mhurhangee/ep-ind-claims huggingface dataset:
An electrosurgical generator comprising: a resonant inverter including an H-bridge and a tank wherein the tank has a quality factor greater than 1; a pulse width modulation controller configured to output PWM timing signals to the H-bridge; and a switch configured to select a modality from among a plurality of modalities, wherein the PWM controller adjusts a frequency of the PWM timing signals based on the selected modality, wherein the plurality of modalities includes at least a first modality and a second modality, wherein the PWM timing signals has a first switching frequency (f 1) when the first modality is selected and a second switching frequency (f 2) when the second modality is selected, wherein the first switching frequency is different from the second switching frequency, characterized in that at a switching frequency f 0, the output impedance of the tank is at its lowest (Z mili), at the first switching frequency (f 1), the output impedance (Z 1) of the tank is increased exponentially with respect to the lowest output impedance (Z min) at the switching frequency f 0, whereby the first switching frequency (f 1) is above the switching frequency f 0 so that the H-bridge is kept in zero-voltage switching, and wherein at the second switching frequency (f 2), the output impedance (Z 2) of the tank increases exponentially with respect to the output impedance at the first switching frequency (f 1), whereby the second switching frequency (f 2) is above the first switching frequency (f 1). a resonant inverter including an H-bridge and a tank wherein the tank has a quality factor greater than 1; a pulse width modulation controller configured to output PWM timing signals to the H-bridge; and a switch configured to select a modality from among a plurality of modalities, wherein the PWM controller adjusts a frequency of the PWM timing signals based on the selected modality, wherein the plurality of modalities includes at least a first modality and a second modality, wherein the PWM timing signals has a first switching frequency (f 1) when the first modality is selected and a second switching frequency (f 2) when the second modality is selected, wherein the first switching frequency is different from the second switching frequency, characterized in that at a switching frequency f 0, the output impedance of the tank is at its lowest (Z mili), at the first switching frequency (f 1), the output impedance (Z 1) of the tank is increased exponentially with respect to the lowest output impedance (Z min) at the switching frequency f 0, whereby the first switching frequency (f 1) is above the switching frequency f 0 so that the H-bridge is kept in zero-voltage switching, and wherein at the second switching frequency (f 2), the output impedance (Z 2) of the tank increases exponentially with respect to the output impedance at the first switching frequency (f 1), whereby the second switching frequency (f 2) is above the first switching frequency (f 1).
A device for reinforcing a cross-member of a driver compartment of a motor vehicle adapted to extend transversely in the vehicle under an upper portion of a dashboard supported by said cross-member, said device comprising at least one reinforcing leg adapted to be fastened to said cross-member to connect said cross-member to a structural element of the vehicle arranged at the floor of the vehicle, said reinforcing leg being provided with a lower end provided with at least one fastening through-orifice with an axis parallel to the transverse direction of the vehicle, in which a threaded rod is received allowing making a bolted connection along said axis to connect said reinforcing leg to said structural element, said fastening through-orifice has a contour partially closed on itself, which opens in the direction of a lower free edge of said lower end of said reinforcing leg, on a notch opening into said lower free edge, said notch has a widthwise dimension adapted to enable the passage of said threaded rod along said notch.
Method for time measurement in sports for which a start device and a finish device are synchronized with each other via a latency affected communication network by a precisely timed outputting of a signal, for which two network devices, that are placed between the start device and the finish device and that are connected by a latency affected wireless communication network, build up a communication over the communication network for the purpose of the time synchronization of their system clocks to a system time, while one of the network devices emits a search signal into the communication network to which the other network device answers, the network devices assume the synchronization over the latency affected communication network and synchronize a system clack of the first network device and a system clock of the second network device over the communication network to a common system time, wherein a system time value is directed from the first network device to the second network device over the communication network and the signal is emitted time precisely to the finish device of the network by at least one of the network devices by using the system time value and a delay time value that is higher than a latency of the communication network.
An article comprising a thermoplastic resin, metal-resin composite particles, and pores, wherein the metal-resin composite particles comprise a metal deposition layer, a first coating layer positioned on one side of the metal deposition layer, and a second coating layer positioned on the other side of the metal deposition layer, and the first coating layer and second coating layer include a thermosetting resin respectively.
An oral care composition comprising a peroxydisulfate bleaching agent, wherein the composition has a pH from 5 to 6 and further comprises butylated hydroxytoluene in an amount of from 0.01% to 0.05% by weight of the composition and said composition has a pH in the oral cavity of less than 7.
A nanosized electrochemical dispersion comprising essentially metalate modified silica sol and at least one zinc solubility suppressing additive, wherein the zinc solubility suppressing additive is loaded onto the metalate modified silica sol, wherein the diameter of the metalate modified silica sol ranges from 1 to 150 nanometres (milli microns).
A video encoding method comprising: generating a prediction block of a current block and subtracting the generated prediction block from the current block in order to produce a residual block of the current block; sub-sampling residual values for a plurality of pixels included in the residual block in order to select first residual values to be encoded from among the residual values; and encoding the first residual values, wherein the sub-sampling is performed by selecting some of the residual values; and characterized in that the some of the residual values are selected as the even or odd columns of the residual block when the residual values included in the residual block do not change horizontally, but change by a large amount vertically or are selected as the even or odd rows of the residual block when the residual values included in the residual block do not change vertically, but change by a large amount horizontally. generating a prediction block of a current block and subtracting the generated prediction block from the current block in order to produce a residual block of the current block; sub-sampling residual values for a plurality of pixels included in the residual block in order to select first residual values to be encoded from among the residual values; and encoding the first residual values, wherein the sub-sampling is performed by selecting some of the residual values; and characterized in that the some of the residual values are selected as the even or odd columns of the residual block when the residual values included in the residual block do not change horizontally, but change by a large amount vertically or are selected as the even or odd rows of the residual block when the residual values included in the residual block do not change vertically, but change by a large amount horizontally.
A press for producing a moulded part of a free-flowing material with an exchangeable adapter comprising a press unit for receiving a die and with a device for driving the die comprising a hydraulic cylinder unit with a cylinder housing and a cylinder piston, wherein the press unit has an upper crossbar and a lower crossbar that are spaced apart from one another by means of columns, on which a die receptacle plate of the press unit is displaceably mounted, characterized in that the cylinder housing is the actuator of the cylinder unit and the cylinder piston is the stator of the hydraulic cylinder unit, wherein the cylinder piston is realized in the form of an annular piston, which is stationary with respect to the cylinder unit and forms part of the stator on the hydraulic cylinder unit, and wherein the cylinder piston and the cylinder housing of the hydraulic cylinder unit are arranged concentrically around a central press axis of the press.
A method of resource transmission, the method being perfomed by a user equipment and comprising: determining that physical sidelink feedback channel, PSFCH, resources for a resource pool are divided into M times N PSFCH resource sets in a frequency domain, each PSFCH resource set corresponds to a subchannel in a slot for the resource pool, and N is a number of physical sidelink shared channel, PSSCH, slots associated with a PSFCH slot, M is a number of subchannels for the resource pool, M and N are integers equal to or larger than 1, wherein PSFCH transmissions from one or more receiver, RX, UEs within the same group are frequency division multiplexed, FDMed, or code-division multiplexed, CDMed, wherein each PSFCH resource set comprises X resources in the frequency domain, and Y resources in a code domain, X and Y are integers equal to or larger than 1, and wherein PSFCH transmission resources in a PSFCH resource set are indexed with numbers in an ascending order firstly in the frequency domain, and then in the code domain.. determining that physical sidelink feedback channel, PSFCH, resources for a resource pool are divided into M times N PSFCH resource sets in a frequency domain, each PSFCH resource set corresponds to a subchannel in a slot for the resource pool, and N is a number of physical sidelink shared channel, PSSCH, slots associated with a PSFCH slot, M is a number of subchannels for the resource pool, M and N are integers equal to or larger than 1, wherein PSFCH transmissions from one or more receiver, RX, UEs within the same group are frequency division multiplexed, FDMed, or code-division multiplexed, CDMed, wherein each PSFCH resource set comprises X resources in the frequency domain, and Y resources in a code domain, X and Y are integers equal to or larger than 1, and wherein PSFCH transmission resources in a PSFCH resource set are indexed with numbers in an ascending order firstly in the frequency domain, and then in the code domain..
A composite particle comprising a plurality of nanoparticles encapsulated in an inorganic material, wherein the plurality of nanoparticles is uniformly dispersed in said inorganic material, wherein the nanoparticles are luminescent, and wherein the nanoparticles comprise at least 1% of semiconductor nanoplatelets.
Plate heat exchanger, having a plurality of parallel partition plates (4, 5) that define heat exchange passages, wherein the respective heat exchange passage is delimited on at least two sides by a side bar each, wherein the respective side bar has a first surface and a second surface facing away from the first surface, and wherein the two surfaces (81, 82) are each soldered to an associated partition plate, wherein the two surfaces (81, 82) each have a surface structure with a plurality of regularly arranged elevations and recesses, wherein the respective side bar is elongated along a longitudinal axis and has a greater extent along the longitudinal axis than perpendicular to the longitudinal axis, characterized in that the distance of an elevation to an adjacent elevation or of a recess to an adjacent recess is in the range of 0.1 mm to 2.5 mm, wherein the recesses and/or the elevations extend in parallel to the longitudinal axis.
A driving system for a microelectromechanical system MEMS microphone comprising: a carrier comprising: a first diaphragm; a second diaphragm spaced apart from the first diaphragm; and a gap formed between the first and second diaphragm (38; 40); a plate counter electrode assembly formed within the first and second diaphragms (38; 40), the plate counter electrode assembly comprising: a moving electrode member; at least two counter electrode members; and a wall structure mechanically coupled the two counter electrode members to the first and second diaphragms (38; 40) defining a sealed electrode region; wherein the sealed electrode region having an encapsulated gas pressure and the plate counter electrode assembly is disposed within the sealed electrode region. a first diaphragm; a second diaphragm spaced apart from the first diaphragm; and a gap formed between the first and second diaphragm (38; 40); a plate counter electrode assembly formed within the first and second diaphragms (38; 40), the plate counter electrode assembly comprising: a moving electrode member; at least two counter electrode members; and a wall structure mechanically coupled the two counter electrode members to the first and second diaphragms (38; 40) defining a sealed electrode region; wherein the sealed electrode region having an encapsulated gas pressure and the plate counter electrode assembly is disposed within the sealed electrode region. a moving electrode member; at least two counter electrode members; and a wall structure mechanically coupled the two counter electrode members to the first and second diaphragms (38; 40) defining a sealed electrode region; wherein the sealed electrode region having an encapsulated gas pressure and the plate counter electrode assembly is disposed within the sealed electrode region.
A pharmaceutical formulation comprising an LFA-1 antagonist or a pharmaceutically acceptable salt or ester thereof, and an excipient formulated for topical administration to skin, wherein the LFA-1 antagonist has a systemic clearance rate greater than about 2 mL/min/kg when administered to a subject, and wherein the formulation is: (a) a gel comprising about 1% W/V of a LFA-1 antagonist; up to about 15% WN Dimethyl Isosorbide; up to about 25% W/V Transcutol; up to about 1% WN Hydroxyethyl Cellulose; up to about 12%WN Hexylene glycol, up to about 0.15% W/V Methylparaben; up to about 0.05% W/V Propylparaben; and water; or (b) a ointment comprising about 1% W/V of a LFA-1 antagonist, up to about 10% WN Dimethyl Isosorbide; up to about 0.02% W/V Butylated Hydroxytoluene; up to about 2% W/V Span 80; up to about 10% W/V White Wax; and White Petrolatum; or (c) a water based lotion comprising about 1% W/V of a LFA-1 antagonist, up to about 15% W/V Dimethyl Isosorbide; up to about 25% W/V Transcutol; up to about 12% W/V Hexylene glycol; up to about 5% W/V Propylene Glycol; and pH 6.0 25% Trolamine, wherein the lotion is buffered to a pH of about 4.0 to about 7.5; or (d) an aqueous solution buffered to a pH of about 6.0 to about 8.0 with Sodium Phosphate, Monobasic, comprising about 1% W/V of a LFA-1 antagonist, up to about 0.1% W/V EDTA, and, optionally, up to about 0.4% w/w Methylparaben and up to about 0.02% w/w Propylparaben; and wherein the LFA-1 antagonist comprises a compound of one of the following formulae and/or a pharmaceutically acceptable salt or ester thereof: (a) a gel comprising about 1% W/V of a LFA-1 antagonist; up to about 15% WN Dimethyl Isosorbide; up to about 25% W/V Transcutol; up to about 1% WN Hydroxyethyl Cellulose; up to about 12%WN Hexylene glycol, up to about 0.15% W/V Methylparaben; up to about 0.05% W/V Propylparaben; and water; or (b) a ointment comprising about 1% W/V of a LFA-1 antagonist, up to about 10% WN Dimethyl Isosorbide; up to about 0.02% W/V Butylated Hydroxytoluene; up to about 2% W/V Span 80; up to about 10% W/V White Wax; and White Petrolatum; or (c) a water based lotion comprising about 1% W/V of a LFA-1 antagonist, up to about 15% W/V Dimethyl Isosorbide; up to about 25% W/V Transcutol; up to about 12% W/V Hexylene glycol; up to about 5% W/V Propylene Glycol; and pH 6.0 25% Trolamine, wherein the lotion is buffered to a pH of about 4.0 to about 7.5; or (d) an aqueous solution buffered to a pH of about 6.0 to about 8.0 with Sodium Phosphate, Monobasic, comprising about 1% W/V of a LFA-1 antagonist, up to about 0.1% W/V EDTA, and, optionally, up to about 0.4% w/w Methylparaben and up to about 0.02% w/w Propylparaben;
A computer-implemented wire harness designing support method comprising: a routing step of creating, based on wiring information and three-dimensional design data of a moving body, the moving body being a vehicle body such as a vehicle body of an automobile, a plane body of an airplane, a ship body of a ship, or a vehicle body of a railroad vehicle, wiring path information, which is path information of a plurality of electrical wires arranged with respect to the 3D design data, wherein the electrical wire is arranged based on wiring information comprising information on a connecting relationship of a plurality of devices arranged on the moving body and the electrical wire, the wiring information including passing position information which is a three-dimensional position where the electrical wire passes, the passing position information including boundary information defining a shape of the electrical wire passing the position, and the three-dimensional position being specified such that the electrical wires adjacent to each other have different three-dimensional positions; and a harness defining step of bundling the electrical wires selected to be equal or less than a predetermined number in number according to a predetermined rule from the wiring path information to define a wire harness; and a step of creating a harness design drawing of a unit of the wire harness defined in the harness defining step; and a step (S401, S402, S403, S404) of creating and outputting a harness board figure based on the harness design drawing. a routing step of creating, based on wiring information and three-dimensional design data of a moving body, the moving body being a vehicle body such as a vehicle body of an automobile, a plane body of an airplane, a ship body of a ship, or a vehicle body of a railroad vehicle, wiring path information, which is path information of a plurality of electrical wires arranged with respect to the 3D design data, wherein the electrical wire is arranged based on wiring information comprising information on a connecting relationship of a plurality of devices arranged on the moving body and the electrical wire, the wiring information including passing position information which is a three-dimensional position where the electrical wire passes, the passing position information including boundary information defining a shape of the electrical wire passing the position, and the three-dimensional position being specified such that the electrical wires adjacent to each other have different three-dimensional positions; and a harness defining step of bundling the electrical wires selected to be equal or less than a predetermined number in number according to a predetermined rule from the wiring path information to define a wire harness; and a step of creating a harness design drawing of a unit of the wire harness defined in the harness defining step; and a step (S401, S402, S403, S404) of creating and outputting a harness board figure based on the harness design drawing.
A method of detecting flowrate in a fluid channel, the method comprising: introducing a bluff body to a flow of fluid in the channel to form one of a shedded vortex and a perturbation of the fluid; detecting the one of the vortex and the perturbation at a first location in the channel; detecting the one of the vortex and the perturbation at a second location in the channel downstream of the first location; and calculating a flowrate for the flow of fluid based on a time difference between the detections, characterised in that the detecting of the perturbation is achieved with a sensor (110, 112, 122, 127) that is a piezo patch sensor. introducing a bluff body to a flow of fluid in the channel to form one of a shedded vortex and a perturbation of the fluid; detecting the one of the vortex and the perturbation at a first location in the channel; detecting the one of the vortex and the perturbation at a second location in the channel downstream of the first location; and calculating a flowrate for the flow of fluid based on a time difference between the detections, characterised in that the detecting of the perturbation is achieved with a sensor (110, 112, 122, 127) that is a piezo patch sensor.
A parasitic Acari barrier fabric adapted to impede parasitic Acari movement, trap parasitic Acari, and/or exterminate parasitic Acari thereon or therein, the fabric comprising: (a) an outer face formed from open mesh construction having evenly spaced openings formed thereon that are adapted for passing parasitic Acari from outside the fabric to inside the fabric, each opening having a diameter ranging from 3 to 5 mm; (b) an inner face spaced apart from the outer face, the inner face is breathable and configured for moisture vapor transmission from a wearer's skin therethrough but is impenetrable to parasitic Acari passed to the inside of the fabric; and (c) an intermediate spacer that extends between and interconnects the inner face to the outer face to form the parasitic Acari barrier fabric, wherein: each opening of the outer face, the inner face, and intermediate spacer forms individual compartments inside the fabric configured to impede parasitic Acari movement, trap and/or exterminate parasitic Acari therein. (a) an outer face formed from open mesh construction having evenly spaced openings formed thereon that are adapted for passing parasitic Acari from outside the fabric to inside the fabric, each opening having a diameter ranging from 3 to 5 mm; (b) an inner face spaced apart from the outer face, the inner face is breathable and configured for moisture vapor transmission from a wearer's skin therethrough but is impenetrable to parasitic Acari passed to the inside of the fabric; and (c) an intermediate spacer that extends between and interconnects the inner face to the outer face to form the parasitic Acari barrier fabric, wherein: each opening of the outer face, the inner face, and intermediate spacer forms individual compartments inside the fabric configured to impede parasitic Acari movement, trap and/or exterminate parasitic Acari therein.
A hair accessory for extending length, filling in areas of thinning or balding, or creating volume to a wearer's hair comprising: hair material comprising a hair material base end and a hair material distal end; a magnetic material operatively installed to the hair material near the hair material base end; and a coating to at least partially enclose the magnetic material; wherein the hair material is installable to a mounting location via compression by the magnetic material onto the mounting location, characterized in that the coating comprises a score to improve friction and increase grip to the mounting location. hair material comprising a hair material base end and a hair material distal end; a magnetic material operatively installed to the hair material near the hair material base end; and a coating to at least partially enclose the magnetic material; wherein the hair material is installable to a mounting location via compression by the magnetic material onto the mounting location, characterized in that the coating comprises a score to improve friction and increase grip to the mounting location.