mhurhangee/ep-ind-claims huggingface dataset:
System for transmitting information relating to signal states of a light signal system to at least one autonomous motor vehicle, having a light signal system, a communication device and a capture device, wherein the light signal system has a controller, a safety device and at least one signal generator, wherein the capture device is part of the autonomous motor vehicle, wherein the controller is designed to provide the safety device with a target image of a signal state of the signal generator of the light signal system, wherein the safety device is designed to provide the signal generator with the target image, wherein the signal generator is designed to generate a signal on the basis of the target image and to provide the safety device with an actual image of the signal, wherein the safety device is designed to compare the actual image with the target image, to generate a data packet having the actual image, to provide the controller with the data packet and to signal an error state to the controller if the actual image does not match the target image, wherein the controller is designed to provide the communication device with the data packet, wherein the communication device is designed to transmit the data packet to the safety device and to the capture device, wherein the safety device is designed to compare the target image provided by the controller with the actual image of the data packet transmitted by the communication device and to signal an error state to the controller if the target image provided by the controller and the actual image of the data packet transmitted by the communication device do not match. wherein the controller is designed to provide the safety device with a target image of a signal state of the signal generator of the light signal system, wherein the safety device is designed to provide the signal generator with the target image, wherein the signal generator is designed to generate a signal on the basis of the target image and to provide the safety device with an actual image of the signal, wherein the safety device is designed to compare the actual image with the target image, to generate a data packet having the actual image, to provide the controller with the data packet and to signal an error state to the controller if the actual image does not match the target image, wherein the controller is designed to provide the communication device with the data packet, wherein the communication device is designed to transmit the data packet to the safety device and to the capture device, wherein the safety device is designed to compare the target image provided by the controller with the actual image of the data packet transmitted by the communication device and to signal an error state to the controller if the target image provided by the controller and the actual image of the data packet transmitted by the communication device do not match.
A method for processing a fermented dairy product, the method comprising feeding, via a product feed conduit connected to a centrifugal separator, fermented dairy product into the separator, separating, with the centrifugal separator, the fermented dairy product into a heavy phase (DP') and a light phase, receiving, in a first light phase conduit, a first part of the separated light phase, receiving, in a second light phase conduit, a second part of the separated light phase, and receiving, in a heavy phase conduit, the separated heavy phase (DP'), and returning the second part of the light phase to the product feed conduit, such that the second part of the light phase is mixed with fermented dairy product that is fed into the separator, the first light phase thereby being removed from fermented dairy product fed into the separator, such that the heavy phase (DP') forms a concentrated, fermented dairy product.
A method for random access in a base station (220; 400), comprising: receiving from a user equipment (210; 500) repetition transmissions of a first message including a random access preamble; repeatedly transmitting to the user equipment (210; 500) a second message including a random access response, RAR, wherein the second message is configured to have a characteristic dependent upon a first repetition level, wherein the first repetition level is indicative of a repetition level which is to be used by the user equipment in repeatedly transmitting a third message; receiving from the user equipment (210; 500) repetition transmissions of the third message; and repeatedly transmitting to the user equipment (210; 500) a fourth message including a contention resolution. receiving from a user equipment (210; 500) repetition transmissions of a first message including a random access preamble; repeatedly transmitting to the user equipment (210; 500) a second message including a random access response, RAR, wherein the second message is configured to have a characteristic dependent upon a first repetition level, wherein the first repetition level is indicative of a repetition level which is to be used by the user equipment in repeatedly transmitting a third message; receiving from the user equipment (210; 500) repetition transmissions of the third message; and repeatedly transmitting to the user equipment (210; 500) a fourth message including a contention resolution.
An audio apparatus, comprising: a housing including a tub-shaped recessed part which is defined by a bottom surface and a wall surface formed on the bottom surface; a plurality of directional microphones (10A-10P) which are arranged in a circle in the vicinity of the wall surface inside the recessed part, each of the microphones (10A-10P) having a directivity directed toward a center direction of the recessed part as viewed from an upper side of the housing; characterized in that the directivity of each of the microphones (10A-10P) is also directed and toward the bottom surface of the recessed part, and a direction opposite to the direction of the directivity of each of the plurality of directional microphones is directed higher than the wall surface of the recessed part, thus being open acoustically. a housing including a tub-shaped recessed part which is defined by a bottom surface and a wall surface formed on the bottom surface; a plurality of directional microphones (10A-10P) which are arranged in a circle in the vicinity of the wall surface inside the recessed part, each of the microphones (10A-10P) having a directivity directed toward a center direction of the recessed part as viewed from an upper side of the housing; characterized in that the directivity of each of the microphones (10A-10P) is also directed and toward the bottom surface of the recessed part, and a direction opposite to the direction of the directivity of each of the plurality of directional microphones is directed higher than the wall surface of the recessed part, thus being open acoustically.
Avionic hand-operable man-machine interface including a hand-operable control stick that is: • designed to be gripped and moved by a user with one or two hands to carry out a main control function related to an aircraft/spacecraft/drone; and • fitted with user interface means designed to be operated by the user with one or more fingers to perform secondary control functions related to the aircraft/spacecraft/drone; characterized in that the user interface means include haptic touch screen means (43, 53, 63, 73, 81). • designed to be gripped and moved by a user with one or two hands to carry out a main control function related to an aircraft/spacecraft/drone; and • fitted with user interface means designed to be operated by the user with one or more fingers to perform secondary control functions related to the aircraft/spacecraft/drone; characterized in that the user interface means include haptic touch screen means (43, 53, 63, 73, 81).
A threaded joint for steel pipes the threaded joint comprising a pin and a box, the pin having a male thread and a lip comprising (i) a sealing surface and (ii) a nose portion provided with a shoulder surface, the box having a female thread, a sealing surface and a shoulder surface, the male thread being interengaged with the female thread, the sealing surface of the pin being in sealing contact with the corresponding sealing surface of the box, the shoulder surface of the pin being arranged at an end face of the pin, the shoulder surface of the pin comprising two distinct adjacent surfaces, main shoulder in the inner side and sub shoulder in the outer side, the corresponding shoulder surface of the box facing the shoulder surfaces of the pin comprising two distinct adjacent surfaces, main shoulder in the inner side and sub shoulder in the outer side, said main shoulder surfaces (14, 24) of the pin and box being disposed such as to prevent a radially inward deformation of the lip end, said sub shoulder surfaces (15, 25) of pin and box being disposed such as to limit a radially outward deformation of the lip end, said main shoulder of the pin having a greater thickness in the radial direction than said sub shoulder of the pin, at least said main shoulder surface of the pin being in axial abutment with at least the corresponding main shoulder surface of the box, at least a part of the nose portion of the pin having an outside peripheral surface which is not in prolongation of the sealing surface of the pin, wherein the sealing surface of the pin is located near the male thread, and said outside peripheral surface of the nose portion exists between the sealing surface of the pin and the shoulder surface of the pin, and said outside peripheral surface of said nose portion does not contact a portion of the box facing said nose portion of the pin, wherein the sealing surface of the pin, the outside surface of the nose portion of the pin and sub shoulder surface of the pin are not aligned and wherein the sealing surface of the box, the inner surface of the portion of the box facing the outside surface of the nose portion of the pin and the sub shoulder surface of the box are not aligned.
Hopper of an agricultural distribution machine, having a covering tarpaulin for covering the hopper, wherein the covering tarpaulin is fastened to the hopper on one side and to a longitudinal bar on the other side, wherein the longitudinal bar is fastened to a pivot arm that is pivotable about a pivot pin located approximately in the middle of the hopper, wherein the pivot arm is articulated in a pivotable manner on the hopper, wherein the covering tarpaulin is pivotable away by means of the pivot arm in order to clear the filling opening of the hopper, wherein a longitudinal rod is arranged at least approximately in the middle of the tarpaulin, said longitudinal rod extending parallel to that side of the hopper to which the covering tarpaulin is fastened and to the longitudinal bar, characterized in that at least one spirally coiled leaf spring, which has at least approximately a length that corresponds to half the width of the covering tarpaulin, is arranged on the covering tarpaulin between the fastening to the hopper and the longitudinal rod arranged in the middle of the covering tarpaulin.
An always-on-display method, comprising: displaying, by an electronic device, an always-on-display screen, wherein the always-on-display screen comprises a first image of a first display object; detecting, by the electronic device, that an external object satisfies a first preset condition, wherein the external object is a user, and wherein the first preset condition is a user operation; displaying, by the electronic device, a second image of the first display object, wherein the second image is different from the first image, and the second image is a still image or a motion video; wherein the electronic device is a mobile communication device; wherein the first display object corresponds to a plurality of first preset conditions, the plurality of first preset conditions respectively correspond to different still images or motion videos; when the first preset condition is user gazing at screen, and the first preset condition is satisfied, a first motion video of the first display object is displayed; when the first preset condition is user tapping screen, and the first preset condition is satisfied, a second motion video of the first display object is displayed. displaying, by an electronic device, an always-on-display screen, wherein the always-on-display screen comprises a first image of a first display object; detecting, by the electronic device, that an external object satisfies a first preset condition, wherein the external object is a user, and wherein the first preset condition is a user operation; displaying, by the electronic device, a second image of the first display object, wherein the second image is different from the first image, and the second image is a still image or a motion video; wherein the electronic device is a mobile communication device; wherein the first display object corresponds to a plurality of first preset conditions, the plurality of first preset conditions respectively correspond to different still images or motion videos; when the first preset condition is user gazing at screen, and the first preset condition is satisfied, a first motion video of the first display object is displayed; when the first preset condition is user tapping screen, and the first preset condition is satisfied, a second motion video of the first display object is displayed.
An aerosol-generating rod comprising a gathered sheet of non-tobacco material circumscribed by a wrapper, in which the sheet of non-tobacco material is textured or crimped and comprises a sorbent substrate, a nicotine salt, and an aerosol-former.
Machine tool, - wherein the machine tool has at least a first and a second machine element (6, 2), - wherein the first machine element is guided in a guideway of the second machine element and can be traversed in a traversing direction (z) in a positionally controlled manner in the guideway of the second machine element by means of a drive unit of the machine tool, - wherein the first machine element has a first and a second side surface (11, 12), - wherein the first and the second side surfaces (11, 12) run parallel to the traversing direction (z) and are oriented at a right angle to each other, - wherein the machine tool has a first and a second vibration damper (13, 14), by means of which a vibration of the first machine element running in a respective vibration direction (F1, F2) can be damped in each case, - wherein the vibration directions (F1, F2) are oriented at a right angle to the traversing direction (z), characterised in that - the first vibration damper is oriented such that the vibration direction of the sole vibration that can be damped by means of the first vibration damper is oriented neither parallel to the first side face nor parallel to the second (11, 12), and/or - the second vibration damper is oriented such that the vibration direction of the sole vibration that can be damped by means of the second vibration damper is oriented neither parallel to the first side face nor parallel to the second (11, 12). - wherein the machine tool has at least a first and a second machine element (6, 2), - wherein the first machine element is guided in a guideway of the second machine element and can be traversed in a traversing direction (z) in a positionally controlled manner in the guideway of the second machine element by means of a drive unit of the machine tool, - wherein the first machine element has a first and a second side surface (11, 12), - wherein the first and the second side surfaces (11, 12) run parallel to the traversing direction (z) and are oriented at a right angle to each other, - wherein the machine tool has a first and a second vibration damper (13, 14), by means of which a vibration of the first machine element running in a respective vibration direction (F1, F2) can be damped in each case, - wherein the vibration directions (F1, F2) are oriented at a right angle to the traversing direction (z), - the first vibration damper is oriented such that the vibration direction of the sole vibration that can be damped by means of the first vibration damper is oriented neither parallel to the first side face nor parallel to the second (11, 12), and/or - the second vibration damper is oriented such that the vibration direction of the sole vibration that can be damped by means of the second vibration damper is oriented neither parallel to the first side face nor parallel to the second (11, 12).
A delivery system for controlled deployment of a collapsible implant, the delivery system comprising: a handle at a proximal end of the delivery system, the handle comprising a tether knob configured to control movement of a tether extending distally away from the handle; and an outer elongate hollow member shaft operably connected to the handle and configured to at least partially restrain the implant in a collapsed configuration, wherein the tether extends through the outer elongate hollow member shaft to engage the implant when the implant is positioned within the outer elongate hollow member shaft, the outer elongate hollow member shaft being moveable relative to the implant to expose the implant at a body location while the tether keeps the implant radially restrained; characterized in that a tether retention member is provided which is located proximal to where the tether engages the implant, the tether retention member configured to releasably hold a free end of the tether, and that rotation of the tether knob in a single direction first provides slack to the tether to controllably expand the implant at the body location, and continued rotation of the tether control knob in the single direction retracts the tether towards the handle. a handle at a proximal end of the delivery system, the handle comprising a tether knob configured to control movement of a tether extending distally away from the handle; and an outer elongate hollow member shaft operably connected to the handle and configured to at least partially restrain the implant in a collapsed configuration, wherein the tether extends through the outer elongate hollow member shaft to engage the implant when the implant is positioned within the outer elongate hollow member shaft, the outer elongate hollow member shaft being moveable relative to the implant to expose the implant at a body location while the tether keeps the implant radially restrained; characterized in that a tether retention member is provided which is located proximal to where the tether engages the implant, the tether retention member configured to releasably hold a free end of the tether, and that rotation of the tether knob in a single direction first provides slack to the tether to controllably expand the implant at the body location, and continued rotation of the tether control knob in the single direction retracts the tether towards the handle.
A method for operating a station of an IEEE 802.11 compliant communications system, the method comprising: receiving, by the station, information about a restricted access window, RAW, for a RAW Group of stations served by an access point, and a first indicator of if a station in the RAW Group of stations needs to receive allocation information about its resource allocation; determining, by the station, whether it is allowed to access a communications channel during the RAW; and determining, by the station, whether the station needs to receive the allocation information in accordance with the first indicator in response to determining that the station is allowed to access the communications channel during the RAW. receiving, by the station, information about a restricted access window, RAW, for a RAW Group of stations served by an access point, and a first indicator of if a station in the RAW Group of stations needs to receive allocation information about its resource allocation; determining, by the station, whether it is allowed to access a communications channel during the RAW; and determining, by the station, whether the station needs to receive the allocation information in accordance with the first indicator in response to determining that the station is allowed to access the communications channel during the RAW.
Aqueous composition comprising a complex comprising at least one polyvalent metal, wherein the at least one polyvalent metal is complexed by at least one carbonate ligand and at least one carboxylic acid ligand, characterized in that the at least one carbonate ligand is selected from sodium hydrogenocarbonate, ammonium carbonate, ammonium hydrogenocarbonate, potassium hydrogenocarbonate, and combinations or mixtures thereof and the at least one carboxylic acid ligand is selected from glycolic acid, lactic acid, glycine, and combinations or mixtures thereof.
A coating material composition for forming a light diffusing layer comprising a hydroxyl group-containing acrylic resin, a polyfluoroolefin resin, and light diffusive particles, the hydroxyl group-containing acrylic resin having a weight-average molecular weight obtained by gel filtration chromatography on the basis of polystyrene in a range of 10,000 to 30,000 and a hydroxyl value in a range of 14 mg/g to 70 mg/g, wherein a mass ratio of the polyfluoroolefin resin to the hydroxyl group-containing acrylic resin is in a range of 5/95 to 50/50.
A complex device comprising: a printed circuit board with one or more receptacles and one or more light-emitting diodes positioned within the one or more receptacles of the printed circuit board; characterized in that the device comprises a foldable circuit board coupled to the printed circuit board, wherein the foldable circuit board has at least one beam-shaping aperture through which light emitted by the one or more light-emitting diodes passes, the one or more receptacles being positioned behind the at least one beam-shaping aperture; and the one or more light-emitting diodes are soldered to a front surface of the foldable circuit board, wherein the foldable circuit board is folded to be in alignment with the one or more receptacles and to position the light-emitting diode in the receptacle of the printed circuit board, so as the at least one beam-shaping aperture is in front of the one or more light-emitting diodes to allow the complex device to select part of the light rays emitted by the one or more light emitting diodes. a printed circuit board with one or more receptacles and one or more light-emitting diodes positioned within the one or more receptacles of the printed circuit board; characterized in that the device comprises a foldable circuit board coupled to the printed circuit board, wherein the foldable circuit board has at least one beam-shaping aperture through which light emitted by the one or more light-emitting diodes passes, the one or more receptacles being positioned behind the at least one beam-shaping aperture; and the one or more light-emitting diodes are soldered to a front surface of the foldable circuit board, wherein the foldable circuit board is folded to be in alignment with the one or more receptacles and to position the light-emitting diode in the receptacle of the printed circuit board, so as the at least one beam-shaping aperture is in front of the one or more light-emitting diodes to allow the complex device to select part of the light rays emitted by the one or more light emitting diodes.