mhurhangee/ep-ind-claims huggingface dataset:
A touch-controlled electronic device, comprising: a near field communication device, having an antenna for receiving or transmitting a wireless signal and generating a synchronous signal in a reader mode or a peer-to-peer mode when receiving or transmitting the wireless signal, wherein the near field communication device has a wireless communication control chip; a touch sensing module, for sensing a touch of an object, wherein the touch sensing module has a capacitive touch panel and a touch panel control chip; and a synchronous signal interface, coupled between the wireless communication control chip of the near field communication device and the touch panel control chip for transmitting the synchronous signal, wherein when the near field communication device receives or transmits the wireless signal, the touch panel control chip is adapted to adjust a scanning timing of the capacitive touch panel according to the synchronous signal. a near field communication device, having an antenna for receiving or transmitting a wireless signal and generating a synchronous signal in a reader mode or a peer-to-peer mode when receiving or transmitting the wireless signal, wherein the near field communication device has a wireless communication control chip; a touch sensing module, for sensing a touch of an object, wherein the touch sensing module has a capacitive touch panel and a touch panel control chip; and a synchronous signal interface, coupled between the wireless communication control chip of the near field communication device and the touch panel control chip for transmitting the synchronous signal, wherein when the near field communication device receives or transmits the wireless signal, the touch panel control chip is adapted to adjust a scanning timing of the capacitive touch panel according to the synchronous signal.
Method for operating a driver assistance system for the automated guidance of a motor vehicle, comprising the steps: - detecting environmental data relating to surroundings of the motor vehicle by environmental sensors of the motor vehicle and ego data relating to the motor vehicle, - determining several trajectories that respectively describe a possible future movement of the motor vehicle depending on the environmental data and the ego data, - selecting a reference trajectory from the determined trajectories by evaluating several evaluation criteria, wherein at least one of the evaluation criteria is a detection range criterion that analyses at least one predicted detection range of one of the environmental sensors or a group of environmental sensors of the motor vehicle during a predicted movement of the motor vehicle along the respective determined trajectory, - controlling vehicle systems in order to move the motor vehicle along the reference trajectory. - detecting environmental data relating to surroundings of the motor vehicle by environmental sensors of the motor vehicle and ego data relating to the motor vehicle, - determining several trajectories that respectively describe a possible future movement of the motor vehicle depending on the environmental data and the ego data, - selecting a reference trajectory from the determined trajectories by evaluating several evaluation criteria, wherein at least one of the evaluation criteria is a detection range criterion that analyses at least one predicted detection range of one of the environmental sensors or a group of environmental sensors of the motor vehicle during a predicted movement of the motor vehicle along the respective determined trajectory, - controlling vehicle systems in order to move the motor vehicle along the reference trajectory.
Base printed circuit board for receiving electrical and/or electronic components (13a-e), wherein the base printed circuit board has electrical conductor tracks, wherein at least one cutout is provided in the base printed circuit board, which cutout is designed to receive a module printed circuit board (12a, 12b) in such a way that, when a module printed circuit board (12a, 12b) is inserted into the cutout, the said module printed circuit board is arranged in one plane with the base printed circuit board, wherein - the cutout in the base printed circuit board is designed to establish a clamping connection with the module printed circuit board (12a, 12b), wherein, for the purpose of establishing the clamping connection, the cutout in the base printed circuit board has at least one resilient element at least on an inner edge, which at least one resilient element is designed in such a way that, when the module printed circuit board (12a, 12b) is inserted, the said resilient element exerts a clamping force against a corresponding outer edge of the module printed circuit board (12a, 12b), - milled-out portions (23a-c) are provided in at least one edge region of the base printed circuit board for the purpose of forming the at least one resilient element, and - the milled-out portions (23a-c) are of slot-like design; characterized in that - two milled-out portions (23a-b) extend in a line which is parallel to the outer edge of the base printed circuit board so as to leave an internal web region, and a further milled-out portion, which is at a parallel distance from the other milled-out portions (23a-b), extends in the region of the web region so as to leave two external edge webs (25a-b). - the cutout in the base printed circuit board is designed to establish a clamping connection with the module printed circuit board (12a, 12b), wherein, for the purpose of establishing the clamping connection, the cutout in the base printed circuit board has at least one resilient element at least on an inner edge, which at least one resilient element is designed in such a way that, when the module printed circuit board (12a, 12b) is inserted, the said resilient element exerts a clamping force against a corresponding outer edge of the module printed circuit board (12a, 12b), - milled-out portions (23a-c) are provided in at least one edge region of the base printed circuit board for the purpose of forming the at least one resilient element, and - the milled-out portions (23a-c) are of slot-like design; - two milled-out portions (23a-b) extend in a line which is parallel to the outer edge of the base printed circuit board so as to leave an internal web region, and a further milled-out portion, which is at a parallel distance from the other milled-out portions (23a-b), extends in the region of the web region so as to leave two external edge webs (25a-b).
A method for use with an implantable hearing instrument, comprising: generating a first system model of a first relationship of output signals of an implantable microphone and a motion sensor in response to a first operating environment; generating a second system model of a second relationship of output signals of said implantable microphone and said motion sensor in response to a second operating environment, wherein said first and second operating environments are different; and using said first and second system models, generating a variable system model of relationships of output signals (Hm, Ha) of said implantable microphone and said motion sensor, wherein said variable system model is at least partially dependent upon a variable operating environment of said hearing instrument, and implementing the variable system model in a latent variable adaptive filter, wherein said variable operating environment comprises a latent variable associated with said variable operating environment, and wherein said variable system model is at least partially dependent upon the latent variable, characterised in that generating first and second system models in response to first and second operating environments comprises generating said first and second systems models in response to a first and a second different postures of a user of said implantable hearing instrument, and wherein at least the user posture is the latent variable. generating a first system model of a first relationship of output signals of an implantable microphone and a motion sensor in response to a first operating environment; generating a second system model of a second relationship of output signals of said implantable microphone and said motion sensor in response to a second operating environment, wherein said first and second operating environments are different; and using said first and second system models, generating a variable system model of relationships of output signals (Hm, Ha) of said implantable microphone and said motion sensor, wherein said variable system model is at least partially dependent upon a variable operating environment of said hearing instrument, and implementing the variable system model in a latent variable adaptive filter, wherein said variable operating environment comprises a latent variable associated with said variable operating environment, and wherein said variable system model is at least partially dependent upon the latent variable, characterised in that generating first and second system models in response to first and second operating environments comprises generating said first and second systems models in response to a first and a second different postures of a user of said implantable hearing instrument, and wherein at least the user posture is the latent variable.
A culture apparatus comprising: a heat insulating box main body approximately in a box shape, formed with a culture space therein for culturing a sample such as a cell and a microorganism; a humidification water reservoir disposed in a bottom of the culture space, the humidification water reservoir storing humidification water to control humidity of the culture space; and a heat transfer condensation member penetrating the heat insulating box main body in such a manner that one end is disposed inside the culture space while the other end is disposed outside the heat insulating box main body, wherein the heat transfer condensation member is provided with an electronic cooling element for cooling the heat transfer condensation member by the Peltier effect, at a cooling portion disposed outside the heat insulating box main body, and moisture condensed on a surface of a condensation portion disposed inside the culture space by cooling by the electronic cooling element is led into the humidification water reservoir disposed beneath.
A method of controlling a pair of mobility devices, each having an electric motor, the method comprising: receiving gait data from at least one inertial measurement unit in a first mobility device and at least one inertial measurement unit in a second mobility device; detecting a stance/ swing phase of the first mobility device and the second mobility device based on the gait data; computing a gait trajectory, wherein the gait trajectory comprises a velocity and computing the gait trajectory comprises integrating an acceleration provided by the inertial measurement unit to calculate the velocity; determining the gait of a user based on the average velocity of the first mobility device and the second mobility device; and generating a motion command using the determined gait. receiving gait data from at least one inertial measurement unit in a first mobility device and at least one inertial measurement unit in a second mobility device; detecting a stance/ swing phase of the first mobility device and the second mobility device based on the gait data; computing a gait trajectory, wherein the gait trajectory comprises a velocity and computing the gait trajectory comprises integrating an acceleration provided by the inertial measurement unit to calculate the velocity; determining the gait of a user based on the average velocity of the first mobility device and the second mobility device; and generating a motion command using the determined gait.
A method of making particles of encapsulated flavorants or chemesthetic agents, comprising: forming an emulsion comprising: (i) a first aqueous solution, comprising one or more polysaccharides; and (ii) a hydrophobic additive; atomizing said emulsion in an atomizer into droplets; introducing said droplets into a second aqueous solution, comprising one or more metal cations, to form particles comprising one or more cross-linked polysaccharides and said additive encapsulated therein; removing said particles from said second aqueous solution; introducing said particles removed from said second aqueous solution into a third aqueous solution, comprising one or more polysaccharides, for a time period sufficient to further coat said particles; removing said particles from said third aqueous solution; and drying said particles. forming an emulsion comprising: (i) a first aqueous solution, comprising one or more polysaccharides; and (ii) a hydrophobic additive; (i) a first aqueous solution, comprising one or more polysaccharides; and (ii) a hydrophobic additive; atomizing said emulsion in an atomizer into droplets; introducing said droplets into a second aqueous solution, comprising one or more metal cations, to form particles comprising one or more cross-linked polysaccharides and said additive encapsulated therein; removing said particles from said second aqueous solution; introducing said particles removed from said second aqueous solution into a third aqueous solution, comprising one or more polysaccharides, for a time period sufficient to further coat said particles; removing said particles from said third aqueous solution; and drying said particles.
A method of wireless communication performed by a user equipment, UE, comprising: measuring one or more synchronization signal blocks, SSBs; determining that the one or more SSBs are associated with a first transmit receive point, TRP based at least in part on identification information, associated with the one or more SSBs, that distinguishes the first TRP from a second TRP with a same physical cell identifier, PCI as the first TRP wherein the identification information is not a PCI of the first TRP and is not a beam identifier associated with the first TRP; and transmitting to a base station a measurement report, associated with the first TRP, based at least in part on measuring the one or more SSBs and determining that the one or more SSBs are associated with the first TRP, wherein the UE is configured to receive from the base station an indication to separately report SSB measurements, corresponding to different TRPs for the PCI and wherein the UE is configured to transmit the measurement report associated with the first TRP based at least in part on the received indication to separately report SSB measurements, corresponding to different TRPs, for the PCI. measuring one or more synchronization signal blocks, SSBs; determining that the one or more SSBs are associated with a first transmit receive point, TRP based at least in part on identification information, associated with the one or more SSBs, that distinguishes the first TRP from a second TRP with a same physical cell identifier, PCI as the first TRP wherein the identification information is not a PCI of the first TRP and is not a beam identifier associated with the first TRP; and transmitting to a base station a measurement report, associated with the first TRP, based at least in part on measuring the one or more SSBs and determining that the one or more SSBs are associated with the first TRP, wherein the UE is configured to receive from the base station an indication to separately report SSB measurements, corresponding to different TRPs for the PCI and wherein the UE is configured to transmit the measurement report associated with the first TRP based at least in part on the received indication to separately report SSB measurements, corresponding to different TRPs, for the PCI.
A data processing method for processing hyperspectral image data of a scene, the method comprising: a) sequentially receiving portions of the data at a data buffer to form a data set comprising a predefined number of data portions; b) calculating a set of global statistical parameters and data correction factors using the data forming the data set; c) receiving a further data portion at the data buffer and simultaneously removing the earliest received data portion at the data buffer, from the data set, d) calculating a set of local statistical parameters using the data of the further data portion; e) updating the set of global statistical parameters using the set of local statistical parameters; f) correcting the data of the data portion removed from the data set using the correction factors; and g) outputting the corrected data portion and set of global statistical parameters calculated using the data set comprising the removed data portion, to a processor. a) sequentially receiving portions of the data at a data buffer to form a data set comprising a predefined number of data portions; b) calculating a set of global statistical parameters and data correction factors using the data forming the data set; c) receiving a further data portion at the data buffer and simultaneously removing the earliest received data portion at the data buffer, from the data set, d) calculating a set of local statistical parameters using the data of the further data portion; e) updating the set of global statistical parameters using the set of local statistical parameters; f) correcting the data of the data portion removed from the data set using the correction factors; and g) outputting the corrected data portion and set of global statistical parameters calculated using the data set comprising the removed data portion, to a processor.
A surgical staple, comprising: a crown, said crown comprised of a first dissolvable material; a first deformable member comprising a first base, a first deformable leg, and a second leg which are comprised of a single continuous wire; and a second member comprising a second base, a third deformable leg, and a fourth leg which are comprised of a single continuous wire, wherein said crown is overmolded onto the bases of the first and second members (1404, 1406), and said first deformable leg, said second leg, said third deformable leg, and said fourth leg extend from said crown in a first direction, wherein said crown connects said first deformable member and said second member when said crown is undissolved, said first deformable member being unconnected from said second member after said crown has been dissolved. a crown, said crown comprised of a first dissolvable material; a first deformable member comprising a first base, a first deformable leg, and a second leg which are comprised of a single continuous wire; and a second member comprising a second base, a third deformable leg, and a fourth leg which are comprised of a single continuous wire, wherein said crown is overmolded onto the bases of the first and second members (1404, 1406), and said first deformable leg, said second leg, said third deformable leg, and said fourth leg extend from said crown in a first direction, wherein said crown connects said first deformable member and said second member when said crown is undissolved, said first deformable member being unconnected from said second member after said crown has been dissolved.
An energy efficient energy generation and consumption system, comprising an energy supply installation; an energy consuming device for electrical heating, preferably with an energy storage capability; whereby the system further comprises a power supply control device adapted to determine whether it is efficient to supply the generated energy either to the grid or for direct use otherwise by said energy consuming device; and an electrical heating arrangement comprising: means for providing electrical power; a to be electrically powered device for electrical heating; a first electronic control device adapted to determine the achieved temperature and capable to act on at least a part of said means for providing electrical power in accordance therewith; a second electronic control device adapted to determine energy efficient powering conditions and of acting on at least part of said means for providing electrical power in accordance therewith; whereby in this electrical heating arrangement at least part of said means for providing electrical power being connected to said first electronic control device, which provides at least one first controlled power line; said at least one first controlled power line being connected to said second electronic control device, which provides at least one second controlled power line; and said at least one second controlled power line being connected to said energy consuming device, wherein said second electronic control device being part of said power supply control device, and said means for providing electrical power being connected to said energy supply installation or to the grid via said power supply control device.
A nucleic acid molecule having a nucleotide sequence comprising a modified open reading frame encoding adeno-associated virus capsid proteins, wherein the reading frame in 5' to 3' order comprises: (i) a first codon, which is a suboptimal translation initiation codon selected from the group consisting of CTG, ACG, TTG and GTG; (ii) a second codon after the first codon encoding an amino acid residue selected from the group consisting of alanine, glycine, valine, aspartic acid and glutamic acid. (iii) a sequence encoding adeno-associated virus serotype 5 capsid proteins, whereby the sequence lacks only the ATG VP1 translation initiation codon, and whereby the sequence comprises the remainder of an open reading frame encoding AAV5 capsid proteins, whereby the remainder starts at the position corresponding to the second amino acid position in a wild type open reading frame encoding the capsid proteins. (i) a first codon, which is a suboptimal translation initiation codon selected from the group consisting of CTG, ACG, TTG and GTG; (ii) a second codon after the first codon encoding an amino acid residue selected from the group consisting of alanine, glycine, valine, aspartic acid and glutamic acid. (iii) a sequence encoding adeno-associated virus serotype 5 capsid proteins, whereby the sequence lacks only the ATG VP1 translation initiation codon, and whereby the sequence comprises the remainder of an open reading frame encoding AAV5 capsid proteins, whereby the remainder starts at the position corresponding to the second amino acid position in a wild type open reading frame encoding the capsid proteins.
In vitro method for testing the potential sensitivity of tumor cells towards a chemotherapeutic agent that can be metabolized by enzymes of the CYP family, characterized by the steps of (a) measuring expression of cytochrome P450 3A5 (CYP3A5) in said tumor cells; and (b) determining the metabolic status of said tumor cells as either CYP3A5-positive or CYP3A5-negative; wherein a CYP3A5-positive metabolic status of said tumor cells is indicative of a potential sensitivity of said tumor cells towards said chemotherapeutic agent. (a) measuring expression of cytochrome P450 3A5 (CYP3A5) in said tumor cells; and (b) determining the metabolic status of said tumor cells as either CYP3A5-positive or CYP3A5-negative;
Flat steel product for hot forming, comprising a steel substrate composed of steel consisting of, as well as iron and unavoidable impurities, (in % by weight) C: 0.30 - 0.50%, Si: 0.05 - 0.6%, Mn: 0.5 - 3.0%, Al: 0.10 - 0.35%, Nb: 0.001 - 0.2%, Ti: 0.001 - 0.10%, B: 0.0005 - 0.01%, P: ≤ 0.03%, S: ≤ 0.02%, N: ≤ 0.02%, Sn: ≤ 0.03%, As: ≤ 0.01% and optionally one or more of the elements "Cr, Cu, Mo, Ni, V, Ca, W" in the following contents: Cr: 0.01 - 1.0%, Cu: 0.01 - 0.2%, Mo: 0.002 - 0.3%, Ni: 0.01 - 0.5%, V: 0.001 - 0.3%, Ca: 0.0005 - 0.005%, W: 0.001 - 1.0%, where the content of unavoidable impurities adds up to not more than 0.2% by weight and where the Al/Nb ratio of Al content to Nb content is subject to the following condition: Al / Nb ≤ 20.0, wherein it has an anticorrosion coating on at least one side.