mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: receiving , at a master electronic device , a connection-indicative signal from an electronic accessory of the master electronic device that includes a connection attribute that is indicative of a presence or a characteristic of a connection between the electronic accessory and at least one other electronic accessory of the master electronic device ; determining, at the master electronic device, a location of the master electronic device; storing, in a data structure at the master electronic device, the location in association with the connection attribute and an identifier of the at least one other electronic accessory; detecting, at the master electronic device , that a locate-accessory condition is satisfied; in response to the detecting, estimating , at the master electronic device , a location of the at least one other electronic accessory based on the connection attribute in the connection-indicative signal and the location of the master electronic device in association with the connection attribute, wherein estimating the location of the at least one other electronic accessory includes retrieving the location from the data structure; and presenting a presentation that includes location information that corresponds to the estimated location. receiving , at a master electronic device , a connection-indicative signal from an electronic accessory of the master electronic device that includes a connection attribute that is indicative of a presence or a characteristic of a connection between the electronic accessory and at least one other electronic accessory of the master electronic device ; determining, at the master electronic device, a location of the master electronic device; storing, in a data structure at the master electronic device, the location in association with the connection attribute and an identifier of the at least one other electronic accessory; detecting, at the master electronic device , that a locate-accessory condition is satisfied; in response to the detecting, estimating , at the master electronic device , a location of the at least one other electronic accessory based on the connection attribute in the connection-indicative signal and the location of the master electronic device in association with the connection attribute, wherein estimating the location of the at least one other electronic accessory includes retrieving the location from the data structure; and presenting a presentation that includes location information that corresponds to the estimated location.
An operation method of a transmission apparatus in a wireless communication system, the method comprising: attenuating, if the power of a signal inputted to a transceiver coupled with an amplifier is smaller than a reference value, the power of the signal based on a gain compensation value corresponding to the power of the signal; and transmitting the signal having the attenuated power to the amplifier , wherein a plurality of gain compensation values are determined based on a predefined plurality of output control values and a plurality of gain values corresponding respectively to the plurality of predefined output control values, wherein respective gain compensation value is determined as difference between respective value among the plurality of gain values and a reference gain value corresponding to a reference output control value among the predefined output control values, and wherein the reference value is the input power at which a gain of the amplifier is minimized. attenuating, if the power of a signal inputted to a transceiver coupled with an amplifier is smaller than a reference value, the power of the signal based on a gain compensation value corresponding to the power of the signal; and transmitting the signal having the attenuated power to the amplifier , wherein a plurality of gain compensation values are determined based on a predefined plurality of output control values and a plurality of gain values corresponding respectively to the plurality of predefined output control values, wherein respective gain compensation value is determined as difference between respective value among the plurality of gain values and a reference gain value corresponding to a reference output control value among the predefined output control values, and wherein the reference value is the input power at which a gain of the amplifier is minimized.
A modular, variable electronic power system for generating unipolar or bipolar electrical pulses, comprising: - one or more electrical pulse generation modules , wherein said modules are connectable in series or in parallel, such that the output voltage and/or current of the pulses is respectively the sum of the individual output voltages and/or currents of each module ; - a charging unit for powering the pulse generation modules ; and - a control unit for controlling the generation modules and the charging unit ; wherein the generation modules are coupled to the charging unit by means of an isolation transformer , said charging unit being connected to the primary side of the transformer , and the generation modules connected to a secondary side of the transformers ; the system characterized in that - each generation module comprises an AC/DC rectifier connected to an output of the secondary side of the transformer , and a DC/AC inverter having a bridge configuration connected to the output of said AC/DC rectifier for generating the electrical output pulses or pulse trains; and in that - the charging unit comprises a DC/DC converter connected to an DC/AC inverter , wherein said DC/AC inverter is connected to the primary side of the transformer . - one or more electrical pulse generation modules , wherein said modules are connectable in series or in parallel, such that the output voltage and/or current of the pulses is respectively the sum of the individual output voltages and/or currents of each module ; - a charging unit for powering the pulse generation modules ; and - a control unit for controlling the generation modules and the charging unit ; - each generation module comprises an AC/DC rectifier connected to an output of the secondary side of the transformer , and a DC/AC inverter having a bridge configuration connected to the output of said AC/DC rectifier for generating the electrical output pulses or pulse trains; and in that - the charging unit comprises a DC/DC converter connected to an DC/AC inverter , wherein said DC/AC inverter is connected to the primary side of the transformer .
An apparatus , comprising: a printed circuit board, PCB, including a component that generates high frequency electromagnetic frequency, EMF, noise during operation, the PCB POD including pads ; a corresponding connector ; and a removable shield to cover the component, the removable shield including lock fingers to extend from an edge of the removable shield to interface with the corresponding connector to align the removable shield with the corresponding connector , characterized in that the removable shield includes a gap in a perimeter of the removable shield to align with a clip in the corresponding connector , wherein the clip in the corresponding connector is to provide a mechanical interface with the PCB and wherein the removable shield is to be secured in contact with the PCB via the clip in the corresponding connector . a printed circuit board, PCB, including a component that generates high frequency electromagnetic frequency, EMF, noise during operation, the PCB POD including pads ; a corresponding connector ; and a removable shield to cover the component, the removable shield including lock fingers to extend from an edge of the removable shield to interface with the corresponding connector to align the removable shield with the corresponding connector , characterized in that the removable shield includes a gap in a perimeter of the removable shield to align with a clip in the corresponding connector , wherein the clip in the corresponding connector is to provide a mechanical interface with the PCB and wherein the removable shield is to be secured in contact with the PCB via the clip in the corresponding connector .
A floor scrubber and dryer comprising a base frame which supports at least one washing assembly which comprises at least one dispensing device for a cleaning liquid which is connected with a storage tank through at least one supply conduit for the cleaning liquid , at least one drying assembly , and a sanitization assembly which comprises a device for producing ozone which is associated with a delivery conduit which leads into a mixing valve which is arranged along said supply conduit for said cleaning liquid , characterized in that said mixing valve defines an open tubular portion which extends along a main axis of extension and defines a passage opening that can be passed through by said cleaning liquid along a first direction , said delivery conduit having an injection terminal which leads into said mixing valve and extends parallel and coaxially to said open tubular portion , the flow of ozone inside said injection terminal being substantially in the same direction as said first direction , there being also a device for controlling the introduction of ozone into said mixing valve which is adapted to interrupt the sending of ozone to said delivery conduit when said dispensing device does not dispense said cleaning liquid .
A material shaping system, comprising: a medium disposed on a base ; a plurality of transducers coupled to the base , wherein each transducer of the plurality of transducers is configured to be activated to cause local vibration within the medium; a projector configured to project an image toward the base; and a controller communicatively coupled to the plurality of transducers and the projector , wherein the controller is configured to: receive feedback indicative of an operating parameter of the system; instruct at least a portion of the transducers of the plurality of transducers to activate based on the feedback to form a shaped surface from the medium on the base ; and instruct the projector to project the image toward the medium and/or the base in response to the feedback. a medium disposed on a base ; a plurality of transducers coupled to the base , wherein each transducer of the plurality of transducers is configured to be activated to cause local vibration within the medium; a projector configured to project an image toward the base; and a controller communicatively coupled to the plurality of transducers and the projector , wherein the controller is configured to: receive feedback indicative of an operating parameter of the system; instruct at least a portion of the transducers of the plurality of transducers to activate based on the feedback to form a shaped surface from the medium on the base ; and instruct the projector to project the image toward the medium and/or the base in response to the feedback. receive feedback indicative of an operating parameter of the system; instruct at least a portion of the transducers of the plurality of transducers to activate based on the feedback to form a shaped surface from the medium on the base ; and instruct the projector to project the image toward the medium and/or the base in response to the feedback.
A baby monitor system, comprising: a baby monitor unit having a microphone for collecting sounds of a baby to be monitored and an output system for providing alerts to a set of at least two carer receiver units; and a processor arrangement for triggering alerts for one or more of the carer receiver units, wherein the processor arrangement is adapted to: analyze the sounds collected by the baby monitor unit; identify crying from the analyzed sounds and categorize the crying as one of a set of different crying types; generate a first alert trigger signal for triggering a first alert to a first carer receiver unit in response to the crying being one of a first sub-set of crying types; and generate a second alert trigger signal for triggering a second alert to a second carer receiver unit in response to the crying being one of a second sub-set of crying types, different to the first sub-set of crying types. a baby monitor unit having a microphone for collecting sounds of a baby to be monitored and an output system for providing alerts to a set of at least two carer receiver units; and a processor arrangement for triggering alerts for one or more of the carer receiver units, wherein the processor arrangement is adapted to: analyze the sounds collected by the baby monitor unit; identify crying from the analyzed sounds and categorize the crying as one of a set of different crying types; generate a first alert trigger signal for triggering a first alert to a first carer receiver unit in response to the crying being one of a first sub-set of crying types; and generate a second alert trigger signal for triggering a second alert to a second carer receiver unit in response to the crying being one of a second sub-set of crying types, different to the first sub-set of crying types. analyze the sounds collected by the baby monitor unit; identify crying from the analyzed sounds and categorize the crying as one of a set of different crying types; generate a first alert trigger signal for triggering a first alert to a first carer receiver unit in response to the crying being one of a first sub-set of crying types; and generate a second alert trigger signal for triggering a second alert to a second carer receiver unit in response to the crying being one of a second sub-set of crying types, different to the first sub-set of crying types.
A composition for delivering a protein into a cell, the composition comprising: (a) a protein to be delivered to a cell, wherein the protein is associated with a supernegatively charged protein resulting in a complex that is negatively charged; and (b) a cationic polymer or a cationic lipid, optionally wherein the composition is a pharmaceutical composition. (a) a protein to be delivered to a cell, wherein the protein is associated with a supernegatively charged protein resulting in a complex that is negatively charged; and (b) a cationic polymer or a cationic lipid,
A method of producing olefins, the method comprising: distilling a feedstock comprising crude oil to produce a plurality of distilling product streams comprising a naphtha stream and a vacuum residue Z stream ; steam cracking the naphtha stream to produce a plurality of cracking product streams comprising a C 2 to C 3 olefins stream , a mixed C 4 hydrocarbon stream , and a pyrolysis oil stream ; hydrocracking the vacuum residue stream to produce a distillate stream having a boiling range less than the vacuum residue stream and a heavy unconverted oil stream having a boiling range higher than the vacuum residue stream; deasphalting the heavy unconverted oil stream and the pyrolysis oil from steam-cracking with a solvent to produce a deasphalted oil stream and a pitch stream ; hydrocracking the deasphalted oil to produce naphtha; gasifying the pitch stream to produce a synthesis gas stream ; reacting carbon monoxide and hydrogen of the synthesis gas stream in the presence of a catalyst under reaction conditions sufficient to produce methanol ; wherein the catalyst comprises metals including copper, zinc, other transitions metals, and/or oxides thereof combined with solid support including alumina, silicates, or combinations thereof. distilling a feedstock comprising crude oil to produce a plurality of distilling product streams comprising a naphtha stream and a vacuum residue Z stream ; steam cracking the naphtha stream to produce a plurality of cracking product streams comprising a C 2 to C 3 olefins stream , a mixed C 4 hydrocarbon stream , and a pyrolysis oil stream ; hydrocracking the vacuum residue stream to produce a distillate stream having a boiling range less than the vacuum residue stream and a heavy unconverted oil stream having a boiling range higher than the vacuum residue stream; deasphalting the heavy unconverted oil stream and the pyrolysis oil from steam-cracking with a solvent to produce a deasphalted oil stream and a pitch stream ; hydrocracking the deasphalted oil to produce naphtha; gasifying the pitch stream to produce a synthesis gas stream ; reacting carbon monoxide and hydrogen of the synthesis gas stream in the presence of a catalyst under reaction conditions sufficient to produce methanol ; wherein the catalyst comprises metals including copper, zinc, other transitions metals, and/or oxides thereof combined with solid support including alumina, silicates, or combinations thereof.
A herbicidal composition comprising a herbicidally effective amount of (a) (±)-2-exo-(2-Methylbenzyloxy)-1-methyl-4-isopropyl-7-oxabicyclo[2.2.1]heptane, any of its individual enantiomers or any non-racemic mixture thereof (herbicide A) and (b) at least one quinolinecarboxylic acid which is quinmerac (B.2) or an agriculturally acceptable salt or ester thereof (herbicide B).
A propulsion unit comprising: - a gas generator comprising: a compressor , a combustion chamber , configured to receive compressed air by the compressor , a turbine , configured to rotationally drive the compressor using the gases coming from the combustion chamber , - at least two compressed-air propulsion modules , each propulsion module comprising: a fan , a compressed-air turbine , configured to rotationally drive the fan , - a manifold used to supply compressed air to the respective turbines of the compressed-air propulsion modules , the manifold being configured to collect and mix: at least a portion of the flow (F1) that has crossed the combustion chamber of the gas generator , typically at the outlet of the turbine , and at least one bypass flow (F2), said bypass flow (F2) being an air flow which has not crossed the combustion chamber of the gas generator and characterized in that the manifold or the propulsion modules comprise means for controlling the flow rate to control the respective supply of the propulsion modules with compressed air. - a gas generator comprising: a compressor , a combustion chamber , configured to receive compressed air by the compressor , a turbine , configured to rotationally drive the compressor using the gases coming from the combustion chamber , a compressor , a combustion chamber , configured to receive compressed air by the compressor , a turbine , configured to rotationally drive the compressor using the gases coming from the combustion chamber , - at least two compressed-air propulsion modules , each propulsion module comprising: a fan , a compressed-air turbine , configured to rotationally drive the fan , a fan , a compressed-air turbine , configured to rotationally drive the fan , - a manifold used to supply compressed air to the respective turbines of the compressed-air propulsion modules , the manifold being configured to collect and mix: at least a portion of the flow (F1) that has crossed the combustion chamber of the gas generator , typically at the outlet of the turbine , and at least one bypass flow (F2), said bypass flow (F2) being an air flow which has not crossed the combustion chamber of the gas generator and characterized in that the manifold or the propulsion modules comprise means for controlling the flow rate to control the respective supply of the propulsion modules with compressed air. at least a portion of the flow (F1) that has crossed the combustion chamber of the gas generator , typically at the outlet of the turbine , and at least one bypass flow (F2), said bypass flow (F2) being an air flow which has not crossed the combustion chamber of the gas generator and characterized in that the manifold or the propulsion modules comprise means for controlling the flow rate to control the respective supply of the propulsion modules with compressed air.
A vehicle suspension bushing assembly comprising: a metal sleeve ; an elastomeric housing secured to said metal sleeve , and a metal bar pin (30;60;70;80) having end portions and a central section press fit into said metal sleeve ; characterised in that the metal sleeve is a deformable metal sleeve and in that the central section of the bar pin has radially-extending contact portions with contact surfaces contacting said sleeve, with voids bounded by the contact portions. a metal sleeve ; an elastomeric housing secured to said metal sleeve , and a metal bar pin (30;60;70;80) having end portions and a central section press fit into said metal sleeve ; characterised in that the metal sleeve is a deformable metal sleeve and in that the central section of the bar pin has radially-extending contact portions with contact surfaces contacting said sleeve, with voids bounded by the contact portions.
A quick connection structure for a photographic apparatus comprising a base body , a locking sleeve slidably sleeved on the outside of the base body , a connection platform with a lower part received in a connection hole of the base body , at least one set of platform locking unit being arranged in the base body , wherein the platform locking unit is configured to be slidable between a release position and a lock position when the locking sleeve slides down and up along the base body , the platform locking unit engages with the lower part of the connection platform when the platform locking unit locates at the lock position and disengages with the lower part of the connection platform when the platform locking unit locates at the release position, characterized in that , the connection hole is a non-circular hole and an insert column at the lower part of the connection platform is a non-circular column, non-circular such as hexagonal, quadrangular, pentagonal or elliptic.