the structure of Formula I: wherein R 1 is selected from the group consisting of substituted or unsubstituted heteroaryl and substituted or unsubstituted heterocyclyl with the proviso that a carbon atom is attached to the carbonyl; wherein the heteroaryl or heterocyclyl is selected from the group consisting of R 2 is selected from the group consisting of substituted or unsubstituted aryl, and R 3 , R 4 , R 5 and R 6 are H.
A conduit system for a gas turbine engine , comprising: a heat exchanger configured to cool or heat fluid flowing therethrough having an inlet and an outlet ; at least one by-pass (26A-D) in operable communication with the heat exchanger being configured to allow fluid to exit the heat exchanger before reaching the outlet ; and a conduit being in fluidic communication with the outlet and the at least one by-pass (26A-D); characterized in that at least one by-pass (26A-D) is a plurality of by-passes (26A-D) and each of the plurality of by-passes (26A-D) is configured to allow fluid to exit the heat exchanger after passing through a different portion of the heat exchanger . a heat exchanger configured to cool or heat fluid flowing therethrough having an inlet and an outlet ; at least one by-pass (26A-D) in operable communication with the heat exchanger being configured to allow fluid to exit the heat exchanger before reaching the outlet ; and a conduit being in fluidic communication with the outlet and the at least one by-pass (26A-D); characterized in that at least one by-pass (26A-D) is a plurality of by-passes (26A-D) and each of the plurality of by-passes (26A-D) is configured to allow fluid to exit the heat exchanger after passing through a different portion of the heat exchanger .
A system for removing hydrogen peroxide from wastewater, the system comprising: a first reaction tank having an inlet fluidly connectable to a source of the wastewater ; a source of dilution water having a lower concentration of hydrogen peroxide than the wastewater in fluid communication with the inlet of the first reaction tank ; a source of ferrous salt in fluid communication with the first reaction tank ; a source of acid in fluid communication with the first reaction tank ; a second reaction tank having an inlet in fluid communication with an outlet of the first reaction tank ; a source of a base in fluid communication with the second reaction tank , a vessel including catalytic activated carbon having an outlet in fluid communication with the inlet of the first reaction tank through a recycle line ; and a dilution vessel fluidly disposed between the inlet of the vessel including catalytic activated carbon and the outlet of the second reaction tank to form diluted partially treated wastewater from the partially treated wastewater; a further water recycle line configured to recycle at least a portion of treated water from the vessel including the catalytic activated carbon to the dilution vessel . a first reaction tank having an inlet fluidly connectable to a source of the wastewater ; a source of dilution water having a lower concentration of hydrogen peroxide than the wastewater in fluid communication with the inlet of the first reaction tank ; a source of ferrous salt in fluid communication with the first reaction tank ; a source of acid in fluid communication with the first reaction tank ; a second reaction tank having an inlet in fluid communication with an outlet of the first reaction tank ; a source of a base in fluid communication with the second reaction tank , a vessel including catalytic activated carbon having an outlet in fluid communication with the inlet of the first reaction tank through a recycle line ; and a dilution vessel fluidly disposed between the inlet of the vessel including catalytic activated carbon and the outlet of the second reaction tank to form diluted partially treated wastewater from the partially treated wastewater; a further water recycle line configured to recycle at least a portion of treated water from the vessel including the catalytic activated carbon to the dilution vessel .
A valve for use in an aerosol dispenser, said valve comprising: a housing, said housing having a lower platform for attachment to an outer container of an aerosol dispenser , said platform having a housing hole therethrough, and an inner collar projecting upwardly from said platform , and an outer collar extend upwardly from the platform , and a lower collar projecting downwardly from said platform , a seal circumscribing said housing hole and having a seal hole therethrough, a valve stem slidably disposed in said seal hole, and a reinforcing sleeve in radial contact with said at least one of said inner collar and said lower collar , said reinforcing sleeve comprising crystallized polymeric material, metal or carbon fiber. a housing, said housing having a lower platform for attachment to an outer container of an aerosol dispenser , said platform having a housing hole therethrough, and an inner collar projecting upwardly from said platform , and an outer collar extend upwardly from the platform , and a lower collar projecting downwardly from said platform , a seal circumscribing said housing hole and having a seal hole therethrough, a valve stem slidably disposed in said seal hole, and a reinforcing sleeve in radial contact with said at least one of said inner collar and said lower collar , said reinforcing sleeve comprising crystallized polymeric material, metal or carbon fiber.
A method for actively suppressing the occlusion effect during the playback of audio signals by means of headphones or a hearing aid, in which - with at least one outer microphone of the headphones or the hearing aid, external sound is captured in the form of a sound signal occurring from the outside; - a voice signal is captured with at least one additional microphone ; - the dry component of the captured voice signal is estimated , wherein the dry component of the captured voice signal is the component of the captured voice signal which has neither a reverberation caused by the surrounding space nor ambient noises; - a voice component is extracted by a filter from the external sound captured with the at least one outer microphone, wherein filter coefficients of the filter are determined based on the estimated dry component of the captured voice signal, or the acoustic influence of the space on the own voice is analyzed based on the dry component of the captured voice signal and the external sound captured with the at least one outer microphone and based thereon the estimated dry component of the captured voice signal is filtered such that a voice component is produced which has a comparable spatiality to the voice component at the at least one outer microphone; and - the extracted or generated voice component is output via a loudspeaker of the headphones or hearing aid. - with at least one outer microphone of the headphones or the hearing aid, external sound is captured in the form of a sound signal occurring from the outside; - a voice signal is captured with at least one additional microphone ; - the dry component of the captured voice signal is estimated , wherein the dry component of the captured voice signal is the component of the captured voice signal which has neither a reverberation caused by the surrounding space nor ambient noises; - a voice component is extracted by a filter from the external sound captured with the at least one outer microphone, wherein filter coefficients of the filter are determined based on the estimated dry component of the captured voice signal, or the acoustic influence of the space on the own voice is analyzed based on the dry component of the captured voice signal and the external sound captured with the at least one outer microphone and based thereon the estimated dry component of the captured voice signal is filtered such that a voice component is produced which has a comparable spatiality to the voice component at the at least one outer microphone; and - the extracted or generated voice component is output via a loudspeaker of the headphones or hearing aid.
A device for wireless communications, the device comprising: a first radio configured to receive an indication of when the first radio is scheduled to receive first wireless signal over a first wireless network; a second radio configured to transmit a second wireless signal over a second wireless network; and a non-wireless interface configured to convey, from the first radio to the second radio , timing information indicating a scheduled reception time for the first wireless signal based on the received indication; wherein the second radio is further configured to compare an intended transmission period of the second wireless signal with the scheduled reception time of the first radio, and when these do overlap, delay transmitting the second wireless signal until the scheduled reception time for the first wireless signal expires, and wherein the device is configured to use a network allocation vector to delay the second wireless transmission by the second radio until the scheduled reception time expires. a first radio configured to receive an indication of when the first radio is scheduled to receive first wireless signal over a first wireless network; a second radio configured to transmit a second wireless signal over a second wireless network; and a non-wireless interface configured to convey, from the first radio to the second radio , timing information indicating a scheduled reception time for the first wireless signal based on the received indication; wherein the second radio is further configured to compare an intended transmission period of the second wireless signal with the scheduled reception time of the first radio, and when these do overlap, delay transmitting the second wireless signal until the scheduled reception time for the first wireless signal expires, and wherein the device is configured to use a network allocation vector to delay the second wireless transmission by the second radio until the scheduled reception time expires.
Granulating device for granulating strands of material, comprising: - a perforated plate for producing strands of material, - a blade head , which is arranged on a downstream side of the perforated plate for the purpose of producing a granulate (G) from the strands of material and has -- a blade carrier composed of a blade carrier material (M 1 ) and -- at least one granulating blade fastened to the blade carrier , and - a drive device for rotationally driving the blade head about an axis of rotation , characterized in that the blade carrier comprises at least two blade arms for fastening a respective granulating blade , and a mounting portion for rotatably mounting the at least two blade arms , in that the blade carrier material (M 1 ) has a thermal conductivity λ 1 ≥ 150 W/m/K at 20°C, and in that the blade carrier material (M 1 ) has a coefficient of thermal expansion α 1 ≥ 16 · 10 -6 1/K at 20°C. - a perforated plate for producing strands of material, - a blade head , which is arranged on a downstream side of the perforated plate for the purpose of producing a granulate (G) from the strands of material and has -- a blade carrier composed of a blade carrier material (M 1 ) and -- at least one granulating blade fastened to the blade carrier , and -- a blade carrier composed of a blade carrier material (M 1 ) and -- at least one granulating blade fastened to the blade carrier , and - a drive device for rotationally driving the blade head about an axis of rotation , characterized in that the blade carrier comprises at least two blade arms for fastening a respective granulating blade , and a mounting portion for rotatably mounting the at least two blade arms , in that the blade carrier material (M 1 ) has a thermal conductivity λ 1 ≥ 150 W/m/K at 20°C, and in that the blade carrier material (M 1 ) has a coefficient of thermal expansion α 1 ≥ 16 · 10 -6 1/K at 20°C.
Holding apparatus of a switching device , having a base , which has a holding opening for holding a vacuum interrupter and one or more first openings and is fitted on a bushing with one or more second openings , wherein the first openings are arranged closer to the holding opening than the second openings and wherein the second openings are arranged closer to an outer wall of the switching device than the first openings , characterized in that the base has a ring composed of conductive material for the purpose of improving the dissipation of heat.
Nozzle head for atomizing a fluid for a fuel injection valve with a valve body, through which flow can pass, wherein the nozzle head has a longitudinal axis and a nozzle perforated disk which has a front surface and an opposite inner surface , wherein the nozzle perforated disk has at least one nozzle perforated channel and a further nozzle perforated channel which completely penetrate the nozzle perforated disk in the direction of the longitudinal axis , and wherein the nozzle perforated channel has an entry surface at its first channel end and an outlet surface at its second channel end , which is arranged facing away from the first channel end , wherein the entry surface is formed on the inner surface , and wherein the nozzle perforated channel and the further nozzle perforated channel are arranged lying opposite at a certain radius from a nozzle perforated disk center, wherein - the nozzle perforated channel and the further nozzle perforated channel each have a nozzle hole projection which has a channel wall completely encircling a channel axis of the nozzle perforated channel or of the further nozzle perforated channel , wherein the channel wall has a wall height h which extends away from the inner surface , starting from the front surface , in the direction of the longitudinal axis and is configured over a circumference of the nozzle hole projection in such a manner that the second channel end corresponds to a channel wall end of the channel wall , which channel wall end is configured so as to face away from the front surface , characterized in that - at an axial distance (W2) from the front surface , which axial distance is formed in the direction of the longitudinal axis , a free radial distance D is formed between the channel walls the nozzle perforated channel and the further nozzle perforated channel , for which: h ≥ 1 / 4 ⋅ D wherein the axial distance (W2) corresponds to the wall height h. - the nozzle perforated channel and the further nozzle perforated channel each have a nozzle hole projection which has a channel wall completely encircling a channel axis of the nozzle perforated channel or of the further nozzle perforated channel , wherein the channel wall has a wall height h which extends away from the inner surface , starting from the front surface , in the direction of the longitudinal axis and is configured over a circumference of the nozzle hole projection in such a manner that the second channel end corresponds to a channel wall end of the channel wall , which channel wall end is configured so as to face away from the front surface , characterized in that - at an axial distance (W2) from the front surface , which axial distance is formed in the direction of the longitudinal axis , a free radial distance D is formed between the channel walls the nozzle perforated channel and the further nozzle perforated channel , for which: h ≥ 1 / 4 ⋅ D wherein the axial distance (W2) corresponds to the wall height h.
A wet clutch assembly (1; 100), comprising: a clutch drum ; a clutch chamber formed within the clutch drum ; a clutch actuation piston movably disposed within the clutch drum and configured to be actuated by means of a hydraulic pressure in the clutch chamber ; and a fluid line at least partially extending through the clutch actuation piston , the fluid line providing fluid communication with the clutch chamber for filling the clutch chamber via the fluid line , characterised by a flow control member movable relative to a section of the fluid line and configured to vary a cross section of said fluid line section through movement of the clutch actuation piston relative to the clutch drum . a clutch drum ; a clutch chamber formed within the clutch drum ; a clutch actuation piston movably disposed within the clutch drum and configured to be actuated by means of a hydraulic pressure in the clutch chamber ; and a fluid line at least partially extending through the clutch actuation piston , the fluid line providing fluid communication with the clutch chamber for filling the clutch chamber via the fluid line , characterised by a flow control member movable relative to a section of the fluid line and configured to vary a cross section of said fluid line section through movement of the clutch actuation piston relative to the clutch drum .
A liquid antibody preparation, comprising: (i) an anti-PCSK9 antibody or an antigen-binding fragment thereof; (ii) a buffer; (iii) a viscosity inhibitor selected from sugar alcohols, arginine, arginine hydrochloride, sodium thiocyanate, ammonium thiocyanate, ammonium sulfate, ammonium chloride, calcium chloride, zinc chloride, sodium acetate and combinations thereof; and (iv) a surfactant, wherein the anti-PCSK9 antibody or the antigen-binding fragment thereof comprises a heavy chain and a light chain, wherein (a) the heavy chain comprises or consists of an amino acid sequence set forth in SEQ ID NO: 41; and (b) the light chain comprises or consists of an amino acid sequence set forth in SEQ ID NO: 35. (i) an anti-PCSK9 antibody or an antigen-binding fragment thereof; (ii) a buffer; (iii) a viscosity inhibitor selected from sugar alcohols, arginine, arginine hydrochloride, sodium thiocyanate, ammonium thiocyanate, ammonium sulfate, ammonium chloride, calcium chloride, zinc chloride, sodium acetate and combinations thereof; and (iv) a surfactant, (a) the heavy chain comprises or consists of an amino acid sequence set forth in SEQ ID NO: 41; and (b) the light chain comprises or consists of an amino acid sequence set forth in SEQ ID NO: 35.