mhurhangee/ep-ind-claims huggingface dataset:
A method for establishing a wireless connection by a smart device comprising: acquiring a current wireless working frequency band of the smart device, wherein the current wireless working frequency band is a frequency band shared by a plurality of Wireless Fidelity, WiFi, services on the smart device; establishing a Peer to Peer, P2P, group at the current wireless working frequency band based on the current wireless working frequency band, and determining the smart device as a group owner of the P2P group; and periodically broadcasting a P2P data packet through the current wireless working frequency band, wherein the P2P data packet at least comprises device information of the smart device, such that a smart terminal establishes a wireless connection with the smart device at the current wireless working frequency band according to the device information after receiving the P2P data packet, and wherein the P2P data packet further comprises identification information of the P2P group, such that the smart terminal joins the P2P group according to the received device information and the identification information of the P2P group after detecting an operation to connect to the smart device. acquiring a current wireless working frequency band of the smart device, wherein the current wireless working frequency band is a frequency band shared by a plurality of Wireless Fidelity, WiFi, services on the smart device; establishing a Peer to Peer, P2P, group at the current wireless working frequency band based on the current wireless working frequency band, and determining the smart device as a group owner of the P2P group; and periodically broadcasting a P2P data packet through the current wireless working frequency band, wherein the P2P data packet at least comprises device information of the smart device, such that a smart terminal establishes a wireless connection with the smart device at the current wireless working frequency band according to the device information after receiving the P2P data packet, and wherein the P2P data packet further comprises identification information of the P2P group, such that the smart terminal joins the P2P group according to the received device information and the identification information of the P2P group after detecting an operation to connect to the smart device.
A tipped implant medical device for bulking a tissue, comprising: an implant body comprising an exterior periphery; and a penetrating member connected to the implant body, the penetrating member comprising a penetrating portion and an expansion portion located adjacent to the penetrating portion; characterized in that the implant body is formed of a bio-remodelable material. an implant body comprising an exterior periphery; and a penetrating member connected to the implant body, the penetrating member comprising a penetrating portion and an expansion portion located adjacent to the penetrating portion; characterized in that the implant body is formed of a bio-remodelable material.
Method for testing a tap changer of a transformer (5; 6), wherein the tap changer is designed to change a transmission ratio of the transformer (5; 6), wherein the method comprises the following steps: generating a test signal which is supplied to a winding (1-3; 10) of the transformer (5; 6) and to the tap changer, repeatedly actuating the tap changer, while the test signal is supplied to the winding (1-3; 10) of the transformer (5; 6) and to the tap changer, in order to repeatedly change the transmission ratio of the transformer (5; 6) with each actuation, detecting a curve of a same electrical measurement variable of the transformer (5; 6) over time (t) during each actuation of the tap changer depending on the same test signal, filtering the curves (41, 42) of the electrical measurement variable in order to suppress an output of at least one of the curves (41, 42), and outputting the filtered curves (41; 42). generating a test signal which is supplied to a winding (1-3; 10) of the transformer (5; 6) and to the tap changer, repeatedly actuating the tap changer, while the test signal is supplied to the winding (1-3; 10) of the transformer (5; 6) and to the tap changer, in order to repeatedly change the transmission ratio of the transformer (5; 6) with each actuation, detecting a curve of a same electrical measurement variable of the transformer (5; 6) over time (t) during each actuation of the tap changer depending on the same test signal, filtering the curves (41, 42) of the electrical measurement variable in order to suppress an output of at least one of the curves (41, 42), and outputting the filtered curves (41; 42).
A gas turbine engine component comprising: opposing walls (46, 48) providing an interior cooling passage, one of the walls has a turbulator with a hook provided as a cross section of the turbulator that is enclosed within the walls; wherein the hook includes a first portion extending from a surface of the one wall, and a second portion extending from the first portion longitudinally within the interior cooling passage; and the first and second portions (52, 54) and the surface provide a pocket, the pocket configured to provide a cavitation zone; characterised in that the interior flow passage is configured to provide a flow direction F, and the second portion extends in a direction substantially parallel to the flow direction F. opposing walls (46, 48) providing an interior cooling passage, one of the walls has a turbulator with a hook provided as a cross section of the turbulator that is enclosed within the walls; wherein the hook includes a first portion extending from a surface of the one wall, and a second portion extending from the first portion longitudinally within the interior cooling passage; and the first and second portions (52, 54) and the surface provide a pocket, the pocket configured to provide a cavitation zone; characterised in that the interior flow passage is configured to provide a flow direction F, and the second portion extends in a direction substantially parallel to the flow direction F.
Control system for a technical plant, having an operator station server and an operator station client, wherein the operator station server is embodied to transmit, for operating and observation, a plant mimic diagram (15, 20) of the technical plant to the operator station client, wherein the plant mimic diagram (15, 20) comprises a plurality of diagram elements (16, 17), and wherein the operator station client is embodied to visually display the plant mimic diagram (15, 20) with the plurality of diagram elements (16, 17) to an operator of the technical plant, and wherein the control system has a visualisation service (9a, 9b, 27), which is implemented on the operator station server for a first part and on the operator station client for a second part, characterised in that the visualisation service (9a, 9b, 27) is embodied to ascertain information about an accumulated transmission status of the plurality of diagram elements (16, 17) from the operator station server to the operator station client and to display this visually to the operator of the control system, wherein the accumulated transmission status represents a logical Boolean value. wherein the operator station server is embodied to transmit, for operating and observation, a plant mimic diagram (15, 20) of the technical plant to the operator station client, wherein the plant mimic diagram (15, 20) comprises a plurality of diagram elements (16, 17), and wherein the operator station client is embodied to visually display the plant mimic diagram (15, 20) with the plurality of diagram elements (16, 17) to an operator of the technical plant, and wherein the control system has a visualisation service (9a, 9b, 27), which is implemented on the operator station server for a first part and on the operator station client for a second part, characterised in that the visualisation service (9a, 9b, 27) is embodied to ascertain information about an accumulated transmission status of the plurality of diagram elements (16, 17) from the operator station server to the operator station client and to display this visually to the operator of the control system, wherein the accumulated transmission status represents a logical Boolean value.
Motor vehicle drive train 1.1 having a drive motor and with drive wheels, 1.2 the drive wheels being driven by the drive motor via a main branch; 1.3 with a hydrodynamic retarder, comprising a circulating rotor and a stator or a circulating rotor and a counter-rotor which circulates in the opposite direction to the rotor, which rotors together form a working space which is filled or can be filled with working medium; 1.4 with a separating clutch, by means of which the rotor of the hydrodynamic retarder can be decoupled from a drive power flow in the drive train; characterized in that 1.5 the hydrodynamic retarder is connected via an at least two-stage transmission means to the main branch, comprising at least one intermediate shaft and a rotor shaft, the rotor shaft driving or supporting the rotor, and the intermediate shaft forming at least one first transmission stage with the main branch and at least one second transmission stage with the rotor shaft, and the separating clutch being positioned on the intermediate shaft. 1.1 having a drive motor and with drive wheels, 1.2 the drive wheels being driven by the drive motor via a main branch; 1.3 with a hydrodynamic retarder, comprising a circulating rotor and a stator or a circulating rotor and a counter-rotor which circulates in the opposite direction to the rotor, which rotors together form a working space which is filled or can be filled with working medium; 1.4 with a separating clutch, by means of which the rotor of the hydrodynamic retarder can be decoupled from a drive power flow in the drive train; characterized in that 1.5 the hydrodynamic retarder is connected via an at least two-stage transmission means to the main branch, comprising at least one intermediate shaft and a rotor shaft, the rotor shaft driving or supporting the rotor, and the intermediate shaft forming at least one first transmission stage with the main branch and at least one second transmission stage with the rotor shaft, and the separating clutch being positioned on the intermediate shaft.
An impeller, comprising: a hub body; and a plurality of impeller blades extending from the hub body, wherein at least one portion of each impeller blade is sculpted, the at least one portion having a nonlinear, curved profile extending from a hub intersect surface of the impeller blade to a shroud intersect surface of the impeller blade, wherein the nonlinear, curved profile has a radius of curvature that varies from a leading edge of the impeller blade to a trailing edge of the impeller blade, characterised in that a location of a maximum of a thickness between the hub intersect surface and the shroud intersect surface of each impeller blade varies from a leading edge to a trailing edge of each impeller blade. a hub body; and a plurality of impeller blades extending from the hub body, wherein at least one portion of each impeller blade is sculpted, the at least one portion having a nonlinear, curved profile extending from a hub intersect surface of the impeller blade to a shroud intersect surface of the impeller blade, wherein the nonlinear, curved profile has a radius of curvature that varies from a leading edge of the impeller blade to a trailing edge of the impeller blade, characterised in that a location of a maximum of a thickness between the hub intersect surface and the shroud intersect surface of each impeller blade varies from a leading edge to a trailing edge of each impeller blade.
A sole for a shoe designed for increasing the instability during stepping, wherein the sole preferably extends from a rear heel area across a metatarsal area to a front forefoot area, characterized in that the sole has an instability region that follows the contour of the gait line and that extends over the entire length of the gait line in the longitudinal direction of the sole for reducing the stability during stepping for the normal gait with an bulk modulus increased relative to the adjacent medial and lateral outer areas (6, 7) of the sole.
An accelerated transaction processing apparatus (100, 500) comprising: - a memory for storing one or more instructions; - a communication interface for communicating with a blockchain network, which is capable to process batch transactions; and - a processor; wherein the processor is configured, by executing the one or more instructions, to perform operations including: - obtaining monitoring information on a transaction failure event occurred in the blockchain network; - in response to the monitoring information identifying a transaction failure event having occurred due to a transaction timeout, an unsatisfied condition of a smart contract or a Multi Version Concurrency Control(MVCC) conflict, adjusting a batch size to reduce the risk of failure of a batch transaction by - determining a failure probability of a transaction based on the monitoring information, and - adjusting the batch size based on the determined failure probability; and - performing batch processing for one or more individual transactions (11, 13, 15) using the adjusted batch size. - a memory for storing one or more instructions; - a communication interface for communicating with a blockchain network, which is capable to process batch transactions; and - a processor; - obtaining monitoring information on a transaction failure event occurred in the blockchain network; - in response to the monitoring information identifying a transaction failure event having occurred due to a transaction timeout, an unsatisfied condition of a smart contract or a Multi Version Concurrency Control(MVCC) conflict, adjusting a batch size to reduce the risk of failure of a batch transaction by - determining a failure probability of a transaction based on the monitoring information, and - adjusting the batch size based on the determined failure probability; and - determining a failure probability of a transaction based on the monitoring information, and - adjusting the batch size based on the determined failure probability; and - performing batch processing for one or more individual transactions (11, 13, 15) using the adjusted batch size.
A method of severing and spacing a first web of material comprising: providing a first web of material at a first speed in a machine direction; severing said first web in a cross-machine direction to create a first discrete portion and a second discrete portion of said first web; accelerating said first and second discrete portions of said first web to a second speed faster than said first speed on a first accelerating unit; creating a first machine direction gap space between said first and second discrete portions of said first web; severing said first and second discrete portions of said first web in a cross-machine direction to create a first and a second subdivision (2102") of said first discrete portion of said first web; and a first and a second subdivision (2102") of said second discrete portion of said first web; providing said first and second subdivisions of said first discrete portion of said first web and said first and second subdivisions of said second discrete portion of said first web to a second accelerating unit operating at a third speed faster than said second speed; creating a second machine direction gap space between said first and second subdivisions of said first discrete portion of said first web and an additional second machine direction gap space between said first and second subdivisions of said second discrete portion of said first web. providing a first web of material at a first speed in a machine direction; severing said first web in a cross-machine direction to create a first discrete portion and a second discrete portion of said first web; accelerating said first and second discrete portions of said first web to a second speed faster than said first speed on a first accelerating unit; creating a first machine direction gap space between said first and second discrete portions of said first web; severing said first and second discrete portions of said first web in a cross-machine direction to create a first and a second subdivision (2102") of said first discrete portion of said first web; and a first and a second subdivision (2102") of said second discrete portion of said first web; providing said first and second subdivisions of said first discrete portion of said first web and said first and second subdivisions of said second discrete portion of said first web to a second accelerating unit operating at a third speed faster than said second speed; creating a second machine direction gap space between said first and second subdivisions of said first discrete portion of said first web and an additional second machine direction gap space between said first and second subdivisions of said second discrete portion of said first web.
An ice handling container comprising: a bottom wall and upstanding sidewalls (16, 18) terminating in a mouth; a bail with opposing ends pivotally attached to opposing sidewalls (16, 18); a handle on a sidewall adjacent the bottom wall; and a hook adjacent the handle extending outwardly and upwardly from the sidewall for hanging the container with the mouth facing downward, further comprising a recess in the sidewall adjacent the bottom wall and a handle assembly with the handle and the hook, wherein the handle assembly is removably nested in the recess, characterized in that the hook extends from an upper portion of the framework of the handle assembly and includes a horizontally extending portion terminating with a vertically extending portion. a bottom wall and upstanding sidewalls (16, 18) terminating in a mouth; a bail with opposing ends pivotally attached to opposing sidewalls (16, 18); a handle on a sidewall adjacent the bottom wall; and a hook adjacent the handle extending outwardly and upwardly from the sidewall for hanging the container with the mouth facing downward, further comprising a recess in the sidewall adjacent the bottom wall and a handle assembly with the handle and the hook, wherein the handle assembly is removably nested in the recess, characterized in that the hook extends from an upper portion of the framework of the handle assembly and includes a horizontally extending portion terminating with a vertically extending portion.
A support system comprising a support beam, at least one counter-beam (14, 20) and a railing (11, 25), for existing or newly built balconies, which support system can be associated with an end part of the floor of a balcony, which comprises a front face, or front plate, or an outer edge of a walking surface, on which said support beam can be firmly fixed, characterised in that said support beam is of the tubular type with a substantially quadrilateral section whose upper side is opened by a slot which extends longitudinally throughout the length of the beam, and in that said beam is associated with at least one counter-beam (14, 20) bearing the railing comprising at least one hollow quadrilateral profile having one of the four sides open, that is the one facing downwards, in such a way to form vertical parallel wings at least one of which is introduced and fixed in said slot of the support beam.
A method of preparing an optical element having a primer layer, the method including: - providing an optical element; - coating a surface of the optical element with a coating composition consisting of: i. an epoxy monomer; ii. a vinyl ether monomer; iii. a cationic photoinitiator; and iv. a solvent; and optionally v. (a) a supplementary polymerisable monomer having greater than one acrylate moiety per molecule and/or a leveling agent; wherein the epoxy monomer and vinyl ether monomer are in amounts effective to form a primer layer on a surface of the optical element after a single polymerization step of cationically polymerizing the coating composition; - cationically polymerising the coating composition to form the primer layer on the surface of the optical element. - providing an optical element; - coating a surface of the optical element with a coating composition consisting of: i. an epoxy monomer; ii. a vinyl ether monomer; iii. a cationic photoinitiator; and iv. a solvent; and optionally v. (a) a supplementary polymerisable monomer having greater than one acrylate moiety per molecule and/or a leveling agent; wherein the epoxy monomer and vinyl ether monomer are in amounts effective to form a primer layer on a surface of the optical element after a single polymerization step of cationically polymerizing the coating composition; i. an epoxy monomer; ii. a vinyl ether monomer; iii. a cationic photoinitiator; and iv. a solvent; and optionally v. (a) a supplementary polymerisable monomer having greater than one acrylate moiety per molecule and/or a leveling agent; - cationically polymerising the coating composition to form the primer layer on the surface of the optical element.
A blowout preventer for controlling pressure within a wellbore, comprising: an internal cavity; a front side including a door opening, the door opening providing access to the internal cavity; a door associated with the door opening, the door being movable between a first position and a second position, the door blocking access to the internal cavity in the first position and enabling access to the internal cavity in the second position; and a hinge coupled to the door, the hinge comprising: a hinge body, the hinge body secured to a body of the BOP; and a hinge coupling coupled to the door, the blowout preventer characterised in that the hinge further comprises: a rotation mechanism arranged at an interface between the hinge body and the hinge coupling, the rotation mechanism securing the door in the second position or in a third position, the third position enabling access to the internal cavity. an internal cavity; a front side including a door opening, the door opening providing access to the internal cavity; a door associated with the door opening, the door being movable between a first position and a second position, the door blocking access to the internal cavity in the first position and enabling access to the internal cavity in the second position; and a hinge coupled to the door, the hinge comprising: a hinge body, the hinge body secured to a body of the BOP; and a hinge coupling coupled to the door, the blowout preventer characterised in that the hinge further comprises: a rotation mechanism arranged at an interface between the hinge body and the hinge coupling, the rotation mechanism securing the door in the second position or in a third position, the third position enabling access to the internal cavity. a hinge body, the hinge body secured to a body of the BOP; and a hinge coupling coupled to the door, the blowout preventer characterised in that the hinge further comprises: a rotation mechanism arranged at an interface between the hinge body and the hinge coupling, the rotation mechanism securing the door in the second position or in a third position, the third position enabling access to the internal cavity.
A system for monitoring a parallel base station power supply, comprising a monitoring unit and at least one rack, wherein each rack includes a HUB and at least one rectifier; the HUB is placed between the monitoring unit and the rectifiers, signal lines of the rectifiers are converged at the HUB, the monitoring unit is used to transmit control signals to the HUB through a control signal line group; wherein the HUB is used to receive the control signals and gate a corresponding rack and rectifier according to the control signals.