mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment, the method comprising: receiving, by a user equipment of a communication network, information comprising a multiple transmission time interval uplink grant with cyclic redundancy check bits scrambled by a radio network temporary identifier; based on the information, determining, by the user equipment, a subset of data transmissions of a previous burst of data transmissions to be retransmitted by the user equipment; and based on the determining, performing by the user equipment retransmission of the subset of data transmissions using scheduled resources of the multiple transmission time interval uplink grant, wherein based on the information indicating a number of transmissions associated with the multiple transmission time interval uplink grant is exceeding the number of retransmissions of the previous burst of data transmissions, the user equipment decides to use at least one transmission associated with the multiple transmission time interval uplink grant for transmitting a data with a process identity value other than process identity values corresponding to processes used for the retransmissions. receiving, by a user equipment of a communication network, information comprising a multiple transmission time interval uplink grant with cyclic redundancy check bits scrambled by a radio network temporary identifier; based on the information, determining, by the user equipment, a subset of data transmissions of a previous burst of data transmissions to be retransmitted by the user equipment; and based on the determining, performing by the user equipment retransmission of the subset of data transmissions using scheduled resources of the multiple transmission time interval uplink grant, wherein based on the information indicating a number of transmissions associated with the multiple transmission time interval uplink grant is exceeding the number of retransmissions of the previous burst of data transmissions, the user equipment decides to use at least one transmission associated with the multiple transmission time interval uplink grant for transmitting a data with a process identity value other than process identity values corresponding to processes used for the retransmissions.
Wiper device with at least one wiper drive that is provided to drive a wiper arm in a direction-changing manner over a wiping region of a vehicle windscreen, and with at least one control and/or regulating unit that is provided to actuate the at least one wiper drive to move the wiper arm between a first wiping region boundary and a second wiping region boundary, and with at least one interface that is provided for communications between the control and/or regulating unit and an external end user unit, characterized in that the external end user unit is provided at least for adjusting the first wiping region boundary.
A digital ink jet printer for printing and curing graphics directly onto the surface of a rotating cylindrical object, comprising: a moveable carrier for supporting and rotating the cylindrical object, said moveable carrier being moveable along a horizontal plane in four directions; a printhead assembly comprising at least two printheads (4, 6, 8, 10, 12, 14, 16) including ink for printing ink onto said cylindrical object, at least one of the printheads including white ink; a moveable shuttle attached to said printhead assembly, said moveable shuttle being moveable along a horizontal direction so as to sequentially bring each printhead (4, 6, 8, 10, 12, 14, 16) into a printing position; means for moving the moveable carrier relative to the printhead assembly; means for moving the moveable shuttle relative to the cylindrical object to sequentially bring each printhead (4, 6, 8, 10, 12, 14, 16) into the printing position; an ultraviolet lamp for curing ink printed on said cylindrical object, said ultraviolet lamp being aligned in a plane with at least one of said printheads; a controller connected to said moving means and printhead assembly and providing instructions for printing a predetermined pattern on said cylindrical object; and a computer connected to the controller for graphics and print order preparation. a moveable carrier for supporting and rotating the cylindrical object, said moveable carrier being moveable along a horizontal plane in four directions; a printhead assembly comprising at least two printheads (4, 6, 8, 10, 12, 14, 16) including ink for printing ink onto said cylindrical object, at least one of the printheads including white ink; a moveable shuttle attached to said printhead assembly, said moveable shuttle being moveable along a horizontal direction so as to sequentially bring each printhead (4, 6, 8, 10, 12, 14, 16) into a printing position; means for moving the moveable carrier relative to the printhead assembly; means for moving the moveable shuttle relative to the cylindrical object to sequentially bring each printhead (4, 6, 8, 10, 12, 14, 16) into the printing position; an ultraviolet lamp for curing ink printed on said cylindrical object, said ultraviolet lamp being aligned in a plane with at least one of said printheads; a controller connected to said moving means and printhead assembly and providing instructions for printing a predetermined pattern on said cylindrical object; and a computer connected to the controller for graphics and print order preparation.
A conditional access subsystem to reside with an end-user for receiving, decrypting and decoding all programs distributed by a content provider that the end user is entitled to access so that the decrypted and decoded programs are available for display on one or more display devices without use of a set-top terminal dedicated to each of the display devices, comprising: a receiver for receiving and demodulating a multi-program transport, MPTS, stream distributed by the content provider, said MPTS including a plurality of packets constituting a plurality of programs, each program using one of N different encryption schemes each associated with one of N service tiers, wherein N is an integer greater than one, each of said N different encryption schemes having a different encryption/decryption key associated therewith, wherein packet identifiers for the packets associated with programs in any given one of the service tiers are in a consecutive sequence, and wherein the packet identifiers associated with the packets have top bits and bottom bits, the bottom bits are wild card bits, the packet identifiers in any given one of the service tiers differ only in wild card bits, and packet identifiers with same top bits and different wild card bits match to a register in the receiver; a decryptor for simultaneously decrypting each of the programs associated with each of the N service tiers that the end user is entitled to access; and a decoder for decoding each of the decrypted programs. a receiver for receiving and demodulating a multi-program transport, MPTS, stream distributed by the content provider, said MPTS including a plurality of packets constituting a plurality of programs, each program using one of N different encryption schemes each associated with one of N service tiers, wherein N is an integer greater than one, each of said N different encryption schemes having a different encryption/decryption key associated therewith, wherein packet identifiers for the packets associated with programs in any given one of the service tiers are in a consecutive sequence, and wherein the packet identifiers associated with the packets have top bits and bottom bits, the bottom bits are wild card bits, the packet identifiers in any given one of the service tiers differ only in wild card bits, and packet identifiers with same top bits and different wild card bits match to a register in the receiver; a decryptor for simultaneously decrypting each of the programs associated with each of the N service tiers that the end user is entitled to access; and a decoder for decoding each of the decrypted programs.
A method for determining a tower clearance of a wind turbine, comprising: obtaining an image of a wind turbine during operation captured by an image capture device, wherein a tip of a blade and a tower of the wind turbine is comprised in the image, the image capture device is installed at a bottom of a nacelle of the wind turbine; extracting, from the obtained image, a first sensitive area for detecting the tip of the blade and a second sensitive area for recognizing an edge of the tower, traversing the first sensitive area by using a predetermined window, and determining a position of the tip of the blade of the wind turbine from the first sensitive area based on a degree of grayscale change of each sub-pixel in the first sensitive area, wherein the sub-pixel is a pixel between two physical pixels and exists in a gap between the physical pixels, wherein in determining the position of the tip of the blade of the wind turbine, a plurality of candidate feature points of the tip of the blade are detected from the first sensitive area based on each sub-pixel in the first sensitive area; recognizing the edge of the tower from the second sensitive area through straight line detection; and calculating a distance from the tip of the blade to the edge of the tower based on the determined position of the tip of the blade and the recognized edge of the tower, to obtain a tower clearance. obtaining an image of a wind turbine during operation captured by an image capture device, wherein a tip of a blade and a tower of the wind turbine is comprised in the image, the image capture device is installed at a bottom of a nacelle of the wind turbine; extracting, from the obtained image, a first sensitive area for detecting the tip of the blade and a second sensitive area for recognizing an edge of the tower, traversing the first sensitive area by using a predetermined window, and determining a position of the tip of the blade of the wind turbine from the first sensitive area based on a degree of grayscale change of each sub-pixel in the first sensitive area, wherein the sub-pixel is a pixel between two physical pixels and exists in a gap between the physical pixels, wherein in determining the position of the tip of the blade of the wind turbine, a plurality of candidate feature points of the tip of the blade are detected from the first sensitive area based on each sub-pixel in the first sensitive area; recognizing the edge of the tower from the second sensitive area through straight line detection; and calculating a distance from the tip of the blade to the edge of the tower based on the determined position of the tip of the blade and the recognized edge of the tower, to obtain a tower clearance.
A method of providing application program logic from a first User Equipment, UE, to a second UE communicating with each other in a call/session over an IP Multimedia Subsystem, IMS, network, the method comprising: executing a first application in the first UE, the first application including instructions for the first UE to retrieve from a remote server program logic, or program script and/or data to generate the program logic or a link to the program logic, the program logic comprising a second application; sending the program logic, or link to program logic to the second UE; and characterised by sending a trigger to the second UE to install and execute the program logic. executing a first application in the first UE, the first application including instructions for the first UE to retrieve from a remote server program logic, or program script and/or data to generate the program logic or a link to the program logic, the program logic comprising a second application; sending the program logic, or link to program logic to the second UE; and characterised by sending a trigger to the second UE to install and execute the program logic.
A method of detecting proteasome activity in a target cell comprising: a) contacting a biological sample comprising peripheral blood mononuclear cells with an IκB degradation agonist to activate the peripheral blood mononuclear cells in the biological sample; b) contacting the activated biological sample with a first labeled binding agent that is capable of binding IκB; c) detecting a target cell in the biological sample of b); and d) determining an amount of the first labeled binding agent bound to the detected target cell, thereby detecting proteasome activity in the target cell. a) contacting a biological sample comprising peripheral blood mononuclear cells with an IκB degradation agonist to activate the peripheral blood mononuclear cells in the biological sample; b) contacting the activated biological sample with a first labeled binding agent that is capable of binding IκB; c) detecting a target cell in the biological sample of b); and d) determining an amount of the first labeled binding agent bound to the detected target cell, thereby detecting proteasome activity in the target cell.
Combustion chamber for a gas turbine, the combustion chamber comprising a pilot burner device comprising a pilot body with a pilot surface which is facing an inner volume of the combustion chamber, wherein the pilot burner device further comprises a centre axis, a fuel injector comprising a fuel outlet for injecting a fuel into the inner volume, and an ignitor unit for igniting the fuel inside the inner volume, wherein the ignitor unit is arranged at the pilot surface such that fuel which passes the ignitor unit is ignitable, wherein the pilot body comprises a recess, wherein the fuel outlet is arranged within the recess, and wherein the recess is located off-centred from the centre axis, characterised in that the combustion chamber further comprising an air blast injector for injecting an air blast into the inner volume, wherein the air blast injector comprises an air blast outlet which is arranged at the surface of the pilot body such that the air blast is injectable in the direction to the fuel outlet and the ignitor unit for directing the fuel to the ignitor unit.
- A dishwasher comprising a tub; a sump that is disposed at the lower part of the tub and wherein the washing water is collected; a filter that is disposed in the sump; a circulation pump that provides the delivery of the washing water in the sump into the washing environment in the tub; a lower spray arm; an upper spray arm; a multiport valve that has a first outlet that provides the delivery of the washing water to the lower spray arm and a second outlet that provides the delivery of the same to the upper spray arm; a heat pump system; a compressor, a condenser receptacle, a condenser; an evaporator; a condenser washing line that directs clean water filled into the sump to the condenser receptacle, that returns the water leaving the condenser receptacle with the pressure applied by the circulation pump back to the sump by means of a third outlet on the multiport valve and a bypass pipe such that the condenser is washed with the continuous cycle of the water between the sump and the condenser receptacle; and a control unit being configured for activating the condenser washing line by opening the third outlet of the multiport valve and closing the first outlet and the second outlet; characterized by the control unit being configured to increase the speed of circulation pump with respect to the normal washing process when the condenser washing line is activated and activate the condenser washing line periodically or when the level of dirtiness of the condenser is detected to increase, after the main washing process or at the beginning of the drying step in the dishwasher.
Brake pad radial spring intended to be slipped transversely over the ear of a disc-brake pad, the spring formed by a spring steel strip comprising branches to fix onto the ear and a bearing part, to slip against the lower surface of the housing in the arm of the carrier, the radial spring being characterized in that it comprises - a clip-shaped part to straddle the ear of the pad, this part being extended by a bearing loop forming a skid to slide in the housing in the carrier, - the clip having * a straight fixed branch, with a flared end to bear against one face of the ear, followed * by a segment that forms the bottom of the clip, and * a mobile branch connected to the bottom via an elastic hinge and closing the opening of the clip, - the bearing loop that forms the skid ending in a return and being connected by a double bow (513a, 522) to the mobile branch so as to pass elastically around the bottom and have the return come up in front of the straight branch, - the skid forming a lever which, returned elastically against the bottom, widens the opening of the clip. - a clip-shaped part to straddle the ear of the pad, this part being extended by a bearing loop forming a skid to slide in the housing in the carrier, - the clip having * a straight fixed branch, with a flared end to bear against one face of the ear, followed * by a segment that forms the bottom of the clip, and * a mobile branch connected to the bottom via an elastic hinge and closing the opening of the clip, * a straight fixed branch, with a flared end to bear against one face of the ear, followed * by a segment that forms the bottom of the clip, and * by a segment that forms the bottom of the clip, and * a mobile branch connected to the bottom via an elastic hinge and closing the opening of the clip, - the bearing loop that forms the skid ending in a return and being connected by a double bow (513a, 522) to the mobile branch so as to pass elastically around the bottom and have the return come up in front of the straight branch, - the skid forming a lever which, returned elastically against the bottom, widens the opening of the clip.
A method of determining a type of picture encoding of a decompressed video signal by detecting periodic changes of high frequency content of individual fields of the video signal, the method comprising: a. filtering the decompressed video signal with high pass filter means to provide a filtered video signal; b. obtaining a modulus of the filtered video signal; c. accumulating moduli for successive fields of the decompressed video signal in a plurality of respective accumulator means (106, 107, 108, 109); and d. calculating a median of values held in the accumulator means; e. incrementing a current confidence register (32, 34) if the current accumulator exceeds the median by a predetermined factor and the current confidence register is less than a predetermined threshold; f. decrementing any of the remaining confidence registers which are greater than zero (35, 36); and g. setting an encoder for coding the corresponding field as an intra coded picture, I-picture, or forward predicted picture, P-picture, for any field for which the confidence register is equal to or exceeds the threshold value. a. filtering the decompressed video signal with high pass filter means to provide a filtered video signal; b. obtaining a modulus of the filtered video signal; c. accumulating moduli for successive fields of the decompressed video signal in a plurality of respective accumulator means (106, 107, 108, 109); and d. calculating a median of values held in the accumulator means; e. incrementing a current confidence register (32, 34) if the current accumulator exceeds the median by a predetermined factor and the current confidence register is less than a predetermined threshold; f. decrementing any of the remaining confidence registers which are greater than zero (35, 36); and g. setting an encoder for coding the corresponding field as an intra coded picture, I-picture, or forward predicted picture, P-picture, for any field for which the confidence register is equal to or exceeds the threshold value.
Cord-shaped seal profile with a seal base for fixing the seal profile in a groove, with a limb protruding from the seal profile and with at least one retaining lip protruding laterally from the limb, in that the retaining lip has a first thickness (d 1) in a transition region facing the limb, and has a second thickness (d 2) in a central region of the retaining lip, characterized and in that the second thickness (d 2) is greater than the first thickness (d 1).
An exhaust hood comprising a body; a suction channel which is provided in the body; a fan; at least one first temperature sensor which detects the ambient temperature; at least one second temperature sensor which detect the temperature of the air rising from a cooking device such as countertop cooker, oven, etc. or a cooking vessel thereon; a control unit which enables the exhaust hood to automatically operate according to the information received from the first and second temperature sensors (5 and 6) and which also enables the operation level to be automatically adjusted; characterized by a surface which is positioned on the side facing the cooking device and which has thermal conductivity by radiation or convection and the second temperature sensor which detects the temperature of said surface wherein the surface is located on the side thereof facing the cooking zones on the cooking device and the second temperature sensor is disposed on the surface from the inside of the exhaust hood.
A process for preparing a silicone resin comprising: - a step a) which consists of the polymerization, preferably continuous, of a sodium silicate in an aqueous medium and in the presence of an acid to form a silica hydrosol (polysilicic acid), said process being characterized in that: - at least one fluid comprising the sodium silicate in an aqueous phase and at least one fluid comprising the acid are mixed by continuous dynamic mixing, the streams meeting each other at a single point to form a mixture using at least one intensive mixing tool dissipating a power density ε greater than 10 kW/m 3, preferably greater than 20 kW/m 3 and more preferably still 20 kW/m 3 < ε < 10 6 kW/m 3; - the mixture is recovered at the outlet of the intensive mixing tool; and - the polymerization reaction is continued with the mixture within a reactor to form the silica hydrosol (polysilicic acid); and - a step b) which consists in slowing down (quenching step) the polymerization reaction by addition, preferably continuous, of an alcohol. - a step a) which consists of the polymerization, preferably continuous, of a sodium silicate in an aqueous medium and in the presence of an acid to form a silica hydrosol (polysilicic acid), - at least one fluid comprising the sodium silicate in an aqueous phase and at least one fluid comprising the acid are mixed by continuous dynamic mixing, the streams meeting each other at a single point to form a mixture using at least one intensive mixing tool dissipating a power density ε greater than 10 kW/m 3, preferably greater than 20 kW/m 3 and more preferably still 20 kW/m 3 < ε < 10 6 kW/m 3; - the mixture is recovered at the outlet of the intensive mixing tool; and - the polymerization reaction is continued with the mixture within a reactor to form the silica hydrosol (polysilicic acid); and - a step b) which consists in slowing down (quenching step) the polymerization reaction by addition, preferably continuous, of an alcohol.