mhurhangee/patent-ind-claim-en huggingface dataset:
A system, comprising: an acoustic monitoring, analysis, and diagnostic system comprising a processor configured to: receive NF noise signals from a near field (NF) microphone array, wherein the NF microphone array measures noises generated from a power generation system in a near field, which comprises a turbine system inside an enclosure; receive FF noise signals from a far field (FF) microphone array, wherein the FF microphone array measures noises generated from the power generation system in a far field; derive NF noise measurements and FF noise measurements based on the signals; synchronize the NF noise measurements and the FF noise measurements to create synchronized NF noise data and synchronized FF noise data; analyze the synchronized NF noise data and synchronized FF noise data to create a NF noise signature and an FF noise signature; diagnose one or more root causes of noises generated from the power generation system based on the NF noise signature and FF noise signature; and report the one or more root causes of the noises generated from the power generation system ; characterised in that: at least a portion of the NF microphone array is positioned inside the enclosure of the turbine system . receive NF noise signals from a near field (NF) microphone array, wherein the NF microphone array measures noises generated from a power generation system in a near field, which comprises a turbine system inside an enclosure; receive FF noise signals from a far field (FF) microphone array, wherein the FF microphone array measures noises generated from the power generation system in a far field; derive NF noise measurements and FF noise measurements based on the signals; synchronize the NF noise measurements and the FF noise measurements to create synchronized NF noise data and synchronized FF noise data; analyze the synchronized NF noise data and synchronized FF noise data to create a NF noise signature and an FF noise signature; diagnose one or more root causes of noises generated from the power generation system based on the NF noise signature and FF noise signature; and report the one or more root causes of the noises generated from the power generation system ;
Procedure designed to safeguard the operation of a wireless module (BT) of a field device (FG) used in process automation comprising the wireless module (BT) and at least a function module (FG), wherein energy is supplied to the field device (FG) by a two-wire bus , wherein energy is constantly supplied to the wireless module (BT) by the two-wire bus , characterized in that the wireless module (BT) is set to a test mode in which the wireless module (BT) transmits with maximum transmission power and continues to be constantly supplied with energy from the two-wire bus , and wherein the function module (M) then adapts its operation in such a way that the maximum energy available to the field device (FG) is not exceeded.
A live broadcast method, wherein the method is applied to a system comprising a live broadcast client and a live broadcast proxy client , the live broadcast client is communicatively connected to the live broadcast proxy client by using a home network and is communicatively connected to a live broadcast management server and a live broadcast server by using the Internet, and the live broadcast proxy client is further communicatively connected to a device in a dedicated network; and the method comprises: receiving, by the live broadcast client , a push-stream address sent by the live broadcast management server , wherein the push-stream address comprises an IP address of the live broadcast server; sending, by the live broadcast client , a proxy push-stream request to the live broadcast proxy client , wherein the proxy push-stream request comprises the push-stream address, and the proxy push-stream request is used to determine the live broadcast server for receiving live broadcast data; and sending, by the live broadcast client , collected live broadcast data to the live broadcast proxy client , and pushing, by the live broadcast proxy client , the live broadcast data to the live broadcast server over an uplink of the dedicated network connected to the live broadcast proxy client ; wherein the dedicated network is an Internet protocol television, IPTV, network and the live broadcast proxy client is a client in the dedicated network. receiving, by the live broadcast client , a push-stream address sent by the live broadcast management server , wherein the push-stream address comprises an IP address of the live broadcast server; sending, by the live broadcast client , a proxy push-stream request to the live broadcast proxy client , wherein the proxy push-stream request comprises the push-stream address, and the proxy push-stream request is used to determine the live broadcast server for receiving live broadcast data; and sending, by the live broadcast client , collected live broadcast data to the live broadcast proxy client , and pushing, by the live broadcast proxy client , the live broadcast data to the live broadcast server over an uplink of the dedicated network connected to the live broadcast proxy client ; wherein the dedicated network is an Internet protocol television, IPTV, network and the live broadcast proxy client is a client in the dedicated network.
A socket assembly , comprising: a housing with an inner bore which extends from a first open end to a second open end ; a cover plate closing said second open end of said housing ; a ball stud at least partially disposed within said inner bore of said housing and including a shank portion and a ball portion and a protrusion portion and said shank portion extending out of said housing through said first open end ; and characterised by a first bearing made as one integral piece of metal disposed in said inner bore of said housing and including a passage , said protrusion portion of said ball stud extending into said passage , and said passage being shaped to cooperate with said protrusion portion to allow said ball stud to rotate relative to said housing in one rotational direction by a greater magnitude than in another rotational direction; and a spring disposed between said cover plate and said first bearing and biasing said first bearing into contact with said ball portion of said ball stud . a housing with an inner bore which extends from a first open end to a second open end ; a cover plate closing said second open end of said housing ; a ball stud at least partially disposed within said inner bore of said housing and including a shank portion and a ball portion and a protrusion portion and said shank portion extending out of said housing through said first open end ; and characterised by a first bearing made as one integral piece of metal disposed in said inner bore of said housing and including a passage , said protrusion portion of said ball stud extending into said passage , and said passage being shaped to cooperate with said protrusion portion to allow said ball stud to rotate relative to said housing in one rotational direction by a greater magnitude than in another rotational direction; and a spring disposed between said cover plate and said first bearing and biasing said first bearing into contact with said ball portion of said ball stud .
Furniture fitting for a movable furniture part, in particular for driving a folding flap, folding door or the like, wherein the movable furniture part has a first folding part and a second folding part which are hinged together at a hinge axis , wherein the furniture fitting has a hinge arrangement with several hinge arms hinged and pivotable to one another and which, when the furniture fitting is fitted to a piece of furniture , connects the first or the second folding part to a furniture carcass of the piece of furniture , wherein the furniture fitting also has a control lever which on the one hand may be pivotably mounted around a carcass-side pivot axis and on the other hand may be pivotably mounted around a furniture-part-side pivot axis to one of the two folding parts or to a bearing part which may be attached there, wherein the control lever is hinged via the carcass-side pivot axis to a steering lever of the furniture fitting, which in turn, when the furniture fitting is fitted to a piece of furniture , is pivotably mounted relative to the furniture carcass by means of a steering lever pivot axis, wherein a self-tightening device with at least one power-operated mechanism for initiating a force in the closing direction and, after exceeding a dead point, for initiating a force in the opening direction of the movable furniture part is provided, characterised in that one of the power-operated mechanisms is movement-coupled to the hinge arrangement via a lever mechanism of the furniture fitting with several lever arms hinged and pivotable to one another, wherein the steering lever is pivotably mounted on one of the lever arms by its steering lever pivot axis , wherein the lever arms of the lever mechanism have a power deflection lever which is pivotably mounted around a carcass-side deflection lever pivot axis and is pressure-loaded by the power-operated mechanism into a first pivoting direction, and include a push rod which is pivotably connected on the one hand, with clearance from the deflection lever pivot axis and by means of a first push rod hinge , to the power deflection lever , and on the other hand by means of a second push rod hinge to one of the hinge arms of the hinge arrangement, wherein the steering lever pivot axis rests on the push rod .
An uplink data transmission method performed by an uplink data transmission apparatus comprising: selecting a third physical uplink control channel, PUCCH, from a PUCCH set if a first PUCCH to be transmitted and a second PUCCH to be transmitted overlap in a time domain; transmitting first uplink information in the first PUCCH and second uplink information in the second PUCCH in the third PUCCH; wherein the PUCCH set is configured for the first uplink information, the priority of the first uplink information is higher than the priority of the second uplink information, wherein the first uplink information is a first hybrid automatic repeat reQuest feedback codebook, HARQ-ACK codebook, and the second uplink information is a second HARQ-ACK codebook, wherein the third PUCCH is selected from the PUCCH set according to at least one of following information: instruction information of a network device and a sum of amount of data, wherein the sum of amount of data is a sum of an amount of data of the first HARQ-ACK codebook and an amount of data of the second HARQ-ACK codebook. selecting a third physical uplink control channel, PUCCH, from a PUCCH set if a first PUCCH to be transmitted and a second PUCCH to be transmitted overlap in a time domain; transmitting first uplink information in the first PUCCH and second uplink information in the second PUCCH in the third PUCCH; wherein the PUCCH set is configured for the first uplink information, the priority of the first uplink information is higher than the priority of the second uplink information, wherein the first uplink information is a first hybrid automatic repeat reQuest feedback codebook, HARQ-ACK codebook, and the second uplink information is a second HARQ-ACK codebook, wherein the third PUCCH is selected from the PUCCH set according to at least one of following information: instruction information of a network device and a sum of amount of data, wherein the sum of amount of data is a sum of an amount of data of the first HARQ-ACK codebook and an amount of data of the second HARQ-ACK codebook. instruction information of a network device and a sum of amount of data, wherein the sum of amount of data is a sum of an amount of data of the first HARQ-ACK codebook and an amount of data of the second HARQ-ACK codebook.
A use of a heat source device utilizing heat of a reaction of hydrogen and oxygen in and catalyzed by silver zeolite , the heat source device comprising an accommodation container for accommodating the silver zeolite while ensuring air permeability, wherein the accommodation container is configured to be ventilated with a mixed gas (G) containing hydrogen, steam, and air for utilizing said heat, wherein a temperature of the silver zeolite accommodated in the accommodation container becomes 400°C or higher after one minute has elapsed from the ventilation of the accommodation container with the mixed gas (G).
Clamping device for providing an electrical connection between a subsea pipeline and an electrical conductor , where the clamping device comprises: - a clamp element comprising a first leg having a first leg end and a second leg having a second leg end , where the legs are configured to be provided on respective sides of the pipeline ; - a releasable tensioning device connected to one of the legs ; characterized in that : - the clamping device has a first state, in which the ends of the first and second legs are provided at a first distance (d1) away from each other; - the clamping device has a second state, in which the tensioning device is tensioned, causing the ends of the first and second legs to be at a second distance (d2) away from each other, the second distance (d2) being larger than the first distance (d1); - the clamping device comprises a template hole provided in one of the legs ; - the clamping device comprises a connector member provided in the template hole , where the connector member is mechanically connected to the clamp element ; - the clamping device has a third state, in which the tensioning device is released, causing the connector member to be pressed towards the pipeline . - a clamp element comprising a first leg having a first leg end and a second leg having a second leg end , where the legs are configured to be provided on respective sides of the pipeline ; - a releasable tensioning device connected to one of the legs ; - the clamping device has a first state, in which the ends of the first and second legs are provided at a first distance (d1) away from each other; - the clamping device has a second state, in which the tensioning device is tensioned, causing the ends of the first and second legs to be at a second distance (d2) away from each other, the second distance (d2) being larger than the first distance (d1); - the clamping device comprises a template hole provided in one of the legs ; - the clamping device comprises a connector member provided in the template hole , where the connector member is mechanically connected to the clamp element ; - the clamping device has a third state, in which the tensioning device is released, causing the connector member to be pressed towards the pipeline .
A processor comprising: logic to provide a first interface (320-1) to couple the processor to one or more agents via a coherent interconnect and alternatively to couple the processor to one or more Dual Inline Memory Modules 'DIMMs' (340-1); wherein the one or more agents comprises one of: a processor core, a chipset, an input/output hub, or a memory controller; and wherein the interface provided by the logic may be switched between a coherent interface mode and a memory buffer interface mode based on a value of a single bit. logic to provide a first interface (320-1) to couple the processor to one or more agents via a coherent interconnect and alternatively to couple the processor to one or more Dual Inline Memory Modules 'DIMMs' (340-1); wherein the one or more agents comprises one of: a processor core, a chipset, an input/output hub, or a memory controller; and wherein the interface provided by the logic may be switched between a coherent interface mode and a memory buffer interface mode based on a value of a single bit.
A roaming method for a terminal connected to a first mobile telephone network and provided with a subscriber identification card of the terminal which comprises storage means in which are stored elementary files including an EF-FPLMN list of forbidden mobile telephone networks to which the terminal is not allowed to connect and an EF-PPLMN list of preferred mobile telephone networks to which the terminal connects as a priority, the method comprising the implementation by means for processing of the subscriber identification card of the steps of: (a) Detecting a deficiency affecting the data service of said first network to which the terminal is connected; (b) registering said first network for which the data service deficiency was detected in the EF-FPLMN list of forbidden mobile telephone networks; (c) selecting a new mobile telephone network and connecting the terminal to said new network ; (d) Once the connection of the terminal to said new network has been established, removing said first network from the EF-PLMN list of forbidden mobile telephone networks; the method being characterized in that , in order to avoid said first network being listed both in the EF-FPLMN list of forbidden mobile phone networks and in the EF-PPLMN list of preferred mobile phone networks, the EF-PPLMN list of preferred cell phone networks is empty or, if said first network for which the deficiency affecting the data service has been detected is listed before step (a) in the EF-PPLMN list of preferred mobile telephone networks, it is proceeded at step (b) of removing said first network from the EF-PPLMN list of preferred mobile telephone networks and at step (f) of re-registering said first network in the EF-PPLMN list of preferred mobile telephone networks. (a) Detecting a deficiency affecting the data service of said first network to which the terminal is connected; (b) registering said first network for which the data service deficiency was detected in the EF-FPLMN list of forbidden mobile telephone networks; (c) selecting a new mobile telephone network and connecting the terminal to said new network ; (d) Once the connection of the terminal to said new network has been established, removing said first network from the EF-PLMN list of forbidden mobile telephone networks;
A method of connecting a new subsea well to a subsea production system, the method comprising: providing a subsea well, a subsea production flow system and a subsea manifold , the subsea manifold comprising: a first connector ; a second connector fluidly connected to the subsea production flow system; a flowline header in fluid communication with the second connector; a fluid access point located between the first connector and the flowline header and having first and second flow access openings; a first flow path between the first connector and the first flow access opening of the fluid access point and a second flow path between the second flow access opening of the fluid access point and the flowline header ; wherein the fluid access point is provided with a flow cap; fluidly connecting the subsea well to the first connector of the subsea manifold; removing the flow cap from the fluid access point of the subsea manifold; and connecting a removable module to the fluid access point of the manifold, the removable module comprising a first flow path connecting the first and second flow access openings such that the subsea well and the subsea production flow system are fluidly connected by the removable module . a first connector ; a second connector fluidly connected to the subsea production flow system; a flowline header in fluid communication with the second connector; a fluid access point located between the first connector and the flowline header and having first and second flow access openings; a first flow path between the first connector and the first flow access opening of the fluid access point and a second flow path between the second flow access opening of the fluid access point and the flowline header ; wherein the fluid access point is provided with a flow cap; fluidly connecting the subsea well to the first connector of the subsea manifold; removing the flow cap from the fluid access point of the subsea manifold; and connecting a removable module to the fluid access point of the manifold, the removable module comprising a first flow path connecting the first and second flow access openings such that the subsea well and the subsea production flow system are fluidly connected by the removable module .
A modulation device for modulating a gas ejection section, the device being for placing in a nozzle upstream from the throat of said nozzle, the modulation device comprising: - a plug extending between an upstream end and a downstream end , said downstream end having a diameter that decreases so as to form a member for partially obstructing the nozzle throat ; and - a plug guide having an internal housing in which the upstream end of the plug is present; the upstream end of said plug being suitable for sliding in the internal housing of the plug guide between a first position in which said upstream end of the plug is present in an upstream portion of the internal housing , and a second position in which said upstream end is present in a downstream portion of the internal housing , the device being characterized in that the upstream end of said plug is held in the first position by at least one retaining element suitable for breaking under the effect of heat. - a plug extending between an upstream end and a downstream end , said downstream end having a diameter that decreases so as to form a member for partially obstructing the nozzle throat ; and - a plug guide having an internal housing in which the upstream end of the plug is present;
Rotational angle sensor , comprising: a stator element with a transmitting coil and at least two receiving coils arranged within the transmitting coil , which are arranged on a circuit board ; a rotor element , which is mounted rotatably about an axis of rotation (A) with respect to the stator element and by way of which the transmitting coil is inductively coupled to the at least two receiving coils , so that the inductive coupling is dependent on a rotational angle between the stator element and the rotor element and the transmitting coil induces at least two angle-dependent alternating voltages in the at least two receiving coils ; wherein the rotor element and the at least two receiving coils are formed in such a way that an alternating voltage of an amplitude that is sinusoidally dependent on the rotational angle is induced in the receiving coils , wherein the at least two receiving coils are made up of arcuate conductor tracks electrically connected to one another, so that each of the at least two receiving coils is made up of partial turns oriented oppositely with respect to a current flow, each of which is delimited in a radial direction (R) by at least one arcuate conductor track curved to the left and at least one opposite arcuate conductor track curved to the right. a stator element with a transmitting coil and at least two receiving coils arranged within the transmitting coil , which are arranged on a circuit board ; a rotor element , which is mounted rotatably about an axis of rotation (A) with respect to the stator element and by way of which the transmitting coil is inductively coupled to the at least two receiving coils , so that the inductive coupling is dependent on a rotational angle between the stator element and the rotor element and the transmitting coil induces at least two angle-dependent alternating voltages in the at least two receiving coils ; wherein the rotor element and the at least two receiving coils are formed in such a way that an alternating voltage of an amplitude that is sinusoidally dependent on the rotational angle is induced in the receiving coils , wherein the at least two receiving coils are made up of arcuate conductor tracks electrically connected to one another, so that each of the at least two receiving coils is made up of partial turns oriented oppositely with respect to a current flow, each of which is delimited in a radial direction (R) by at least one arcuate conductor track curved to the left and at least one opposite arcuate conductor track curved to the right.