mhurhangee/ep-ind-claims huggingface dataset:
Handheld measuring device for locating objects enclosed in a medium using electromagnetic RF signals in the range of 1 to 5 GHz, having a housing and at least one radio-frequency sensor which is arranged in this housing and has a first antenna arrangement having at least one first antenna element which emits and/or receives in a first polarization plane, wherein the antenna arrangement has at least one further antenna element, the polarization plane of which is rotated with respect to the polarization plane of the first antenna element, characterized in that the measuring device has a travel sensor system (24, 26, 52) which is used to assign the measurement signals from the measuring device to a position of the measuring device.
An audio signal processing system comprising: a mixer apparatus; and a processing apparatus communicatively connected with said mixer apparatus and having an audio recording function, said processing apparatus being configured to record in real time audio signals of one or more channels output from said mixer apparatus, wherein said mixer apparatus is configured to transmit (S13 - S16), to said processing apparatus, a command for setting a given parameter when a snapshot change is to be made in the mixer apparatus for collectively changing a state of a set of signal-processing setting data, and said processing apparatus is configured to, upon receipt of the command, set the given parameter, instructed by the received command, into a project that is recording in real time the audio signals of one or more channels. a mixer apparatus; and a processing apparatus communicatively connected with said mixer apparatus and having an audio recording function, said processing apparatus being configured to record in real time audio signals of one or more channels output from said mixer apparatus, wherein said mixer apparatus is configured to transmit (S13 - S16), to said processing apparatus, a command for setting a given parameter when a snapshot change is to be made in the mixer apparatus for collectively changing a state of a set of signal-processing setting data, and said processing apparatus is configured to, upon receipt of the command, set the given parameter, instructed by the received command, into a project that is recording in real time the audio signals of one or more channels.
A method for controlling at least one optically switchable window, the method comprising: generating a command voltage signal based at least in part on a target optical state of the at least one optically switchable window; directing a voltage regulator to alter an initial voltage based at least in part on (i) the command voltage signal and (ii) a voltage drop along at least one power distribution line (633, 635) coupled to the at least one optically switchable window, to provide a voltage signal at a regulated voltage, wherein the voltage drop is determined based on: (a) a length of the at least one power distribution line obtained from a lookup table, and/or (b) an output of a voltage compensation circuit that is operatively coupled between the at least one power distribution line and at least one bus bar electrically coupled to the at least one optically switchable window; and providing the voltage signal at the regulated voltage to power the at least one optically switchable window. generating a command voltage signal based at least in part on a target optical state of the at least one optically switchable window; directing a voltage regulator to alter an initial voltage based at least in part on (i) the command voltage signal and (ii) a voltage drop along at least one power distribution line (633, 635) coupled to the at least one optically switchable window, to provide a voltage signal at a regulated voltage, wherein the voltage drop is determined based on: (a) a length of the at least one power distribution line obtained from a lookup table, and/or (b) an output of a voltage compensation circuit that is operatively coupled between the at least one power distribution line and at least one bus bar electrically coupled to the at least one optically switchable window; and (a) a length of the at least one power distribution line obtained from a lookup table, and/or (b) an output of a voltage compensation circuit that is operatively coupled between the at least one power distribution line and at least one bus bar electrically coupled to the at least one optically switchable window; and providing the voltage signal at the regulated voltage to power the at least one optically switchable window.
A connector that is adapted to establish a sealed connection between a first hub and a second hub, the connector comprising: a body that is adapted to be positioned around and adjacent to the first and second hubs (112A, 112B); primary locking means for connecting the first hub to the second hub; at least one actuatable reaction member that is operatively coupled to the connector body, the at least one actuatable reaction member having an inner surface that is adapted to engage and contact an outer surface of the first hub, wherein a radial line of travel of the at least one actuatable member is axially spaced apart from a sealing interface between the first and second hubs (112A, 112B); and actuating means for actuating the at least one actuatable reaction member, wherein the actuating means is adapted to engage an outer surface of the at least one actuatable reaction member, to move the at least one actuatable reaction member radially inward to an extended position, and to restrain the at least one actuatable reaction member against radially outward movement from the extended position. a body that is adapted to be positioned around and adjacent to the first and second hubs (112A, 112B); primary locking means for connecting the first hub to the second hub; at least one actuatable reaction member that is operatively coupled to the connector body, the at least one actuatable reaction member having an inner surface that is adapted to engage and contact an outer surface of the first hub, wherein a radial line of travel of the at least one actuatable member is axially spaced apart from a sealing interface between the first and second hubs (112A, 112B); and actuating means for actuating the at least one actuatable reaction member, wherein the actuating means is adapted to engage an outer surface of the at least one actuatable reaction member, to move the at least one actuatable reaction member radially inward to an extended position, and to restrain the at least one actuatable reaction member against radially outward movement from the extended position.
Blind rivet sleeve for a blind rivet, having a sleeve head which has a bearing face for bearing against a visible workpiece surface, and having a sleeve shank, wherein the blind rivet sleeve has a through-opening through which a mandrel can be guided, wherein the sleeve shank has a head forming portion which, during the setting of the blind rivet, is designed to form a blind head, and has a folding portion which is arranged between the head forming portion and the sleeve head and which, during the setting of the blind rivet, is designed to form a sleeve fold for the purpose of achieving a clamping thickness compensation, characterized in that the sleeve head has in the region of the bearing face an axial recess for receiving at least part of the sleeve fold formed during the setting.
A foil bearing for supporting a shaft comprising a sleeve-like bearing housing with three foil arrangements (6, 8, 10) distributed over the inner circumference of the bearing housing, each covering a peripheral segment of the bearing housing, and each comprising a corrugated foil lying against the housing inner wall, and a top foil covering said corrugated foil, wherein the corrugated foils each have decreasing corrugation heights (H, h), from the centre region to their end edges relative to the circumferential direction of the bearing housing, and socket grooves (18, 20) are formed extending on the inside of the housing along the generating lines, obliquely protruding from inside to outside into the housing wall, each receiving one end edge of a top foil and one end edge of the associated corrugated foil, characterised in that the ends of the adjacent socket grooves (18, 20) are directed towards one another and are arranged with a distance from one another without crossing, wherein the depth of the socket grooves (18, 20) is greater than the penetration depth of the associated end edges (22, 24) of the corrugated foils and the top foils when the top foil is unloaded.
Method for generating a trigger signal for triggering at least one safety function of a motor vehicle, comprising at least the following method steps: a) receiving respective signals from at least two pressure tube sensors (2, 3), b) determining a minimum size of a collision object and/or the motor vehicle's own speed from the signals received in step a), c) outputting the trigger signal for the at least one safety function depending on at least one parameter determined in step b). a) receiving respective signals from at least two pressure tube sensors (2, 3), b) determining a minimum size of a collision object and/or the motor vehicle's own speed from the signals received in step a), c) outputting the trigger signal for the at least one safety function depending on at least one parameter determined in step b).
An authentication method for a wireless router comprising the following steps: B0. Detecting, by a mobile terminal, if its WIFI function is turned on, and entering Step B when the WIFI function is turned on; and, if it is detected that the WiFi function is not turned on, prompting the user to turn on the WiFi function on the mobile terminal, or automatically turning on the WiFi function of the mobile terminal; B. Scanning the 2-dimensional barcode with the wireless router's BSSID and PIN codes attached to the wireless router in advance, wherein the BSSID is the MAC address of the wireless router and the MAC address contains a PIN code, resolving to the corresponding BSSID and PIN codes, and storing the BSSID and PIN codes in the mobile terminal; C. Correlating, by the mobile terminal, the corresponding wireless router according to the BSSID, activating, by the mobile terminal, a WPS process of the wireless router, and accessing, by the mobile terminal, the network provided by the wireless router via the PIN code without a user's operation. B0. Detecting, by a mobile terminal, if its WIFI function is turned on, and entering Step B when the WIFI function is turned on; and, if it is detected that the WiFi function is not turned on, prompting the user to turn on the WiFi function on the mobile terminal, or automatically turning on the WiFi function of the mobile terminal; B. Scanning the 2-dimensional barcode with the wireless router's BSSID and PIN codes attached to the wireless router in advance, wherein the BSSID is the MAC address of the wireless router and the MAC address contains a PIN code, resolving to the corresponding BSSID and PIN codes, and storing the BSSID and PIN codes in the mobile terminal; C. Correlating, by the mobile terminal, the corresponding wireless router according to the BSSID, activating, by the mobile terminal, a WPS process of the wireless router, and accessing, by the mobile terminal, the network provided by the wireless router via the PIN code without a user's operation.
Inspection apparatus for inspecting cylindrical metal forming parts comprising, a guide for guiding the metal forming parts to be inspected through the inspection apparatus, a radiation device which is adapted to emit radiation in the direction of the guided metal forming parts, so that the radiation impinges on each of the metal forming parts and is at least partially reflected therefrom as reflection radiation, a sensor device adapted to receive the reflection radiation and to convert it into image data, and an evaluation device which is designed to assess, based on an evaluation of the image data, whether the respective metal forming part has production-related defects, characterized in that the guide is a guide tube which is configured to receive the metal forming parts to be inspected so that they are guided in the guide tube through the inspection apparatus, that the guide tube has a transmittance for the radiation of 80% to 95%, measured at a wall thickness of the guide tube of 2 mm and for radiation from a wavelength range of 400 nm to 800 nm and, that the guide tube has an average coefficient of linear thermal expansion according to ISO 7991 of at most 5×10 -6 /K. a guide for guiding the metal forming parts to be inspected through the inspection apparatus, a radiation device which is adapted to emit radiation in the direction of the guided metal forming parts, so that the radiation impinges on each of the metal forming parts and is at least partially reflected therefrom as reflection radiation, a sensor device adapted to receive the reflection radiation and to convert it into image data, and an evaluation device which is designed to assess, based on an evaluation of the image data, whether the respective metal forming part has production-related defects, characterized in that the guide is a guide tube which is configured to receive the metal forming parts to be inspected so that they are guided in the guide tube through the inspection apparatus, that the guide tube has a transmittance for the radiation of 80% to 95%, measured at a wall thickness of the guide tube of 2 mm and for radiation from a wavelength range of 400 nm to 800 nm and, that the guide tube has an average coefficient of linear thermal expansion according to ISO 7991 of at most 5×10 -6 /K.
A 9 complex Schnorr-Euchner, SE, expansion method for a multiple-input multiple-output communication system, comprising: receiving, by a plurality of input terminals, a plurality of input signals, each input signal transmitting a symbol; and identifying a list of first 9 possible symbols that may be transmitted by each input signal; checking conditions when identifying 2 nd to 9 th possible symbols of the list of the first 9 possible symbols, the checking conditions being implemented by shifting and addition operations; determining a cost value for each of the first 9 possible symbols based on a cost function, the cost function being implemented without requiring a multiplier, wherein the cost function has a mathematical representation of c = y − rz P, wherein y is the output, r is a system implementing the SE method, z is an input, c is the cost, and an integer p denotes a l p -norm, wherein p = 2; and identifying the possible symbol with a lowest cost value as the transmitted symbol. receiving, by a plurality of input terminals, a plurality of input signals, each input signal transmitting a symbol; and identifying a list of first 9 possible symbols that may be transmitted by each input signal; checking conditions when identifying 2 nd to 9 th possible symbols of the list of the first 9 possible symbols, the checking conditions being implemented by shifting and addition operations; determining a cost value for each of the first 9 possible symbols based on a cost function, the cost function being implemented without requiring a multiplier, wherein the cost function has a mathematical representation of c = y − rz P, wherein y is the output, r is a system implementing the SE method, z is an input, c is the cost, and an integer p denotes a l p -norm, wherein p = 2; and identifying the possible symbol with a lowest cost value as the transmitted symbol.
Control unit-implemented method to evaluate data of a mass spectrometry, particularly a MALDI-TOF mass spectrometry, for the analysis of peptides from biological samples, comprising the following steps: a) providing expected mass defects; b) determining measured mass defects, i.e., the mass defects resulting from the data of the mass spectrometry; c) comparing the measured mass defects with the expected mass defects, wherein a peptide mass defect diagram is created from an average spectrum formed over several spectra of a MALDI measurement, in that a list of all local maxima and their respective m/z values as well as, for each m/z value, the deviation from the respective nearest mass corresponding to the theoretical peptide mass model is determined, wherein, assuming that the measured signals can be traced back to peptides, for every m/z value m the nominal mass m N is determined, for which the modulus of the deviation between m and the mass expected according to the theoretical peptide mass model m P ( m N) is minimized, wherein the minimum deviation δ P ( m), which is called peptide model distance, can assume values from -0.5 to 0.5, and further wherein the positions of all local maxima are entered into a diagram whose horizontal axis corresponds to the mass or the m/z value, and on whose vertical axis the deviation from the peptide mass model determined above is plotted. a) providing expected mass defects; b) determining measured mass defects, i.e., the mass defects resulting from the data of the mass spectrometry; c) comparing the measured mass defects with the expected mass defects, a peptide mass defect diagram is created from an average spectrum formed over several spectra of a MALDI measurement, in that a list of all local maxima and their respective m/z values as well as, for each m/z value, the deviation from the respective nearest mass corresponding to the theoretical peptide mass model is determined, wherein, assuming that the measured signals can be traced back to peptides, for every m/z value m the nominal mass m N is determined, for which the modulus of the deviation between m and the mass expected according to the theoretical peptide mass model m P ( m N) is minimized, wherein the minimum deviation δ P ( m), which is called peptide model distance, can assume values from -0.5 to 0.5, and further wherein the positions of all local maxima are entered into a diagram whose horizontal axis corresponds to the mass or the m/z value, and on whose vertical axis the deviation from the peptide mass model determined above is plotted.
An energy absorbing mounting structure for a vehicle seat, the mounting structure comprising: a linear rail configured for being fastened to a vehicle passenger cabin floor structure, and a deformable element, wherein the deformable element has a first attachment portion, a second attachment portion and a deformable section arranged between the first and second attachment portions (23, 24), wherein the first attachment portion is fastened to the rail, characterized in that the second attachment portion is configured for being fastened to the vehicle passenger cabin floor structure via an opening in a bottom of the rail for enabling relative motion between the floor structure and the rail in a longitudinal direction of the rail by deformation of the deformable section in the event of a vehicle crash, and the rail has a generally U-shaped cross-sectional profile with a hollow interior recess being accessible via an upwards facing opening extending along the longitudinal direction of the rail, wherein the deformable element is located in said hollow interior recess. a linear rail configured for being fastened to a vehicle passenger cabin floor structure, and a deformable element, wherein the deformable element has a first attachment portion, a second attachment portion and a deformable section arranged between the first and second attachment portions (23, 24), wherein the first attachment portion is fastened to the rail, characterized in that the second attachment portion is configured for being fastened to the vehicle passenger cabin floor structure via an opening in a bottom of the rail for enabling relative motion between the floor structure and the rail in a longitudinal direction of the rail by deformation of the deformable section in the event of a vehicle crash, and the rail has a generally U-shaped cross-sectional profile with a hollow interior recess being accessible via an upwards facing opening extending along the longitudinal direction of the rail, wherein the deformable element is located in said hollow interior recess.
A nanoparticle comprising a sorbitan ester in a proportion by weight of between 60% and 100%, characterized by being a solid homogeneous matrix, wherein the ester group has a substituent selected from C 6 -C 24 alkyl, C 6 -C 24 alkenyl and C 6 -C 24 alkynyl.
A device for the directed capillary transport of liquids, including at least two capillaries (8, 9, 33, 54, 55), wherein the at least two capillaries (8, 9, 33, 54, 55) are formed such that a passive directed capillary transport of the liquid is performed at least in certain regions, characterized in that at least two of the capillaries (8, 9, 33, 54, 55) are connected to one another in the direction of transport of the liquid by way of at least one capillary passage channel (20, 23, 28, 29, 34, 40, 41, 59, 63).
A sweetener composition comprising allulose and a salt, wherein the allulose is in a form coated with the salt, and wherein the salt is present in an amount of 0.005 parts by weight to 5 parts by weight relative to 100 parts by weight of the allulose.
Method for starting an electric drivetrain system for driving an electric or hybrid motor vehicle, wherein an action of a user on a starting control element triggers a timeout, the starting of the drivetrain system being implemented only if an authorization to start occurs before the timeout expires, characterized in that said automatically defined timeout duration is increased in each of the following cases: - if the speed of the vehicle is lower than a first threshold speed (V0+), in which case the state of a signal, received by a supervision computer from an engine computer requiring reinitialization, is ignored, - if the speed of the vehicle is lower than a second threshold speed and the position of the gear lever is other than a "PARK" position corresponding to a parked state, in which case a voice or visual notification is played to a user so as to ask him to put the gear lever back into this position. - if the speed of the vehicle is lower than a first threshold speed (V0+), in which case the state of a signal, received by a supervision computer from an engine computer requiring reinitialization, is ignored, - if the speed of the vehicle is lower than a second threshold speed and the position of the gear lever is other than a "PARK" position corresponding to a parked state, in which case a voice or visual notification is played to a user so as to ask him to put the gear lever back into this position.
An siRNA for inhibiting the expression of rpS3 protein, the siRNA binding to a nucleotide sequence corresponding to positions 777 to 795 or 796 to 814 of an rpS3 mRNA having a nucleotide sequence of SEQ ID NO: 1.