mhurhangee/ep-ind-claims huggingface dataset:
An electrosurgical system comprising: an electrosurgical instrument including an electrode having a polymeric dielectric coating; and an electrosurgical generator including: a power converter configured to generate RF energy; a sensor coupled to the power converter and configured to sense at least one parameter of the RF energy; and a controller coupled to the sensor and the power converter, the controller configured to: control the power converter to output an RF waveform to achieve conductor breakthrough through the polymeric dielectric coating; determine whether the conductor breakthrough occurred based on the at least one parameter; and to execute a treatment algorithm when the determination indicates that the conductor breakthrough has occurred. an electrosurgical instrument including an electrode having a polymeric dielectric coating; and an electrosurgical generator including: a power converter configured to generate RF energy; a sensor coupled to the power converter and configured to sense at least one parameter of the RF energy; and a controller coupled to the sensor and the power converter, the controller configured to: control the power converter to output an RF waveform to achieve conductor breakthrough through the polymeric dielectric coating; determine whether the conductor breakthrough occurred based on the at least one parameter; and to execute a treatment algorithm when the determination indicates that the conductor breakthrough has occurred. a power converter configured to generate RF energy; a sensor coupled to the power converter and configured to sense at least one parameter of the RF energy; and a controller coupled to the sensor and the power converter, the controller configured to: control the power converter to output an RF waveform to achieve conductor breakthrough through the polymeric dielectric coating; determine whether the conductor breakthrough occurred based on the at least one parameter; and to execute a treatment algorithm when the determination indicates that the conductor breakthrough has occurred. control the power converter to output an RF waveform to achieve conductor breakthrough through the polymeric dielectric coating; determine whether the conductor breakthrough occurred based on the at least one parameter; and to execute a treatment algorithm when the determination indicates that the conductor breakthrough has occurred.
Use of a dispersion stabilizer in suspension polymerization of a vinyl-based monomer, wherein the dispersion stabilizer comprises a vinyl alcohol-based copolymer, obtained by saponifying a copolymer of vinyl acetate and a polyfunctional monomer, wherein the polyfunctional monomer contains two or more ethylenic double bonds in its molecule, the vinyl alcohol-based copolymer has a side chain containing a vinyl ether group and a molar ratio (d) of the vinyl ether group to a total of vinyl alcohol units and vinyl acetate units is from 0.05/100 to 2/100, and the vinyl alcohol-based copolymer is water soluble, such that it completely dissolves in an aqueous solution having a concentration of 4 weight% at a temperature of 90°C.
In a microprocessor, a method for accelerating code optimization, comprising: fetching an incoming macroinstruction sequence using an instruction fetch component (101, 2201) in a microprocessor pipeline; transferring the macroinstruction sequence to a decoding component (102, 2202) in the microprocessor pipeline for decoding into a microinstruction sequence; performing optimization processing by identifying true dependencies, output dependencies, and anti-dependencies in the microinstruction sequence and reordering the microinstruction sequence into an optimized microinstruction sequence comprising a plurality of dependency code groups based on the identified true dependencies, output dependencies, and anti-dependencies; outputting the optimized microinstruction sequence to a remaining microprocessor pipeline for execution, said remaining microprocessor pipeline comprising an allocation module, a dispatch module, an execution module, and a retirement module; and storing a copy of the optimized microinstruction sequence into a sequence cache for subsequent use upon a subsequent hit on the optimized microinstruction sequence. fetching an incoming macroinstruction sequence using an instruction fetch component (101, 2201) in a microprocessor pipeline; transferring the macroinstruction sequence to a decoding component (102, 2202) in the microprocessor pipeline for decoding into a microinstruction sequence; performing optimization processing by identifying true dependencies, output dependencies, and anti-dependencies in the microinstruction sequence and reordering the microinstruction sequence into an optimized microinstruction sequence comprising a plurality of dependency code groups based on the identified true dependencies, output dependencies, and anti-dependencies; outputting the optimized microinstruction sequence to a remaining microprocessor pipeline for execution, said remaining microprocessor pipeline comprising an allocation module, a dispatch module, an execution module, and a retirement module; and storing a copy of the optimized microinstruction sequence into a sequence cache for subsequent use upon a subsequent hit on the optimized microinstruction sequence.
A carrier aggregation processing method, comprising: determining, by a network-side device, a second cell through public land mobile network identifiers, PLMN IDs, screening according to a first PLMN ID used by a carrier aggregation, CA, user equipment in a first cell and through frequencies screening according to a frequency supported by the CA user equipment, wherein the first cell is a cell that the CA user equipment currently accesses, a PLMN ID supported by the second cell comprises the first PLMN ID, and a frequency used by the second cell can be supported by the CA user equipment, and wherein at least one cell of the first cell and the second cell supports other PLMN ID besides the first PLMN ID; and configuring, by the network-side device, the second cell as a CA cell for the CA user equipment. determining, by a network-side device, a second cell through public land mobile network identifiers, PLMN IDs, screening according to a first PLMN ID used by a carrier aggregation, CA, user equipment in a first cell and through frequencies screening according to a frequency supported by the CA user equipment, wherein the first cell is a cell that the CA user equipment currently accesses, a PLMN ID supported by the second cell comprises the first PLMN ID, and a frequency used by the second cell can be supported by the CA user equipment, and wherein at least one cell of the first cell and the second cell supports other PLMN ID besides the first PLMN ID; and configuring, by the network-side device, the second cell as a CA cell for the CA user equipment.
A method for controlling an image photographing apparatus, the method comprising: outputting first light toward an object, wherein the first light passes through projection optics (410, 610, 830) of the image photographing apparatus; receiving the first light reflected from the object; obtaining a first image using the received first light; adjusting a shape of the projection optics (410, 610, 830) by controlling a strength of an electrical signal applied to the projection optics, wherein the projection optics (410, 610, 830) comprise a piezoelectric material of which a shape is changed depending upon an electrical signal; outputting second light toward the object, wherein the second light passes through the projection optics (410, 640, 840) of which the shape is adjusted; receiving the second light reflected from the object; obtaining a second image using the received second light; and generating a depth map using the obtained first image and the obtained second image, wherein the adjusting the shape of the projection optics (410, 610, 830) comprises dividing the projection optics (410, 610, 830) into a plurality of areas and applying different electrical signals to the plurality of areas. outputting first light toward an object, wherein the first light passes through projection optics (410, 610, 830) of the image photographing apparatus; receiving the first light reflected from the object; obtaining a first image using the received first light; adjusting a shape of the projection optics (410, 610, 830) by controlling a strength of an electrical signal applied to the projection optics, wherein the projection optics (410, 610, 830) comprise a piezoelectric material of which a shape is changed depending upon an electrical signal; outputting second light toward the object, wherein the second light passes through the projection optics (410, 640, 840) of which the shape is adjusted; receiving the second light reflected from the object; obtaining a second image using the received second light; and generating a depth map using the obtained first image and the obtained second image, wherein the adjusting the shape of the projection optics (410, 610, 830) comprises dividing the projection optics (410, 610, 830) into a plurality of areas and applying different electrical signals to the plurality of areas.
A device for application of a hair formulation, comprising: a body structure having one or more tines at a front end, wherein a tip of a tine includes a first and second opening; a nebulizer configured to dispense a hair formulation; a vacuum system with an inlet connected to the second opening; and a handle extending from the body structure at an angle with respect to the front end of the body structure characterized in that the nebulizer comprises an outlet connected to a first opening, the angle of the handle with respect to the front end of the body structure is obtuse. a body structure having one or more tines at a front end, wherein a tip of a tine includes a first and second opening; a nebulizer configured to dispense a hair formulation; a vacuum system with an inlet connected to the second opening; and a handle extending from the body structure at an angle with respect to the front end of the body structure characterized in that the nebulizer comprises an outlet connected to a first opening, the angle of the handle with respect to the front end of the body structure is obtuse.
An operating room cable assembly (450, 550) for an electrical stimulation system, the operating room cable assembly comprising: a lead connector (452, 552, 652) comprising a housing (560, 660) having an outer surface (562, 662), a first end (564, 664), and an opposing second end (566, 666), a lead passageway (576, 676) open at the first end of the housing and extending inwardly towards the second end of the housing, a plurality of connector contacts disposed in the housing and exposed to the lead passageway, wherein the connector contacts are configured and arranged to engage terminals disposed along a lead (503, 603) or lead extension when the lead or lead extension is operationally inserted into the lead passageway, a first tab lumen (577, 677) defined along the outer surface of the housing and extending inwardly to the lead passageway, and a first biased tab (580a, 680a) disposed in the first tab lumen and pivotally coupled to the housing at a pivotal connection within the first tab lumen, the first biased tab having a first end (582a, 682a) exposed to the outer surface of the housing and an opposing second end (584a, 684a) exposed to the lead passageway, the first biased tab configured and arranged to move to an unlock position by pivoting the second end of the first biased tab away from any inserted lead or lead extension in the lead passageway and biased to return to a lock position, wherein, when in the lock position, the first biased tab is biased to exert a force against the lead or lead extension inserted into the lead passageway, the exerted force sufficient to resist axial movement of the lead or lead extension relative to the lead connector. a housing (560, 660) having an outer surface (562, 662), a first end (564, 664), and an opposing second end (566, 666), a lead passageway (576, 676) open at the first end of the housing and extending inwardly towards the second end of the housing, a plurality of connector contacts disposed in the housing and exposed to the lead passageway, wherein the connector contacts are configured and arranged to engage terminals disposed along a lead (503, 603) or lead extension when the lead or lead extension is operationally inserted into the lead passageway, a first tab lumen (577, 677) defined along the outer surface of the housing and extending inwardly to the lead passageway, and a first biased tab (580a, 680a) disposed in the first tab lumen and pivotally coupled to the housing at a pivotal connection within the first tab lumen, the first biased tab having a first end (582a, 682a) exposed to the outer surface of the housing and an opposing second end (584a, 684a) exposed to the lead passageway, the first biased tab configured and arranged to move to an unlock position by pivoting the second end of the first biased tab away from any inserted lead or lead extension in the lead passageway and biased to return to a lock position, wherein, when in the lock position, the first biased tab is biased to exert a force against the lead or lead extension inserted into the lead passageway, the exerted force sufficient to resist axial movement of the lead or lead extension relative to the lead connector.
A electrochemical system including a stack of longitudinal axis with alternating units and interconnectors, and also including thermal management means included in the stack, said thermal management means include plates (6, 106, 206, 306) positioned in the stack, called the "radiative plates", having at least one lateral edge with a surface through which a heat exchange takes place by radiation with the exterior of the stack, characterised in that the units are ceramic units and in that said surface is at least partly structured, said radiative plates replacing at most some of the interconnectors, and the other interconnectors being separate from the radiative plates.
A method for consolidated delivery of one-to-many packets from a local access network by a femto node, comprising: providing cellular air-interface service within a coverage area; and communicating with an access terminal, characterized by: receiving, at the femto node, a plurality of one-to-many packets from a host via a local area network; buffering, at the femto node, the plurality of one-to-many packets during a consolidation period; and delivering the plurality of one-to-many packets to the access terminal during a cellular communication after the consolidation period. providing cellular air-interface service within a coverage area; and communicating with an access terminal, receiving, at the femto node, a plurality of one-to-many packets from a host via a local area network; buffering, at the femto node, the plurality of one-to-many packets during a consolidation period; and delivering the plurality of one-to-many packets to the access terminal during a cellular communication after the consolidation period.
An audio signal processing system (100C, 100D, 400), comprising: an input interface (107, 717) to receive a noisy audio signal including a mixture of a target audio signal and noise; an encoder to map each time-frequency bin of the noisy audio signal to one or more phase-related values from one or more phase quantization codebooks of phase-related values indicative of the phase of the target signal, and to calculate, for each time-frequency bin of the noisy audio signal, a magnitude ratio value indicative of a ratio of a magnitude of the target audio signal to a magnitude of the noisy audio signal; a filter (160, 260, 360, 460, 576) to cancel the noise from the noisy audio signal based on the one or more phase-related values and the magnitude ratio values to produce an enhanced audio signal; and an output interface to output the enhanced audio signal. an input interface (107, 717) to receive a noisy audio signal including a mixture of a target audio signal and noise; an encoder to map each time-frequency bin of the noisy audio signal to one or more phase-related values from one or more phase quantization codebooks of phase-related values indicative of the phase of the target signal, and to calculate, for each time-frequency bin of the noisy audio signal, a magnitude ratio value indicative of a ratio of a magnitude of the target audio signal to a magnitude of the noisy audio signal; a filter (160, 260, 360, 460, 576) to cancel the noise from the noisy audio signal based on the one or more phase-related values and the magnitude ratio values to produce an enhanced audio signal; and an output interface to output the enhanced audio signal.
An arrangement, including: - a drawer having a drawer bottom, - a drawer extension guide having a carcass rail to be fixed to a furniture carcass and a drawer rail to be fixed to the drawer, said drawer rail being mounted displaceably relative to the carcass rail, - a locking device arranged on the drawer rail of the drawer extension guide for releasably locking the drawer relative to the drawer rail, wherein the locking device has at least one latching portion which is mounted movably via a gripping element between an arresting position in which the drawer is locked and a release position in which the drawer is released, characterized in that a carrier rail is pre-mounted to the drawer bottom, the carrier rail includes a portion with a U-shaped cross-section having two limbs (19a, 19b) extending in a longitudinal direction of the carrier rail, wherein said portion of the carrier rail embraces the drawer rail from above in the mounted position, wherein the latching portion of the locking device can be releasably latched to one of the vertical limbs (19a, 19b) of the carrier rail. - a drawer having a drawer bottom, - a drawer extension guide having a carcass rail to be fixed to a furniture carcass and a drawer rail to be fixed to the drawer, said drawer rail being mounted displaceably relative to the carcass rail, - a locking device arranged on the drawer rail of the drawer extension guide for releasably locking the drawer relative to the drawer rail, wherein the locking device has at least one latching portion which is mounted movably via a gripping element between an arresting position in which the drawer is locked and a release position in which the drawer is released,
A power dimmer (100; 400) for a load powered with an alternating voltage (V AC), comprising: a switch (107, 109; 407) intended to be coupled in series with the load, the assembly receiving the alternating voltage (V AC); and a circuit (111; 409) for controlling the switch, comprising: a capacitor (113, 115; 411); a circuit for charging said capacitor (113, 115; 411) with the alternating voltage (V AC), comprising a circuit (127; 417) for adjusting the capacitor charge speed according to the value of the alternating voltage (V AC); and a triggering circuit (119, 121; 415) capable of turning-on the switch (107, 109; 407) when the voltage across the capacitor (113, 115) exceeds a threshold, characterized in that the adjustment circuit (127; 417) comprises at least one bipolar transistor (129, 131; 419, 421) receiving on its base a voltage which is a function of the value of the alternating voltage (V AC), this transistor being capable of subtracting, to a charging current (I Q) of the capacitor, an adjustment current (I d) proportional to the value of the voltage received on its base. a switch (107, 109; 407) intended to be coupled in series with the load, the assembly receiving the alternating voltage (V AC); and a circuit (111; 409) for controlling the switch, comprising: a capacitor (113, 115; 411); a circuit for charging said capacitor (113, 115; 411) with the alternating voltage (V AC), comprising a circuit (127; 417) for adjusting the capacitor charge speed according to the value of the alternating voltage (V AC); and a triggering circuit (119, 121; 415) capable of turning-on the switch (107, 109; 407) when the voltage across the capacitor (113, 115) exceeds a threshold, characterized in that the adjustment circuit (127; 417) comprises at least one bipolar transistor (129, 131; 419, 421) receiving on its base a voltage which is a function of the value of the alternating voltage (V AC), this transistor being capable of subtracting, to a charging current (I Q) of the capacitor, an adjustment current (I d) proportional to the value of the voltage received on its base.
A capsule for use with an electronic smoking device, the capsule comprising: a shell having a lateral wall which extends away from an end wall, the lateral wall and the end wall defining a cavity open at one end; a puncturable membrane enclosing the open end of the cavity defined by the end wall and the lateral wall; and a liquid contained within the cavity by the shell and the puncturable membrane; characterised in that an inner face of the lateral wall of the shell adjacent the cavity is provided with one or more grooves wherein when the puncturable membrane is punctured the one or more grooves act to provide air channels adjacent the lateral wall of the shell facilitating air to pass into the cavity as the liquid leaves the cavity via the puncture in the puncturable membrane. a shell having a lateral wall which extends away from an end wall, the lateral wall and the end wall defining a cavity open at one end; a puncturable membrane enclosing the open end of the cavity defined by the end wall and the lateral wall; and a liquid contained within the cavity by the shell and the puncturable membrane; characterised in that an inner face of the lateral wall of the shell adjacent the cavity is provided with one or more grooves wherein when the puncturable membrane is punctured the one or more grooves act to provide air channels adjacent the lateral wall of the shell facilitating air to pass into the cavity as the liquid leaves the cavity via the puncture in the puncturable membrane.
Reactor for carbon dioxide mineralization in the solid carbonate forms of alkali metals, alkaline earth metals and transition metals comprising: a. a loading hopper of a precursor material and water; b. a reaction chamber equipped with - a first opening for injection of CO 2 and water, - a second opening for introducing air coming from a pump, and - a third opening towards open air for recovering solid carbonates; c. a system of passive cavitators placed under the reaction chamber; and d. a system of turbine injectors placed under the system of passive cavitators, wherein the first opening of the reaction chamber is configured for injecting CO 2 and water coming from the system of turbine injectors and passing through the system of passive cavitators. a. a loading hopper of a precursor material and water; b. a reaction chamber equipped with - a first opening for injection of CO 2 and water, - a second opening for introducing air coming from a pump, and - a third opening towards open air for recovering solid carbonates; - a first opening for injection of CO 2 and water, - a second opening for introducing air coming from a pump, and - a third opening towards open air for recovering solid carbonates; c. a system of passive cavitators placed under the reaction chamber; and d. a system of turbine injectors placed under the system of passive cavitators, wherein the first opening of the reaction chamber is configured for injecting CO 2 and water coming from the system of turbine injectors and passing through the system of passive cavitators.