mhurhangee/ep-ind-claims huggingface dataset:
A square wave generator (20; 30) suitable for use with an electrosurgical instrument (2; 10), the square wave generator comprising: an active terminal configured for connection to the electrosurgical instrument; a voltage source configured to output a waveform; a comparator operatively coupled to the voltage source and to said active terminal and configured to compare said waveform to a reference voltage to supply energy in the form of a square wave to said active terminal for supply to said electrosurgical instrument; at least one sensor configured to sense an operational parameter of the energy outputted from the comparator and to provide a sensor signal corresponding thereto; and a controller adapted to receive the at least one sensor signal and in response thereto controls the voltage source. an active terminal configured for connection to the electrosurgical instrument; a voltage source configured to output a waveform; a comparator operatively coupled to the voltage source and to said active terminal and configured to compare said waveform to a reference voltage to supply energy in the form of a square wave to said active terminal for supply to said electrosurgical instrument; at least one sensor configured to sense an operational parameter of the energy outputted from the comparator and to provide a sensor signal corresponding thereto; and a controller adapted to receive the at least one sensor signal and in response thereto controls the voltage source.
Method for preparing a microneedle sheet with raised microneedles, comprising the steps of: providing a microneedle sheet comprising a plurality of microneedles formed on a sheet and extending along a principal surface of the sheet, characterized in that the microneedles are risen from the principal surface by bending the sheet, and the sheet is configured to bend when a part of the sheet which does not contact the skin comes into contact with the skin, and the microneedles positioned in the part rise from the principal surface. providing a microneedle sheet comprising a plurality of microneedles formed on a sheet and extending along a principal surface of the sheet, characterized in that the microneedles are risen from the principal surface by bending the sheet, and the sheet is configured to bend when a part of the sheet which does not contact the skin comes into contact with the skin, and the microneedles positioned in the part rise from the principal surface.
Functional paillette for an item of clothing or a textile element, comprising • at least one carrier element for at least one electronic component, wherein the carrier element has a rotationally symmetrical basic surface area with a multiple rotational symmetry, • a plurality of contacting arrangements, which are arranged rotationally symmetrically in relation to each other on the carrier element, for electrically contacting the at least one electronic component, each contacting arrangement having at least a first electrical contact and a second electrical contact, • characterized in that the first electrical contacts of the plurality of contacting arrangements are electrically connected and the second electrical contacts of the plurality of contacting arrangements are electrically connected. • at least one carrier element for at least one electronic component, wherein the carrier element has a rotationally symmetrical basic surface area with a multiple rotational symmetry, • a plurality of contacting arrangements, which are arranged rotationally symmetrically in relation to each other on the carrier element, for electrically contacting the at least one electronic component, each contacting arrangement having at least a first electrical contact and a second electrical contact, • characterized in that the first electrical contacts of the plurality of contacting arrangements are electrically connected and the second electrical contacts of the plurality of contacting arrangements are electrically connected.
An apparatus for receiving charging power wirelessly from a charging transmitter having a transmit coil, the apparatus comprising: a receiver communication circuit coupled to a receive coil and to a load, configured to receive information associated with at least one characteristic of the charging transmitter; a sensor circuit configured to measure a value of a short circuit current (I 2SC) or an open circuit voltage (Voc) associated with the receive coil; and a controller configured to: compare the value of the short circuit current or the open circuit voltage to a threshold charging parameter, the threshold set at a level that provides charging power sufficient to charge the load; and initiate receiving the charging power from the charging transmitter when the short circuit current or the open circuit voltage associated with the receive coil is greater than or equal to the threshold charging parameter. a receiver communication circuit coupled to a receive coil and to a load, configured to receive information associated with at least one characteristic of the charging transmitter; a sensor circuit configured to measure a value of a short circuit current (I 2SC) or an open circuit voltage (Voc) associated with the receive coil; and a controller configured to: compare the value of the short circuit current or the open circuit voltage to a threshold charging parameter, the threshold set at a level that provides charging power sufficient to charge the load; and initiate receiving the charging power from the charging transmitter when the short circuit current or the open circuit voltage associated with the receive coil is greater than or equal to the threshold charging parameter. compare the value of the short circuit current or the open circuit voltage to a threshold charging parameter, the threshold set at a level that provides charging power sufficient to charge the load; and initiate receiving the charging power from the charging transmitter when the short circuit current or the open circuit voltage associated with the receive coil is greater than or equal to the threshold charging parameter.
A method for analysing a fluid sample, the method comprising - performing nucleic acid extraction and/or purification in at least one cavity of a substrate in which a fluid sample is obtained and in which buffers and/or reagents are introduced, and - performing nucleic acid amplification in the same at least one cavity, wherein said at least one cavity comprises a silicon based micropillar filter. - performing nucleic acid extraction and/or purification in at least one cavity of a substrate in which a fluid sample is obtained and in which buffers and/or reagents are introduced, and - performing nucleic acid amplification in the same at least one cavity, wherein said at least one cavity comprises a silicon based micropillar filter.
Amplifier arrangement (100, 200) for amplifying a broadband signal (101, 201), the amplifier arrangement (100, 200) comprising: a signal splitter (102, 202) configured to receive the broadband signal (101, 201) and output a first split signal (103, 203) and a second split signal (104, 204), a balanced amplifier (105, 205) that is coupled to the signal splitter (102, 202) and is configured to amplify the first split signal (103, 203) and the second split signal (104, 204) and is configured to output a single amplified broadband signal (107, 207) based on the amplified first split signal (103, 203) and the amplified second split signal (104, 204), wherein the signal splitter (102, 202) comprises a diplexer, and the signal splitter (102, 202) comprises a splitter input port configured to receive the broadband signal (101, 201) and a first splitter output port and a second splitter output port each coupled to an input port of the balanced amplifier, wherein the signal splitter (102, 202) is configured to output the first split signal (103, 203) via the first splitter output port and the second split signal (104, 204) via the second splitter output port. a signal splitter (102, 202) configured to receive the broadband signal (101, 201) and output a first split signal (103, 203) and a second split signal (104, 204), a balanced amplifier (105, 205) that is coupled to the signal splitter (102, 202) and is configured to amplify the first split signal (103, 203) and the second split signal (104, 204) and is configured to output a single amplified broadband signal (107, 207) based on the amplified first split signal (103, 203) and the amplified second split signal (104, 204), wherein the signal splitter (102, 202) comprises a diplexer, and the signal splitter (102, 202) comprises a splitter input port configured to receive the broadband signal (101, 201) and a first splitter output port and a second splitter output port each coupled to an input port of the balanced amplifier, wherein the signal splitter (102, 202) is configured to output the first split signal (103, 203) via the first splitter output port and the second split signal (104, 204) via the second splitter output port.
A phase measurement calibrating method based on the liquid crystal shutter principle, comprising the steps of: when a first liquid crystal shutter is open and a second liquid crystal shutter is closed, a light wave emitted by a light wave emitter to a tested target through the first liquid crystal shutter which is disposed at a certain angle to the optical axis, is reflected by the tested target, is focused by an optical device, is received by a receiver, then is being used as an external light path beam of the measurement system; when the first liquid crystal shutter is closed and the second liquid crystal shutter is open, the light wave emitted to the first liquid crystal shutter is reflected by the first liquid crystal shutter to the second liquid crystal shutter, the reflected light wave is received by the receiver through the second liquid crystal shutter which is open, the received light wave is being used as an internal light path beam of the phase measurement system; the receiver receives the external and internal light path beams respectively, after processed by amplifier and mixer, the external and internal light path beams are compared by a phase discriminator for outputting a signal without fundamental reference. when a first liquid crystal shutter is open and a second liquid crystal shutter is closed, a light wave emitted by a light wave emitter to a tested target through the first liquid crystal shutter which is disposed at a certain angle to the optical axis, is reflected by the tested target, is focused by an optical device, is received by a receiver, then is being used as an external light path beam of the measurement system; when the first liquid crystal shutter is closed and the second liquid crystal shutter is open, the light wave emitted to the first liquid crystal shutter is reflected by the first liquid crystal shutter to the second liquid crystal shutter, the reflected light wave is received by the receiver through the second liquid crystal shutter which is open, the received light wave is being used as an internal light path beam of the phase measurement system; the receiver receives the external and internal light path beams respectively, after processed by amplifier and mixer, the external and internal light path beams are compared by a phase discriminator for outputting a signal without fundamental reference.
A method for identifying an article marked with a luminescent marker, including carrying out the following steps in order: (a) providing an article marked with a luminescent marker which identifies said article, (b) exciting the marker with a first type of electromagnetic radiation in order to store luminescence in said marker, (c) ceasing said exciting step, (d) waiting for a period of time, (e) applying a second type of electromagnetic radiation to the marker in order to release said stored luminescence, and (f) detecting said released luminescence in order to identify said article characterized in that the article is moved along a path between step (b) and step (f). (a) providing an article marked with a luminescent marker which identifies said article, (b) exciting the marker with a first type of electromagnetic radiation in order to store luminescence in said marker, (c) ceasing said exciting step, (d) waiting for a period of time, (e) applying a second type of electromagnetic radiation to the marker in order to release said stored luminescence, and (f) detecting said released luminescence in order to identify said article
A mechanical reduction gear for a turbomachine, in particular for an aircraft, this reduction gear comprising: - a sun gear having an axis of rotation, - a ring gear which extends around the sun gear - planet gears which are meshed with the sun gear and the ring gear, each planet gear comprising a first toothing having a first mean diameter for meshing with the sun gear, and a second toothing having a second mean diameter different from the first mean diameter, for meshing with the ring gear, the first and second toothing (82, 84) of each planet gear being symmetrical with respect to a plane perpendicular to said axis and passing substantially through the middle of the planet gear, each of the first and second toothings (82, 84) comprising two series of teeth (82d1, 82d2, 84d1, 84d2), the two series of teeth (82d1, 82d2) of the first toothing being disposed on either side of said plane, and the two series of teeth (84d1, 84d2) of the second toothing being disposed on either side of said plane and the first toothing - hydrodynamic bearings for guiding the planet gears in rotation, these hydrodynamic bearings being carried by a planet carrier and comprising cylindrical bodies which are engaged in the planet gears and which are configured so as to be supplied with oil and so as to form guiding oil films (H1, H2) between the cylindrical bodies and the planet gears, characterised in that each of the planet gears is guided by two hydrodynamic bearings independent of each other and arranged respectively on either side of said plane, in line with the series of teeth (84d1, 84d2) of the second toothing. - a sun gear having an axis of rotation, - a ring gear which extends around the sun gear - planet gears which are meshed with the sun gear and the ring gear, each planet gear comprising a first toothing having a first mean diameter for meshing with the sun gear, and a second toothing having a second mean diameter different from the first mean diameter, for meshing with the ring gear, the first and second toothing (82, 84) of each planet gear being symmetrical with respect to a plane perpendicular to said axis and passing substantially through the middle of the planet gear, each of the first and second toothings (82, 84) comprising two series of teeth (82d1, 82d2, 84d1, 84d2), the two series of teeth (82d1, 82d2) of the first toothing being disposed on either side of said plane, and the two series of teeth (84d1, 84d2) of the second toothing being disposed on either side of said plane and the first toothing - hydrodynamic bearings for guiding the planet gears in rotation, these hydrodynamic bearings being carried by a planet carrier and comprising cylindrical bodies which are engaged in the planet gears and which are configured so as to be supplied with oil and so as to form guiding oil films (H1, H2) between the cylindrical bodies and the planet gears,
A reed comprising: a reed main body having a plate shape, the reed main body comprising a fixed part fixed to a mouthpiece, and a vibrating part that extends from the fixed part and vibrates; and a sensor part that is disposed inside the vibrating part or on an inner surface of the vibrating part, the inner surface of the vibrating part facing the mouthpiece, the sensor part comprising: an effective sensor portion that detects vibration of the vibrating part; and a tail part that extends from the effective sensor portion, characterized in that the tail part is disposed on an outer surface of the fixed part, the outer surface of the fixed part facing away from the inner surface. a reed main body having a plate shape, the reed main body comprising a fixed part fixed to a mouthpiece, and a vibrating part that extends from the fixed part and vibrates; and a sensor part that is disposed inside the vibrating part or on an inner surface of the vibrating part, the inner surface of the vibrating part facing the mouthpiece, the sensor part comprising: an effective sensor portion that detects vibration of the vibrating part; and a tail part that extends from the effective sensor portion, characterized in that the tail part is disposed on an outer surface of the fixed part, the outer surface of the fixed part facing away from the inner surface.
A method for transmitting and receiving data in a wireless network, the method comprising: at a high-throughput station, receiving first data via a bonded channel which is formed by channel bonding first and second adjacent channels; and at the high-throughput station, transmitting second data with a legacy format via each of the first and second adjacent channels, wherein the second data is a legacy Acknowledge, ACK, frame transmitted in response to the first data, and wherein the wireless network is compliant with the IEEE 802.11n standard, and the legacy format is compliant with the IEEE 802.11a standard, IEEE 802.11b standard, or IEEE 802.11g standard. at a high-throughput station, receiving first data via a bonded channel which is formed by channel bonding first and second adjacent channels; and at the high-throughput station, transmitting second data with a legacy format via each of the first and second adjacent channels, wherein the second data is a legacy Acknowledge, ACK, frame transmitted in response to the first data, and wherein the wireless network is compliant with the IEEE 802.11n standard, and the legacy format is compliant with the IEEE 802.11a standard, IEEE 802.11b standard, or IEEE 802.11g standard.
A material collection system tube fastener, comprising: a multi-blade mower deck; a material collection system tube; a mounting rod attached to the material collection system tube; the mounting rod having a first end inserted into a bushing at a first end of a side discharge outlet on the multi-blade mower deck, and a second end engaging a hook at a second end of the side discharge outlet; the mounting rod pivoting in the bushing to move the material collection system tube toward and away from the side discharge outlet. a multi-blade mower deck; a material collection system tube; a mounting rod attached to the material collection system tube; the mounting rod having a first end inserted into a bushing at a first end of a side discharge outlet on the multi-blade mower deck, and a second end engaging a hook at a second end of the side discharge outlet; the mounting rod pivoting in the bushing to move the material collection system tube toward and away from the side discharge outlet.
A process for preparing a synthetic foam having present therein particles, wherein the distribution of said particles is controlled by the following steps: - dissolving at least one synthetic polymer in one or more solvents to form a solution; - contacting particles with said solution to form a polymer/particles mixture, with said particles being hemostatic particles; - freeze-drying the polymer/particles mixture by: - freezing the polymer/particles mixture; and subsequently - subliming the one or more solvents to form a synthetic foam comprising a homogenous distribution of said particles. - dissolving at least one synthetic polymer in one or more solvents to form a solution; - contacting particles with said solution to form a polymer/particles mixture, with said particles being hemostatic particles; - freeze-drying the polymer/particles mixture by: - freezing the polymer/particles mixture; and subsequently - subliming the one or more solvents to form a synthetic foam comprising a homogenous distribution of said particles. - freezing the polymer/particles mixture; and subsequently - subliming the one or more solvents to form a synthetic foam comprising a homogenous distribution of said particles.
A terminal device in which a transmitter transmits biological information and battery state information to a biological information display device, the terminal device characterized by: a shutdown detection unit that detects a shutdown state of a battery; and a transmission control unit that, when the shutdown detection unit detects the battery shutdown state, causes the transmitter to transmit the battery state information indicative of shutdown; wherein the terminal device comprises another battery for detecting the shutdown state and transmitting the battery state information. a shutdown detection unit that detects a shutdown state of a battery; and a transmission control unit that, when the shutdown detection unit detects the battery shutdown state, causes the transmitter to transmit the battery state information indicative of shutdown; wherein the terminal device comprises another battery for detecting the shutdown state and transmitting the battery state information.
A composition for the regulation of kidney and excretory system function, comprising: (i) (a) Lespedeza capitata, (b) Betula platyphylla Suk leaf, and (c) Vaccinium hirtum Thunb., and, (ii) (a) vitamin B6, (b) vitamin E, and (c) iron.
Seal assembly comprising a seal which comprises an annular seal made of a seal material having a substantially U-shaped longitudinal section, wherein the annular seal in the axial direction is delimited on both sides by a first and a second radial leg, wherein the radial legs (4, 5) in the radial direction are connected to one another on the external circumference by an axial leg, wherein the first radial leg on its side facing axially away from the second radial leg has a first axial sealing edge and a second axial sealing edge, wherein the second axial sealing edge encloses the first axial sealing edge by way of a radial spacing on the external circumference; wherein the axial leg on the external circumference has a support face, and wherein the support face and the first radial leg delimit a groove encircling the annular seal on the external circumference, wherein the seal is disposed in an installation space, wherein the installation space is delimited by a first, a second and a third machine element, wherein the first machine element has a first sealing face which extends substantially in the radial direction and under an axial pre-load is in sealing contact with the first axial sealing edge, and wherein the first sealing face, as a function of the pressure to be sealed and/or the assembly-related axial compression of the seal during the intended use of the latter, is able to be in sealing contact with the second axial sealing edge under an axial pre-load, characterized in that the annular seal comprises an imaginary radial plane, wherein - in the production-related state of the annular seal, the first axial sealing edge by way of the radial plane delimits a first axial spacing which is larger than a second axial spacing delimited by the second axial sealing edge by way of the radial plane, and in that the first and the third machine element on their mutually facing sides delimit a joint, and in that the groove covers the joint in the axial direction.