mhurhangee/ep-ind-claims huggingface dataset:
An optical input device comprising: - at least one optically clear plate having at least one light source positioned at a peripheral edge thereof, arranged and configured to transmit frequency modulated light into said optically clear plate along its planar length, at an angle such that said modulated light is contained within said plate by means of total internal reflection thereof; - at least one sensor configured to receive some or all of said modulated light; - at least one input mechanism embedded within said optically clear plate configured to be mechanically moveable relative thereto; - a display screen communicably coupled to said at least one sensor; and - a processing module for receiving signals from said at least one sensor and generating data representative of information to be displayed on said display screen; wherein, the device is configured such that both mechanical movement of said input mechanism relative to said optically clear plate and the application of pressure to said clear plate generates respective changes in said modulated light received by said at least one sensor; and wherein a change in the modulated light received by said at least one sensor causes said processing module to generate data representative of a change in information to be displayed on said display screen. - at least one optically clear plate having at least one light source positioned at a peripheral edge thereof, arranged and configured to transmit frequency modulated light into said optically clear plate along its planar length, at an angle such that said modulated light is contained within said plate by means of total internal reflection thereof; - at least one sensor configured to receive some or all of said modulated light; - at least one input mechanism embedded within said optically clear plate configured to be mechanically moveable relative thereto; - a display screen communicably coupled to said at least one sensor; and - a processing module for receiving signals from said at least one sensor and generating data representative of information to be displayed on said display screen;
A device for coating a metal strip with a coating material which has a coating vessel filled with a liquid coating material, through which or from which the coated strip is discharged vertically upwards, wherein a stripping nozzle for wiping coating material that is still wet from the strip surface is arranged above the coating vessel, wherein an electromagnetic device for stabilizing the position of the strip in a central position is arranged above the stripping nozzle and wherein the mechanism comprises at least two magnets arranged at the same height on both sides of the metal strip and a control mechanism for positioning the magnets, characterized by means for the flexible adjustment of the vertical distance of the magnets from the stripping nozzle, wherein the means comprise at least one hydraulic, pneumatic or mechanical actuator; and a control mechanism for actuating the means.
A system for preventing a steering pull in a vehicle, comprising: a sensor unit configured to generate at least one sensing value for at least one of a steering torque, a steering angle, a vehicle speed and a yaw rate of the vehicle which travels on a road; an ECU (electronic control unit) configured to determine whether or not the vehicle is in a straightforward driving state, based on a predefined straightforward driving state determination criterion by using the at least one sensing value provided from the sensor unit, determine whether or not a steering pull occurs in the vehicle, based on a predefined steering pull determination criterion when it is determined that the vehicle is in the straightforward driving state, and compensate for the steering torque of the vehicle when it is determined that the steering pull occurs in the vehicle; and a motor driving unit configured to generate steering power under the control of the ECU, characterized in that when compensating for the steering torque of the vehicle, the ECU determines a torque compensation amount based on an average value and a standard deviation of the steering torque through a preset period, wherein the straightforward driving state determination criterion is determined based on the steering angle, the vehicle speed and the yaw rate provided from the sensor unit. a sensor unit configured to generate at least one sensing value for at least one of a steering torque, a steering angle, a vehicle speed and a yaw rate of the vehicle which travels on a road; an ECU (electronic control unit) configured to determine whether or not the vehicle is in a straightforward driving state, based on a predefined straightforward driving state determination criterion by using the at least one sensing value provided from the sensor unit, determine whether or not a steering pull occurs in the vehicle, based on a predefined steering pull determination criterion when it is determined that the vehicle is in the straightforward driving state, and compensate for the steering torque of the vehicle when it is determined that the steering pull occurs in the vehicle; and a motor driving unit configured to generate steering power under the control of the ECU, when compensating for the steering torque of the vehicle, the ECU determines a torque compensation amount based on an average value and a standard deviation of the steering torque through a preset period, wherein the straightforward driving state determination criterion is determined based on the steering angle, the vehicle speed and the yaw rate provided from the sensor unit.
Method for an assignment of at least one creator to a digital media file, with at least one method step in which the digital media file is recorded by means of a recording device of a recording apparatus (12, 12'), in particular a front-facing camera of the recording apparatus (12, 12'), and is provided with metadata, wherein the metadata comprises at least one creator information, wherein the creator information is realized as a user identifier, and wherein in the method step at least the user identifier, in particular at least a user identity, is determined and/or verified by a safety device, characterised in that the creator information is generated automatically, in particular by the recording apparatus (12, 12'), preferably by an application software of the recording apparatus (12, 12'), in the recording period of the digital media file, the safety device comprises a camera of the recording apparatus (12, 12'), in particular a rear-facing camera of the recording apparatus (12, 12'), by means of which in the recording period of the digital media file the determination and/or verification of the user identifier, in particular the user identity, of the user making the recording is carried out by the recording device, and wherein the metadata comprises at least one further creator information, which is realized as a blockchain timestamp or as a Distributed Ledger Technology timestamp and which is generated automatically in the recording period of the digital media file. with at least one method step in which the digital media file is recorded by means of a recording device of a recording apparatus (12, 12'), in particular a front-facing camera of the recording apparatus (12, 12'), and is provided with metadata, wherein the metadata comprises at least one creator information, wherein the creator information is realized as a user identifier, and wherein in the method step at least the user identifier, in particular at least a user identity, is determined and/or verified by a safety device, characterised in that the creator information is generated automatically, in particular by the recording apparatus (12, 12'), preferably by an application software of the recording apparatus (12, 12'), in the recording period of the digital media file, the safety device comprises a camera of the recording apparatus (12, 12'), in particular a rear-facing camera of the recording apparatus (12, 12'), by means of which in the recording period of the digital media file the determination and/or verification of the user identifier, in particular the user identity, of the user making the recording is carried out by the recording device, and wherein the metadata comprises at least one further creator information, which is realized as a blockchain timestamp or as a Distributed Ledger Technology timestamp and which is generated automatically in the recording period of the digital media file.
A method for determining impedance of an antenna coupled to an active radio frequency transmitter, and involving use of the transmitter for such impedance determination, the method in the transmitter comprising: receiving voltage and current samples across a range of frequency content from a sampling probe sampling a modulating broadcast signal being transmitted from the transmitter to the antenna; performing analog to digital conversion (102, 103) of the voltage and current samples; performing complex demodulation (104, 105) of each of the voltage and current samples to baseband levels; performing decimation (106, 107) of the voltage and current samples to reduce the number of samples; calculating an impedance estimate from the decimated voltage and current samples; performing adaptive filtering to determine a finite impulse response structure; determining an impedance of the antenna by zero padding the determined FIR filter structure; and removing delay by converting the delay to the appropriate phase at each frequency and cancelling the same. receiving voltage and current samples across a range of frequency content from a sampling probe sampling a modulating broadcast signal being transmitted from the transmitter to the antenna; performing analog to digital conversion (102, 103) of the voltage and current samples; performing complex demodulation (104, 105) of each of the voltage and current samples to baseband levels; performing decimation (106, 107) of the voltage and current samples to reduce the number of samples; calculating an impedance estimate from the decimated voltage and current samples; performing adaptive filtering to determine a finite impulse response structure; determining an impedance of the antenna by zero padding the determined FIR filter structure; and removing delay by converting the delay to the appropriate phase at each frequency and cancelling the same.
Opening device for a tilting sash or rotary tilting sash of a window or a door, comprising a locking device arranged at the sash and frame, consisting of a shears-like opening element and locking elements, wherein the shears-like opening element for opening the sash is rotatably secured by one end to the frame, and is secured by the other end to the locking device of the sash in a rotatable and displaceable manner, and the locking elements arranged at the sash can be moved relative to the locking elements located opposite and brought into engagement with them, and with a base part secured to the frame, mounted on which is a shears-like opening element that can be actuated by means of a motor drive device, said shears-like opening element comprising a connecting member for connecting to the locking elements of the locking device arranged at the sash, wherein the connecting member is a driving rod connecting element and forms the coupling between the motor drive device and locking device, as a result of which, by means of the motor drive device, the locking device can be brought into a locking position and an unlocking position, wherein the base part comprises a housing that receives the motor drive device, wherein the motor drive device is formed by a spindle, a spindle nut guided on the spindle in the longitudinal direction of the housing by guide slots and connected by one end to a rigid-backed chain, with a driver element guided at the housing by guide slots and coupled in positive fit to the spindle nut, and a transmission motor, wherein the positive-fit coupling of the driver element and the spindle nut is formed by a cut-out aperture at the driver element and a snap hook (43, 44) subjected to spring force and arranged at the driver element, wherein the snap hook (43, 44) comprises a ramp (45, 46) which, on motor actuation, runs out in the direction of the tilt point of the window on a decoupling bushing arranged at the spindle, said bushing being guided so as to be displaceable longitudinally and secured, and decoupling the driver element from the spindle nut, wherein, by manual actuation, the driver element can be transferred into the locking position and the spindle nut runs from an open tilt position automatically in the direction of the locking position onto the ramp (45, 46), and forms a positive-fit coupling with the driver element by snap engagement, wherein the shears-like opening element comprises a holding arm, wherein a longitudinal slot arranged at the holding arm with a bearing bolt arranged at the base part is displaceable longitudinally and mounted such as to rotate about the mounting bolt axis, wherein the rigid-backed chain is connected at its other end to the holding arm and comprises at this other end a chain stabilizer, which imposes a torque moment on the chain about an axis and presses the chain between the holding arm and the base part permanently into a rigid-back position, wherein the chain stabilizer comprises two guide elements arranged at the holding arm, in each case with pressure springs allocated to them.
Apparatus for driving a local-dimming display comprising a backlight and a spatial light modulator, the backlight comprising a plurality of individually-controllable elements, the apparatus comprising: a decoder configured to extract first and second image data components yielding a higher-dynamic-range version of an image if combined, the first image data component comprising a lower-dynamic range version of the image; a first system configured to generate first driving signals for the spatial light modulator based on the first image data component; and wherein the first image data component includes a tone mapped version of the higher-dynamic-range version, and the second image data component includes an image having pixel values that are representative of ratios of values of the higher-dynamic-range version of the image and corresponding values of the lower-dynamic-range version of the image; characterised in that the apparatus comprises: a second system configured to generate second driving signals for the backlight based on the second image data component. a decoder configured to extract first and second image data components yielding a higher-dynamic-range version of an image if combined, the first image data component comprising a lower-dynamic range version of the image; a first system configured to generate first driving signals for the spatial light modulator based on the first image data component; and wherein the first image data component includes a tone mapped version of the higher-dynamic-range version, and the second image data component includes an image having pixel values that are representative of ratios of values of the higher-dynamic-range version of the image and corresponding values of the lower-dynamic-range version of the image; characterised in that the apparatus comprises: a second system configured to generate second driving signals for the backlight based on the second image data component.
Friction brake, in particular for lifts, comprising at least two brake levers, which each have a brake lining and are arranged opposite each other in the form of a brake calliper, wherein at least one brake lever is swivel mounted and have an actuator for the actuation of the brake lever, which is designed in such a way that the force (F A) exerted by the actuator acts substantially perpendicular to a brake application force (F Z) exerted by the brake levers and in addition, a spreading mechanism (9, 26) is provided, which can be actuated by the actuator in order to regulate the brake application force (F Z), wherein the spreading mechanism (9, 26) comprises a roller unit actuated by an actuator having a first coil which unwinds on a first surface provided on the first brake lever and a second coil which unwinds on a second surface provided on the second brake lever, characterised in that the first coil is firmly connected to a shaft and the second coil is rotatably mounted on the shaft by means of a bearing and wherein the coils (21, 22) rotate around the same axis of rotation.
A method for controlling a container flow, comprising the steps of: a) continuous transportation of containers without dynamic pressure on carriers (3, 5, 7, 9) that are arranged in rows by means of overlays (2, 4, 6, 8) and that run next to each other in the area of the overlays or follow each other in a row in a non-overlapping manner; b) monitoring the container flow with non-contact sensors with regard to the occurrence of gaps between adjacent containers (B1, B2) that require correction, wherein the gaps requiring correction are to be understood as meaning distances between the containers that exceed an assigned maximum value; c) individual control of the carriers for the selective acceleration of containers (B2, B3) that are trailing behind a gap recognized as requiring correction in step b), so that the gap is reduced and at least one compensatory gap is created behind the containers; d) a temporary joint increase in the transport speeds of at least two of the carriers, wherein step d) being carried out after step c), a joint increase in the transport speeds being understood to mean that the carriers simultaneously have an increased transport speed compared to a basic speed, whereby the carriers do not necessarily have to run at the same transport speed; and wherein the transport speeds in step d) are increased together with the operating speed of a machine causing the gaps. a) continuous transportation of containers without dynamic pressure on carriers (3, 5, 7, 9) that are arranged in rows by means of overlays (2, 4, 6, 8) and that run next to each other in the area of the overlays or follow each other in a row in a non-overlapping manner; b) monitoring the container flow with non-contact sensors with regard to the occurrence of gaps between adjacent containers (B1, B2) that require correction, wherein the gaps requiring correction are to be understood as meaning distances between the containers that exceed an assigned maximum value; c) individual control of the carriers for the selective acceleration of containers (B2, B3) that are trailing behind a gap recognized as requiring correction in step b), so that the gap is reduced and at least one compensatory gap is created behind the containers; d) a temporary joint increase in the transport speeds of at least two of the carriers, wherein step d) being carried out after step c), a joint increase in the transport speeds being understood to mean that the carriers simultaneously have an increased transport speed compared to a basic speed, whereby the carriers do not necessarily have to run at the same transport speed; and
A method for producing at least two variants (V1, V2) of a trim part for a motor vehicle, wherein the trim part, in this case, is produced in a first variant and at least in a second variant, with - a first trim element for the first variant of the trim part, comprising a visible side and an inner side opposite the visible side, and - a second trim element, geometrically different from the first trim element, for the second variant of the trim part, comprising a visible side and an inner side opposite the visible side, and - a reinforcing element (8, 8') reinforcing respectively the first and the second reinforcing element, which is connected with the inner side (4, 7) of the respective trim element (2, 5), wherein the reinforcing element (8, 8') comprises at least one locally-defined joining zone, and wherein, when producing the first variant, in one step, a first reinforcing element of this type is connected to the first trim element via a joining connecting between the locally-defined joining zone of the reinforcing element and the inner side of the first trim element, characterized in that the reinforcing element (8, 8') is formed identically for both variants (V1, V2) of the trim part, and that in a further step, when producing the second variant, a further reinforcing element of this type is connected to the second trim element via a distinct adapter element, wherein, to that end, the adapter element is connected to the further reinforcing element via a first joining connection between a first section of the adapter element and the locally-defined joining zone of the further reinforcing element, and the adapter element is connected to the inner side of the second trim element via another joining connection between a second section, spaced from the first section, of the adapter element. - a first trim element for the first variant of the trim part, comprising a visible side and an inner side opposite the visible side, and - a second trim element, geometrically different from the first trim element, for the second variant of the trim part, comprising a visible side and an inner side opposite the visible side, and - a reinforcing element (8, 8') reinforcing respectively the first and the second reinforcing element, which is connected with the inner side (4, 7) of the respective trim element (2, 5), wherein the reinforcing element (8, 8') comprises at least one locally-defined joining zone, and
A process of treating off-gas from a CO fermentation, the process comprising: providing a first fermentor and one or more subsequent fermentors wherein syngas is contacted with one or more acetogenic bacteria; providing syngas to the first fermentor; fermenting the syngas; and generating a first fermentor off-gas, wherein the first fermentor off-gas has 4 mole % or more CO, and at least a portion of the first fermentor off-gas is provided to one or more subsequent fermentors, wherein the first fermentor off-gas is blended with an H 2 containing gas in an amount effective for providing a ratio of H 2 to CO molar ratio of 1.0 or more prior to being supplied to one or more subsequent fermentors. providing a first fermentor and one or more subsequent fermentors wherein syngas is contacted with one or more acetogenic bacteria; providing syngas to the first fermentor; fermenting the syngas; and generating a first fermentor off-gas, wherein the first fermentor off-gas has 4 mole % or more CO, and at least a portion of the first fermentor off-gas is provided to one or more subsequent fermentors, wherein the first fermentor off-gas is blended with an H 2 containing gas in an amount effective for providing a ratio of H 2 to CO molar ratio of 1.0 or more prior to being supplied to one or more subsequent fermentors.