mhurhangee/patent-ind-claim-en huggingface dataset:
A turbine system comprising a combustor section , in which a plurality of transition ducts is disposed in an annular array about a longitudinal axis , in which at least one of the plurality of transition ducts comprises an inlet , an outlet , and a duct passage extending between the inlet and the outlet , wherein the inlet is located at a fuel nozzle or a plurality of fuel nozzles or at a liner of a combustor of the combustor section , and wherein the outlet of the at least one transition duct is offset from the inlet along the longitudinal axis , a tangential axis and a radial axis , characterized in that the duct passage comprises a plurality of at least two portions , which are articulated with respect to each other; that an upstream portion of the plurality of portions extends from the inlet between an inlet end and an aft end and a downstream portion from the outlet between an outlet end and a head end ; that a joint couples the aft end of the upstream portion and the head end of the downstream portion together; and that the joint is configured to allow movement of the upstream portion and the downstream portion relative to each other about and along at least two of the longitudinal , the tangential and the radial axis during operation of the turbine system. that the duct passage comprises a plurality of at least two portions , which are articulated with respect to each other; that an upstream portion of the plurality of portions extends from the inlet between an inlet end and an aft end and a downstream portion from the outlet between an outlet end and a head end ; that a joint couples the aft end of the upstream portion and the head end of the downstream portion together; and that the joint is configured to allow movement of the upstream portion and the downstream portion relative to each other about and along at least two of the longitudinal , the tangential and the radial axis during operation of the turbine system. that a joint couples the aft end of the upstream portion and the head end of the downstream portion together; and that the joint is configured to allow movement of the upstream portion and the downstream portion relative to each other about and along at least two of the longitudinal , the tangential and the radial axis during operation of the turbine system.
A method of receiving retransmitted data by a user equipment, UE, in a wireless communication system, the method comprising: receiving (S901) a plurality of transport blocks including a plurality of code block groups from a base station, BS; mapping (S903, S905) a plurality of code block groups to first hybrid automatic request, HARQ-acknowledgement, ACK, signals, based on an order of reception of each of the plural transport blocks and an order of the code block groups included in each of the plural transport blocks, and transmitting the first HARQ-ACK signals; and receiving one or more code block groups retransmitted based on the transmitted first HARQ-ACK signals, characterized in that even-numbered code block groups in each of the plural transport blocks are mapped to the first HARQ-ACK signals first and then odd-numbered code block groups in each of the plural transport blocks are mapped to the first HARQ-ACK signals. receiving (S901) a plurality of transport blocks including a plurality of code block groups from a base station, BS; mapping (S903, S905) a plurality of code block groups to first hybrid automatic request, HARQ-acknowledgement, ACK, signals, based on an order of reception of each of the plural transport blocks and an order of the code block groups included in each of the plural transport blocks, and transmitting the first HARQ-ACK signals; and receiving one or more code block groups retransmitted based on the transmitted first HARQ-ACK signals, characterized in that even-numbered code block groups in each of the plural transport blocks are mapped to the first HARQ-ACK signals first and then odd-numbered code block groups in each of the plural transport blocks are mapped to the first HARQ-ACK signals.
High-pressure compressor (2.2) for an engine , comprising a first , second , third and fourth quasi-stage , each having a stator (21.1-24.1) and a downstream rotor (21.2-24.2), wherein a blade solidity (d) in the central section - in the first quasi-stage is at least 1.04 and at most 1.18 for the stator (21.1) and is at least 1.46 and at most 1.67 for the rotor (21.2); - in the second quasi-stage is at least 1.13 and at most 1.32 for the stator (22.1) and is at least 1.32 and at most 1.61 for the rotor (22.2); - in the third quasi-stage is at least 1.20 and at most 1.39 for the stator (23.1) and is at least 1.16 and at most 1.41 for the rotor (23.2); - in the fourth quasi-stage is at least 1.37 and at most 1.63 for the stator (24.1) and is at least 1.15 and at most 1.41 for the rotor (24.2). - in the first quasi-stage is at least 1.04 and at most 1.18 for the stator (21.1) and is at least 1.46 and at most 1.67 for the rotor (21.2); is at least 1.04 and at most 1.18 for the stator (21.1) and is at least 1.46 and at most 1.67 for the rotor (21.2); - in the second quasi-stage is at least 1.13 and at most 1.32 for the stator (22.1) and is at least 1.32 and at most 1.61 for the rotor (22.2); is at least 1.13 and at most 1.32 for the stator (22.1) and is at least 1.32 and at most 1.61 for the rotor (22.2); - in the third quasi-stage is at least 1.20 and at most 1.39 for the stator (23.1) and is at least 1.16 and at most 1.41 for the rotor (23.2); is at least 1.20 and at most 1.39 for the stator (23.1) and is at least 1.16 and at most 1.41 for the rotor (23.2); - in the fourth quasi-stage is at least 1.37 and at most 1.63 for the stator (24.1) and is at least 1.15 and at most 1.41 for the rotor (24.2). is at least 1.37 and at most 1.63 for the stator (24.1) and is at least 1.15 and at most 1.41 for the rotor (24.2).
A method in a network device for uplink inter-cell interference estimation, the network device serving a cell divided into a plurality of sectors each corresponding to an angle range, the method comprising, for a first sector of the plurality of sectors: measuring an uplink inter-cell interference level; estimating an uplink inter-cell interference metric based on the measured uplink inter-cell interference level; the method being characterized by estimating an uplink inter-cell interference level at a terminal device based on the uplink inter-cell interference metric estimated for the first sector and an angular distance between the terminal device and a center of the first sector. measuring an uplink inter-cell interference level; estimating an uplink inter-cell interference metric based on the measured uplink inter-cell interference level; the method being characterized by estimating an uplink inter-cell interference level at a terminal device based on the uplink inter-cell interference metric estimated for the first sector and an angular distance between the terminal device and a center of the first sector.
A diameter controlling system of a single crystal ingot as a system of controlling a diameter deviation of the silicon ingot during growth of the silicon ingot by a Czochralski method, the system comprising: a seed chuck configured to support a silicon ingot which is combined with a crystal seed and grown; a measuring part connected to the upper surface of the seed chuck with a cable and configured to measure a load applied to the seed chuck ; a load adjusting part configured to move a position of the seed chuck vertically while the seed chuck is connected to the cable and change the load applied to the silicon ingot; and a controlling part configured to drive the load adjusting part according to a load value measured from the measuring part and control the load applied to the silicon ingot; wherein the load adjusting part is formed of a linear motion (LM) guide for linearly raising or lowering a support unit coupled to the lead screw in accordance with a rotation direction of the lead screw , wherein the load adjusting part is coupled to be fixed in a process chamber, wherein the system further comprises a body part which is formed in cylindrical shape to surround the seed chuck , and with a center portion formed to be penetrated, wherein the support unit is coupled to an upper end portion of the body part and the position of the body part is changed by an upward or downward movement of the support unit , and the load applied to the seed chuck is changed, characterised in that two or more load adjusting parts are positioned so as to be connected to the seed chuck in directions opposite to each other. a seed chuck configured to support a silicon ingot which is combined with a crystal seed and grown; a measuring part connected to the upper surface of the seed chuck with a cable and configured to measure a load applied to the seed chuck ; a load adjusting part configured to move a position of the seed chuck vertically while the seed chuck is connected to the cable and change the load applied to the silicon ingot; and a controlling part configured to drive the load adjusting part according to a load value measured from the measuring part and control the load applied to the silicon ingot; wherein the load adjusting part is formed of a linear motion (LM) guide for linearly raising or lowering a support unit coupled to the lead screw in accordance with a rotation direction of the lead screw , wherein the load adjusting part is coupled to be fixed in a process chamber, wherein the system further comprises a body part which is formed in cylindrical shape to surround the seed chuck , and with a center portion formed to be penetrated, wherein the support unit is coupled to an upper end portion of the body part and the position of the body part is changed by an upward or downward movement of the support unit , and the load applied to the seed chuck is changed, characterised in that two or more load adjusting parts are positioned so as to be connected to the seed chuck in directions opposite to each other.
Composition comprising tricalcium phosphate and gelatin for use in a method for the treatment of dyspepsia, acidic mouth and/or canker sores, wherein the weight ratio of tricalcium phosphate to gelatin is 1 to 6 .
A diffuser for a fluid compression device, comprising at least one vane mounted on a hub, said vane comprising at least one opening , said at least one opening starting at a distance measured from the leading edge ranging between 10 % and 60 % of the axial length of said vane , characterized in that said at least one opening comprises a slot having an axial length ranging between 10 % and 40 % of the axial length of said vane.
A communication system for supporting communication between an end node of a vehicle and a remote correspondent node via a fixed network , the communication system comprising: a plurality of wireless access points of the fixed network , each wireless access point having a directional antenna arrangement for mm wave radio communication using directional beams; a plurality of wireless modems arranged to establish mm wave radio communication links to wireless access points of the plurality of wireless access points, the mm wave radio communication links supporting a data session between the end node and the remote correspondent node , the plurality of wireless modems being located on the vehicle and employing electronically steerable beamforming directional antennas for establishing the mm wave radio communication links; a link management controller located on the vehicle and arranged to perform link management for mm wave radio communication links between the plurality of wireless modems and the plurality of wireless access points ; characterized in that a first access point of the plurality of wireless access points is arranged to transmit atmospheric water content data for an area to at least one of the plurality of wireless modems ; and the link management controller is arranged to perform the link management in response to the atmospheric water content data and to initialize a scanning for access points by at least a first wireless modem of the plurality of wireless modems dependent on the atmospheric water content data. a plurality of wireless access points of the fixed network , each wireless access point having a directional antenna arrangement for mm wave radio communication using directional beams; a plurality of wireless modems arranged to establish mm wave radio communication links to wireless access points of the plurality of wireless access points, the mm wave radio communication links supporting a data session between the end node and the remote correspondent node , the plurality of wireless modems being located on the vehicle and employing electronically steerable beamforming directional antennas for establishing the mm wave radio communication links; a link management controller located on the vehicle and arranged to perform link management for mm wave radio communication links between the plurality of wireless modems and the plurality of wireless access points ; characterized in that a first access point of the plurality of wireless access points is arranged to transmit atmospheric water content data for an area to at least one of the plurality of wireless modems ; and the link management controller is arranged to perform the link management in response to the atmospheric water content data and to initialize a scanning for access points by at least a first wireless modem of the plurality of wireless modems dependent on the atmospheric water content data.
Drilling device , comprising a motor for driving a tool accommodated in a tool holder , wherein the motor is coupled to a voltage source providing electrical drive energy, and comprising a first switch for switching on the motor , characterized in that a temperature switching element is provided, which, when a limit temperature of the switched-on motor is exceeded, is reversibly transferred from a first switching position into a second switching position which switches off the motor , and in that , for cooling the motor , the first switch and the temperature switching element are switched in such a way that, in the second switching position of the temperature switching element , switching on the motor is facilitated by actuating and holding the first switch in form of a "hold-to-run"-mode.
Fairing attachment system for a wing of an aircraft, comprising a high lift support structure configured for movable supporting a high-lift airfoil element of a wing of an aircraft relative to the wing ; a fairing device extending in a lengthwise direction (X), configured for providing an aerodynamic housing of the high lift support structure when attached to a surface of the wing , wherein the fairing device comprises a fixed fairing element and a movable fairing element which can be moved by the high lift support structure ; characterized by an adjustable attachment element configured for attachment of the fixed fairing element to the high lift support structure , wherein the adjustable attachment element is elongated and adjustable in length in order to compensate tolerances of the high lift support structure relative to the wing during assembly. a fairing device extending in a lengthwise direction (X), configured for providing an aerodynamic housing of the high lift support structure when attached to a surface of the wing , wherein the fairing device comprises a fixed fairing element and a movable fairing element which can be moved by the high lift support structure ; characterized by an adjustable attachment element configured for attachment of the fixed fairing element to the high lift support structure , wherein the adjustable attachment element is elongated and adjustable in length in order to compensate tolerances of the high lift support structure relative to the wing during assembly.
Interrupter unit comprising a vacuum switch tube and an insulating housing , wherein the insulating housing has an inner surface and the vacuum switch tube is bordered at least partially by an electrically insulating structure material , which has an outer surface , and the insulating housing at least partially surrounds the vacuum switch tube , wherein, in an operational state of the interrupter unit , the inner surface of the insulating housing and the outer surface of the vacuum switch tube are separated by an adhesion layer , characterized in that both the inner surface of the insulating housing and the outer surface of the vacuum switch tube are provided at least partially with an electrically conductive layer so that, in a boundary region between the vacuum switch tube and the insulating housing , the following layer sequence is produced in the radially outward direction from a switch axis : structure material of the vacuum switch tube, outer surface of the structure material , conductive layer at the outer surface of the structure material , adhesion layer , conductive layer at the insulating housing , inner surface of the insulating housing , volume material of the insulating housing .
Device for strapping packaging items with a strapping band, having portal-like band guiding arch comprising a packaging space for the packaging item to be strapped, having two upright side limbs and a horizontal upper limb through which the packaging item can be passed by a conveying device transversely to the strapping plane spanned by the band guiding arch , and having at least one band guiding lance which can be displaced by a drive between an inoperative position opening the band guiding arch on the portal base side for displacement of the packaging item by the conveying device and a working position closing the band guiding arch on the portal base side for strapping of the packaging item with a strapping band, wherein the band guiding arch and the band guiding lance in their working position form a band guiding channel , extending around the packaging space , for the strapping band, and wherein the band guiding lance consists of a plurality of chain links which can be diverted via a diverter by at least approximately 90° by the drive between the working position closing the band guiding arch on the portal base side and the inoperative position opening the band guiding arch on the portal base side, and wherein the chain links can be pivoted with respect to each other in a stop-limited manner in a pivoting direction (R) in such a way that in each case neighbouring chain links are supported on the end face in their working position, characterised in that , in the region of the band guiding lance upper side , the chain links are connected via connection plates and connection bolts in an articulated manner such that the end-face stop surfaces of the chain links lie in a stop plane (E) extending through the pivot axis (S), and that, in the working position, the stop surfaces of chain links lying against each other are inclined in such a way [with respect to a] transverse axis (Q) normal to the associated chain link longitudinal axis (A) and to the pivot axis (S) that the chain link longitudinal axes (A) of mutually adjoining chain links are curved upwards.
A method for a first network device of a plurality of network devices , also including at least a second network device , the plurality of network devices being communicatively coupled via a communication means , the method comprising: detecting a first voice input, wherein the first voice input is a wakeword and detection of the first voice input triggers a start of a time interval ; determining a first measure of confidence indicating how well the first voice input was detected by the first network device ; receiving a message comprising a second measure of confidence indicating how well the first voice input was detected by a second network device ; detecting a second voice input that follows the first voice input; if the first measure of confidence is greater than the second measure of confidence , waiting for expiration of the time interval before sending, by the first network device , the second voice input to a server so that the server can perform voice recognition on the second voice input; and if the first measure of confidence is not greater than the second measure of confidence , not sending, by the first network device, the second voice input to the server, wherein a duration of the time interval is adjusted based on a learning algorithm intended to minimize the time interval without two network devices sending the second voice input to the server, the learning algorithm comprising: setting the time interval to an initial value; and increasing the time interval when it is determined that at least two network devices sent the second voice input to the server. detecting a first voice input, wherein the first voice input is a wakeword and detection of the first voice input triggers a start of a time interval ; determining a first measure of confidence indicating how well the first voice input was detected by the first network device ; receiving a message comprising a second measure of confidence indicating how well the first voice input was detected by a second network device ; detecting a second voice input that follows the first voice input; if the first measure of confidence is greater than the second measure of confidence , waiting for expiration of the time interval before sending, by the first network device , the second voice input to a server so that the server can perform voice recognition on the second voice input; and if the first measure of confidence is not greater than the second measure of confidence , not sending, by the first network device, the second voice input to the server, wherein a duration of the time interval is adjusted based on a learning algorithm intended to minimize the time interval without two network devices sending the second voice input to the server, the learning algorithm comprising: setting the time interval to an initial value; and increasing the time interval when it is determined that at least two network devices sent the second voice input to the server. setting the time interval to an initial value; and increasing the time interval when it is determined that at least two network devices sent the second voice input to the server.