mhurhangee/patent-ind-claim-en huggingface dataset:
A method for adapting the damper force of adjustable dampers of a spring-damper system in motor vehicles , in particular in utility vehicles with semi-active damper systems, wherein the adaptation takes place as a function of at least one road information item which is determined using the output data of at least one camera and which relates (S1) to an object and/or a change in the road surface in a road segment which lies ahead in the direction of travel of the motor vehicle , characterized in that a distance information item which specifies a distance (d) from the object and/or from the change in the road surface is determined as a function of a pitch angle (α) of the vehicle body with respect to a vehicle body longitudinal axis , wherein a) the distance (d) of the object and/or of the change in the road surface, determined from the output data of the at least one camera , is corrected to a smaller value when there is a negative pitch angle (α) and to a larger value when there is a positive pitch angle (α), and b) the pitch angle (α) is determined (S2; S3) from the output signals of at least one spring travel sensor of a suspension device of the chassis. a) the distance (d) of the object and/or of the change in the road surface, determined from the output data of the at least one camera , is corrected to a smaller value when there is a negative pitch angle (α) and to a larger value when there is a positive pitch angle (α), and b) the pitch angle (α) is determined (S2; S3) from the output signals of at least one spring travel sensor of a suspension device of the chassis.
A power transmitter for wirelessly providing power to a power receiver via an inductive power transfer signal; the power transmitter comprising: an output circuit comprising a transmitter coil arranged to generate the power transfer signal in response to a drive signal being applied to the output circuit ; a driver arranged to generate the drive signal; a first communicator arranged to receive symbols transmitted from the power receiver by load modulation of the power transfer signal, each symbol being represented by a chip sequence being a sequence of modulation load values; the first communicator comprising: a store arranged to store a set of reference chip sequences, each reference chip sequence being linked with a data symbol; a correlator arranged to correlate a first chip sequence received from the power receiver with the set of reference chip sequences; a demodulator arranged to determine a received data symbol as the data symbol linked to a reference chip sequence for which a highest correlation with the first chip sequence is determined; and characterized by each symbol being synchronized with the power transfer signal; and in that the first communicator is arranged to synchronize the sampling of the signal of the output circuit to the power transfer signal. an output circuit comprising a transmitter coil arranged to generate the power transfer signal in response to a drive signal being applied to the output circuit ; a driver arranged to generate the drive signal; a first communicator arranged to receive symbols transmitted from the power receiver by load modulation of the power transfer signal, each symbol being represented by a chip sequence being a sequence of modulation load values; a store arranged to store a set of reference chip sequences, each reference chip sequence being linked with a data symbol; a correlator arranged to correlate a first chip sequence received from the power receiver with the set of reference chip sequences; a demodulator arranged to determine a received data symbol as the data symbol linked to a reference chip sequence for which a highest correlation with the first chip sequence is determined; and
An air conditioner for installation on a wall, the air conditioner comprising: a front panel including a first panel part having an inlet and a second panel part connected to a lower portion of the first panel part and having an outlet ; and a lower panel connected to the second panel part of the front panel and extended toward the wall; a door installed on a front surface of the second panel part so as to open and close the outlet , characterised in that the door is slidable along a curved movement trajectory towards the lower panel from a first position in which the outlet is concealed to a second position in which the door is adjacent to the lower panel and the outlet is exposed, and a curvature of the curved movement trajectory is arranged to be changed, wherein the door includes a rack spaced apart from and fixed in a position, relative to the door, substantially parallel to a rear surface of the door, facing away from the door, and engaged with and moved by a pinion to thereby move the door, and wherein the rack is connected to the door at a first end of the rack so that an interior space between the rack and the door extends continuously from the first end of the rack to a second end of the rack, opposite the first end of the rack, and to an exterior space of the door and the rack. a front panel including a first panel part having an inlet and a second panel part connected to a lower portion of the first panel part and having an outlet ; and a lower panel connected to the second panel part of the front panel and extended toward the wall; a door installed on a front surface of the second panel part so as to open and close the outlet , characterised in that the door is slidable along a curved movement trajectory towards the lower panel from a first position in which the outlet is concealed to a second position in which the door is adjacent to the lower panel and the outlet is exposed, and a curvature of the curved movement trajectory is arranged to be changed, wherein the door includes a rack spaced apart from and fixed in a position, relative to the door, substantially parallel to a rear surface of the door, facing away from the door, and engaged with and moved by a pinion to thereby move the door, and wherein the rack is connected to the door at a first end of the rack so that an interior space between the rack and the door extends continuously from the first end of the rack to a second end of the rack, opposite the first end of the rack, and to an exterior space of the door and the rack.
A method comprising: determining whether a first wireless device (WD1) in a wireless network is in a specified proximity to a second wireless device (WD2) by detecting a proximity detection signal wirelessly transmitted by the second wireless device, wherein the proximity detection signal includes a handle reference that is a compact form of a handle, the handle comprising information about an application of the second wireless device; sending, by the first wireless device to the wireless network, the handle reference of the proximity detection signal detected by the first wireless device; in response to the sending of the handle reference of the proximity detection signal to the wireless network, receiving, by the first wireless device, the handle associated with the handle reference of the proximity detection signal transmitted by the second wireless device, wherein the receiving is directly from the wireless network, and the received handle comprises the information about the application of the second wireless device; sending, by the first wireless device to the wireless network, a request to establish an inter-device session with the second wireless device; receiving, by the first wireless device, an allocation of radio resources from the wireless network; and triggering, by the first wireless device, initiation of establishment of a device-to-device, D2D, wireless link between the first wireless device and the second wireless device, wherein the establishment of the D2D wireless link uses the radio resources. determining whether a first wireless device (WD1) in a wireless network is in a specified proximity to a second wireless device (WD2) by detecting a proximity detection signal wirelessly transmitted by the second wireless device, wherein the proximity detection signal includes a handle reference that is a compact form of a handle, the handle comprising information about an application of the second wireless device; sending, by the first wireless device to the wireless network, the handle reference of the proximity detection signal detected by the first wireless device; in response to the sending of the handle reference of the proximity detection signal to the wireless network, receiving, by the first wireless device, the handle associated with the handle reference of the proximity detection signal transmitted by the second wireless device, wherein the receiving is directly from the wireless network, and the received handle comprises the information about the application of the second wireless device; sending, by the first wireless device to the wireless network, a request to establish an inter-device session with the second wireless device; receiving, by the first wireless device, an allocation of radio resources from the wireless network; and triggering, by the first wireless device, initiation of establishment of a device-to-device, D2D, wireless link between the first wireless device and the second wireless device, wherein the establishment of the D2D wireless link uses the radio resources.
A curable composition comprising a free-radical polymerizable acrylic monomer, an oxidizing agent, an aromatic tertiary amine reducing agent, and a tertiary amine co-accelerator comprising a bicyclic diaza compound that increases the reaction rate between the oxidizing agent and the reducing agent.
A catheter system comprising: a catheter shaft configured to be at least partially implanted within a blood vessel of a patient; and an impeller assembly disposed at a distal portion of the catheter shaft, characterized in that the system further comprises a flexible membrane connected to the impeller assembly; and a selectively deployable restrictor attached to the distal portion via the flexible membrane , wherein deployment of the restrictor causes the flexible membrane to assume a tapered configuration, defining a tapered lumen extending through the restrictor , the flexible membrane , and at least a portion of the impeller assembly . a catheter shaft configured to be at least partially implanted within a blood vessel of a patient; and an impeller assembly disposed at a distal portion of the catheter shaft, a flexible membrane connected to the impeller assembly; and a selectively deployable restrictor attached to the distal portion via the flexible membrane , wherein deployment of the restrictor causes the flexible membrane to assume a tapered configuration, defining a tapered lumen extending through the restrictor , the flexible membrane , and at least a portion of the impeller assembly .
A method for oxidizing a component in a fluid sample , comprising: introducing, in a reaction chamber of a total analyte analyzer, a fluid sample comprising a component, wherein the reaction chamber includes an electrochemical cell and wherein the electrochemical cell comprises at least one SP3 substituted solid carbon electrode doped with a conductivity elevating composition; applying, using a generator, a potential to the at least one SP3 substituted solid carbon electrode, the potential being sufficient to oxidize the component in the fluid sample to produce carbonate and partially oxidized organics; introducing, in the reaction chamber, a base and thereafter an acid to oxidize the total analyte; and detecting, using at least one detector, the total analyte produced by the oxidation. introducing, in a reaction chamber of a total analyte analyzer, a fluid sample comprising a component, wherein the reaction chamber includes an electrochemical cell and wherein the electrochemical cell comprises at least one SP3 substituted solid carbon electrode doped with a conductivity elevating composition; applying, using a generator, a potential to the at least one SP3 substituted solid carbon electrode, the potential being sufficient to oxidize the component in the fluid sample to produce carbonate and partially oxidized organics; introducing, in the reaction chamber, a base and thereafter an acid to oxidize the total analyte; and detecting, using at least one detector, the total analyte produced by the oxidation.
A computer readable medium comprising instructions that, when executed by a processing device, cause the processing device to perform operations for identifying changes that have occurred in a dental arch over time, the operations comprising: making a comparison between first image data of a dental arch captured at a first time and second image data of the dental arch captured at a second time; determining, by a processing device , a plurality of spatial differences between a first representation of the dental arch in the first image data and a second representation of the dental arch in the second image data based on the comparison; filtering out a subset of the plurality of spatial differences based on spatial frequency; determining, by the processing device, that a first spatial difference of the plurality of spatial differences having a first spatial frequency that was not filtered out is attributable to a clinical change to the dental arch; generating, by the processing device, a third representation of the dental arch that is a modified version of the second representation, wherein the third representation lacks the subset of the plurality of spatial differences and comprises a visual enhancement that accentuates the first spatial difference; and outputting the third representation of the dental arch to a display. making a comparison between first image data of a dental arch captured at a first time and second image data of the dental arch captured at a second time; determining, by a processing device , a plurality of spatial differences between a first representation of the dental arch in the first image data and a second representation of the dental arch in the second image data based on the comparison; filtering out a subset of the plurality of spatial differences based on spatial frequency; determining, by the processing device, that a first spatial difference of the plurality of spatial differences having a first spatial frequency that was not filtered out is attributable to a clinical change to the dental arch; generating, by the processing device, a third representation of the dental arch that is a modified version of the second representation, wherein the third representation lacks the subset of the plurality of spatial differences and comprises a visual enhancement that accentuates the first spatial difference; and outputting the third representation of the dental arch to a display.
A sound system for processing an input sound signal to produce a loudspeaker signal, the sound system comprising: a monitor to monitor an electric response of a voice coil of a loudspeaker to the loudspeaker signal; a signal generator to generate an evaluation signal , the evaluation signal comprising a signal having an evaluation frequency; a processing unit to produce, based on the monitored electric response, the loudspeaker signal from the input sound signal, wherein the processing unit is configured to combine the evaluation signal with the input sound signal to produce the loudspeaker signal, wherein the processing unit is configured to adapt the loudspeaker signal to control a temperature of the voice coil of the loudspeaker dependent on the monitored electrical response of the voice coil, wherein adapting the loudspeaker signal to control the temperature of the voice coil comprises attenuating at least one signal component in the loudspeaker signal, and characterized in that the processing unit comprises a frequency filter for removing from the input sound signal a signal component of the evaluation frequency before combining the filtered input sound signal with the evaluation signal. a monitor to monitor an electric response of a voice coil of a loudspeaker to the loudspeaker signal; a signal generator to generate an evaluation signal , the evaluation signal comprising a signal having an evaluation frequency; a processing unit to produce, based on the monitored electric response, the loudspeaker signal from the input sound signal, wherein the processing unit is configured to combine the evaluation signal with the input sound signal to produce the loudspeaker signal, wherein the processing unit is configured to adapt the loudspeaker signal to control a temperature of the voice coil of the loudspeaker dependent on the monitored electrical response of the voice coil, wherein adapting the loudspeaker signal to control the temperature of the voice coil comprises attenuating at least one signal component in the loudspeaker signal, and characterized in that the processing unit comprises a frequency filter for removing from the input sound signal a signal component of the evaluation frequency before combining the filtered input sound signal with the evaluation signal.
Method of determining a position of a plurality of mobile network devices relative to a plurality of reference network devices , wherein the plurality of mobile network devices and the plurality of reference network devices communicate with one another over a wireless channel and access the wireless channel according to an access policy comprising a sequence of time frames , characterised in that each time frame of the sequence comprises a plurality of portions reserved for communicating messages relating to different time-of-flight, ToF, computation methods, each of the different ToF computation methods allowing for determining a position of at least one of the plurality of mobile network devices.
Method of fabricating a micro machined channel , comprising the steps of: - Providing a substrate of a first material and having a buried layer of a different material therein; - Forming at least two trenches in said substrate by removing at least part of said substrate, wherein said trenches are provided at a distance from each other and wherein said trenches at least partly extend substantially parallel to each other, wherein said trenches extend towards said buried layer; - Forming at least two filled trenches by providing a second material different from said first material and filling said at least two trenches with at least said second material; - Forming an elongated cavity in between said filled trenches by removing at least part of said substrate extending between said filled trenches; - Forming an enclosed channel by providing a layer of material in said cavity and enclosing said cavity, characterized by : - Providing walls of the channel with sidewall heating. - Providing a substrate of a first material and having a buried layer of a different material therein; - Forming at least two trenches in said substrate by removing at least part of said substrate, wherein said trenches are provided at a distance from each other and wherein said trenches at least partly extend substantially parallel to each other, wherein said trenches extend towards said buried layer; - Forming at least two filled trenches by providing a second material different from said first material and filling said at least two trenches with at least said second material; - Forming an elongated cavity in between said filled trenches by removing at least part of said substrate extending between said filled trenches; - Forming an enclosed channel by providing a layer of material in said cavity and enclosing said cavity, characterized by : - Providing walls of the channel with sidewall heating.
Method for determining an expected value, formed as an estimated value, of a nominal output (Qnx) of an unknown radiator and an expected value, formed as an estimated value, of at least one thermal coupling parameter (cx) of an electronic heating cost distributor on the unknown radiator , in particular for parameterizing the electronic heating cost distributor provided for the unknown radiator , wherein the expected value of the nominal output (Qnx) of the unknown radiator and the expected value of the at least one thermal coupling parameter (cx) of the heating cost distributor on the unknown radiator are determined by means of a determining unit on the basis of a radiator database , which contains a plurality of different heating bodies with a respective nominal value of the nominal output and a respective value of the at least one thermal coupling parameter of the heating cost distributor on the respective radiator, wherein the radiator database contains for each radiator a plurality of form parameters (FP), at least one of which in each case is relevant to the nominal output of the respective radiator and/or to the at least one thermal coupling parameter of the heating cost distributor on the respective radiator, wherein, on the basis of a determined form parameter value (FPWx) of the at least one form parameter (FP) of the unknown radiator that is relevant to the nominal output and/or to the at least one thermal coupling parameter of the heating cost distributor on the unknown radiator , at least the radiator that is most similar to the unknown radiator is determined in the radiator database , wherein, on the basis of the nominal output (Qn1) of this most similar radiator, the expected value of the nominal output (Qnx) of the unknown radiator is determined and/or, on the basis of the at least one thermal coupling parameter (c1) of the heating cost distributor on this most similar radiator, the expected value of the at least one thermal coupling parameter (cx) of the heating cost distributor on the unknown radiator is determined.
A storage apparatus comprising a box assembly , wherein the box assembly comprises: a first side wall ; a second side wall opposite to the first side wall ; a first conductive layer provided on the second side wall ; a first electret membrane provided on the first side wall , the first electret membrane being between the first side wall and the first conductive layer , and being in parallel with the first conductive layer ; and an adjusting component for adjusting an intensity of an electric field between the first conductive layer and the first electret membrane . a first side wall ; a second side wall opposite to the first side wall ; a first conductive layer provided on the second side wall ; a first electret membrane provided on the first side wall , the first electret membrane being between the first side wall and the first conductive layer , and being in parallel with the first conductive layer ; and an adjusting component for adjusting an intensity of an electric field between the first conductive layer and the first electret membrane .
A peptide consisting of the amino acid sequence of SEQ ID NO: 2, wherein the peptide forms a complex with a Major Histocompatibility Complex (MHC) molecule.
An arrangement comprising an operating device for emergency lighting, a first light-emitting diode and a test switch , wherein the operating device comprises a first terminal (9.1) and a second terminal (9.2), a control circuit , and a constant current source , and characterized in that the test switch is connected in parallel to the first light-emitting diode between the first terminal (9.1) and the second terminal (9.2) and is set up to short-circuit the first terminal (9.1) with the second terminal (9.2) when actuated, a second light-emitting diode is connected in the opposite direction in parallel to the first light-emitting diode between the first terminal (9.1) and the second terminal (9.2), the constant current source is designed to impress a constant current with a first or with a second polarity opposite to the first polarity between the first terminal (9.1) and the second terminal (9.2), and the control circuit is designed to determine a short circuit between the first terminal (9.1) and the second terminal (9.2) on the basis of a control parameter of the constant current source .