mhurhangee/ep-ind-claims huggingface dataset:
Adhesive system for flying splice ("parting system"), suitable for producing an adhesive bond on a substrate that can be parted again in such a way that adhesive residues remain neither on the reverse (U K) of the adhesive tape nor on the substrate in the region of the parted adhesive bond, in that the parting system comprises a two-dimensionally splittable single-ply or single-piece layer, two layers that are laminated to one another and can be delaminated from one another and/or a layer that can be redetached from another layer of the adhesive tape, the parting system for its part comprising a carrier ("system carrier") which is provided on each of its obverse (O T) and its reverse (U T) with a layer (M O, M U) of adhesive and is two-dimensionally splittable or delaminable, the system carrier being a single-ply paper or an assembly of at least two film layers or an assembly of at least one paper layer and at least one film layer, at least the right boundary edge (rs) of the parting system on the reverse (U K) of the adhesive tape being designed in the form of a line that extends along a straight baseline ("right line") and is characterized by a succession of rising (s) and falling (f) line sections, so that between each rising line section (s) falling line section (f) that follows it in a preferential direction (v), in the line region formed by these two line sections, a furthest-right point (E max) ("maximum") or a plurality of directly adjacent furthest-right points (B max) ("maximum region") is formed, and so that, between each falling line section (f) and rising line section (s) that follows it in the preferential direction (v), in the line region formed by these two line sections, a furthest-left point (E min) ("minimum") or a plurality of directly adjacent furthest-left points (B min) ("minimum region") is formed, it being the case, for the majority of the line regions ("rightwardly projecting line region") formed by a respective rising line section (s), a respective subsequent maximum (E max) or a respective maximum region (B max) following in the preferential direction (v), and a respective falling line section (f) following again in the preferential direction (v), that the steepness in the rising line section (s) is lower than the steepness in the falling line section (f) that follows it in the preferential direction (v), the steepness (in the sense of this specification) of a line section denoting the amount of the slope of a straight line ("straight steepness line") through the two line points bounding the line section.
A self-assembled catalyst of formula; Wherein; M is selected from Pd or Ni; X is selected from SO 3 -, CO 2 - or O -; R and R' is selected from H or Ph; D is selected from dimethyl sulfoxide, pyridine, lutidine, acetonitrile, dimethylformamide, acetone, benzonitrile, triphenylphosphine, triphenylphosphineoxide, pyridone or piperidine; E is selected from hydrogen, alkyl, cycloalkyl, aryl, mono or disubstituted aryl. M is selected from Pd or Ni; X is selected from SO 3 -, CO 2 - or O -; R and R' is selected from H or Ph; D is selected from dimethyl sulfoxide, pyridine, lutidine, acetonitrile, dimethylformamide, acetone, benzonitrile, triphenylphosphine, triphenylphosphineoxide, pyridone or piperidine; E is selected from hydrogen, alkyl, cycloalkyl, aryl, mono or disubstituted aryl.
A stair system, comprising: a first connector; a sliding body operatively connected with the first connector, wherein the sliding body comprises a first end and a second end, wherein the second end is opposite the first end; an upper connector operatively connected with the sliding body; a lower connector, wherein the upper connector is operatively connected with the lower connector; and a second connector operatively connected with the lower connector at a first connection point characterized in that the upper connector is telescopically disposed within the lower connector. a first connector; a sliding body operatively connected with the first connector, wherein the sliding body comprises a first end and a second end, wherein the second end is opposite the first end; an upper connector operatively connected with the sliding body; a lower connector, wherein the upper connector is operatively connected with the lower connector; and a second connector operatively connected with the lower connector at a first connection point characterized in that the upper connector is telescopically disposed within the lower connector.
A luminous beacon assembly, characterised in that it comprises: - a luminous beacon, which includes a casing with a top portion and a bottom base, and with a bevelled narrowing from the base to the top portion; and - a suction cup-type fastening, intended to house and retain the beacon, and comprising a fastening body, with a suction cup at its bottom portion, to secure the fastening to a desired surface, the fastening body further comprising a top housing at its top portion, to house and retain the base; wherein the housing has a shape that corresponds to the base, and the housing includes a bevelled narrowing corresponding to the narrowing of the base; the housing being made of a deformable material, which allows the base of the beacon to be retained through a form closure, forcing an insertion of the base, of a larger size, through of the narrowing defined in the housing. - a luminous beacon, which includes a casing with a top portion and a bottom base, and with a bevelled narrowing from the base to the top portion; and - a suction cup-type fastening, intended to house and retain the beacon, and comprising a fastening body, with a suction cup at its bottom portion, to secure the fastening to a desired surface, the fastening body further comprising a top housing at its top portion, to house and retain the base; wherein the housing has a shape that corresponds to the base, and the housing includes a bevelled narrowing corresponding to the narrowing of the base; the housing being made of a deformable material, which allows the base of the beacon to be retained through a form closure, forcing an insertion of the base, of a larger size, through of the narrowing defined in the housing.
A method comprising: sending, from a mobile station, based on the mobile station roaming to an edge-of-domain Wi-Fi access point, a request to neighboring access points to the edge-of-domain access point for neighbor reports; receiving, at the Wi-Fi access point, a cellular signal value from the mobile station; comparing, at a wireless LAN controller or a Digital Network Architecture Controller, Wi-Fi client connection quality to potential cellular link quality, by comparing a first signal grade associated with the edge-of-domain Wi-Fi access point to a second signal grade associated with the cellular signal value to yield a comparison; evaluate, at the wireless LAN controller or the Digital Network Architecture Controller, a Wi-Fi client connection quality by generating a link usability rating associated with a link between the mobile station and the edge- of- domain Wi-Fi access point; and based at least in part on the comparison and the link usability rating, transmitting, from the edge-of-domain Wi-Fi access point, a message to the mobile station suggesting that the mobile station roams from the edge-of-domain access point to a cellular network. sending, from a mobile station, based on the mobile station roaming to an edge-of-domain Wi-Fi access point, a request to neighboring access points to the edge-of-domain access point for neighbor reports; receiving, at the Wi-Fi access point, a cellular signal value from the mobile station; comparing, at a wireless LAN controller or a Digital Network Architecture Controller, Wi-Fi client connection quality to potential cellular link quality, by comparing a first signal grade associated with the edge-of-domain Wi-Fi access point to a second signal grade associated with the cellular signal value to yield a comparison; evaluate, at the wireless LAN controller or the Digital Network Architecture Controller, a Wi-Fi client connection quality by generating a link usability rating associated with a link between the mobile station and the edge- of- domain Wi-Fi access point; and based at least in part on the comparison and the link usability rating, transmitting, from the edge-of-domain Wi-Fi access point, a message to the mobile station suggesting that the mobile station roams from the edge-of-domain access point to a cellular network.
A method for shifting an original call established between a first user device and a correspondent device through a first application server in order to route it through a second application server, the method comprising: - receiving a server shift instruction; - instructing the first application server to forward the original call through the second application server to the first user device upon receiving the application server shift instruction, the first application server being instructed to establish a three-way conference communication between the first user device, the correspondent device and the second application server in order to forward the original call from the first application server to the second application server; - determining that an incoming call routed from the second application server to the first user device has an identification information which matches identification information of the original call; - causing the first user device to pick-up the incoming call routed from the second application server to the first user device and instructing to release the call branch between the first application server and the first user device - upon determining that the identification information matches. - receiving a server shift instruction; - instructing the first application server to forward the original call through the second application server to the first user device upon receiving the application server shift instruction, the first application server being instructed to establish a three-way conference communication between the first user device, the correspondent device and the second application server in order to forward the original call from the first application server to the second application server; - determining that an incoming call routed from the second application server to the first user device has an identification information which matches identification information of the original call; - causing the first user device to pick-up the incoming call routed from the second application server to the first user device and instructing to release the call branch between the first application server and the first user device - upon determining that the identification information matches.
A sliding member comprising a base layer and a resin coating layer formed on the base layer, wherein the resin coating layer consists of a polyamide-imide resin as a binder, barium sulfate particles, molybdenum disulfide particles having an average particle diameter which is 1.0 time or more and 2.8 times or less an average particle diameter of the barium sulfate particles, and unavoidable impurities. wherein the resin coating layer consists of a polyamide-imide resin as a binder, barium sulfate particles, molybdenum disulfide particles having an average particle diameter which is 1.0 time or more and 2.8 times or less an average particle diameter of the barium sulfate particles, and unavoidable impurities.
A method performed by a wireless device (202, 702) for enabling a network node (200, 700) of a radio network to decode contention based uplink transmissions of data in a cell served by the network node (200, 700), the method comprising: - initiating automatic registration of the wireless device (202, 702) with the network node (200, 700), for contention based uplink transmissions of data on a radio resource reserved for contention based uplink transmissions of data, - receiving (2:5, 402) an acknowledgement from the network node (200, 700) indicating that the wireless device (202, 702) is registered for contention based uplink transmissions of data in the cell, wherein the acknowledgement comprises an identifier,and - transmitting (2:6, 404), using the identifier, data on the radio resource, thereby enabling the network node (200, 700) to perform blind decoding of the data by considering wireless devices being registered for contention based uplink transmissions of data on the radio resource in the cell. - initiating automatic registration of the wireless device (202, 702) with the network node (200, 700), for contention based uplink transmissions of data on a radio resource reserved for contention based uplink transmissions of data, - receiving (2:5, 402) an acknowledgement from the network node (200, 700) indicating that the wireless device (202, 702) is registered for contention based uplink transmissions of data in the cell, wherein the acknowledgement comprises an identifier,and - transmitting (2:6, 404), using the identifier, data on the radio resource, thereby enabling the network node (200, 700) to perform blind decoding of the data by considering wireless devices being registered for contention based uplink transmissions of data on the radio resource in the cell.
A system to conduct link-based operations, comprising: a host processor (12,14); a subsystem (12,14); a link coupled to the host processor (12,14) and the subsystem (12,14); and a link manager (19, 44) coupled to one or more of the host processor (12,14), the subsystem (12,14) or the link, the link manager (19, 44) including: a performance monitor configured to monitor one or more runtime performance characteristics of the link, and a degradation detector coupled to the performance monitor, the degradation detector configured to determine a state of the link based on at least one of the one or more runtime performance characteristics, characterised in that the link manager (19, 44) includes a training scheduler coupled to the degradation detector, the training scheduler configured to automatically schedule a retraining of the link based on the state of the link, wherein the link is selectively retrained throughout the life of the link to automatically adapt to component degradation over time and maintain a target performance profile. a host processor (12,14); a subsystem (12,14); a link coupled to the host processor (12,14) and the subsystem (12,14); and a link manager (19, 44) coupled to one or more of the host processor (12,14), the subsystem (12,14) or the link, the link manager (19, 44) including: a performance monitor configured to monitor one or more runtime performance characteristics of the link, and a degradation detector coupled to the performance monitor, the degradation detector configured to determine a state of the link based on at least one of the one or more runtime performance characteristics, a performance monitor configured to monitor one or more runtime performance characteristics of the link, and a degradation detector coupled to the performance monitor, the degradation detector configured to determine a state of the link based on at least one of the one or more runtime performance characteristics, characterised in that the link manager (19, 44) includes a training scheduler coupled to the degradation detector, the training scheduler configured to automatically schedule a retraining of the link based on the state of the link, wherein the link is selectively retrained throughout the life of the link to automatically adapt to component degradation over time and maintain a target performance profile.
A method for measuring mutual and self capacitance at a touch panel comprising: measuring mutual and self capacitances at multiple touch node patterns in the touch panel; determining one or more correction factors, each correction factor having a value that is a function of both the measured mutual and self capacitances; and calculating a touch signal based on applying the one or more correction factors to the measured mutual or self capacitances, the touch signal indicative of an object proximate to the touch panel. measuring mutual and self capacitances at multiple touch node patterns in the touch panel; determining one or more correction factors, each correction factor having a value that is a function of both the measured mutual and self capacitances; and calculating a touch signal based on applying the one or more correction factors to the measured mutual or self capacitances, the touch signal indicative of an object proximate to the touch panel.
A method for a terminal to request a service, the method comprising: receiving information indicating second network priority traffic from a first network core; searching for a cell of a second network based on the information indicating the second network priority traffic; transmitting a service request to the second network in case that there is a cell connectable to the second network; and transmitting a service request to the first network, in case that there is no cell connectable to the second network; wherein the second network priority traffic is traffic that is provided first through the second network in case that transmission through the second network is possible and is provided through a first network in case that transmission through the second network is not possible. receiving information indicating second network priority traffic from a first network core; searching for a cell of a second network based on the information indicating the second network priority traffic; transmitting a service request to the second network in case that there is a cell connectable to the second network; and transmitting a service request to the first network, in case that there is no cell connectable to the second network; wherein the second network priority traffic is traffic that is provided first through the second network in case that transmission through the second network is possible and is provided through a first network in case that transmission through the second network is not possible.
A method of determining the sharpness of cutting edges of chopping blades on a rotationally driven chopping drum of a forage harvester having a counterpart cutter and a grinding device having a grinding stone for re-sharpening the chopping blades, characterised in that a blade surface of at least one chopping blade, that is behind the cutting edge, is scanned by at least one electrode as a contact sensor and the contact duration of the at least one electrode with the blade surface is detected.
A computer-implemented method of producing a trained Machine Learning based Task Contention Model, ML based TCM, to predict time delays resulting from contention between tasks running in parallel on a multi-processor system, the method comprising: executing a plurality of microbenchmarks, μBenchmarks B j, on the multi-processor system in isolation and measuring at least one resultant Performance Monitoring Counter, PMC, over time to extract ideal characteristic footprints of each μBenchmark when operating in isolation, each μBenchmark being a program or routine configured to relate stress on interference channels of the multi-processor system to performance measures embodied in the at least one PMC; executing possible pairing scenarios of the plurality of μBenchmarks in parallel on the multi-processor system and measuring the effect on the execution time of each μBenchmark, ΔT B j, resulting from contention over interference channels within the multi-processor system; training a machine learning model using, as an input, the at least one PMC measure in isolation of each μBenchmark and, at the output, the measured effect on the execution time of each μBenchmark, ΔT B j, from the parallel execution of each pairing scenario of the plurality of μBenchmarks as training inputs, thereby producing the ML based TCM. executing a plurality of microbenchmarks, μBenchmarks B j, on the multi-processor system in isolation and measuring at least one resultant Performance Monitoring Counter, PMC, over time to extract ideal characteristic footprints of each μBenchmark when operating in isolation, each μBenchmark being a program or routine configured to relate stress on interference channels of the multi-processor system to performance measures embodied in the at least one PMC; executing possible pairing scenarios of the plurality of μBenchmarks in parallel on the multi-processor system and measuring the effect on the execution time of each μBenchmark, ΔT B j, resulting from contention over interference channels within the multi-processor system; training a machine learning model using, as an input, the at least one PMC measure in isolation of each μBenchmark and, at the output, the measured effect on the execution time of each μBenchmark, ΔT B j, from the parallel execution of each pairing scenario of the plurality of μBenchmarks as training inputs, thereby producing the ML based TCM.
A method of encapsulating, using an ISO Base Media File Format, tiled timed media data in a server, the tiled timed media data comprising a plurality of consecutive frames (100, 110, 112, 114) corresponding to a given temporal period, each frame comprising a plurality of tiles (1a, 1b, 1c, 1d), the method comprising: for each of one or more tiles, creating one tile track comprising the tile and comprising one corresponding tile of each of the other frames; creating at least one composite track comprising an extractor identifying at least one of the created tile tracks and tiles of the identified tile track; and independently encapsulating each of the created tile tracks and the at least one composite track in separate media segment files (400-1, 400-2, 400-6) respectively. for each of one or more tiles, creating one tile track comprising the tile and comprising one corresponding tile of each of the other frames; creating at least one composite track comprising an extractor identifying at least one of the created tile tracks and tiles of the identified tile track; and independently encapsulating each of the created tile tracks and the at least one composite track in separate media segment files (400-1, 400-2, 400-6) respectively.
A vehicle suspension comprising a pair of front leaf springs arranged to extend longitudinally on opposed sides of a vehicle frame, each front leaf spring having a first end pivotally connected to the vehicle with a first bracket attached rigidly to the frame at a first position; and a second end connected to the vehicle frame with a spring shackle pivotably connected to a second bracket attached rigidly to the frame at a second position, in order to compensate for length changes of the front leaf spring under load conditions, said suspension further comprising an axle extending transversely of the vehicle frame which axle is mounted to each front leaf spring at a position intermediate its first and second ends, and a damper means mounted between the axle and the vehicle frame, characterized in that at least an upper leaf of each of the front leaf springs is a parabolic spring having a convex portion extending towards the frame, and that the convex portion is located between the first end and the intermediate position, wherein an initial portion of the front leaf spring pivotably attached to the first bracket is angled upwards and backwards from its attachment point towards the convex portion.