mhurhangee/ep-ind-claims huggingface dataset:
A flow control valve for brakes, comprising: an introduction chamber into which fluid is introduced from a pressure fluid source; an output chamber connected to a brake device, the output chamber communicating with the introduction chamber through a passage; an input chamber to which a commanded pressure for generating a target braking force in the brake device is supplied; a first valve element moving depending on a differential pressure between the command pressure and a pressure in the output chamber to open and close the passage, the first valve element closing the passage at least when the pressure in the output chamber is equal to or greater than the command pressure; a guiding portion guiding movement of the first valve element; and a sealing member provided between the first valve element and the guiding portion, the sealing member preventing the fluid from passing between the first valve element and the guiding portion, characterized by further comprising: a retaining portion provided in at least one of the first valve element or the guiding portion, the retaining portion retaining lubricant supplied to a contacting surface between the first valve element and the guiding portion, wherein a distance between the sealing member and the retaining portion in a moving direction of the first valve element is equal to or smaller than a movable distance of the first valve element. an introduction chamber into which fluid is introduced from a pressure fluid source; an output chamber connected to a brake device, the output chamber communicating with the introduction chamber through a passage; an input chamber to which a commanded pressure for generating a target braking force in the brake device is supplied; a first valve element moving depending on a differential pressure between the command pressure and a pressure in the output chamber to open and close the passage, the first valve element closing the passage at least when the pressure in the output chamber is equal to or greater than the command pressure; a guiding portion guiding movement of the first valve element; and a sealing member provided between the first valve element and the guiding portion, the sealing member preventing the fluid from passing between the first valve element and the guiding portion, characterized by further comprising: a retaining portion provided in at least one of the first valve element or the guiding portion, the retaining portion retaining lubricant supplied to a contacting surface between the first valve element and the guiding portion, wherein a distance between the sealing member and the retaining portion in a moving direction of the first valve element is equal to or smaller than a movable distance of the first valve element.
A downhole assembly comprising: a turbine to be disposed within a wellbore; a rotating array comprising magnetic material and coupled to the turbine; and characterised in that the downhole assembly comprises: a magnetostrictive material coupled to the rotating array to: strain the magnetostrictive material; and induce an electric current in a conductor coupled to the magnetostrictive material. a turbine to be disposed within a wellbore; a rotating array comprising magnetic material and coupled to the turbine; and characterised in that the downhole assembly comprises: a magnetostrictive material coupled to the rotating array to: strain the magnetostrictive material; and induce an electric current in a conductor coupled to the magnetostrictive material. a magnetostrictive material coupled to the rotating array to: strain the magnetostrictive material; and induce an electric current in a conductor coupled to the magnetostrictive material. strain the magnetostrictive material; and induce an electric current in a conductor coupled to the magnetostrictive material.
An electrical generating system comprising: at least one heat engine; a solar energy collection assembly; a vertical axis wind turbine comprising a number of vertical windmill blades laterally displaced from and rotatable around a central axis; and electricity generation means; wherein the solar energy collection assembly comprises an array of parabolic mirrors arranged to collect and transmit solar energy to said at least one heat engine, to drive said at least one heat engine; the vertical axis wind turbine is mounted above the solar energy collection assembly; characterised by: a common output driveshaft on the same axis as said central axis of said vertical axis wind turbine, connected to be driven by said vertical axis wind turbine and by each said heat engine; and the electricity generation means being connected to said common output driveshaft to produce electricity. at least one heat engine; a solar energy collection assembly; a vertical axis wind turbine comprising a number of vertical windmill blades laterally displaced from and rotatable around a central axis; and electricity generation means; wherein the solar energy collection assembly comprises an array of parabolic mirrors arranged to collect and transmit solar energy to said at least one heat engine, to drive said at least one heat engine; the vertical axis wind turbine is mounted above the solar energy collection assembly; characterised by: a common output driveshaft on the same axis as said central axis of said vertical axis wind turbine, connected to be driven by said vertical axis wind turbine and by each said heat engine; and the electricity generation means being connected to said common output driveshaft to produce electricity. a common output driveshaft on the same axis as said central axis of said vertical axis wind turbine, connected to be driven by said vertical axis wind turbine and by each said heat engine; and the electricity generation means being connected to said common output driveshaft to produce electricity.
A unified manufacturing process for manufacturing an apparatus comprising a first connector, a first printed wiring board, a second connector, and a second printed wiring board, wherein the first connector communicatively couples the first printed wiring board to a processing system and the second connector communicatively couples the second printed wiring board to the processing system, the process comprising: providing a printed wiring board connector configured to be a rigid stiffener and a flex connector configured to electrically connect the first and second printed wiring boards processing, coating and cleaning the flex connector and the printed wiring boards as a single unit; folding said single unit on itself to enable a parallel alignment of the first and second printed wiring boards; and utilizing the printed wiring board connector to mechanically hold the first and second printed wiring boards in the parallel alignment once the apparatus is folded. providing a printed wiring board connector configured to be a rigid stiffener and a flex connector configured to electrically connect the first and second printed wiring boards processing, coating and cleaning the flex connector and the printed wiring boards as a single unit; folding said single unit on itself to enable a parallel alignment of the first and second printed wiring boards; and utilizing the printed wiring board connector to mechanically hold the first and second printed wiring boards in the parallel alignment once the apparatus is folded.
A signaling initiation method for a gateway device, comprising: Determining trigger information; wherein, the trigger information is related to at least one first bearer and at least one second bearer; Judging, according to the trigger information, whether to initiate at least two requests comprising a first request for performing a first type of processing on the at least one first bearer and a second request for performing a second type of processing on the at least one second bearer, and acquiring a first judgment result; and characterized in that, Initiating the at least two requests through a first request signaling, when the first judgment result is yes; wherein the first type is creation, modification, or deletion; the second type is creation, modification, or deletion, and the second type is different from the first type. Determining trigger information; wherein, the trigger information is related to at least one first bearer and at least one second bearer; Judging, according to the trigger information, whether to initiate at least two requests comprising a first request for performing a first type of processing on the at least one first bearer and a second request for performing a second type of processing on the at least one second bearer, and acquiring a first judgment result; and characterized in that, Initiating the at least two requests through a first request signaling, when the first judgment result is yes; wherein the first type is creation, modification, or deletion; the second type is creation, modification, or deletion, and the second type is different from the first type.
A data transmission method, wherein the method comprises: determining, by a mobility management entity, that user equipment, UE, changes from an unreachable state to a reachable state; sending, by the mobility management entity, a request message to a serving gateway, wherein the request message is used to request the serving gateway to send downlink data, which is to be sent to the UE, to the mobility management entity, and the downlink data is stored in the serving gateway; receiving, by the mobility management entity, the downlink data from the serving gateway; and sending, by the mobility management entity, the downlink data to the UE; wherein the sending the request message to the serving gateway comprises: when it is determined that the downlink data is not expired, sending, by the mobility management entity, the request message to the serving gateway. determining, by a mobility management entity, that user equipment, UE, changes from an unreachable state to a reachable state; sending, by the mobility management entity, a request message to a serving gateway, wherein the request message is used to request the serving gateway to send downlink data, which is to be sent to the UE, to the mobility management entity, and the downlink data is stored in the serving gateway; receiving, by the mobility management entity, the downlink data from the serving gateway; and sending, by the mobility management entity, the downlink data to the UE; wherein the sending the request message to the serving gateway comprises: when it is determined that the downlink data is not expired, sending, by the mobility management entity, the request message to the serving gateway.
A method, comprising: processing long-term-orbit information associated with at least one satellite to obtain a first position of a receiver (104, 200), the first position comprising one or more first location parameters; obtaining broadcast ephemeris transmitted from the at least one satellite; processing the broadcast ephemeris to obtain a measured position of the receiver, wherein the measured position comprises one or more second location parameters; if a difference between a first location parameter and a second location parameter is greater than a given threshold, obtaining fresh long-term-orbit information; and obtaining a second position of the receiver by processing, as a substitute for at least one portion of the long-term-orbit information, the fresh long-term-orbit information. processing long-term-orbit information associated with at least one satellite to obtain a first position of a receiver (104, 200), the first position comprising one or more first location parameters; obtaining broadcast ephemeris transmitted from the at least one satellite; processing the broadcast ephemeris to obtain a measured position of the receiver, wherein the measured position comprises one or more second location parameters; if a difference between a first location parameter and a second location parameter is greater than a given threshold, obtaining fresh long-term-orbit information; and obtaining a second position of the receiver by processing, as a substitute for at least one portion of the long-term-orbit information, the fresh long-term-orbit information.
A tracking area, TA, update method, comprising: receiving, by a terminal device, a broadcast message periodically sent by a satellite device, wherein the broadcast message alternately carries tracking area codes, TACs, corresponding to one or more TAs of at least two tracking areas TAs, and coverage of a beam of the satellite device belongs to the at least two TAs; when detecting for the first time that a TA corresponding to a TAC in a broadcast message received in a current period does not belong to a first TA list, recording, by the terminal device, the TA in a second TA list, wherein the first TA list comprises one or more TAs used to page the terminal device, and the second TA list is used to store a detected TA that is different from that in the first TA list; and continuing detecting, by the terminal device, a subsequent broadcast message, and determining, based on a TAC in the subsequent broadcast message, whether to initiate a TA update procedure. receiving, by a terminal device, a broadcast message periodically sent by a satellite device, wherein the broadcast message alternately carries tracking area codes, TACs, corresponding to one or more TAs of at least two tracking areas TAs, and coverage of a beam of the satellite device belongs to the at least two TAs; when detecting for the first time that a TA corresponding to a TAC in a broadcast message received in a current period does not belong to a first TA list, recording, by the terminal device, the TA in a second TA list, wherein the first TA list comprises one or more TAs used to page the terminal device, and the second TA list is used to store a detected TA that is different from that in the first TA list; and continuing detecting, by the terminal device, a subsequent broadcast message, and determining, based on a TAC in the subsequent broadcast message, whether to initiate a TA update procedure.
A gas turbine engine combustor comprising: an aft combustor rail (400;500) connected between an outer wall of an outer liner and an aft heat shield panel, wherein the aft combustor rail (400;500) is positioned near an outer vane platform of a first vane stage of a turbine; and a plurality of holes in the aft combustor rail (400;500), wherein the plurality of holes are configured to focus pass-through airflow onto the outer vane platform; characterised in that the plurality of holes comprises: a first hole array in the aft combustor rail (400;500), wherein the first hole array comprises multiple holes angled to converge pass-through airflow to a focused area; and a second hole array in the aft combustor rail (400;500) adjacent to the first hole array, wherein the second hole array is positioned between two adjacent vane airfoils (301;534) of the first vane stage. an aft combustor rail (400;500) connected between an outer wall of an outer liner and an aft heat shield panel, wherein the aft combustor rail (400;500) is positioned near an outer vane platform of a first vane stage of a turbine; and a plurality of holes in the aft combustor rail (400;500), wherein the plurality of holes are configured to focus pass-through airflow onto the outer vane platform; characterised in that the plurality of holes comprises: a first hole array in the aft combustor rail (400;500), wherein the first hole array comprises multiple holes angled to converge pass-through airflow to a focused area; and a second hole array in the aft combustor rail (400;500) adjacent to the first hole array, wherein the second hole array is positioned between two adjacent vane airfoils (301;534) of the first vane stage. a first hole array in the aft combustor rail (400;500), wherein the first hole array comprises multiple holes angled to converge pass-through airflow to a focused area; and a second hole array in the aft combustor rail (400;500) adjacent to the first hole array, wherein the second hole array is positioned between two adjacent vane airfoils (301;534) of the first vane stage.
A lifting device for a top hung roof window, said lifting device comprising a lifting arm having a first end connectable to a sash or frame element of said window, and a second end pivotally connected to a slide block of the lifting device, said slide block being adapted for slidable engagement in a guideway of the lifting device, said guideway being mountable on an opposite frame or sash element of said window, the slide block being in turn connected to a primary biasing means of the lifting device, said primary biasing means being arranged to urge the slide block in a first direction to lift the sash, characteriz ed in that the lifting arm is extendable and comprises a secondary biasing means urging to extend the lifting arm to push the sash to a larger angular position.
A hybrid drive system that includes an input member that is drivingly connected to an engine, a rotating electric machine, a power distributing apparatus that distributes and transmits torque that is transmitted to the input member to the rotating electric machine and an output member, and an output gear capable of outputting torque transmitted to the output member to a wheel side, the hybrid drive system comprising: an output bearing that rotatably supports the output member, wherein the entire power distributing apparatus is arranged overlapping with the output member at a position in an axial direction on the radially inner side of the output member, and a ring gear of the power distributing apparatus is integrally provided with the output member, on an inner peripheral surface of the output member; the output gear is integrally provided with the output member, on an outer peripheral surface of the output member; the hybrid drive system being characterized in that the output bearing is arranged on a radially inner side of the output member and rotatably supports the output member from the radially inner side, and the output bearing and the output gear are arranged overlapping at a position in the axial direction. an output bearing that rotatably supports the output member, wherein the entire power distributing apparatus is arranged overlapping with the output member at a position in an axial direction on the radially inner side of the output member, and a ring gear of the power distributing apparatus is integrally provided with the output member, on an inner peripheral surface of the output member; the output gear is integrally provided with the output member, on an outer peripheral surface of the output member; the hybrid drive system being characterized in that the output bearing is arranged on a radially inner side of the output member and rotatably supports the output member from the radially inner side, and the output bearing and the output gear are arranged overlapping at a position in the axial direction.
A combined type refrigerator, comprising at least two cabinet units (1, 2), wherein each of the cabinet units (1, 2) has an independent compressor, an independent refrigeration system, and an independent circuit system; the cabinet units (1, 2) are consistent in height and depth; the cabinet units (1, 2) are spliced in parallel via an external coupling member, and form an integral body, and after splicing, a door of each of the cabinet units (1, 2) can be smoothly opened or closed, without interference with a neighbor cabinet unit (1, 2); characterized in that the combined type refrigerator is a simultaneously-back-open combined refrigerator, wherein a left cabinet unit is right open and a right cabinet unit is left open.
A device for non-invasively delivering transdermally a molecule to a subject comprising: means for irreversibly electroporating the skin by generating a non-pulsed voltage and a pulsed voltage between at least one first moving or stationary electrode and a second stationary electrode; a vacuum pump for providing a pressure above the skin; and a chamber comprising the molecule to be delivered. means for irreversibly electroporating the skin by generating a non-pulsed voltage and a pulsed voltage between at least one first moving or stationary electrode and a second stationary electrode; a vacuum pump for providing a pressure above the skin; and a chamber comprising the molecule to be delivered.
A mask builder implemented in a sound signal decoder for creating a weighting mask for application to an excitation signal, in frequency domain, derived from a decoded synthesis filter excitation, comprising: a normalizer of an energy spectrum of the decoded synthesis filter excitation to get a normalized energy spectrum; means for scaling the normalized energy spectrum to obtain a scaled energy spectrum; means for limiting the scaled energy spectrum to obtain a limited scaled energy spectrum; an averaging filter for smoothing the limited scaled energy spectrum along a frequency axis; and an energy spectrum smoother for processing, along a time axis, the limited scaled energy spectrum smoothed in the averaging filter to create the weighting mask. a normalizer of an energy spectrum of the decoded synthesis filter excitation to get a normalized energy spectrum; means for scaling the normalized energy spectrum to obtain a scaled energy spectrum; means for limiting the scaled energy spectrum to obtain a limited scaled energy spectrum; an averaging filter for smoothing the limited scaled energy spectrum along a frequency axis; and an energy spectrum smoother for processing, along a time axis, the limited scaled energy spectrum smoothed in the averaging filter to create the weighting mask.
A method of generating a plasma plume from an open end of a plasma torch, comprising: ionizing a feed gas using an arc discharge in a first cylindrical cavity in the plasma torch to produce a central thermal plasma emitted at an open end of the first cylindrical cavity; the method characterised by ionizing a feed gas using a dielectric barrier discharge in a second annular cylindrical cavity arranged around the first cylindrical cavity in the plasma torch to produce at an open end of the second annular cylindrical cavity a non-thermal plasma halo surrounding the central thermal plasma. ionizing a feed gas using an arc discharge in a first cylindrical cavity in the plasma torch to produce a central thermal plasma emitted at an open end of the first cylindrical cavity; the method characterised by ionizing a feed gas using a dielectric barrier discharge in a second annular cylindrical cavity arranged around the first cylindrical cavity in the plasma torch to produce at an open end of the second annular cylindrical cavity a non-thermal plasma halo surrounding the central thermal plasma.
A process for the chiral resolution of racemic cyclic and acyclic acetate to obtain enantiomerically pure -Alcohol as single enantiomer comprising the steps of: i) incubating fungus Fusarium proliferatum for 24-48 hrs at temperature ranging between 28°C to 30°C in a medium; ii) adding substrates selected from cyclic and acyclic acetates in medium of step (i) and incubating further for 6 hrs to 3 days at temperature ranging between 28°C to 30°C to obtain enantiomerically pure -Alcohol. i) incubating fungus Fusarium proliferatum for 24-48 hrs at temperature ranging between 28°C to 30°C in a medium; ii) adding substrates selected from cyclic and acyclic acetates in medium of step (i) and incubating further for 6 hrs to 3 days at temperature ranging between 28°C to 30°C to obtain enantiomerically pure -Alcohol.
A composition useful for cosmetic and aesthetic treatment of the skin, containing N-acetylglucosamine and an alkaline metal sulphate in the equivalent weight ratio of 1:1.