mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling an electrosurgical generator, whereby the method is exclusively directed to control of the electrosurgical generator and does not extend to applying electrosurgical energy to tissue, the method comprising: a RF stage generating at least one electrosurgical waveform at a selected energy setting, the RF output stage comprising an RF inverter coupled to a power source, the at least one electrosurgical waveform having a duty cycle and a crest factor; the method characterized by: adjusting a repetition rate of the at least one electrosurgical waveform based on the selected energy setting to regulate the duty cycle of the at least one electrosurgical waveform; measuring an output voltage of the at least one electrosurgical waveform; and supplying a control signal to the RF inverter based on the repetition rate when the output voltage is increasing to regulate the crest factor of the at least one electrosurgical waveform; calculating a peak value of the output voltage; and supplying the control signal to the RF inverter prior to the output voltage reaching the peak value. adjusting a repetition rate of the at least one electrosurgical waveform based on the selected energy setting to regulate the duty cycle of the at least one electrosurgical waveform; measuring an output voltage of the at least one electrosurgical waveform; and supplying a control signal to the RF inverter based on the repetition rate when the output voltage is increasing to regulate the crest factor of the at least one electrosurgical waveform; calculating a peak value of the output voltage; and supplying the control signal to the RF inverter prior to the output voltage reaching the peak value.
An optical receiver adapted to set or correct the duty cycle of a clock signal received via an optical link comprising: a photodiode coupled between a detection node and a first supply voltage rail, the photodiode being adapted to receive an optical clock signal comprising pulses; a switch coupled between the detection node and a second supply voltage rail; and a first transistor having its control node coupled to the detection node, the transistor further comprising a second node coupled to the second supply voltage rail and a third node coupled to a first output node, wherein: - the first output node is connected to the first supply voltage rail via means to reset the voltage at the first output node based on the voltage at the detection node or at the first output node, and - the receiver is adapted to control the switch based on a voltage at the first output node. a photodiode coupled between a detection node and a first supply voltage rail, the photodiode being adapted to receive an optical clock signal comprising pulses; a switch coupled between the detection node and a second supply voltage rail; and a first transistor having its control node coupled to the detection node, the transistor further comprising a second node coupled to the second supply voltage rail and a third node coupled to a first output node, wherein: - the first output node is connected to the first supply voltage rail via means to reset the voltage at the first output node based on the voltage at the detection node or at the first output node, and - the receiver is adapted to control the switch based on a voltage at the first output node. - the first output node is connected to the first supply voltage rail via means to reset the voltage at the first output node based on the voltage at the detection node or at the first output node, and - the receiver is adapted to control the switch based on a voltage at the first output node.
A nasal interface apparatus for receiving ventilation gas from gas delivery tubing and for humidifying ventilation gas, the apparatus comprising: - one or more channels within the nasal interface to deliver gas from a gas delivery circuit to one or more structures, wherein the one or more structures are in fluid communication with the one or more channels to direct ventilation gas to the patient's nose; and - a hygroscopic material within the nasal interface in the flow path of the ventilation gas; wherein the one or more structures are one or more nasal pillows, characterized in that the hygroscopic material is located within the one or more nasal pillows or within a cushion attached to the one or more nasal pillows. - one or more channels within the nasal interface to deliver gas from a gas delivery circuit to one or more structures, wherein the one or more structures are in fluid communication with the one or more channels to direct ventilation gas to the patient's nose; and - a hygroscopic material within the nasal interface in the flow path of the ventilation gas;
An apparatus for forming an amorphous material comprising: a deposition chamber; a spraying device located for projecting a liquid aerosol of metalorganic precursors through a process area (706, 708, 710, 712) toward a surface located in the deposition chamber; a plurality of radiant heaters (702A, 702B) located to form a plurality of isotherms (714, 716, 718) to create distinct phase boundaries within the process area (706, 708, 710, 712) to raise the temperature of the projected liquid aerosol above the evaporation temperature of all liquid solvents in the projected liquid aerosol passing through the process area (706, 708, 710, 712); and a heater adapted to heat the surface to a temperature higher than the decomposition temperature of the metalorganic precursors, wherein the heater (730 is effective to cause decomposition of the metalorganic precursors upon contact with the surface when heated to form the amorphous material. a deposition chamber; a spraying device located for projecting a liquid aerosol of metalorganic precursors through a process area (706, 708, 710, 712) toward a surface located in the deposition chamber; a plurality of radiant heaters (702A, 702B) located to form a plurality of isotherms (714, 716, 718) to create distinct phase boundaries within the process area (706, 708, 710, 712) to raise the temperature of the projected liquid aerosol above the evaporation temperature of all liquid solvents in the projected liquid aerosol passing through the process area (706, 708, 710, 712); and a heater adapted to heat the surface to a temperature higher than the decomposition temperature of the metalorganic precursors, wherein the heater (730 is effective to cause decomposition of the metalorganic precursors upon contact with the surface when heated to form the amorphous material.
An electric leakage detection circuit (100, 100A) comprising: a zero-phase-sequence current transformer outputting a zero-phase current by detecting a ground-fault current; a capacitor; and a circuit operating when said zero-phase current exceeds a predetermined positive side threshold value or when said zero-phase current falls below a predetermined negative side threshold value, and characterized in that the circuit controls charge and discharge of said capacitor on the basis of said operation; high potential points (114, 118); and a first resistor provided between said high potential points and said capacitor, wherein said circuit employs an open collector output and an output terminal of said circuit is connected to a contact provided between said first resistor and said capacitor, and one end of said capacitor is connected to said contact, and said capacitor is charged and discharged on the basis of output of said circuit; wherein said circuit includes an amplifier having an open collector output operating when said zero-phase current exceeds said predetermined positive side threshold value or when said zero-phase current falls below said predetermined negative side threshold value, or said circuit includes wired OR circuits (110, 112) in which an amplifier having a push-pull output is applied; and second resistors (128, 130) connected between an output of said amplifier and said contact. a zero-phase-sequence current transformer outputting a zero-phase current by detecting a ground-fault current; a capacitor; and a circuit operating when said zero-phase current exceeds a predetermined positive side threshold value or when said zero-phase current falls below a predetermined negative side threshold value, and characterized in that the circuit controls charge and discharge of said capacitor on the basis of said operation; high potential points (114, 118); and a first resistor provided between said high potential points and said capacitor, wherein said circuit employs an open collector output and an output terminal of said circuit is connected to a contact provided between said first resistor and said capacitor, and one end of said capacitor is connected to said contact, and said capacitor is charged and discharged on the basis of output of said circuit; wherein said circuit includes an amplifier having an open collector output operating when said zero-phase current exceeds said predetermined positive side threshold value or when said zero-phase current falls below said predetermined negative side threshold value, or said circuit includes wired OR circuits (110, 112) in which an amplifier having a push-pull output is applied; and second resistors (128, 130) connected between an output of said amplifier and said contact.
A refrigerator and/or freezer device, with a carcass, and a refrigerated inner space, surrounded by the carcass, in which a horizontal separating plate is arranged, wherein the device has a mist generator for generating a mist, wherein means for generating condensate are provided, wherein the condensate is the defrost water of the evaporator and/or the condensed water of the evaporator and/or of the mist generator, characterised in that the horizontal separating plate is configured to conduct the mist from the rear side of the horizontal separating plate through the horizontal separating plate to an opening arranged in the front-side region thereof, wherein the means for generating condensate are connected to the mist generator such that the condensate formed is supplied to the mist generator by collecting means and is used for generating the mist.
Vehicle, in particular transport vehicle, having a vehicle frame and a drive motor, in particular internal combustion engine and/or electric motor and/or hydraulic motor, wherein a vehicle frame and at least two wheel axles (25, 26) are provided, and the vehicle frame comprises at least one load holder which is pivotable by a first adjustment unit about a tilting axis, such as a skip or the like for holding/storing material, in particular pourable construction material, wherein the load holder is at least partially arranged in an intermediate region between the two wheel axles (25, 26) in a transporting or travel position and is at least partially pivotable beyond one of the wheel axles into an edge region of the vehicle into a tilting position, wherein the frame comprises at least one support unit having at least one support wheel which is rotatable about a third wheel axle, in particular a third rigid axle, for supporting the vehicle or the vehicle frame, characterized in that the at least one support wheel is steerable.
An in vitro method of producing microtissue from pluripotent stem cell -derived hepatocytes comprising culturing a cell suspension of PSC-derived hepatocytes in the presence of one or more extracellular matrix proteins in a culture container having an essentially cell non-adhesive bottom to obtain microtissue, wherein the culture container is an ultra-low attachment plate and wherein the one or more extracellular matrix proteins are selected from the group consisting of laminin, collagen type IV, entactin, heparin sulfate proteoglycan, collagen type I, fibronectin, matrix extracellular phosphoglycoprotein (MEPE), nidogen-1, F-spondin, R-spondin, tenascin, testican, vitronectin, and decorin. wherein the culture container is an ultra-low attachment plate and wherein the one or more extracellular matrix proteins are selected from the group consisting of laminin, collagen type IV, entactin, heparin sulfate proteoglycan, collagen type I, fibronectin, matrix extracellular phosphoglycoprotein (MEPE), nidogen-1, F-spondin, R-spondin, tenascin, testican, vitronectin, and decorin.
A method for creating objects having at least one mechanically functional portion, the method comprising at least one step of editing a three-dimensional model (10; 11) using a computer program and a step of transforming the model (10; 11) into a physical object using a rapid prototyping machine, wherein during the editing step: - a computer program processes a deformation of the original model into a deformed model, - a three-dimensional geometrical constraints database, associated with said models (10; 11), provides a set of constraints on the geometry of said mechanically functional portions, and - a computer program computes at least one step of comparison between geometrical constraints from said database and a model selected between the original model and the deformed model, characterized in that the three-dimensional geometrical constraints database comprises a three-dimensional mesh defining regions of the physical object that should be empty of matter, filled with matter or contain at least a determined quantity of matter. - a computer program processes a deformation of the original model into a deformed model, - a three-dimensional geometrical constraints database, associated with said models (10; 11), provides a set of constraints on the geometry of said mechanically functional portions, and - a computer program computes at least one step of comparison between geometrical constraints from said database and a model selected between the original model and the deformed model, characterized in that the three-dimensional geometrical constraints database comprises a three-dimensional mesh defining regions of the physical object that should be empty of matter, filled with matter or contain at least a determined quantity of matter.
Method for operating a central lubrication system, comprising a lubricant reservoir which is connected to a number of lubricant supply devices via at least one lubricant line, and comprising a controller for the controlled discharge of lubricant from the lubricant supply devices, wherein the controller is connected at least to a number of the lubricant supply devices via at least one communication line and/or power line, and at least one parameter relating to the discharge of lubricant is predefined for a number of lubricant supply devices via at least one communication line and/or power line, wherein means comprising an actuator in the form of a piston of a lubricant piston distributor are present which are arranged on or in the lubricant supply device and with which the parameter relating to the discharge of lubricant can be influenced, wherein the piston is actuated by an electric drive for the discharge of lubricant.
A cocrystal of a compound of formula or of a compound formula wherein X and Y are independently selected from -CH 2 - and -C(CH 2)-, provided that al least one of X or Y is -CH 2 -; R 1 is -CHCH 3 -Z m -W n -(CH 2) o -T p -S, wherein Z is O, and m is 0 or 1; W is R 4 CH - - - CHR 5, wherein either R 4 and R 5 are H and the dashed line indicates that there is a single bond, or R 4 and R 5 together are forming a bond and the dashed line indicates that there is a double bond, and n is 0 or 1; o is 0, 1 or 3; T is selected from the group consisting of -CHR 6 - and -C, wherein R 6 is -OH or -CH 3, and p is 0 or 1; S is selected from the group consisting of H, (C 1 -C 3) alkyl optionally substituted by -OH, (C 1 -C 3) haloalkyl optionally substituted by -OH, cyclopropyl, and and R 2 is -H or -OH; R 3 is H or CH 3; and the dashed line in formula indicates a single or a double bond; and a hydrogen bond donor coformer which is a phenolic compound. X and Y are independently selected from -CH 2 - and -C(CH 2)-, provided that al least one of X or Y is -CH 2 -; R 1 is -CHCH 3 -Z m -W n -(CH 2) o -T p -S, wherein Z is O, and m is 0 or 1; W is R 4 CH - - - CHR 5, wherein either R 4 and R 5 are H and the dashed line indicates that there is a single bond, or R 4 and R 5 together are forming a bond and the dashed line indicates that there is a double bond, and n is 0 or 1; o is 0, 1 or 3; T is selected from the group consisting of -CHR 6 - and -C, wherein R 6 is -OH or -CH 3, and p is 0 or 1; S is selected from the group consisting of H, (C 1 -C 3) alkyl optionally substituted by -OH, (C 1 -C 3) haloalkyl optionally substituted by -OH, cyclopropyl, and and R 2 is -H or -OH; R 3 is H or CH 3; and the dashed line in formula indicates a single or a double bond; and a hydrogen bond donor coformer which is a phenolic compound.
A composition comprising: (a) at least one protein comprising an amino acid sequence having sequence identity greater than 80% to the amino acid sequence of any one of SEQ ID NOS: 16, 14 and 18 additionally comprising (b) at least one protein having sequence identity greater than 80% to the amino acid sequence of any of even numbered SEQ ID NOS: 176-252, said composition having the ability to elicit bactericidal antibodies to multiple neisserial strains. (a) at least one protein comprising an amino acid sequence having sequence identity greater than 80% to the amino acid sequence of any one of SEQ ID NOS: 16, 14 and 18 additionally comprising (b) at least one protein having sequence identity greater than 80% to the amino acid sequence of any of even numbered SEQ ID NOS: 176-252,
Rail vehicle having a driver's cab, a plurality of door monitoring cameras on the exterior of the rail vehicle, at least one video encoder for digitizing analogue video signals from all or from a portion of the door monitoring cameras, at least one video recorder for recording video signals from all or from a portion of the door monitoring cameras and also a network for transmitting digitized video signals to the driver's cab, characterized by a primary network path, which is connected to the video encoder and the driver's cab, and also a secondary network path, which is separate from the primary network path and is connected to the video recorder and the driver's cab and, in the case of a disturbance in the primary network path and/or in the video encoder, permits a transmission of video signals of the door monitoring cameras from the video recorder to the driver's cab.
A method for transmitting a device-to-device synchronization signal, D2DSS, performed by a first User Equipment, UE, in a wireless communication system, the method comprising: determining whether to transmit the D2DSS based on (i) whether the first UE is out of a coverage of a base station and (ii) whether a physical sidelink broadcast channel demodulation reference signal, PSBCH DMRS, measurement value is lower than a threshold value; and based on determining to transmit the D2DSS, transmitting the D2DSS to a second UE, wherein to transmit the D2DSS is determined based on (i) the first UE being out of the coverage of the base station and (ii) the PSBCH DMRS measurement value being lower than the threshold value, wherein the D2DSS is transmitted prior to a scheduling assignment period for transmitting a scheduling assignment signal for transmission of device-to-device, D2D, data channel. determining whether to transmit the D2DSS based on (i) whether the first UE is out of a coverage of a base station and (ii) whether a physical sidelink broadcast channel demodulation reference signal, PSBCH DMRS, measurement value is lower than a threshold value; and based on determining to transmit the D2DSS, transmitting the D2DSS to a second UE, wherein to transmit the D2DSS is determined based on (i) the first UE being out of the coverage of the base station and (ii) the PSBCH DMRS measurement value being lower than the threshold value, wherein the D2DSS is transmitted prior to a scheduling assignment period for transmitting a scheduling assignment signal for transmission of device-to-device, D2D, data channel.
A method for transmitting a physical random access channel, PRACH, by a user equipment, UE, in a wireless communication system, the method comprising: receiving information related to PRACH resource allocation; and transmitting, based on the information related to the PRACH resource allocation, the PRACH on any one of at least one PRACH occasion, wherein the at least one PRACH occasion is allocated in a PRACH slot, wherein a number of the at least one PRACH occasion is based on (i) a preamble format for the PRACH and (ii) a starting orthogonal frequency division multiplexing, OFDM, symbol at which the at least one PRACH occasion is started, and wherein the starting OFDM symbol is included in a second half of the PRACH slot. receiving information related to PRACH resource allocation; and transmitting, based on the information related to the PRACH resource allocation, the PRACH on any one of at least one PRACH occasion, wherein the at least one PRACH occasion is allocated in a PRACH slot, wherein a number of the at least one PRACH occasion is based on (i) a preamble format for the PRACH and (ii) a starting orthogonal frequency division multiplexing, OFDM, symbol at which the at least one PRACH occasion is started, and wherein the starting OFDM symbol is included in a second half of the PRACH slot.
A surgical instrumentation assembly for positioning an ankle prosthesis, the ankle prosthesis including a tibia implant and a talus implant, wherein the surgical instrumentation assembly comprises: - a talar alignment instrument comprising a front portion having two lateral ends and adapted to be placed on a talus of a patient, and mechanically attached to the talus, - a cutting block adapted to be fastened to the talar alignment instrument and locked with respect to a tibia of the patient, - characterized in that the talar alignment instrument further comprises two fins (22, 24) extending from the ends of the front portion, said fins (22, 24) being adapted to be positioned in gutters (G1, G2) extending below the tibia and around a trochlea of the talus, - and in that the fins (22, 24) of the talar alignment instrument are provided with reference markers (220, 240) adapted to mark a direction perpendicular to the fins (22, 24), and adapted to be aligned with a longitudinal axis of the tibia, and aligned to the rotational axis of the talus. - a talar alignment instrument comprising a front portion having two lateral ends and adapted to be placed on a talus of a patient, and mechanically attached to the talus, - a cutting block adapted to be fastened to the talar alignment instrument and locked with respect to a tibia of the patient, - characterized in that the talar alignment instrument further comprises two fins (22, 24) extending from the ends of the front portion, said fins (22, 24) being adapted to be positioned in gutters (G1, G2) extending below the tibia and around a trochlea of the talus, - and in that the fins (22, 24) of the talar alignment instrument are provided with reference markers (220, 240) adapted to mark a direction perpendicular to the fins (22, 24), and adapted to be aligned with a longitudinal axis of the tibia, and aligned to the rotational axis of the talus.