mhurhangee/ep-ind-claims huggingface dataset:
Tinning method for a typically tubular copper or copper alloy part wherein a surface of said copper or copper alloy part is put into contact with an aqueous dispersion comprising tin in the solid and divided state, in the form of shot with an average particle size ranging from 0.5 mm to 5 mm, and an agent for putting said tin into partial solution, said dispersion being at a temperature above 60°C and typically below 130°C, said agent for putting in solution being a salt that makes it possible to obtain a pH ranging from 3 to 5, in such a way as to form in situ stannous ions that can lead to a deposition of tin via ion exchange with the copper of said part, and in which method said copper or copper alloy part itself forms all or a portion of a container or of a duct in order to allow for the circulation or the agitation of said dispersion.
Coupling for attaching a transmission to a drive shaft, comprising a revolving intermediate piece with a drive-side flange and an output-side flange which is connected axially immovably to the drive-side flange, the drive-side flange being connected via longitudinal webs to the output-side flange, the longitudinal web being configured in one piece with the drive-side flange and with the output-side flange, the respective longitudinal web being configured in one part or in two parts, the drive-side and the output-side flange (12, 14) having opposite recesses for receiving releasable fastening means, characterized in that at least one of the fastening means comprises a pin, at least portions of which are conical. the drive-side flange being connected via longitudinal webs to the output-side flange, the longitudinal web being configured in one piece with the drive-side flange and with the output-side flange, the respective longitudinal web being configured in one part or in two parts, the drive-side and the output-side flange (12, 14) having opposite recesses for receiving releasable fastening means, characterized in that at least one of the fastening means comprises a pin, at least portions of which are conical.
A device for anchoring to the ground a support structure for solar collectors, the device comprising: - at least one pile having a first end adapted for insertion into the ground and a second end for projecting from the ground; and - joining means for joining the pile to the structure, the joining means comprising a bolt having: a lower end attached to the pile; and a threaded upper end for attaching the bolt to the structure; characterized in further comprising a body inserted in the second end of the pile and fixed to said pile, wherein the lower end of the bolt is housed and fixed in the body. - at least one pile having a first end adapted for insertion into the ground and a second end for projecting from the ground; and - joining means for joining the pile to the structure, the joining means comprising a bolt having: a lower end attached to the pile; and a threaded upper end for attaching the bolt to the structure;
A composite tubular structure comprising: an elongate composite member having an inwardly tapered section at an end; and an embedded nut retained in the end inwardly tapered section for forming a connection with another component, wherein the inwardly tapered section has an inner surface which follows a tapered outer surface of the embedded nut, the inwardly tapered section narrowing the composite member in a longitudinal direction towards the end so as to provide a constriction which retains the embedded nut within the inwardly tapered section; characterised in that the embedded nut comprises a multipart nut, comprising an internal nut and an internal support member, and wherein the internal nut is arranged to slide within the internal support member in a direction away from the end of, and into, the elongate composite member when the composite tubular structure is under conditions of excessive axial compressive load. an elongate composite member having an inwardly tapered section at an end; and an embedded nut retained in the end inwardly tapered section for forming a connection with another component, wherein the inwardly tapered section has an inner surface which follows a tapered outer surface of the embedded nut, the inwardly tapered section narrowing the composite member in a longitudinal direction towards the end so as to provide a constriction which retains the embedded nut within the inwardly tapered section; characterised in that the embedded nut comprises a multipart nut, comprising an internal nut and an internal support member, and wherein the internal nut is arranged to slide within the internal support member in a direction away from the end of, and into, the elongate composite member when the composite tubular structure is under conditions of excessive axial compressive load.
Module, wherein the module has a printed circuit board array, a heat sink and heat-generating components, wherein the heat sink has a continuous cavity which acts as a cooling channel, wherein the printed circuit board array is an array of printed circuit boards (23, 24, 25) connected by flexible regions, wherein the array at least partially surrounds the heat sink in the circumferential direction of the cooling channel, wherein two printed circuit boards (23, 24, 25) connected by flexible regions each have a heat-generating component, wherein each of the printed circuit boards (23, 24, 25) has a retaining plate which presses against the printed circuit board (23, 24, 25) via an insulating part, said retaining plate in each case being screw-connected to the heat sink, wherein in each case the retaining plate and the insulating part are arranged on the side of the printed circuit board (23, 24, 25) that is remote from the heat sink, wherein the two heat-generating components are arranged on opposite sides of the heat sink.
A method of processing a service request in an Internet Protocol multimedia core network, comprising the steps of: receiving a service request initiated by a first user, for a second user; forwarding the received service request to a unit for processing a service; receiving a processing result from the unit; and determining, on the basis of the received processing result, whether service request processing for the second user is to be stopped, wherein the service request forwarded to the unit and the processing result received from the unit each include a destination identifier, and the method being characterized in that the determining step comprises: comparing the destination identifiers of the service request forwarded to the unit and the processing result received from the unit, and stopping the service request processing for the second user when the compared identifiers are different from each other. receiving a service request initiated by a first user, for a second user; forwarding the received service request to a unit for processing a service; receiving a processing result from the unit; and determining, on the basis of the received processing result, whether service request processing for the second user is to be stopped, comparing the destination identifiers of the service request forwarded to the unit and the processing result received from the unit, and stopping the service request processing for the second user when the compared identifiers are different from each other.
Tracer gas leak detection system comprising at least one sensor delivering a signal, referred to as sensor signal, which is representative of a concentration of said tracer gas at said sensor, characterised in that, for at least one given sensor, said system further comprises a corresponding phase advance correction device configured to deliver a corrected signal (Vs) from the sensor signal (Ve) delivered by said given sensor, said correction device comprising, on the one hand, at least one overdamped correction cell configured to approximate a correction of the proportional-derivative type, and, on the other hand, at least one underdamped correction cell configured to approximate a correction of the proportional-derivative type, said overdamped correction cell and underdamped correction cell being connected in series.
A method of installing a plurality of pin piles into a seabed comprising at least the steps of: (a) lowering a pin pile apparatus comprising a first pin pile and an attached clump weight towards the seabed; (b) allowing the first pin pile to self-penetrate the seabed based on self-weight of the pin pile apparatus and the momentum from step (a) until the clump weight reaches the sea bed; (c) disconnecting the clump weight from the first pin pile; and (d) recovering the clump weight for use with a second pin pile and repeating steps (a)-(c). (a) lowering a pin pile apparatus comprising a first pin pile and an attached clump weight towards the seabed; (b) allowing the first pin pile to self-penetrate the seabed based on self-weight of the pin pile apparatus and the momentum from step (a) until the clump weight reaches the sea bed; (c) disconnecting the clump weight from the first pin pile; and (d) recovering the clump weight for use with a second pin pile and repeating steps (a)-(c).
A gas detector comprising a MEMS gas sensor having a film-like metal oxide semiconductor having an electrical resistance varying according to gases and a heater; and a drive circuit configured to supply electric power to said heater intermittently to heat said metal oxide semiconductor to an operating temperature and configured to sample the electrical resistance of the metal oxide semiconductor at the operating temperature, characterized in that said gas detector is installed within a mobile electronic device that comprises a sensor (30, 31, 32, 34, 35) that is configured to detect whether said mobile electronic device is placed in a closed space or not, wherein said drive circuit is configured and programmed to halt the heating of said metal oxide semiconductor to the operating temperature when the sensor (30, 31, 32, 34, 35) of said mobile electronic device detects that said mobile electronic device is placed in the closed space and to resume the heating of said metal oxide semiconductor to the operating temperature when the sensor (30, 31, 32, 34, 35) of said mobile electronic device detects said mobile electronic device has been taken out from the closed space.
A method for determining an optimal view for a visualization object, the method comprising: receiving, at a computer system, one or more data sets; generating, by the computer system, 3D objects corresponding data points in the one or more data sets; arranging, by the computer system, the 3D objects in a predetermined 3D shape; receiving, at the computer system from a user, a command indicating a first view of the predetermined 3D shape, wherein the command indicating the first view comprises a plain-English voice command; translating, by the computer system, the plain-English voice command into a predefined command in a plurality of predefined commands; providing, by the computer system, the predefined command to one or more neural networks; determining, by the computer system, a distance between a virtual camera and the predetermined 3D shape associated with the first view; and providing, by the computer system, a display of the first view of the predetermined 3D shape, wherein the 3D objects are visually emphasized relative to one or more 3D constructs that represent a structure of the predetermined 3D shape based at least in part on the distance associated with the first view, wherein providing the display of the first view of the predetermined 3D shape uses a view position for the virtual camera determined by an output of the one or more neural networks, and wherein the one or more data sets, the 3D objects and the predetermined 3D shape are selected based on an output of the one or more neural networks. receiving, at a computer system, one or more data sets; generating, by the computer system, 3D objects corresponding data points in the one or more data sets; arranging, by the computer system, the 3D objects in a predetermined 3D shape; receiving, at the computer system from a user, a command indicating a first view of the predetermined 3D shape, wherein the command indicating the first view comprises a plain-English voice command; translating, by the computer system, the plain-English voice command into a predefined command in a plurality of predefined commands; providing, by the computer system, the predefined command to one or more neural networks; determining, by the computer system, a distance between a virtual camera and the predetermined 3D shape associated with the first view; and providing, by the computer system, a display of the first view of the predetermined 3D shape, wherein the 3D objects are visually emphasized relative to one or more 3D constructs that represent a structure of the predetermined 3D shape based at least in part on the distance associated with the first view, wherein providing the display of the first view of the predetermined 3D shape uses a view position for the virtual camera determined by an output of the one or more neural networks, and wherein the one or more data sets, the 3D objects and the predetermined 3D shape are selected based on an output of the one or more neural networks.
An apparatus for the automatic startup of a continuous casting line for the production of aluminum or zinc strips, comprising a vessel which is connected to a tip by means of a gate, said tip feeding a casting housing (3, 4); a laser device which measures the level of the metal within said vessel, a level control device, which adjust the introduction of liquid metal into said vessel; said apparatus being characterized in that it comprises a gate actuator controlling said gate for providing a barrier between the vessel and the tip; said gate comprising a refractory barrier; a thermocouple being a transducer for the temperature of the metal inside said vessel, and an electronic management unit; said electronic management unit receiving data from said temperature transducer and from said laser device in order to control said level control device and said gate actuator, adjusting the level of said metal in said vessel in order to ensure a correct and continuous flow of metal toward said casting housing (3, 4).
A wireless transmit/receive unit, WTRU, comprising: a processor configured to: determine that a first set of resources used with a new radio, NR, radio access technology, RAT, at least partially overlaps with a second set of resources used with a long term evolution, LTE, RAT; determine that a transmission using the NR RAT is to be received within at least an overlapping portion of the first and the second sets of resources; receive an indication of locations of cell specific reference signals, CRSs, associated with the LTE RAT, wherein at least a subset of the CRSs are located within the overlapping portion of the first and second sets of resources; determine a set of resource elements, REs, that correspond to the locations of the CRSs within the overlapping portion of the first and second sets of resources; receive a signal over at least the overlapping portion of the first and second sets of resources, wherein the signal comprises the transmission associated with the NR RAT; and decode the transmission associated with the NR RAT from the signal, wherein the decoding comprises ignoring the set of REs that correspond to the locations of the CRSs within the overlapping portion of the first and second sets of resources. determine that a first set of resources used with a new radio, NR, radio access technology, RAT, at least partially overlaps with a second set of resources used with a long term evolution, LTE, RAT; determine that a transmission using the NR RAT is to be received within at least an overlapping portion of the first and the second sets of resources; receive an indication of locations of cell specific reference signals, CRSs, associated with the LTE RAT, wherein at least a subset of the CRSs are located within the overlapping portion of the first and second sets of resources; determine a set of resource elements, REs, that correspond to the locations of the CRSs within the overlapping portion of the first and second sets of resources; receive a signal over at least the overlapping portion of the first and second sets of resources, wherein the signal comprises the transmission associated with the NR RAT; and decode the transmission associated with the NR RAT from the signal, wherein the decoding comprises ignoring the set of REs that correspond to the locations of the CRSs within the overlapping portion of the first and second sets of resources.
Valve flap assembly of a valve device, in particular of an internal combustion engine, comprising a shaft rotatable about a shaft axis and at least one valve flap (2, 2', 2c) mounted on the shaft and connected to the shaft for the transmission of a torque, wherein at least one torque-transmitting hub element is provided, via which the at least one valve flap (2, 2', 2c) is connected to the shaft, characterised in that the at least one valve flap (2, 2', 2c) and the at least one torque-transmitting hub element are pushed onto the shaft, wherein the at least one valve flap (2, 2', 2c) is initially rotatable, and wherein, following an adjustment in a defined flap position, a fixed connection is established between the at least one valve flap (2, 2', 2c) and the at least one torque-transmitting hub element.
A method for wireless communications, comprising: determining a link quality for each one of a plurality of radio frequency modules; selecting a first one of the plurality of RF modules having a highest determined link quality; outputting a first portion of a signal to the first one of the plurality of RF modules for transmission; determining a throughput of the first one of the plurality of RF modules during thermal throttling of the first one of the plurality of RF modules during which an active duty cycle of the first one of the plurality of RF modules is adjusted to maintain a temperature of the first one of the plurality of RF modules close to a target temperature; comparing the determined throughput of the first one of the plurality of RF modules with a throughput of a second one of the plurality of RF modules; and outputting a second portion of the signal to the second one of the plurality of RF modules for transmission if the throughput of the second one of the plurality of RF modules is higher than the determined throughput of the first one of the plurality of RF modules. determining a link quality for each one of a plurality of radio frequency modules; selecting a first one of the plurality of RF modules having a highest determined link quality; outputting a first portion of a signal to the first one of the plurality of RF modules for transmission; determining a throughput of the first one of the plurality of RF modules during thermal throttling of the first one of the plurality of RF modules during which an active duty cycle of the first one of the plurality of RF modules is adjusted to maintain a temperature of the first one of the plurality of RF modules close to a target temperature; comparing the determined throughput of the first one of the plurality of RF modules with a throughput of a second one of the plurality of RF modules; and outputting a second portion of the signal to the second one of the plurality of RF modules for transmission if the throughput of the second one of the plurality of RF modules is higher than the determined throughput of the first one of the plurality of RF modules.
A method of monitoring or estimating engine life usage, comprising the steps: a) establishing a system of Severity Counters SC, each SC being a function of one or more parameters determined for each engine run; b) relating each SC to one or more parts of the engine to be monitored; c) cumulating the SC count for each part of the engine as the aircraft is used; and d) determining a maintenance event when the accumulation of SCs for any of the parts exceeds a predetermined threshold whereby one of the parameters is the high pressure shaft speed (N 3). a) establishing a system of Severity Counters SC, each SC being a function of one or more parameters determined for each engine run; b) relating each SC to one or more parts of the engine to be monitored; c) cumulating the SC count for each part of the engine as the aircraft is used; and d) determining a maintenance event when the accumulation of SCs for any of the parts exceeds a predetermined threshold whereby one of the parameters is the high pressure shaft speed (N 3).
A radio network controller comprising: a selection decision unit configured to decide whether or not to perform a selection of cells which are used by mobile stations after data reception; and a mobile station controller configured to instruct the mobile stations to select the cells which are used after the data reception, according to a result of a decision by the selection decision unit, characterized in that the selection decision unit is configured to decide whether or not to perform the selection of the cells which are used by the mobile stations after at least one of reception of data transmitted by broadcast at said mobile stations, reception of data transmitted by multicast at said mobile stations, and reception of data transmitted by a high speed downlink packet access scheme at said mobile stations. a selection decision unit configured to decide whether or not to perform a selection of cells which are used by mobile stations after data reception; and a mobile station controller configured to instruct the mobile stations to select the cells which are used after the data reception, according to a result of a decision by the selection decision unit, characterized in that the selection decision unit is configured to decide whether or not to perform the selection of the cells which are used by the mobile stations after at least one of reception of data transmitted by broadcast at said mobile stations, reception of data transmitted by multicast at said mobile stations, and reception of data transmitted by a high speed downlink packet access scheme at said mobile stations.
A wall structure having a frame structure and, attached thereto, a plurality of sandwich panels (1, 1a, 1b) forming the outer surface of a building, the sandwich panels including a core part of thermal insulation material and surface panels (5a, 6a; 5b, 6b) tightly covering it on both sides, the surface panels having a tongue on at least one longitudinal edge and a groove on an opposite longitudinal edge; characterized in that the wall structure further comprises a separate vertical seam element arranged between vertically adjacent sandwich panels, the seam element comprising a core part of thermal insulation material, an outer surface panel and an inner surface panel covering the core part on opposing sides, the inner and outer surface panels having tongue and groove edges (12, 13) that are compatible with the tongue and groove edges of the sandwich panels and wherein the inner surface panel of the seam element comprises an opening for ventilating moisture within the wall structure to the outer surface of the building via a ventilation channel provided within the wall structure.