mhurhangee/ep-ind-claims huggingface dataset:
An electronic pillow comprising: a pillow unit encasing a plurality of error microphones and a plurality of loudspeakers; a reference sensing unit including one or more reference microphones; and a controller unit connected to the plurality of error microphones, the plurality of loudspeakers, and the reference sensing unit, said controller unit including algorithm means for processing signals received from said reference sensing unit and from said plurality of error microphones to reduce noise in an area between each of the error microphones using said loudspeakers, said controller unit also including a power source, wherein the algorithm means comprises multiple-channel feed-forward active noise control, for reducing noise, and acoustic echo cancellation configured to process signals received from at least one of the error microphones. a pillow unit encasing a plurality of error microphones and a plurality of loudspeakers; a reference sensing unit including one or more reference microphones; and a controller unit connected to the plurality of error microphones, the plurality of loudspeakers, and the reference sensing unit, said controller unit including algorithm means for processing signals received from said reference sensing unit and from said plurality of error microphones to reduce noise in an area between each of the error microphones using said loudspeakers, said controller unit also including a power source, wherein the algorithm means comprises multiple-channel feed-forward active noise control, for reducing noise, and acoustic echo cancellation configured to process signals received from at least one of the error microphones.
An inspection station (1, 21, 31), comprising a box having fluid tight side walls and bottom walls, and contained in the box, switch elements to which the inspection station is responsive for generating a predetermined control signal in response to actuation of a switch element, characterized in that the inspection station comprises attached as a lid to the box, a fluid tight sealing element isolating an interior of the inspection station from an outside of the inspection station (1, 21, 31), the sealing element is an elastic gasket substantially covering the inspection station (1, 21, 31) and comprising one or more flexible button areas at the locations of the switch elements to provide access from the outside of the inspection station to actuate the switch elements located in the interior of the sealing element, and a hard cover covering the sealing element from the outside of the inspection station, the cover is provided with openings at the locations of the switch elements to provide access for a user to actuate the switch elements by pressing the button areas of the sealing element. a box having fluid tight side walls and bottom walls, and contained in the box, switch elements to which the inspection station is responsive for generating a predetermined control signal in response to actuation of a switch element, characterized in that the inspection station comprises attached as a lid to the box, a fluid tight sealing element isolating an interior of the inspection station from an outside of the inspection station (1, 21, 31), the sealing element is an elastic gasket substantially covering the inspection station (1, 21, 31) and comprising one or more flexible button areas at the locations of the switch elements to provide access from the outside of the inspection station to actuate the switch elements located in the interior of the sealing element, and a hard cover covering the sealing element from the outside of the inspection station, the cover is provided with openings at the locations of the switch elements to provide access for a user to actuate the switch elements by pressing the button areas of the sealing element.
An apparatus for use in a user equipment, UE (112, 1000), comprising circuitry configured to: receive packet data convergence protocol, PDCP, packets from an evolved Node B, eNB through a radio bearer via a first Radio Access Technology, RAT, and a second RAT, wherein one or more PDCP packets are offloaded from the first RAT to the second RAT; and aggregate the received data of the PDCP packets; characterized in that the circuitry is further configured to: transmit a radio link layer, RLC, acknowledged mode, AM, status report to the eNB that infers an acknowledgment status for the PDCP packets received via the first RAT, and transmit a PDCP status report to the eNB that infers an acknowledgment status for the PDCP packets received via the second RAT. receive packet data convergence protocol, PDCP, packets from an evolved Node B, eNB through a radio bearer via a first Radio Access Technology, RAT, and a second RAT, wherein one or more PDCP packets are offloaded from the first RAT to the second RAT; and aggregate the received data of the PDCP packets; characterized in that the circuitry is further configured to: transmit a radio link layer, RLC, acknowledged mode, AM, status report to the eNB that infers an acknowledgment status for the PDCP packets received via the first RAT, and transmit a PDCP status report to the eNB that infers an acknowledgment status for the PDCP packets received via the second RAT. transmit a radio link layer, RLC, acknowledged mode, AM, status report to the eNB that infers an acknowledgment status for the PDCP packets received via the first RAT, and transmit a PDCP status report to the eNB that infers an acknowledgment status for the PDCP packets received via the second RAT.
A physiological data collection method, comprising: detecting whether a user falls asleep; identifying, when it is detected that the user falls asleep, whether a first quantity of times that the user enters long-time sleep within a first time period is less than a quantity-of-time threshold, and detecting whether the user wakes up; when the first quantity of times is less than the quantity-of-time threshold, enabling a first sensor, and collecting first physiological data of the user by using the first sensor; and when it is detected that the user wakes up, disabling the first sensor. detecting whether a user falls asleep; identifying, when it is detected that the user falls asleep, whether a first quantity of times that the user enters long-time sleep within a first time period is less than a quantity-of-time threshold, and detecting whether the user wakes up; when the first quantity of times is less than the quantity-of-time threshold, enabling a first sensor, and collecting first physiological data of the user by using the first sensor; and when it is detected that the user wakes up, disabling the first sensor.
Method for producing a flat copper winding, comprising the steps: - providing a copper strip; - producing a repeating pattern in the copper strip, wherein the repeating pattern is generated by a punching process, laser cutting, erosion or by water-jet cutting, - cold-forming the copper strip, a spiral body being formed by alternate bending, wherein, after the cold forming, the spiral body is annealed and, after the annealing, the spiral body is coated with an electrically insulating material. - providing a copper strip; - producing a repeating pattern in the copper strip, wherein the repeating pattern is generated by a punching process, laser cutting, erosion or by water-jet cutting, - cold-forming the copper strip, a spiral body being formed by alternate bending,
A patient gas delivery apparatus including: a mask for communicating with a patient's airway; a gas flow generator structured to supply pressurized gas; a gas delivery conduit connected to the gas flow generator; and a connecting assembly including an anti-asphyxia valve, the assembly being connected in series between the conduit and the mask and providing a series air flow path between the conduit and the mask in normal operation; the connecting assembly having a distal end and a proximal end, the distal end being configured and positioned to connect to the conduit, and the proximal end being configured and positioned to connect to the mask; wherein the mask and the conduit are adapted to prevent direct interconnection without the connecting assembly, and wherein the connecting assembly includes at least two parts connected by interengaging connecting means. a mask for communicating with a patient's airway; a gas flow generator structured to supply pressurized gas; a gas delivery conduit connected to the gas flow generator; and a connecting assembly including an anti-asphyxia valve, the assembly being connected in series between the conduit and the mask and providing a series air flow path between the conduit and the mask in normal operation; the connecting assembly having a distal end and a proximal end, the distal end being configured and positioned to connect to the conduit, and the proximal end being configured and positioned to connect to the mask; wherein the mask and the conduit are adapted to prevent direct interconnection without the connecting assembly, and wherein the connecting assembly includes at least two parts connected by interengaging connecting means.
Pushing device (100, 200, 300) for displacing a predetermined number of objects comprising a first end, a second end and a protruding edge arranged in proximity of said first end and arranged in an alternate manner in one or more single file rows (F1, F2, F3) along a first predetermined displacement direction, the pushing device comprising: at least a first guide for the sliding of said objects along said first predetermined displacement direction, wherein said first guide comprises four housings (101a, 101b, 101c, 101d), wherein a first housing and a second housing are arranged side by side on the same first level with respect to the bottom of said guide so as to house the protruding edge of the objects oriented according to a first orientation and wherein a third housing and a fourth housing are arranged side by side on the same second lever with respect to the bottom of said guide so as to house the protruding edge of the objects oriented according to second orientation; pushing means translatable along a first translation direction so as to be approached to said objects when said objects are housed in said first guide so as to touch at least one of said objects and so as to further be distanced from said objects, said pushing means being further translatable along said first predetermined displacement direction so as to push said objects along said first predetermined displacement direction. at least a first guide for the sliding of said objects along said first predetermined displacement direction, wherein said first guide comprises four housings (101a, 101b, 101c, 101d), wherein a first housing and a second housing are arranged side by side on the same first level with respect to the bottom of said guide so as to house the protruding edge of the objects oriented according to a first orientation and wherein a third housing and a fourth housing are arranged side by side on the same second lever with respect to the bottom of said guide so as to house the protruding edge of the objects oriented according to second orientation; pushing means translatable along a first translation direction so as to be approached to said objects when said objects are housed in said first guide so as to touch at least one of said objects and so as to further be distanced from said objects, said pushing means being further translatable along said first predetermined displacement direction so as to push said objects along said first predetermined displacement direction.
Process monitoring system with at least one first control unit and a server connected to the control unit, the server has a visualisation service for monitoring an automation system, said visualisation service being configured with a variable household for process values from a process image, further configured with an alarm household and an alarm list with alarm messages, the visualisation service is configured to supply the at least first control unit with process values and alarm messages, wherein the first control unit is configured to indicate a process object (15, 16) with its process values in an input/output window, furthermore the first control unit is configured to indicate a message sequence display with alarm messages from the alarm list, characterised in that the input/output window is configured with an input field for short messages (M1, M2, M3) and furthermore has an activation means, wherein a management component for managing the process objects (15, 16) is available and this is configured to create an alarm instance (15a, 16a) for the process object (15, 16) assigned to the input field when a short message (M1, M2, M3) is input and an activation means is activated, and to store the assigned short message (M1, M2, M3) as a further alarm message (A') in the alarm list, wherein the message sequence display is extended to indicate the further alarm messages (A') from the alarm list as short messages (M1, M2, M3).
A method comprising: receiving data characterizing time-dependent lateral vibration of a shaft of a machine, the lateral vibration indicative of motion of at least a portion of the shaft perpendicular to a first direction, wherein the lateral vibration is detected by a first sensor located at a first predetermined location on the shaft; receiving data characterizing time-dependent torsional vibration of the shaft, the torsional vibration indicative of rotation of the shaft around the first direction, wherein the torsional vibration is detected by a second sensor located at a second predetermined location on the shaft; characterized by calculating a coherence between the data characterizing time-dependent lateral vibration and the data characterizing time-dependent torsional vibration; identifying, based on the coherence, a first frequency value in the frequency domain indicative of coupling between the time-dependent lateral vibration and the time-dependent torsional vibration, wherein the coupling includes transfer of energy from the lateral vibration to the torsional vibration or vice versa at the first frequency; and providing the first frequency and/or at least a portion of the coherence. receiving data characterizing time-dependent lateral vibration of a shaft of a machine, the lateral vibration indicative of motion of at least a portion of the shaft perpendicular to a first direction, wherein the lateral vibration is detected by a first sensor located at a first predetermined location on the shaft; receiving data characterizing time-dependent torsional vibration of the shaft, the torsional vibration indicative of rotation of the shaft around the first direction, wherein the torsional vibration is detected by a second sensor located at a second predetermined location on the shaft; characterized by calculating a coherence between the data characterizing time-dependent lateral vibration and the data characterizing time-dependent torsional vibration; identifying, based on the coherence, a first frequency value in the frequency domain indicative of coupling between the time-dependent lateral vibration and the time-dependent torsional vibration, wherein the coupling includes transfer of energy from the lateral vibration to the torsional vibration or vice versa at the first frequency; and providing the first frequency and/or at least a portion of the coherence.
Projectile with multiple illuminants, in particular for illuminating an area of ground or a body of water or the like, which are integrated in a projectile shell, with an expulsion charge, a projectile fuse and a projectile base, with an eccentric mounting of the illuminants within the projectile shell, at least one delay element (11, 12) for each illuminant and also filler elements, which form a channel for the expulsion gases, preferably centrally in the projectile, and by way of which the at least one delay element (11, 12) of the illuminant is ignited, characterized by decelerating systems for each illuminant and characterized in that the illuminants are integrated in two or more planes (14, 15) within the projectile and the delay times of the illuminants in the planes (14, 15) are different.
A wing tip device for fixing to the outboard end of a wing of a fixed wing aircraft, the wing defining a wing plane, the wing tip device comprising: an upper wing-like element projecting upwardly with respect to the wing plane and having a trailing edge; and a lower wing-like element fixed so as to be non-moveable with respect to the upper wing-like element, and having a root chord and a trailing edge, the lower wing-like element root chord intersecting with the upper wing-like element, and the lower wing-like element projecting downwardly from the intersection, wherein the upper wing-like element is larger than the lower wing-like element and the trailing edge of the lower wing-like element is adjacent the trailing edge of the upper wing-like element at the intersection, and wherein an included angle between the upper and lower wing-like elements at the intersection on the outboard side of the wing tip device in the spanwise direction is less than, or equal to, 160 degrees. an upper wing-like element projecting upwardly with respect to the wing plane and having a trailing edge; and a lower wing-like element fixed so as to be non-moveable with respect to the upper wing-like element, and having a root chord and a trailing edge, the lower wing-like element root chord intersecting with the upper wing-like element, and the lower wing-like element projecting downwardly from the intersection, wherein the upper wing-like element is larger than the lower wing-like element and the trailing edge of the lower wing-like element is adjacent the trailing edge of the upper wing-like element at the intersection, and wherein an included angle between the upper and lower wing-like elements at the intersection on the outboard side of the wing tip device in the spanwise direction is less than, or equal to, 160 degrees.
A histidyl-tRNA synthetase -Fc fusion polypeptide, which comprises an amino acid sequence at least 98% identical to SEQ ID NO: 337, where the HRS-Fc fusion polypeptide has an antiinflammatory activity, and has altered pharmacokinetics relative to an unmodified HRS polypeptide having an amino acid sequence according to SEQ ID NO: 6, where said altered pharmacokinetics are increased serum half-life, increased bioavailability, and/or decreased clearance.
A clamping holder for an object, preferably a table lamp, having - a first angled part - with a clamping arm to which a coupling element, preferably a coupling pin, for an object to be held is fastened, - with a rear arm which has fastening elements for mounting a rear arm of a second angled part such that no displacement or rotation of the two rear arms (5, 10) relative to each other is possible when in the mounted state, - a second angled part - with a clamping arm on which a clamping element is mounted which can be adjusted in the direction of the clamping arm of the first angled part, - with a rear arm which has fastening elements for mounting the rear arm of the second angled part on the rear arm of the first angled part such that no displacement or rotation of the two rear arms (5, 10) of the two angled parts (2, 7) relative to each other is possible when in the mounted state, wherein the fastening elements (6, 11) on the two rear arms (5, 10) being designed and arranged such that the rear arms (5, 10) can be mounted on each other either in a first position in which the two rear arms (5, 10) are oriented parallel to each other in relation to the extension direction thereof, as seen from the associated clamping arm (3, 8) thereof, or in a second position in which the two rear sides (5, 10) are oriented antiparallel to each other, characterised in that the rear arm of the first angled element has a cut-out and the second angled element has a cut-out, which can act as a cable feedthrough. - a first angled part - with a clamping arm to which a coupling element, preferably a coupling pin, for an object to be held is fastened, - with a rear arm which has fastening elements for mounting a rear arm of a second angled part such that no displacement or rotation of the two rear arms (5, 10) relative to each other is possible when in the mounted state, - with a clamping arm to which a coupling element, preferably a coupling pin, for an object to be held is fastened, - with a rear arm which has fastening elements for mounting a rear arm of a second angled part such that no displacement or rotation of the two rear arms (5, 10) relative to each other is possible when in the mounted state, - a second angled part - with a clamping arm on which a clamping element is mounted which can be adjusted in the direction of the clamping arm of the first angled part, - with a rear arm which has fastening elements for mounting the rear arm of the second angled part on the rear arm of the first angled part such that no displacement or rotation of the two rear arms (5, 10) of the two angled parts (2, 7) relative to each other is possible when in the mounted state, - with a clamping arm on which a clamping element is mounted which can be adjusted in the direction of the clamping arm of the first angled part, - with a rear arm which has fastening elements for mounting the rear arm of the second angled part on the rear arm of the first angled part such that no displacement or rotation of the two rear arms (5, 10) of the two angled parts (2, 7) relative to each other is possible when in the mounted state,
A method for removing liquids and/or gases from a device for storing and/or transporting solids, liquids, and/or gases, particularly from a storage tank (2a, 2b) or a pipe, characterized in that the device, a mobile pump or suction vehicle, and a mobile combustion system set up separately therefrom are connected to each other by means of lines (8a, 8b, 8c, 8d), and that subsequently liquid and/or gas is transferred out of the device by means of a pump or suction device of the pump or suction vehicle into an intermediate storage means of the pump or suction vehicle, such as in the form of a tank unit, and subsequently fed into the mobile combustion system.
Method for controlling an automatic transmission of a vehicle, in particular a double-clutch transmission, wherein, during an acceleration operation of the vehicle, at least one or more downward gear changes are carried out and, starting from a source gear, a target gear is engaged, characterized in that for a downward gear change to a first intended target gear and for at least one downward gear change to at least one second higher intended target gear (Z+1), the respective vehicle acceleration is calculated over a specific acceleration time period (Δt B) that is to be expected and while considering gear-change operations that are to be expected in the specific acceleration time period (Δt B) that is to be expected, and that intended target gear (Z, 2+1) which permits the highest vehicle acceleration over the specific acceleration time period (Δt B) that is to be expected and/or requires the fewest gear-change operations is selected as the target gear, wherein the specific acceleration time period (Δt B) that is to be expected extends at least as far as the conclusion of an upward gear change following the downward gear change.