mhurhangee/ep-ind-claims huggingface dataset:
A calcium treatment method for a non-oriented electrical steel, including RH (Ruhrstahl-Heraeus) refining process, the RH refining process comprising decarbonization step, aluminum deoxidation step and calcium alloy addition step in sequence, wherein in the calcium alloy addition step, the time for adding calcium alloy satisfies the following conditions: Time interval between time for Al and time for Ca/∑Total time period after time for Al=0.2∼0.8, wherein, the time interval between time for Al and time for Ca is the time interval between the time point for adding aluminum in said aluminum deoxidation step and the time point for adding calcium alloy in said calcium alloy addition step, and the ∑total time period after time for Al is the time interval between the time point for adding aluminum in said aluminum deoxidation step and the end point of the RH refining process, wherein the addition amount of said calcium alloy ranges between 0.5kg/t steel and 1.2kg/t steel, the content of sulfur in liquid steel is maintained to be ≤0.003% before said calcium alloy is added and the content of sulfur in liquid steel is maintained to be ≤0.003% by desulfurization of molten iron or molten steel. Time interval between time for Al and time for Ca/∑Total time period after time for Al=0.2∼0.8, wherein, the time interval between time for Al and time for Ca is the time interval between the time point for adding aluminum in said aluminum deoxidation step and the time point for adding calcium alloy in said calcium alloy addition step, and the ∑total time period after time for Al is the time interval between the time point for adding aluminum in said aluminum deoxidation step and the end point of the RH refining process, wherein the addition amount of said calcium alloy ranges between 0.5kg/t steel and 1.2kg/t steel, the content of sulfur in liquid steel is maintained to be ≤0.003% before said calcium alloy is added and the content of sulfur in liquid steel is maintained to be ≤0.003% by desulfurization of molten iron or molten steel.
A process for preparing a mesoporous alumina that has a mesopore volume of 0.6 ml/g or more, comprising the following steps: a) mixing, in aqueous solution, at least one source of aluminium constituted by an aluminium alkoxide, at least one cationic surfactant and at least one organic solvent selected from methanol and ethanol, wherein the molar composition of the mixture in said step a) is such that the water/aluminium source molar ratio is in the range 0.1 to 10, the cationic surfactant/aluminium source molar ratio is in the range 0.1 to 10 and the organic solvent/water molar ratio is in the range 4 to 6; b) hydrothermally treating the mixture formed in said step a); c) drying the solid formed in said step b); d) calcining the solid formed in said step c). a) mixing, in aqueous solution, at least one source of aluminium constituted by an aluminium alkoxide, at least one cationic surfactant and at least one organic solvent selected from methanol and ethanol, wherein the molar composition of the mixture in said step a) is such that the water/aluminium source molar ratio is in the range 0.1 to 10, the cationic surfactant/aluminium source molar ratio is in the range 0.1 to 10 and the organic solvent/water molar ratio is in the range 4 to 6; b) hydrothermally treating the mixture formed in said step a); c) drying the solid formed in said step b); d) calcining the solid formed in said step c).
A method for parallelizing a computer application program based on a script of a script-driven software tool, including: (a) parsing the script into statements including at least processing steps and dataset definitions; (b) constructing a serial dataflow graph from the parsed statements, the serial dataflow graph having nodes connected by directed edges, the nodes representing input datasets, processing steps, and intermediate results, the edges representing input dataset access or intermediate result access; (c) constructing a parallel dataflow graph from the nodes of the serial dataflow graph such that the parallel dataflow graph may be executed by a parallel runtime system, including partitioning at least some data from the nodes representing datasets or intermediate results by dividing the data into multiple disjoint subsets according to a partitioning method specified by a pre-defined parallelization rewrite rule that is selected based on an applicability test applied to a node representing a processing step; and (d) analyzing the parallel dataflow graph and generating a set of one or more script fragments, wherein each script fragment corresponds to one of the processing steps in the parallel dataflow graph, from the script in a form that enables the script-driven software tool to execute the processing steps in the script fragment set, where the parallel dataflow graph and script fragment set provide functional equivalence to the script when the parallel runtime system executes the parallel dataflow graph and invokes the script-driven software tool to execute the script fragments. (a) parsing the script into statements including at least processing steps and dataset definitions; (b) constructing a serial dataflow graph from the parsed statements, the serial dataflow graph having nodes connected by directed edges, the nodes representing input datasets, processing steps, and intermediate results, the edges representing input dataset access or intermediate result access; (c) constructing a parallel dataflow graph from the nodes of the serial dataflow graph such that the parallel dataflow graph may be executed by a parallel runtime system, including partitioning at least some data from the nodes representing datasets or intermediate results by dividing the data into multiple disjoint subsets according to a partitioning method specified by a pre-defined parallelization rewrite rule that is selected based on an applicability test applied to a node representing a processing step; and (d) analyzing the parallel dataflow graph and generating a set of one or more script fragments, wherein each script fragment corresponds to one of the processing steps in the parallel dataflow graph, from the script in a form that enables the script-driven software tool to execute the processing steps in the script fragment set, where the parallel dataflow graph and script fragment set provide functional equivalence to the script when the parallel runtime system executes the parallel dataflow graph and invokes the script-driven software tool to execute the script fragments.
A pharmaceutical combination composition for use in treating or preventing hypertension comprising: (i) the AT 1 -antagonist valsartan or a pharmaceutically acceptable salt thereof; (ii) amlodipine or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable carrier, wherein the combination composition is in one fixed combination combined unit dose form. (i) the AT 1 -antagonist valsartan or a pharmaceutically acceptable salt thereof; (ii) amlodipine or a pharmaceutically acceptable salt thereof, and
Bending tool for bending at least one glass pane (I,II) by means of suction, comprising a frame-like, convex contact surface and a cover having a peripheral air guide plate that surrounds the contact surface at least in regions, wherein the bending tool is suitable for generating, - a first, reduced pressure (p 1) in a first pressure region between the air guide plate and the contact surface; - a second, reduced pressure (p 2) in a second pressure region, wherein the second pressure (p 2) is less than the first pressure (pi); - a third pressure (p 3) in a third pressure region, wherein the third pressure (p 3) is greater than the first pressure (p 1). - a first, reduced pressure (p 1) in a first pressure region between the air guide plate and the contact surface; - a second, reduced pressure (p 2) in a second pressure region, wherein the second pressure (p 2) is less than the first pressure (pi); - a third pressure (p 3) in a third pressure region, wherein the third pressure (p 3) is greater than the first pressure (p 1).
A method, comprising: communicating a first data link message from a gateway to a first base station that belongs to a first wireless communication network, wherein the first data link message is destined for a first mobile station that belongs to the first wireless communication network; communicating a second data link message, different from the first data link message, from the gateway to a second base station, different from the first base station, that belongs to a second wireless communication network, different from the first wireless communication network, wherein the second data link message is destined for the first mobile station; transmitting either the first data link message from the first base station or the second data link message from the second base station to the first mobile station; communicating, in response to the first mobile station receiving the first data link message or the second data link message, an acknowledgment message from the first mobile station; determining, at the gateway, that the first mobile station is located at and registered with the first wireless communication network when the acknowledgment message is communicated to the gateway via the first base station in response to the first data link message; and determining, at the gateway, that the first mobile station is located at and registered with the second wireless communication network when the acknowledgment message is communicated to the gateway via the second base station in response to the second data link message. communicating a first data link message from a gateway to a first base station that belongs to a first wireless communication network, wherein the first data link message is destined for a first mobile station that belongs to the first wireless communication network; communicating a second data link message, different from the first data link message, from the gateway to a second base station, different from the first base station, that belongs to a second wireless communication network, different from the first wireless communication network, wherein the second data link message is destined for the first mobile station; transmitting either the first data link message from the first base station or the second data link message from the second base station to the first mobile station; communicating, in response to the first mobile station receiving the first data link message or the second data link message, an acknowledgment message from the first mobile station; determining, at the gateway, that the first mobile station is located at and registered with the first wireless communication network when the acknowledgment message is communicated to the gateway via the first base station in response to the first data link message; and determining, at the gateway, that the first mobile station is located at and registered with the second wireless communication network when the acknowledgment message is communicated to the gateway via the second base station in response to the second data link message.
A vineyard trellis system including at least two spaced apart ground anchored posts, each having a lower portion and an upper portion, at least one foliage wire extending laterally between the at least two spaced apart ground anchored posts, each post having a supporting member in sliding engagement therein, the supporting member adapted to securely engage the at least one foliage wire, and the supporting member having a sliding portion and a foliage wire holding portion, the foliage wire holding portion being remote from the sliding portion, the supporting member being adapted to at least partially reside within the ground anchoring post such that driving lifting or lowering the sliding portion of the supporting member travels longitudinally along the inside of the post, a lifting means to effect lifting or lowering of the supporting member, characterized in that the vineyard trellis system comprises a pulley system located within the post and the sliding portion has an upper portion with an aperture there through and a shaft passing through said aperture supporting at least one pulley wheel (100, 105) thereon and the post has at least one pulley located on the lower portion and at least one pulley (260, 265) located on the upper portion and a wire connecting said pulleys in an operable manner so that lifting of the sliding portion is facilitated.
A method for assembling components of a gas turbine engine, comprising: heating a first component; positioning the first component adjacent to a second component such that a first surface of the first component abuts the second component, subsequent to heating the first component; coupling a cooling plate to the first component such that a first surface of the cooling plate abuts a second surface of the first component; coupling a loading ram to the cooling plate such that a second surface of the cooling plate abuts the loading ram, wherein the second surface of the cooling plate is opposed to the first surface of the cooling plate; engaging the loading ram subsequent to coupling the loading ram to the cooling plate; engaging a cooling system subsequent to engaging the loading ram, wherein the cooling system includes the cooling plate; determining that a temperature of the first component is less than a threshold subsequent to coupling the cooling plate to the first component; and decoupling the cooling plate from the first component based on determining that the temperature of the first component is less than the threshold, wherein the first component is a bearing that includes a roller and a race, wherein the second component is one of a seal, a spacer, or a shoulder of a shaft of the gas turbine engine. heating a first component; positioning the first component adjacent to a second component such that a first surface of the first component abuts the second component, subsequent to heating the first component; coupling a cooling plate to the first component such that a first surface of the cooling plate abuts a second surface of the first component; coupling a loading ram to the cooling plate such that a second surface of the cooling plate abuts the loading ram, wherein the second surface of the cooling plate is opposed to the first surface of the cooling plate; engaging the loading ram subsequent to coupling the loading ram to the cooling plate; engaging a cooling system subsequent to engaging the loading ram, determining that a temperature of the first component is less than a threshold subsequent to coupling the cooling plate to the first component; and decoupling the cooling plate from the first component based on determining that the temperature of the first component is less than the threshold, wherein the first component is a bearing that includes a roller and a race, wherein the second component is one of a seal, a spacer, or a shoulder of a shaft of the gas turbine engine.
A subscription credentialing system for providing subscription credentials to remote communication devices lacking subscription credentials for network access, said subscription credentialing system comprising a subscription server configured to: receive a credential request from an intermediate data device operating under the control of a requesting user and having a first communication link with the remote communication device and a second communication link with the subscription server; prompt an external identity verification system to communicate with the intermediate data device to verify a device owner identity to be linked with the subscription credentials; responsive to device owner identity verification, establish communication with the remote communication device through the intermediate data device and request a device certificate from the remote communication device; prompt an external validation system to verify a validity of the device certificate; responsive to validation of the device certificate, send a first transaction identifier and operator certificate to the remote communication device and correspondingly receive a signed return value from the remote communication device; authenticate and decrypt the signed return value to recover a second transaction identifier and correspondingly generate a credentialing session key from the first and second transaction identifier; and conduct an encrypted credentialing session with the remote communication device based on the session key, including the transfer of the subscription credentials. receive a credential request from an intermediate data device operating under the control of a requesting user and having a first communication link with the remote communication device and a second communication link with the subscription server; prompt an external identity verification system to communicate with the intermediate data device to verify a device owner identity to be linked with the subscription credentials; responsive to device owner identity verification, establish communication with the remote communication device through the intermediate data device and request a device certificate from the remote communication device; prompt an external validation system to verify a validity of the device certificate; responsive to validation of the device certificate, send a first transaction identifier and operator certificate to the remote communication device and correspondingly receive a signed return value from the remote communication device; authenticate and decrypt the signed return value to recover a second transaction identifier and correspondingly generate a credentialing session key from the first and second transaction identifier; and conduct an encrypted credentialing session with the remote communication device based on the session key, including the transfer of the subscription credentials.
A method for protecting an interconnection between a first communication network and a second communication network, said first communication network comprising a node and a further node connected to said second communication network, said node and said further node being connected by a protection link (AUPL, ATPL), said node comprising a switch and at least one protection module (AUPM2, ATPM2) connected to at least one output of said switch, said method comprising, at said switch, upon reception of a packet: a) based on a packet destination of said packet, determining, among said at least one protection module (AUPM2, ATPM2), an output protection module (AUPM2) to which said packet shall be forwarded; b) determining whether said packet was received from a further protection module (AUPM1) which is comprised in said further node and which implements, together with said output protection module (AUPM2), a bi-directional protection connection over said protection link (AUPL, ATPL), said determining being based upon protection information stored at said node and comprising at least an identifier of said further protection module (AUPM1); c) in the affirmative, determining a current configuration of said output protection module (AUPM2); and d) if said current configuration is a protection configuration whereby said output protection module (AUPM2) forwards traffic received from said switch to said protection link, discarding said packet. a) based on a packet destination of said packet, determining, among said at least one protection module (AUPM2, ATPM2), an output protection module (AUPM2) to which said packet shall be forwarded; b) determining whether said packet was received from a further protection module (AUPM1) which is comprised in said further node and which implements, together with said output protection module (AUPM2), a bi-directional protection connection over said protection link (AUPL, ATPL), said determining being based upon protection information stored at said node and comprising at least an identifier of said further protection module (AUPM1); c) in the affirmative, determining a current configuration of said output protection module (AUPM2); and d) if said current configuration is a protection configuration whereby said output protection module (AUPM2) forwards traffic received from said switch to said protection link, discarding said packet.
A system for detecting cavitation signals from a target region of a patient during a focused ultrasound procedure, the system comprising: an ultrasound transducer; an imaging device for acquiring physiological characteristics of a plurality of anatomical regions through which the cavitation signals from the target region travel; a controller; and at least one cavitation detection device; characterized in that: the controller is configured to: select at least one of the anatomical regions based at least in part on the physiological characteristics thereof; and map the selected anatomical region to a corresponding skin region; and the at least one cavitation detection device is attachable to the corresponding skin region. an ultrasound transducer; an imaging device for acquiring physiological characteristics of a plurality of anatomical regions through which the cavitation signals from the target region travel; a controller; and at least one cavitation detection device; characterized in that: the controller is configured to: select at least one of the anatomical regions based at least in part on the physiological characteristics thereof; and map the selected anatomical region to a corresponding skin region; and the at least one cavitation detection device is attachable to the corresponding skin region. the controller is configured to: select at least one of the anatomical regions based at least in part on the physiological characteristics thereof; and map the selected anatomical region to a corresponding skin region; and select at least one of the anatomical regions based at least in part on the physiological characteristics thereof; and map the selected anatomical region to a corresponding skin region; and the at least one cavitation detection device is attachable to the corresponding skin region.
An aerosol provision device having an axis and comprising: a power source; an end member, at a first end, at least partially surrounded by an outer cover, the end member and the outer cover together defining an end surface of the aerosol provision device, wherein the end member defines a recess which is positioned away from the end surface in the direction of the axis and is covered by the outer cover, characterised in that the recess is configured to interrupt capillary flow of water. a power source; an end member, at a first end, at least partially surrounded by an outer cover, the end member and the outer cover together defining an end surface of the aerosol provision device, wherein the end member defines a recess which is positioned away from the end surface in the direction of the axis and is covered by the outer cover, characterised in that the recess is configured to interrupt capillary flow of water.
Method for producing a connection between an insert (1, 1', 1'') and a polymer which at least partially surrounds the insert, wherein a monomer is brought into contact with the insert (1, 1', 1") and then polymerized to form the polymer, wherein the temperature T E of the insert (1, 1', 1") is increased at least in the short term at least to the maximum temperature T M reached by the monomer during its exothermic polymerization to form the polymer, and/or that ensures that heat always flows from the insert (1, 1', 1") to the monomer, wherein an at least partially electrically conductive or semiconductive insert (1, 1', 1") is selected, characterized in that the insert (1, 1', 1") is heated resistively, and/or inductively, by having a current I applied to it.