mhurhangee/ep-ind-claims huggingface dataset:
A turbine engine comprising: a first fluid passageway having an inlet and an outlet; at least one combustion chamber positioned along said first fluid passageway between said inlet and said outlet, wherein a primary fluid stream passes through said first fluid passageway and said at least one combustion chamber for generating power; a second fluid passageway at least partially distinct from said first fluid passageway, wherein a secondary fluid stream passes through said second fluid passageway to support the generation of power; a sensor assembly having a sensor operable to sense at least one condition and a transmitter associated with said sensor and operable to emit a signal corresponding to the at least one condition wirelessly, wherein at least part of said transmitter is positioned in said second fluid passageway to transmit the signal through said second fluid passageway; and a receiver operable to receive the signal and positioned in the second fluid passageway; characterized in that said sensor assembly is further defined as being operable to emit the signal at a substantially optimized frequency relative to a cross-section of said second fluid passageway such that said second fluid passageway functions as a waveguide. a first fluid passageway having an inlet and an outlet; at least one combustion chamber positioned along said first fluid passageway between said inlet and said outlet, wherein a primary fluid stream passes through said first fluid passageway and said at least one combustion chamber for generating power; a second fluid passageway at least partially distinct from said first fluid passageway, wherein a secondary fluid stream passes through said second fluid passageway to support the generation of power; a sensor assembly having a sensor operable to sense at least one condition and a transmitter associated with said sensor and operable to emit a signal corresponding to the at least one condition wirelessly, wherein at least part of said transmitter is positioned in said second fluid passageway to transmit the signal through said second fluid passageway; and a receiver operable to receive the signal and positioned in the second fluid passageway;
Programmable electronic power controller with a power module for controlling at least one actuator that can be connected to the power module by means of an actuator control signal, with a control module for operating the power module by means of a power module control signal, and with an internal monitoring module for switching the control module to emergency operation, in which the control module is configured to execute a predefined fault response and place the actuator in a safe state, wherein the internal monitoring module is configured to monitor a system state, to detect a critical operating state and output at least one error signal (31, 32, 33, 34, 36), characterized in that the control module comprises - a base controller which is configured to output the power module control signals, and in which the functions for open- and closed-loop control of the actuator necessary for emergency operation in a critical operating state are implemented, - an additional controller, in which functions that are not necessary for emergency operation in a critical operating state are implemented, and - a controller separation point, which connects the base controller to the additional controller via a controller connection (24, 25) and is configured to receive the error signal from the internal monitoring module and upon receipt thereof at least partly separate the controller connection (24, 25), wherein the monitoring module is configured to perform a functional separation of the base controller from the additional controller in emergency operation, so that an external influence on the base controller by the additional controller can be prevented. - a base controller which is configured to output the power module control signals, and in which the functions for open- and closed-loop control of the actuator necessary for emergency operation in a critical operating state are implemented, - an additional controller, in which functions that are not necessary for emergency operation in a critical operating state are implemented, and - a controller separation point, which connects the base controller to the additional controller via a controller connection (24, 25) and is configured to receive the error signal from the internal monitoring module and upon receipt thereof at least partly separate the controller connection (24, 25),
A pentameric binding molecule comprising five bivalent binding units and a J-chain or a functional fragment or variant thereof, wherein each binding unit comprises two IgM heavy chain constant regions, each associated with an antigen-binding domain, wherein at least one antigen binding domain of the binding molecule is a CD20 antigen binding domain comprising: an antibody heavy chain variable region comprising immunoglobulin complementarity determining regions HCDR1, HCDR2, HCDR3, and an antibody light chain variable region comprising immunoglobulin complementarity determining regions LCDR1, LCDR2, and LCDR3, wherein the HCDR1 comprises the amino acid sequence of SEQ ID NO: 39; the HCDR2 comprises the amino acid sequence of SEQ ID NO: 40; the HCDR3 comprises the amino acid sequence of SEQ ID NO: 41; the LCDR1 comprises the amino acid sequence of SEQ ID NO: 43; the LCDR2 comprises the amino acid sequence of SEQ ID NO: 44; and the LCDR3 comprises the amino acid sequence of SEQ ID NO: 45.
A frequency tuned damper comprising: a console which is arranged to be connected to a surface, termed vibrating surface, the vibrations of which are to be dampened, said console comprising at least one mounting opening defined by a mounting rim; a vibration body; and at least one elastic element having a longitudinal axis and comprising a base portion having a first circumferentially extending mounting groove in which the rim is received for connecting the elastic element to the console, and a top portion which is located at a distance along the longitudinal axis from the base portion, and is connected to the vibration body; wherein the elastic element presents a circumferentially extending outer impact surface, which is located between the base portion and the vibration body, and characterised in that the console further comprises at least one deflection limiter which is integrally formed with the rim and extends circumferentially around the impact surface at a distance therefrom, said deflection limiter being arranged to limit the degree of movement of elastic element transversally to the longitudinal axis if the damper is subjected to an external transient force sufficient to bring the impact surface into contact with the deflection limiter, thereby preventing excessive movements of the elastic element transversally to the longitudinal axis. a console which is arranged to be connected to a surface, termed vibrating surface, the vibrations of which are to be dampened, said console comprising at least one mounting opening defined by a mounting rim; a vibration body; and at least one elastic element having a longitudinal axis and comprising a base portion having a first circumferentially extending mounting groove in which the rim is received for connecting the elastic element to the console, and a top portion which is located at a distance along the longitudinal axis from the base portion, and is connected to the vibration body; wherein the elastic element presents a circumferentially extending outer impact surface, which is located between the base portion and the vibration body, and characterised in that the console further comprises at least one deflection limiter which is integrally formed with the rim and extends circumferentially around the impact surface at a distance therefrom, said deflection limiter being arranged to limit the degree of movement of elastic element transversally to the longitudinal axis if the damper is subjected to an external transient force sufficient to bring the impact surface into contact with the deflection limiter, thereby preventing excessive movements of the elastic element transversally to the longitudinal axis.
Method for measuring the anterior segment of the eye of a patient, wherein a plurality of interferometric measurements of the optical interfaces of anterior lens surface, posterior lens surface, anterior cornea surface and posterior cornea surface of the chamber of the anterior segment of the eye are carried out, mutually corresponding measurement values are detected and the results of the measurements, by adaptation to mutually corresponding values respectively measured in more than one measurement, are combined to form an overall result containing all the measurement values of lens and cornea.
A method of making a time-synchronised phasor measurement comprising: receiving, at an interrogator, an optical signal from a voltage and/or current sensor via an optical fibre; characterised in that the method further comprises: receiving, at the interrogator, a time synchronisation signal; determining, at the interrogator, a time t at which the optical signal was received from the voltage and/or current sensor; determining, at the interrogator, a time delay to corresponding to the voltage and/or current sensor; determining, at the interrogator, a time at which the optical signal originated from the voltage and/or current sensor by deducting the time delay to from the time t at which the optical signal was received; calculating, at the interrogator, a phasor from the received optical signal and time-stamping the phasor with the time at which the optical signal originated from the voltage and/or current sensor. receiving, at an interrogator, an optical signal from a voltage and/or current sensor via an optical fibre; characterised in that the method further comprises: receiving, at the interrogator, a time synchronisation signal; determining, at the interrogator, a time t at which the optical signal was received from the voltage and/or current sensor; determining, at the interrogator, a time delay to corresponding to the voltage and/or current sensor; determining, at the interrogator, a time at which the optical signal originated from the voltage and/or current sensor by deducting the time delay to from the time t at which the optical signal was received; calculating, at the interrogator, a phasor from the received optical signal and time-stamping the phasor with the time at which the optical signal originated from the voltage and/or current sensor. receiving, at the interrogator, a time synchronisation signal; determining, at the interrogator, a time t at which the optical signal was received from the voltage and/or current sensor; determining, at the interrogator, a time delay to corresponding to the voltage and/or current sensor; determining, at the interrogator, a time at which the optical signal originated from the voltage and/or current sensor by deducting the time delay to from the time t at which the optical signal was received; calculating, at the interrogator, a phasor from the received optical signal and time-stamping the phasor with the time at which the optical signal originated from the voltage and/or current sensor.
A method of producing non-immunogenic nanoparticles, comprising: providing a hydrophobic water-insoluble protein; dissolving said protein with a hydroalcoholic solvent to provide a first aqueous phase solution; adding a buffering agent to the first aqueous phase solution in the presence of a surfactant and a phospholipid to produce a second aqueous phase solution having a pH of between pH 6.8 and 7.4, processing said second aqueous phase solution to effect a reduction in diameter size of particles within the solution; evaporating any residual solvent to produce nanoparticles having a diameter size of less than 400 nm; centrifuging said nanoparticles; lyophilizing the nanoparticles following centrifugation, wherein the surfactant is a nonionic surfactant. providing a hydrophobic water-insoluble protein; dissolving said protein with a hydroalcoholic solvent to provide a first aqueous phase solution; adding a buffering agent to the first aqueous phase solution in the presence of a surfactant and a phospholipid to produce a second aqueous phase solution having a pH of between pH 6.8 and 7.4, processing said second aqueous phase solution to effect a reduction in diameter size of particles within the solution; evaporating any residual solvent to produce nanoparticles having a diameter size of less than 400 nm;
A method used for the detection and/or monitoring of insect populations, in which insects of at least one defined genus, in particular flying insects of a defined genus, are attracted, are at least temporarily retained within a defined compartment, and are sensed and/or analyzed with regard to definable features, wherein the method provides at least the following steps: - attracting the defined genus of insects or flying insects within or into the range of a definable spatial vicinity by means of attracting stimuli that are attractive to the insects or flying insects, preferentially by optical and/or acoustical stimuli and/or sensory stimuli and/or heat stimuli and/or by attracting stimuli formed as olfactory and/or chemical attracting stimuli, - transferring the attracted insects or flying insects into a defined compartment interior, in particular into an interior space of an insect trap, while preventing at least for a definable time interval an inadvertent escape at least of a large number of the insects or flying insects that have been transferred into the defined compartment interior; - detecting specific features of the insects or flying insects located within the defined compartment interior or within the insect trap, as appropriate, by means of a sensor technology suitable or equipped therefor, as appropriate; which specific features are formed by markers adhering to the insects or flying insects and/or having been impressed onto them; - providing the specific features of the insects or flying insects detected by means of the sensor technology, and transmitting the sensor signals supplied by the sensor technology to an electronic analysis device and/or evaluation device disposed downstream from the sensor technology. - attracting the defined genus of insects or flying insects within or into the range of a definable spatial vicinity by means of attracting stimuli that are attractive to the insects or flying insects, preferentially by optical and/or acoustical stimuli and/or sensory stimuli and/or heat stimuli and/or by attracting stimuli formed as olfactory and/or chemical attracting stimuli, - transferring the attracted insects or flying insects into a defined compartment interior, in particular into an interior space of an insect trap, while preventing at least for a definable time interval an inadvertent escape at least of a large number of the insects or flying insects that have been transferred into the defined compartment interior; - detecting specific features of the insects or flying insects located within the defined compartment interior or within the insect trap, as appropriate, by means of a sensor technology suitable or equipped therefor, as appropriate; which specific features are formed by markers adhering to the insects or flying insects and/or having been impressed onto them; - providing the specific features of the insects or flying insects detected by means of the sensor technology, and transmitting the sensor signals supplied by the sensor technology to an electronic analysis device and/or evaluation device disposed downstream from the sensor technology.
A laminated glass formed by interposing an infrared reflective film between two sheets of intermediate film, and laminating these between two sheets of glass, wherein said infrared reflective film is selected from i) a film consisting of infrared reflective layers having center reflective wavelength values between 1200 and 1300 nm and between 1500 and 1600 nm, said film having at least two infrared reflective layers, the center reflective wavelength of at least one infrared reflective layer is between 1200 and 1300 nm and, furthermore, the center reflective wavelength of at least one infrared reflective layer is between 1500 and 1600 nm; or ii) a film consisting of infrared reflective layers having center reflective wavelength values between 1200 and 1300 nm and between 1000 and 1100 nm, said film having at least two infrared reflective layers, the center reflective wavelength of at least one infrared reflective layer is between 1200 and 1300 nm and, furthermore, the center reflective wavelength of at least one infrared reflective layer is between 1000 and 1100 nm and wherein the reflective layers are laminated together by means of a pressure-sensitive adhesive. i) a film consisting of infrared reflective layers having center reflective wavelength values between 1200 and 1300 nm and between 1500 and 1600 nm, said film having at least two infrared reflective layers, the center reflective wavelength of at least one infrared reflective layer is between 1200 and 1300 nm and, furthermore, the center reflective wavelength of at least one infrared reflective layer is between 1500 and 1600 nm; or ii) a film consisting of infrared reflective layers having center reflective wavelength values between 1200 and 1300 nm and between 1000 and 1100 nm, said film having at least two infrared reflective layers, the center reflective wavelength of at least one infrared reflective layer is between 1200 and 1300 nm and, furthermore, the center reflective wavelength of at least one infrared reflective layer is between 1000 and 1100 nm
A terminal apparatus supporting Time Division Duplex enhancement for UL-DL Interference Management and Traffic Adaptation, TDD eIMTA, the terminal apparatus having received a System Information Block Type 1, SIB1, indication of a first UL-DL configuration and having received an instruction to change to a second UL-DL configuration, wherein each UL-DL configuration defines timings for uplink, UL, subframes and timings for downlink, DL, subframes or timings for special subframes, the terminal apparatus comprising: a radio receiving section adapted to receive a signal carried in at least one PHICH, Physical Hybrid ARQ Indicator CHannel, resource assigned to a DL subframe; a signal demultiplexing section adapted to demultiplex the received signal of the at least one PHICH resource to extract an ACK/NACK signal, wherein the ACK/NACK signal is a response for uplink data; and a radio transmitting section adapted to retransmit the uplink data based on the extracted ACK/NACK signal; the signal demultiplexing section being adapted to identify the at least one PHICH resource based on a total number of PHICH groups defined in the DL subframe, in which the signal is received, and an indication of a PHICH resource region, wherein the total number of PHICH groups is based on the first UL-DL configuration, and not on the second UL-DL configuration, at the timings where both, the first and the second UL-DL configuration, define DL, downlink, subframes or special subframes. a radio receiving section adapted to receive a signal carried in at least one PHICH, Physical Hybrid ARQ Indicator CHannel, resource assigned to a DL subframe; a signal demultiplexing section adapted to demultiplex the received signal of the at least one PHICH resource to extract an ACK/NACK signal, wherein the ACK/NACK signal is a response for uplink data; and a radio transmitting section adapted to retransmit the uplink data based on the extracted ACK/NACK signal; the signal demultiplexing section being adapted to identify the at least one PHICH resource based on a total number of PHICH groups defined in the DL subframe, in which the signal is received, and an indication of a PHICH resource region, wherein the total number of PHICH groups is based on the first UL-DL configuration, and not on the second UL-DL configuration, at the timings where both, the first and the second UL-DL configuration, define DL, downlink, subframes or special subframes.
An industrial truck comprising: a steering system with at least one steerable wheel, a steering control for steering the steerable wheel and a steering angle detection means for directly or indirectly detecting a steering angle of the steerable wheel, and a traction motor system for driving said truck, wherein a permissible maximum travelling speed provided by said traction motor system is controllable in dependence of the steering angle of the steerable wheel, whereby the permissible maximum travelling speed is more limited at large steering angles than at low steering angles; characterized in that the steering system further comprises an angular velocity determination means for direct or indirect determination of an angular velocity of a steering angle alteration, and in that the permissible maximum travelling speed is further controlled in dependence of the angular velocity, so that the permissible maximum travelling speed is more limited when a high angular velocity is determined than when a low angular velocity is determined. a steering system with at least one steerable wheel, a steering control for steering the steerable wheel and a steering angle detection means for directly or indirectly detecting a steering angle of the steerable wheel, and a traction motor system for driving said truck, wherein a permissible maximum travelling speed provided by said traction motor system is controllable in dependence of the steering angle of the steerable wheel, whereby the permissible maximum travelling speed is more limited at large steering angles than at low steering angles; characterized in that the steering system further comprises an angular velocity determination means for direct or indirect determination of an angular velocity of a steering angle alteration, and in that the permissible maximum travelling speed is further controlled in dependence of the angular velocity, so that the permissible maximum travelling speed is more limited when a high angular velocity is determined than when a low angular velocity is determined.
Drive for adjusting parts of furniture that can be moved relative to one another, in particular of armchairs, the drive comprising a housing in which an arrangement is placed that comprises a slider linearly displaceable in a longitudinal direction and an output element connected with the slider by an operative connection, wherein the arrangement is designed to cause a rotation of the output element around an axis of rotation during a linear displacement of the slider in the longitudinal direction, the operative connection comprises an interlocking toothing between the slider and the output element, wherein the output element extends with an output section in a transverse direction above the interlocking toothing and wherein the interlocking toothing is provided at a lower end section of the slider in the transverse direction, characterized in that at least one arcuate groove is placed laterally on the output element to ensure a guiding of the output element in the housing during the rotation, the groove engaging into an arcuate projection that is provided on the housing and/or at least one arcuate projection that engages into a arcuate groove that is provided on the housing is provided laterally on the output element.
A vehicle-drying apparatus comprising at least two top nozzle devices (11 a, 11 b) for drying the vehicle, each top nozzle device (11 a, 11 b) comprising an air distribution device (13a, 13b), a blower (12a, 12b) and a top nozzle (14a, 14b), the at least two top nozzle devices (11 a, 11b) being arranged as a single unit in such a manner that the at least two top nozzle devices (11 a, 11 b) are movable with one lifting means, characterized in that the at least two air distribution devices (13a, 13b) being arranged perpendicularly to the travel direction of the vehicle, the air distribution devices (13a, 13b) being arranged to form separate airflows successive and adjacent in the travel direction of the vehicle without the air flows being mixed together.