mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a steel sheet product , comprising: - providing at least one steel slab, - strip rolling of the at least one steel slab to form at least one steel strip, from which at least one steel strip at least two steel sheets extending in a longitudinal direction (A) are formed, - cleaning longitudinal edges of the steel sheets by removing any surface oxide layers therefrom, wherein the surface oxide layers are iron oxides resulting from the strip rolling process, - joining the steel sheets along the cleaned longitudinal edges using butt welding without filler material to form a weld , wherein inert gas protection is applied on both a top side and a root side of the weld during welding, thereby obtaining a welded steel sheet product , - removal of excess material from the weld , - hardening of the welded steel sheet product by means of heat treatment and subsequent quenching. - providing at least one steel slab, - strip rolling of the at least one steel slab to form at least one steel strip, from which at least one steel strip at least two steel sheets extending in a longitudinal direction (A) are formed, - cleaning longitudinal edges of the steel sheets by removing any surface oxide layers therefrom, wherein the surface oxide layers are iron oxides resulting from the strip rolling process, - joining the steel sheets along the cleaned longitudinal edges using butt welding without filler material to form a weld , wherein inert gas protection is applied on both a top side and a root side of the weld during welding, thereby obtaining a welded steel sheet product , - removal of excess material from the weld , - hardening of the welded steel sheet product by means of heat treatment and subsequent quenching.
A trigger type sprayer comprising: a body having a first flow channel through which liquid can flow, a second flow channel communicating with the first flow channel , and a cylindrical cylinder chamber communicating with the second flow channel ; a hollow piston slidably incorporated into the cylinder chamber , having a valve seat and a hollow portion of a second valve , and sliding back and forth according to operation of a trigger; the second valve incorporated into the hollow portion of the hollow piston and positioned at a downstream side; and a first valve incorporated into the cylinder chamber and positioned at an upstream side, wherein the first valve is pressed by the second valve so that the first valve is opened; wherein the second valve has a pressure accumulation function, and is provided with a valve body , a spring , and a bottomed cylindrical case housing the valve body and the spring and attached inside the hollow portion , wherein the first valve is provided with a cylindrical case , a downstream side of which is opened and an upstream side of which is attached in the cylinder chamber , and a valve body positioned at the upstream side of the cylindrical case , wherein the bottomed cylindrical case of the second valve is slidably incorporated into the cylindrical case of the first valve , and slides back and forth together with the hollow piston according to operation of the trigger, and wherein the valve body of the first valve is pressed and inclined by a bottom portion of the bottomed cylindrical case so that the first valve is opened. a body having a first flow channel through which liquid can flow, a second flow channel communicating with the first flow channel , and a cylindrical cylinder chamber communicating with the second flow channel ; a hollow piston slidably incorporated into the cylinder chamber , having a valve seat and a hollow portion of a second valve , and sliding back and forth according to operation of a trigger; the second valve incorporated into the hollow portion of the hollow piston and positioned at a downstream side; and a first valve incorporated into the cylinder chamber and positioned at an upstream side, wherein the first valve is pressed by the second valve so that the first valve is opened; wherein the second valve has a pressure accumulation function, and is provided with a valve body , a spring , and a bottomed cylindrical case housing the valve body and the spring and attached inside the hollow portion , wherein the first valve is provided with a cylindrical case , a downstream side of which is opened and an upstream side of which is attached in the cylinder chamber , and a valve body positioned at the upstream side of the cylindrical case , wherein the bottomed cylindrical case of the second valve is slidably incorporated into the cylindrical case of the first valve , and slides back and forth together with the hollow piston according to operation of the trigger, and wherein the valve body of the first valve is pressed and inclined by a bottom portion of the bottomed cylindrical case so that the first valve is opened.
A helicopter comprising: - at least one motor member comprising an output shaft and a first stator rotatably supporting said output shaft around a first axis (C) ; - a main rotor adapted to provide the lift necessary for the support and the thrust necessary for the movement of the helicopter itself; - a transmission interposed between said motor member and said main rotor ; said transmission comprising, in turn, an input shaft rotatable around a second axis (D) and a second stator rotatably supporting said input shaft around said second axis (D); and - a joint interposed between said first and second stator (11, 29; 20, 30), angularly fixed with respect to said first axis (C), and configured to allow an inclination between said first and second stator ( 11, 29; 20, 30) in at least one plane parallel to said first axis (C); characterized in that said joint comprises a first corrugated element made of an elastically deformable material, interposed between said first and second stator (11, 29; 20, 30), and adapted to allow said inclination through elastic deformation; said first corrugated element extending along its own third axis (E) joining said first axis (C) and second axis (D), at least when said first corrugated element is, in use, undeformed; said joint comprising at least a second axial corrugated element coupled to said first corrugated element ; the second corrugated element being shaped like a rib elongated parallel to said third axis (E) and eccentric with respect to said third axis (E). - at least one motor member comprising an output shaft and a first stator rotatably supporting said output shaft around a first axis (C) ; - a main rotor adapted to provide the lift necessary for the support and the thrust necessary for the movement of the helicopter itself; - a transmission interposed between said motor member and said main rotor ; said transmission comprising, in turn, an input shaft rotatable around a second axis (D) and a second stator rotatably supporting said input shaft around said second axis (D); and - a joint interposed between said first and second stator (11, 29; 20, 30), angularly fixed with respect to said first axis (C), and configured to allow an inclination between said first and second stator ( 11, 29; 20, 30) in at least one plane parallel to said first axis (C); said first corrugated element extending along its own third axis (E) joining said first axis (C) and second axis (D), at least when said first corrugated element is, in use, undeformed; said joint comprising at least a second axial corrugated element coupled to said first corrugated element ; the second corrugated element being shaped like a rib elongated parallel to said third axis (E) and eccentric with respect to said third axis (E).
A system configured to encode channel or object based input audio for playback, the system comprising: one or more processors adpated to perform operations comprising: rendering the channel or object based input audio into an initial output presentation, the initial output presentation comprising a stereo speaker mix; determining an estimate of a dominant audio component from the channel or object based input audio , the determining including: determining a series of dominant audio component weighting factors for mapping the initial output presentation into the dominant audio component; and determining the estimate of a dominant audio component based on the dominant audio component weighting factors and the initial output presentation; determining an estimate of a dominant audio component direction or position ; and encoding the initial output presentation, the dominant audio component weighting factors , and at least one of the dominant audio component direction or position as the encoded signal for playback. rendering the channel or object based input audio into an initial output presentation, the initial output presentation comprising a stereo speaker mix; determining an estimate of a dominant audio component from the channel or object based input audio , the determining including: determining a series of dominant audio component weighting factors for mapping the initial output presentation into the dominant audio component; and determining the estimate of a dominant audio component based on the dominant audio component weighting factors and the initial output presentation; determining a series of dominant audio component weighting factors for mapping the initial output presentation into the dominant audio component; and determining the estimate of a dominant audio component based on the dominant audio component weighting factors and the initial output presentation; determining an estimate of a dominant audio component direction or position ; and encoding the initial output presentation, the dominant audio component weighting factors , and at least one of the dominant audio component direction or position as the encoded signal for playback.
Method for determining noise associated with a signal received by an equipment connected to a telecommunications network, said received signal being sampled beforehand in the form of a succession of data, the method comprising: - selecting a portion of the data in the received signal and determining a number of possible partitions of the selected portion of the data in the received signal, the number of partitions being greater than or equal to two, - partitioning all of the data in the received signal into said number of partitions, - estimating mean energies of the signal in each of the partitions and identifying a partition from among said partitions having a minimum mean, the identified partition being a noise partition, and - estimating a variance of the noise partition, the noise associated with the received signal being a function of said variance of the noise partition. - selecting a portion of the data in the received signal and determining a number of possible partitions of the selected portion of the data in the received signal, the number of partitions being greater than or equal to two, - partitioning all of the data in the received signal into said number of partitions, - estimating mean energies of the signal in each of the partitions and identifying a partition from among said partitions having a minimum mean, the identified partition being a noise partition, and - estimating a variance of the noise partition, the noise associated with the received signal being a function of said variance of the noise partition.
A method of replacing a battery in an elevator system, characterized in that the method comprises: triggering (A) a discharge request to an elevator control , discharging (B) a first battery in the elevator system in response to the discharge request, removing (C) the discharged first battery from the elevator system, installing (D) a second battery as a replacement for the removed first battery. triggering (A) a discharge request to an elevator control , discharging (B) a first battery in the elevator system in response to the discharge request, removing (C) the discharged first battery from the elevator system, installing (D) a second battery as a replacement for the removed first battery.
Positioning device of portal design, having two linear guides (FX1, FX2) that are arranged parallel to one another on a base (G) and hold a first cross member (FY1) and a second cross member (FY2) so as to be movable in a first direction (X), wherein a Y-carriage (LY) having a functional element (T) is held on the first cross member (FY1) so as to be movable in a second direction (Y), and wherein a position measuring device (Mxy, Mz, AKz2, Mxyl, AKxy1) for detecting the position of the Y-carriage (LY) relative to the second cross member (FY2) is arranged on the second cross member (FY2) and on the Y-carriage (LY), wherein the functional element (T) is held so as to be movable in a third direction (Z) with respect to the Y-carriage (LY) by means of a Z-carriage (LZ), wherein a further position measuring device (AKxy2, AKxy2', Mxy2, Mxy2') for detecting the position of the functional element (T) relative to the Y-carriage (LY) is arranged on the Y-carriage (LY) and on the functional element (T), and wherein the further position measuring device (AKxy2, AKxy2', Mxy2, Mxy2') allows the displacement of the functional element (T) in the first and second direction (X, Y) relative to the Y-carriage (LY) to be detected.
A method, comprising: dividing a time frequency frame into a plurality of slots associated with one or more symbols, the frame having a plurality of radio-frequency, RF, channels, each RF channel comprising a plurality of symbols, wherein a number of slots in the plurality of RF channels is allocated to a service so that the slots allocated to the service on the plurality of RF channels do not overlap with each other in time but are shifted in accordance with the time frequency frame length divided by the number of RF channels; determining a maximum slot length by the shift minus a maximum tuning time of a receiver; and scheduling service data of a service group in symbols such that all service data symbols of the service group are within the maximum slot length of symbols from at least one common service part of the service group. dividing a time frequency frame into a plurality of slots associated with one or more symbols, the frame having a plurality of radio-frequency, RF, channels, each RF channel comprising a plurality of symbols, wherein a number of slots in the plurality of RF channels is allocated to a service so that the slots allocated to the service on the plurality of RF channels do not overlap with each other in time but are shifted in accordance with the time frequency frame length divided by the number of RF channels; determining a maximum slot length by the shift minus a maximum tuning time of a receiver; and scheduling service data of a service group in symbols such that all service data symbols of the service group are within the maximum slot length of symbols from at least one common service part of the service group.
A dual connectivity management method, wherein the method is applied to a terminal device, the terminal device communicates with a first network device and a second network device in a dual connectivity mode, and the method comprises: sending (S110; S230) a first message to the first network device, wherein the first message is used to indicate or request to deactivate or suspend dual connectivity; and deactivating or suspending (S120; S240) the dual connectivity, wherein the deactivating or suspending (S120; S240) the dual connectivity comprises suspending or stopping communication over a first radio bearer, wherein the first radio bearer is a split bearer between the terminal device and the second network device and wherein the suspending or stopping communication over a first radio bearer comprises suspending or stopping communication between the terminal device and the second network device that is implemented over a bearer on a secondary cell group, SCG, side in the split bearer, and further comprises setting a primary path corresponding to the first radio bearer to a master cell group, MCG, and/or modifying an uplink data split threshold corresponding to the first radio bearer from a first threshold to a second threshold, wherein the second threshold is greater than the first threshold. sending (S110; S230) a first message to the first network device, wherein the first message is used to indicate or request to deactivate or suspend dual connectivity; and deactivating or suspending (S120; S240) the dual connectivity, wherein the deactivating or suspending (S120; S240) the dual connectivity comprises suspending or stopping communication over a first radio bearer, wherein the first radio bearer is a split bearer between the terminal device and the second network device and wherein the suspending or stopping communication over a first radio bearer comprises suspending or stopping communication between the terminal device and the second network device that is implemented over a bearer on a secondary cell group, SCG, side in the split bearer, and further comprises setting a primary path corresponding to the first radio bearer to a master cell group, MCG, and/or modifying an uplink data split threshold corresponding to the first radio bearer from a first threshold to a second threshold, wherein the second threshold is greater than the first threshold.
A method for manufacturing a metal substrate structure for a semiconductor power module , comprising: - providing at least one terminal , - providing a metal top layer , - providing a dielectric layer , - providing a metal bottom layer , - coupling the at least one terminal with the metal top layer by means of welding, and - coupling the metal top layer with the dielectric layer and with the metal bottom layer such that the dielectric layer is coupled with both the metal top layer and the metal bottom layer in between, wherein the coupling of the at least one terminal with the metal top layer is done beforehand to the coupling of the metal top layer with the dielectric layer and the metal bottom layer . - providing at least one terminal , - providing a metal top layer , - providing a dielectric layer , - providing a metal bottom layer , - coupling the at least one terminal with the metal top layer by means of welding, and - coupling the metal top layer with the dielectric layer and with the metal bottom layer such that the dielectric layer is coupled with both the metal top layer and the metal bottom layer in between,
Device for connecting a table to a side wall of a rail vehicle , having: - a table top , - a supporting component, which comprises a table leg and a table leg fixing , wherein the table leg is fixed upright to the table top and is designed to couple the table top to a floor of the rail vehicle by means of the table leg fixing , - a side wall connection , which is coupled to the table top and is designed to couple the table top to the side wall of the rail vehicle , and - a torsion beam , which is arranged underneath an upper side (1.1) of the table top and is coupled on one side to the table leg and on the other side to the side wall connection so that, in relation to a state of the device arranged on the side wall, a load path that is resistant to bending and torsion is formed between the table leg fixing and the side wall of the rail vehicle and, in the event of an occurrence of a force acting on the table top in the direction of travel (F) of the rail vehicle , a torque can be transferred to the side wall by means of the load path, characterized in that a first end of the torsion beam which, in relation to a state of the device arranged on the side wall, faces the side wall, is designed to be movable relative to the side wall connection in the direction of travel (F) of the rail vehicle . - a table top , - a supporting component, which comprises a table leg and a table leg fixing , wherein the table leg is fixed upright to the table top and is designed to couple the table top to a floor of the rail vehicle by means of the table leg fixing , - a side wall connection , which is coupled to the table top and is designed to couple the table top to the side wall of the rail vehicle , and - a torsion beam , which is arranged underneath an upper side (1.1) of the table top and is coupled on one side to the table leg and on the other side to the side wall connection so that, in relation to a state of the device arranged on the side wall, a load path that is resistant to bending and torsion is formed between the table leg fixing and the side wall of the rail vehicle and, in the event of an occurrence of a force acting on the table top in the direction of travel (F) of the rail vehicle , a torque can be transferred to the side wall by means of the load path,
A thermoelectric device comprising: a first element having a first portion, a second portion and a first region, the first and second portions of the first element being electrically conductive, the first region being electrically conductive and thermally insulative disposed between the first and second portions of the first element; a second element having a third portion, a fourth portion, and a second region, the third and the fourth portions of the second element being electrically conductive, the second region being electrical conductive and thermally insulative disposed between the third and second portions of the second element, the second element further including a first side and a second side opposite the first side; a first thermoelectric element, the first thermoelectric element disposed onto the second portion of the first element, and the first thermoelectric element disposed onto the third portion along the first side of the second element; and a second thermoelectric element, the second thermoelectric element disposed onto the fourth portion along the second side of the second element, wherein the first and second thermoelectric elements are both N-type or both P-type, characterized in that the thermoelectric devices are vertically spaced apart to form a stair-step configuration. a first element having a first portion, a second portion and a first region, the first and second portions of the first element being electrically conductive, the first region being electrically conductive and thermally insulative disposed between the first and second portions of the first element; a second element having a third portion, a fourth portion, and a second region, the third and the fourth portions of the second element being electrically conductive, the second region being electrical conductive and thermally insulative disposed between the third and second portions of the second element, the second element further including a first side and a second side opposite the first side; a first thermoelectric element, the first thermoelectric element disposed onto the second portion of the first element, and the first thermoelectric element disposed onto the third portion along the first side of the second element; and a second thermoelectric element, the second thermoelectric element disposed onto the fourth portion along the second side of the second element, wherein the first and second thermoelectric elements are both N-type or both P-type, characterized in that the thermoelectric devices are vertically spaced apart to form a stair-step configuration.