mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a display; at least one image generator (102, 104) configured to output a stream of image data; at least one aircraft state sensor (116, 118) configured to output aircraft state data; and at least one processor (108, 110) configured to: receive the stream of image data; compute an optical flow on the stream of the image data resulting in image-based motion vectors (MVs); receive the aircraft state data; compute expected MVs based on the aircraft state data; compare the expected MVs with the image-based MVs; determine whether at least some of the stream of the image data fails a predetermined assurance level based on a comparison of the expected MVs with the image-based MVs; and upon a determination that at least a portion of the stream of the image data fails the predetermined assurance level, transmit or implement a system response. a display; at least one image generator (102, 104) configured to output a stream of image data; at least one aircraft state sensor (116, 118) configured to output aircraft state data; and at least one processor (108, 110) configured to: receive the stream of image data; compute an optical flow on the stream of the image data resulting in image-based motion vectors (MVs); receive the aircraft state data; compute expected MVs based on the aircraft state data; compare the expected MVs with the image-based MVs; determine whether at least some of the stream of the image data fails a predetermined assurance level based on a comparison of the expected MVs with the image-based MVs; and upon a determination that at least a portion of the stream of the image data fails the predetermined assurance level, transmit or implement a system response. receive the stream of image data; compute an optical flow on the stream of the image data resulting in image-based motion vectors (MVs); receive the aircraft state data; compute expected MVs based on the aircraft state data; compare the expected MVs with the image-based MVs; determine whether at least some of the stream of the image data fails a predetermined assurance level based on a comparison of the expected MVs with the image-based MVs; and upon a determination that at least a portion of the stream of the image data fails the predetermined assurance level, transmit or implement a system response.
A process for producing cheese, comprising the steps of: - providing a first raw material liquid containing casein, - providing a second raw material liquid containing substances that inhibit the activity of a protein crosslinking enzyme, - treating the first raw material liquid with the protein crosslinking enzyme to provide an enzyme-treated raw material liquid, - mixing the enzyme-treated raw material liquid with the second raw material liquid to provide cheese milk, - processing the cheese milk into cheese using a coagulant. - providing a first raw material liquid containing casein, - providing a second raw material liquid containing substances that inhibit the activity of a protein crosslinking enzyme, - treating the first raw material liquid with the protein crosslinking enzyme to provide an enzyme-treated raw material liquid, - mixing the enzyme-treated raw material liquid with the second raw material liquid to provide cheese milk, - processing the cheese milk into cheese using a coagulant.
. An article of footwear, comprising: an upper; a sole structure coupled to the upper, wherein the sole structure and the upper collectively define an interior cavity therebetween, wherein the sole structure defines a midline and a peripheral edge; a first reinforcing element spanning from the sole structure to the upper within the interior cavity, wherein the first reinforcing element has a first end and a second end, wherein both the first end and the second end terminate back at the sole structure; and a second reinforcing element extending from the sole structure to the upper within the interior cavity, wherein at least one end of the second reinforcing element is attached to the sole structure; and wherein a distance from the peripheral edge of the sole structure to the at least one end of the first reinforcing element differs from a distance from the peripheral edge of the sole structure to the at least one end of the second reinforcing element. an upper; a sole structure coupled to the upper, wherein the sole structure and the upper collectively define an interior cavity therebetween, wherein the sole structure defines a midline and a peripheral edge; a first reinforcing element spanning from the sole structure to the upper within the interior cavity, wherein the first reinforcing element has a first end and a second end, wherein both the first end and the second end terminate back at the sole structure; and a second reinforcing element extending from the sole structure to the upper within the interior cavity, wherein at least one end of the second reinforcing element is attached to the sole structure; and wherein a distance from the peripheral edge of the sole structure to the at least one end of the first reinforcing element differs from a distance from the peripheral edge of the sole structure to the at least one end of the second reinforcing element.
Seal arrangement comprising a machine element to be sealed off having a surface, and a sealing ring which encloses the surface in a sealing manner in the installed state and seals off a space to be sealed off, wherein the sealing ring is configured in a Z-shaped manner, comprising a fastening portion arranged radially on one side and a sealing lip arranged radially on the other side, which are connected together by a connecting web, wherein the connecting web extends axially in the direction of the space to be sealed off, from the fastening portion to the sealing lip, in the installed state of the sealing ring, wherein the sealing lip has a first sealing-lip portion which extends axially away from the space to be sealed off, starting from the connecting web, in the installed state of the sealing ring, and wherein the sealing lip has a second sealing-lip portion which extends axially in the direction of the space to be sealed off, starting from the connecting web, in the installed state of the sealing ring, characterized in that the first sealing-lip portion and the second sealing-lip portion are configured with a matching thickness and merge into one another without a radial offset, in that the sealing lip encloses, in the production state of the sealing ring, an acute angle that is open in direction of the space to be sealed off, counter to the fitting direction of the machine element to be sealed off, with the surface to be sealed off, which extends parallel to an axis of symmetry, which simultaneously forms the rotation axis of the machine element to be sealed off, and after the sealing ring has been fitted, the sealing lip extends axially and parallel to the surface to be sealed off, in that, during use as intended, the sealing ring comes into sealing contact with the surface to be sealed off, under radial elastic pretensioning, only with its first sealing-lip portion, wherein the first sealing-lip portion has a return helix on the side radially facing the surface to be sealed off, and in that the second sealing-lip portion is assigned to the surface to be sealed off so as to be adjacent to the latter at a radial spacing therefrom, and in that the gap formed by the spacing has a capillary-active narrowness.
Method for assisting a driver of a motor vehicle during a driving manoeuvre, comprising the following steps: (a) determining a driving tube in which the motor vehicle moves during the execution of the driving manoeuvre, and automatic or semi-automatic execution of the driving manoeuvre, (b) sensing the surroundings of the motor vehicle during the driving manoeuvre, (c) braking the motor vehicle and slowly continuing the driving manoeuvre if an object is detected outside the driving tube, wherein it is determined whether the object which is detected outside the driving tube is moving in the direction of the driving tube or is a rigid object, and stopping the motor vehicle if the object is sensed in the driving tube, characterized by continuing the driving manoeuvre as soon as the object has left the driving tube, wherein when an object is sensed in the driving tube it is determined whether it is possible to drive around the object, and if it is possible to drive around, a new driving tube is determined by driving around the object, and the driving manoeuvre is carried out in such a way that the motor vehicle is moved within the new driving tube. (a) determining a driving tube in which the motor vehicle moves during the execution of the driving manoeuvre, and automatic or semi-automatic execution of the driving manoeuvre, (b) sensing the surroundings of the motor vehicle during the driving manoeuvre, (c) braking the motor vehicle and slowly continuing the driving manoeuvre if an object is detected outside the driving tube, wherein it is determined whether the object which is detected outside the driving tube is moving in the direction of the driving tube or is a rigid object, and stopping the motor vehicle if the object is sensed in the driving tube, characterized by continuing the driving manoeuvre as soon as the object has left the driving tube, wherein when an object is sensed in the driving tube it is determined whether it is possible to drive around the object, and if it is possible to drive around, a new driving tube is determined by driving around the object, and the driving manoeuvre is carried out in such a way that the motor vehicle is moved within the new driving tube.
A method performed by a wireless device, wherein the wireless device is a base station or a first user equipment, the method comprising: transmitting, to a second user equipment, a radio resource control signal comprising a time and frequency configuration for semi-persistent scheduling, SPS; and transmitting, to the second user equipment, an information block via a physical downlink shared channel, PDSCH, configured based on the time and frequency configuration for SPS, the information block comprising signaling indicating at least one of: a modulation and coding scheme, MCS, for a subsequent transmission, PDSCH-to-HARQ feedback timing indicator, and PUCCH resource indicator. transmitting, to a second user equipment, a radio resource control signal comprising a time and frequency configuration for semi-persistent scheduling, SPS; and transmitting, to the second user equipment, an information block via a physical downlink shared channel, PDSCH, configured based on the time and frequency configuration for SPS, the information block comprising signaling indicating at least one of: a modulation and coding scheme, MCS, for a subsequent transmission, PDSCH-to-HARQ feedback timing indicator, and PUCCH resource indicator.
A mobile terminal comprising: a camera (121, 121') for capturing an image, a touch screen configured to display the image and to receive a touch input being a contact touch with the touch screen, and a controller configured to: display a preview image of the image to be captured on the touch screen, display an auto focus guide on the touch screen, indicating a position where focusing will be performed, determine whether the touch input is a drag-and-drop operation, move the auto focus guide to a position where the drop has occurred, and perform auto focusing on the position where the auto focus guide is displayed immediately after the drag-and-drop operation is executed, characterized in that the controller is further configured, if additional touch input is not received for a preset period of time, to control the camera (121, 121') to capture the image when the preset period of time elapses. a camera (121, 121') for capturing an image, a touch screen configured to display the image and to receive a touch input being a contact touch with the touch screen, and a controller configured to: display a preview image of the image to be captured on the touch screen, display an auto focus guide on the touch screen, indicating a position where focusing will be performed, determine whether the touch input is a drag-and-drop operation, move the auto focus guide to a position where the drop has occurred, and perform auto focusing on the position where the auto focus guide is displayed immediately after the drag-and-drop operation is executed, display a preview image of the image to be captured on the touch screen, display an auto focus guide on the touch screen, indicating a position where focusing will be performed, determine whether the touch input is a drag-and-drop operation, move the auto focus guide to a position where the drop has occurred, and perform auto focusing on the position where the auto focus guide is displayed immediately after the drag-and-drop operation is executed, characterized in that the controller is further configured, if additional touch input is not received for a preset period of time, to control the camera (121, 121') to capture the image when the preset period of time elapses.
A power device monitoring system comprising: a first power device and a second power device each including a semiconductor element; a first sensor and a second sensor connected to the first and second power devices, respectively, the first sensor sensing information related to a first current flowing through the first power device and the second sensor sensing information related to a second current flowing through the second power device; a third sensor to sense information related to a third current flowing between the first power device and the second power device; and a control unit to receive the information regarding the first current, the second current and the third current, respectively, and to compare the first current and the second current with the third current, and determine a fault state for each power device according to a difference between the first and second currents and the third current, characterized in that the first sensor and the second sensor each further comprises a temperature sensor, and wherein the temperature sensor measures a temperature of the first power device and the second power device, respectively, and information related to the measured temperature is transmitted to the control unit. a first power device and a second power device each including a semiconductor element; a first sensor and a second sensor connected to the first and second power devices, respectively, the first sensor sensing information related to a first current flowing through the first power device and the second sensor sensing information related to a second current flowing through the second power device; a third sensor to sense information related to a third current flowing between the first power device and the second power device; and a control unit to receive the information regarding the first current, the second current and the third current, respectively, and to compare the first current and the second current with the third current, and determine a fault state for each power device according to a difference between the first and second currents and the third current, characterized in that the first sensor and the second sensor each further comprises a temperature sensor, and wherein the temperature sensor measures a temperature of the first power device and the second power device, respectively, and information related to the measured temperature is transmitted to the control unit.
A method for performing channel access by a station, STA, of a wireless communication system, comprising: receiving, from an access point, AP, a first frame containing a traffic indication map, TIM, element and a restricted access window, RAW, parameter set element; determining a RAW which includes at least one slot and allows channel access of the STA, based on the RAW parameter set, RPS, element; and transmitting a second frame to the AP within the determined RAW, wherein the RPS element comprises at least one RAW assignment field, wherein each of the at least one RAW assignment field contains information on cross slot boundary and information related to transmission of a third frame, wherein the information on cross slot boundary indicates whether or not the STA is allowed to cross a slot boundary for channel access, wherein the third frame contains information about slot assignment to the STA within the RAW, and wherein the third frame is received from the AP by the STA at a specific timing according to the information related to transmission of the third frame. receiving, from an access point, AP, a first frame containing a traffic indication map, TIM, element and a restricted access window, RAW, parameter set element; determining a RAW which includes at least one slot and allows channel access of the STA, based on the RAW parameter set, RPS, element; and transmitting a second frame to the AP within the determined RAW, wherein the RPS element comprises at least one RAW assignment field, wherein each of the at least one RAW assignment field contains information on cross slot boundary and information related to transmission of a third frame, wherein the information on cross slot boundary indicates whether or not the STA is allowed to cross a slot boundary for channel access, wherein the third frame contains information about slot assignment to the STA within the RAW, and wherein the third frame is received from the AP by the STA at a specific timing according to the information related to transmission of the third frame.
A turbo engine with an engine housing, a rotor shaft bearing at least one wheel, a bearing arrangement having at least one active magnetic bearing (5A, 5B), at least one gap sensor (6A, 6B) and control electronics connected to the gap sensor (6A, 6B) to control the active magnetic bearing (5A, 5B), whereby a target surface (7A, 7B) that interacts with the gap sensor (6A, 6B) is situated on the rotor shaft for positioning by means of the gap sensor (6A, 6B), whereby a ring-shaped copper layer applied onto a base material of the rotor shaft is provided as a as a target surface (7A, 7B), which is situated in a groove (9A, 9B) of the rotor shaft, characterized in that the gap sensor is provided for positioning in a radial direction, whereby the copper layer is situated on an outer diameter of the rotor shaft.
An introducer catheter device (102, 202, 302, 402) comprising: a handle; and an elongate shaft (114, 214, 314, 414) coupled to the handle and extending therefrom, the shaft (114, 214, 314, 414) defining a lumen therethrough and a longitudinal axis, the shaft defining a first aperture (126, 226, 326) in connection with the lumen, and further comprising a movable deployment element configured for deploying an ancillary device from the first aperture (126, 226, 326) at an angle relative to the longitudinal axis; and characterized in that the elongate shaft (114, 214, 314, 414) of the introducer catheter device (102, 202, 302, 402) comprises a weeping balloon (246, 354, 356, 446, 486) encapsulating a shaft portion comprising a digital camera. a handle; and an elongate shaft (114, 214, 314, 414) coupled to the handle and extending therefrom, the shaft (114, 214, 314, 414) defining a lumen therethrough and a longitudinal axis, the shaft defining a first aperture (126, 226, 326) in connection with the lumen, and further comprising a movable deployment element configured for deploying an ancillary device from the first aperture (126, 226, 326) at an angle relative to the longitudinal axis; and characterized in that the elongate shaft (114, 214, 314, 414) of the introducer catheter device (102, 202, 302, 402) comprises a weeping balloon (246, 354, 356, 446, 486) encapsulating a shaft portion comprising a digital camera.
A method for wireless communication of a base station, comprising: determining a plurality of time division duplex, TDD, component carriers configured for a user equipment, UE, served by the base station, the plurality of TDD component carriers including a primary component carrier and a secondary component carrier, the primary component carrier having a same uplink:downlink configuration at the base station and at a neighboring base station, and the secondary component carrier having different uplink:downlink configurations at the base station and at the neighboring base station, wherein the secondary component carrier has a configurable uplink:downlink configuration; sending control information on the primary component carrier to the UE; and exchanging data on at least one of the plurality of component carriers with the UE. determining a plurality of time division duplex, TDD, component carriers configured for a user equipment, UE, served by the base station, the plurality of TDD component carriers including a primary component carrier and a secondary component carrier, the primary component carrier having a same uplink:downlink configuration at the base station and at a neighboring base station, and the secondary component carrier having different uplink:downlink configurations at the base station and at the neighboring base station, wherein the secondary component carrier has a configurable uplink:downlink configuration; sending control information on the primary component carrier to the UE; and exchanging data on at least one of the plurality of component carriers with the UE.
A method of producing pulp suitable for dissolution of cellulose and optionally hemicellulose from never-dried, high viscosity paper pulp containing metal ions, characterised by the combination that - at a consistency of at least 10%, the pulp is brought into contact with an enzyme preparation in a water suspension to decrease the viscosity of the pulp, - the pH of thus obtained pulp is brought to value of 2-3 to separate the metal ions from the pulp, after which - the pH of the pulp is raised above 4 by water washing and - the consistency of the washed pulp is raised to 30 to 50%, and the obtained pulp is brought in a dissolution process of cellulose and hemicellulose. - at a consistency of at least 10%, the pulp is brought into contact with an enzyme preparation in a water suspension to decrease the viscosity of the pulp, - the pH of thus obtained pulp is brought to value of 2-3 to separate the metal ions from the pulp, after which - the pH of the pulp is raised above 4 by water washing and - the consistency of the washed pulp is raised to 30 to 50%,
An adapter (10; 10') for mounting of electrotechnical components (12, 14) which is formed in the form of a standardized support rail, in particular DIN rail, and which, on its upper side, has fastening means (110, 112) for mounting of an electrotechnical component and, on its underside, has fastening means (102, 104, 106, 108) for mounting on the front plate (12', 14') of an electrotechnical component (12, 14), wherein the fastening means on the underside of the adapter have at least one detent hook (102, 104), which is designed to latch into a corresponding detent opening (102', 104') on the front plate of the electrotechnical component, characterized in that the fastening means on the underside of the adapter have at least one snap-in hook (106, 108), which is designed to snap into a corresponding snap-in opening (106', 108') on the front plate of the electrotechnical component, wherein the fastening means are suitable for fixing the adapter (10, 10') on the front plate (12', 14') of the electrotechnical component (12, 14) in such a way that the adapter (10, 10') cannot shift on the front plate.