mhurhangee/patent-ind-claim-en huggingface dataset:
Additively manufactured fuel injector device for a gas turbine comprising a body having a first and a second lateral surface extending along a streamwise direction and along a crosswise direction ; the body being streamlined for use along a fluid flow and the first and the second lateral surfaces to be immersed in the flow and joined to one another at their upstream side against the direction of flow to form a leading edge of the body and joined at their downstream side in the direction of flow to form a trailing edge of the body ; the body comprising at least a nested oil fuel duct housed within the lateral surfaces and elongated in the first direction ; a structure so that the nested oil fuel duct is structurally connected to an attachment within the lateral surfaces , wherein at least the body , the oil fuel duct and the structure are manufactured by an additive manufacturing process and the structure comprises an array of ribs attached to the oil fuel duct in order to compensate differential elongation along the crosswise direction of the oil fuel duct with respect to the attachment of the ribs by flexural deformation; characterised in the attachment being a shell defining a gas fuel plenum housed within the first and the second lateral surfaces and housing the oil fuel duct .
A method for making a biocompatible three-dimensional heart valve , the method comprising the steps of: - delivering at least one biocompatible fluid substance towards a mold having a mold surface to obtain a coating layer of predetermined thickness configured for coating the mold surface, using at least one delivery unit , the biocompatible fluid substance including a plurality of particles; - handling with a handling unit the mold and the delivery unit in order to provide a relative movement with at least three degrees of freedom between the mold and the delivery unit , the mold coated with the at least one biocompatible fluid substance that is delivered to obtain a three-dimensional heart valve having a surface corresponding to the mold surface; - removing from the mold any surplus particles of the at least one biocompatible fluid substance dispensed using a suction and blowing unit in order to make uniform the predetermined thickness of the coating layer; and - pressing a counter mold on the coating layer deposited on the mold after delivering the biocompatible fluid substance. - delivering at least one biocompatible fluid substance towards a mold having a mold surface to obtain a coating layer of predetermined thickness configured for coating the mold surface, using at least one delivery unit , the biocompatible fluid substance including a plurality of particles; - handling with a handling unit the mold and the delivery unit in order to provide a relative movement with at least three degrees of freedom between the mold and the delivery unit , the mold coated with the at least one biocompatible fluid substance that is delivered to obtain a three-dimensional heart valve having a surface corresponding to the mold surface; - removing from the mold any surplus particles of the at least one biocompatible fluid substance dispensed using a suction and blowing unit in order to make uniform the predetermined thickness of the coating layer; and - pressing a counter mold on the coating layer deposited on the mold after delivering the biocompatible fluid substance.
A hitch for a vehicle, in particular for an agricultural tractor, comprising a main frame which is mountable to a vehicle chassis; a pair of left and right lower support arms pivotably mounted to the main frame at a first end, each of the support arms at a second end comprises a holding means for holding an implement attachment link , the holding means comprises a slot formed by a first bracket and a second bracket , the implement attachment link is inserted between the first bracket and the second bracket in order to establish a form fit connection; a releasable locking device for fixing the implement attachment link to the holding means , the locking device comprises a locking pin which is inserted through aligning holes in the first bracket, the second bracket and the implement attachment link , wherein the locking pin comprises an aperture , characterized in that the second bracket has a flange around the hole at an external side, wherein there are two diametrical apertures on the flange and wherein the apertures on the flange can align with the aperture in the locking pin to receive a safety pin . a pair of left and right lower support arms pivotably mounted to the main frame at a first end, each of the support arms at a second end comprises a holding means for holding an implement attachment link , the holding means comprises a slot formed by a first bracket and a second bracket , the implement attachment link is inserted between the first bracket and the second bracket in order to establish a form fit connection; a releasable locking device for fixing the implement attachment link to the holding means , the locking device comprises a locking pin which is inserted through aligning holes in the first bracket, the second bracket and the implement attachment link , wherein the locking pin comprises an aperture , characterized in that the second bracket has a flange around the hole at an external side, wherein there are two diametrical apertures on the flange and wherein the apertures on the flange can align with the aperture in the locking pin to receive a safety pin .
A method for controlling voice activity detection, VAD, characterized in that it comprises the following steps: determining, by a switch, whether a ring back tone, RBT, is a personalized RBT when a called party sends the RBT in response to a call request of a calling party, wherein the RBT comprises one of the personalized RBT and a standard RBT, and the personalized RBT is a color ring back tone, CRBT; if the RBT is the personalized RBT, turning off, by the switch, a VAD function of an encoder in a call path; and turning on, by the switch, the VAD function of the encoder when the switch identifies the calling party and the called party are in a conversation state. determining, by a switch, whether a ring back tone, RBT, is a personalized RBT when a called party sends the RBT in response to a call request of a calling party, wherein the RBT comprises one of the personalized RBT and a standard RBT, and the personalized RBT is a color ring back tone, CRBT; if the RBT is the personalized RBT, turning off, by the switch, a VAD function of an encoder in a call path; and turning on, by the switch, the VAD function of the encoder when the switch identifies the calling party and the called party are in a conversation state.
A method for operating a communications device that communicates with a counterpart communication device via inductive coupling, the method comprising: detecting a system condition associated with the communications device ; and tuning a matching network of the communications device in response to the system condition, wherein the matching network comprises a hybrid transformer that separates a receiver of the communications device from a transmitter (108, 208-1, 208-2, 308-1, 308-2, 608, 708) of the communications device, wherein tuning the matching network of the communications device in response to the system condition comprises tuning an adjustable impedance connected to the hybrid transformer of the matching network of the communications device in response to the system condition, and wherein the system condition comprises a coupling condition between the communications device and the counterpart communication device. detecting a system condition associated with the communications device ; and tuning a matching network of the communications device in response to the system condition, wherein the matching network comprises a hybrid transformer that separates a receiver of the communications device from a transmitter (108, 208-1, 208-2, 308-1, 308-2, 608, 708) of the communications device, wherein tuning the matching network of the communications device in response to the system condition comprises tuning an adjustable impedance connected to the hybrid transformer of the matching network of the communications device in response to the system condition, and wherein the system condition comprises a coupling condition between the communications device and the counterpart communication device.
A method comprising: determining, by a user equipment, UE, that it has data for transmission; and transmitting, by the UE, the data in a plurality of time-frequency resources determined in accordance with a mapping; at least one of the time-frequency resources being in a region available for scheduling grant-based traffic ; and at least one of the time-frequency resources being in a region that is not used for grant-based traffic , and wherein transmitting the data in a plurality of time-frequency resources comprises transmitting an initial grant-free transmission of the data and transmitting at least one grant-free retransmission of the data ; wherein at least one of the grant-free transmissions is transmitted in the region available for grant-based traffic and at least one of the grant-free transmissions is transmitted in the region that is not used for grant-based traffic. determining, by a user equipment, UE, that it has data for transmission; and transmitting, by the UE, the data in a plurality of time-frequency resources determined in accordance with a mapping; at least one of the time-frequency resources being in a region available for scheduling grant-based traffic ; and at least one of the time-frequency resources being in a region that is not used for grant-based traffic , and wherein transmitting the data in a plurality of time-frequency resources comprises transmitting an initial grant-free transmission of the data and transmitting at least one grant-free retransmission of the data ; wherein at least one of the grant-free transmissions is transmitted in the region available for grant-based traffic and at least one of the grant-free transmissions is transmitted in the region that is not used for grant-based traffic.
A method for detecting a target molecule, comprising: a step of preparing a plurality of types of specific binding substances which are labeled with a plurality of nucleic acid fragments each having a labeling substance that generates a fluorescence signal of a different fluorescence wavelength, and which each recognize a different epitope, and preparing a first target molecule; a step of binding the plurality of types of specific binding substances to the first target molecule; a step of respectively detecting the plurality of types of specific binding substances; and a step of determining the first target molecule by a plurality of the fluorescence signals corresponding to the plurality of types of specific binding substances; wherein a second target molecule having at least one of the first target molecule is prepared; and the second target molecule is detected via detection of at least one of the first target molecule; wherein the plurality of types of specific binding substances is detected by using Invader method a step of preparing a plurality of types of specific binding substances which are labeled with a plurality of nucleic acid fragments each having a labeling substance that generates a fluorescence signal of a different fluorescence wavelength, and which each recognize a different epitope, and preparing a first target molecule; a step of binding the plurality of types of specific binding substances to the first target molecule; a step of respectively detecting the plurality of types of specific binding substances; and a step of determining the first target molecule by a plurality of the fluorescence signals corresponding to the plurality of types of specific binding substances;
A use of a cosmetic composition comprising one or more exfoliating agent selected from the group consisting of serine and carnitine for increasing skin exfoliation, wherein the composition comprises a polyol humectant in an amount of more than 0 wt%, but less than or equal to 2 wt%.
A device for generating RF power for an electrosurgical instrument, said device comprising: a controller programmed to generate an electrical signal having an oscillating waveform of between 200 kHz and 4 MHz and to modulate said oscillating waveform between a plurality of ON and OFF states at a frequency of between 37 Hz and 75 Hz to create discrete packets of the waveform in the plurality of the ON states; an amplifier in communication with said electrical waveform that amplifies said waveform to create an output electrical signal; and an electrosurgical connector configured to receive an electrosurgical instrument and to pass said output electrical signal to said electrosurgical instrument ; wherein the oscillating waveform has a frequency in the RF spectrum and wherein the plurality of ON and OFF states creating the discrete packets has a frequency which is less than the frequency of the oscillating waveform ; characterized in that the controller is programmed to modulate said oscillating waveform between the plurality of ON and OFF states at a duty cycle of between 90% and 98% to create the discrete packets ; the controller is configured to modulate each of the discrete packets between SUB ON and SUB OFF states to form a plurality of at least a first level of sub-discrete packets of the waveform; and the plurality of SUB ON and SUB OFF states creating the sub-discrete packets has a frequency which is less than the frequency of the oscillating waveform and greater than the frequency of the discrete packets. a controller programmed to generate an electrical signal having an oscillating waveform of between 200 kHz and 4 MHz and to modulate said oscillating waveform between a plurality of ON and OFF states at a frequency of between 37 Hz and 75 Hz to create discrete packets of the waveform in the plurality of the ON states; an amplifier in communication with said electrical waveform that amplifies said waveform to create an output electrical signal; and an electrosurgical connector configured to receive an electrosurgical instrument and to pass said output electrical signal to said electrosurgical instrument ; wherein the oscillating waveform has a frequency in the RF spectrum and wherein the plurality of ON and OFF states creating the discrete packets has a frequency which is less than the frequency of the oscillating waveform ; characterized in that the controller is programmed to modulate said oscillating waveform between the plurality of ON and OFF states at a duty cycle of between 90% and 98% to create the discrete packets ; the controller is configured to modulate each of the discrete packets between SUB ON and SUB OFF states to form a plurality of at least a first level of sub-discrete packets of the waveform; and the plurality of SUB ON and SUB OFF states creating the sub-discrete packets has a frequency which is less than the frequency of the oscillating waveform and greater than the frequency of the discrete packets.
Bicycle gear , comprising a toothed annular element having a first coating layer obtained by subjecting said toothed annular element to an electrolytic oxidation treatment, characterized in that said electrolytic oxidation treatment is a plasma electrolytic oxidation treatment which provides the teeth of said toothed annular element with resistance to wear and geometric constancy over time of the profile of the teeth and in that the toothed annular element has a second coating layer overlapped to said first coating layer and comprising a lubricating substance which provides said toothed annular element with smoothness in the transmission of motion to the bicycle chain, wherein said lubricating substance comprises an organic polymer that is a fluoropolymer and an organic matrix acting as a binder for said fluoropolymer.
An electrical resistance strain gage comprising: an active strain sensing grid area comprising grid lines having a uniformly distributed electrical resistance and a uniform grid length ; and a trim resistance comprising trimming steps arranged within the active strain sensing grid area , characterised in that , the trim resistance comprises a portion adapted to be interrupted such that an electrical resistance of the electrical resistance strain gage is discretely modified while maintaining the same active strain sensing area . an active strain sensing grid area comprising grid lines having a uniformly distributed electrical resistance and a uniform grid length ; and a trim resistance comprising trimming steps arranged within the active strain sensing grid area , characterised in that , the trim resistance comprises a portion adapted to be interrupted such that an electrical resistance of the electrical resistance strain gage is discretely modified while maintaining the same active strain sensing area .
A pump set for use with a pumping apparatus, the pump set comprising: tubing for carrying a liquid, the tubing comprising an inlet section for connection to a liquid source and a pump engagement section configured for engagement by the pumping apparatus to pump the liquid through the tubing ; and a valve mechanism attached to the tubing between the inlet section and the pump engagement section , the valve mechanism comprising a first port connected to the inlet section of the tubing , a second port connected to the pump engagement section of the tubing , and a valve disposed between the first and second ports , the valve including a rotatable stem to selectively communicate the first port with the second port , the stem including a flow passage extending through the stem from an inlet end of the flow passage to an outlet end of the flow passage whereby the inlet end of the flow passage communicates with the first port and the outlet end of the flow passage communicates with the second port to place the inlet section of the tubing in communication with the pump engagement section of the tubing , the flow passage increasing in cross-sectional area from the inlet end toward the outlet end , wherein the cross-sectional area of the flow passage changes at different rates through the flow passage from the inlet end to the outlet end . tubing for carrying a liquid, the tubing comprising an inlet section for connection to a liquid source and a pump engagement section configured for engagement by the pumping apparatus to pump the liquid through the tubing ; and a valve mechanism attached to the tubing between the inlet section and the pump engagement section , the valve mechanism comprising a first port connected to the inlet section of the tubing , a second port connected to the pump engagement section of the tubing , and a valve disposed between the first and second ports , the valve including a rotatable stem to selectively communicate the first port with the second port , the stem including a flow passage extending through the stem from an inlet end of the flow passage to an outlet end of the flow passage whereby the inlet end of the flow passage communicates with the first port and the outlet end of the flow passage communicates with the second port to place the inlet section of the tubing in communication with the pump engagement section of the tubing , the flow passage increasing in cross-sectional area from the inlet end toward the outlet end , wherein the cross-sectional area of the flow passage changes at different rates through the flow passage from the inlet end to the outlet end .
A mobile device configured to receive an audio signal from a source via a base station , the mobile device comprising: a first wireless communication interface operable to communicate using a first mode of wireless communication; a second wireless communication interface operable to communicate using a second mode of wireless communication, the second mode having a shorter range than the first mode; and a controller configured to switch from receiving the audio signal from the base station via the first wireless communication interface to receiving the audio signal via the second wireless communication interface when the mobile device is proximate to the base station, wherein the second wireless communication interface is an optical communication interface or an inductive communication interface. a first wireless communication interface operable to communicate using a first mode of wireless communication; a second wireless communication interface operable to communicate using a second mode of wireless communication, the second mode having a shorter range than the first mode; and a controller configured to switch from receiving the audio signal from the base station via the first wireless communication interface to receiving the audio signal via the second wireless communication interface when the mobile device is proximate to the base station, wherein the second wireless communication interface is an optical communication interface or an inductive communication interface.
A wheel comprising an antenna , wherein the antenna includes a first conductor and a second conductor that face each other in a first direction, one or more third conductors that are located between the first conductor and the second conductor and extend in the first direction, a fourth conductor that is connected to the first conductor and the second conductor and extends in the first direction, and a feeding line that is electromagnetically connected to the one or more third conductors , the first conductor and the second conductor are capacitively connected via the one or more third conductors , and a surface of the fourth conductor faces an installation surface of the wheel in a second direction perpendicular to the first direction, the one or more third conductors are configured to function as a resonator between the first conductor and the second conductor , the resonator has electrically open ends in a third direction that is perpendicular to the first direction and to the second direction, and the resonator is configured to have an artificial magnetic conductor character in the second direction such that the electrically open ends are seen as magnetic conductors. an antenna , wherein the antenna includes a first conductor and a second conductor that face each other in a first direction, one or more third conductors that are located between the first conductor and the second conductor and extend in the first direction, a fourth conductor that is connected to the first conductor and the second conductor and extends in the first direction, and a feeding line that is electromagnetically connected to the one or more third conductors , a first conductor and a second conductor that face each other in a first direction, one or more third conductors that are located between the first conductor and the second conductor and extend in the first direction, a fourth conductor that is connected to the first conductor and the second conductor and extends in the first direction, and a feeding line that is electromagnetically connected to the one or more third conductors , the first conductor and the second conductor are capacitively connected via the one or more third conductors , and a surface of the fourth conductor faces an installation surface of the wheel in a second direction perpendicular to the first direction, the one or more third conductors are configured to function as a resonator between the first conductor and the second conductor , the resonator has electrically open ends in a third direction that is perpendicular to the first direction and to the second direction, and the resonator is configured to have an artificial magnetic conductor character in the second direction such that the electrically open ends are seen as magnetic conductors.