mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a delivery device comprising a distal end, a proximal end, and a lumen extending from the distal end to the proximal end; an annular anchor removably coupleable to the distal end of the delivery device, the anchor implantable at a target site in a patient via manipulation of the delivery device, the delivery device extendable outside the patient when the anchor is implanted at the target site; and an implant deliverable through the delivery device to the target site and implantable through the annular anchor, wherein the delivery device coupled to the annular anchor controls a trajectory of delivery of the implant into the target site, wherein at least a portion of the circumference of the annular anchor comprises a chamfered lip extending inwardly from a proximal to a distal end of an annular portion of the annular anchor. a delivery device comprising a distal end, a proximal end, and a lumen extending from the distal end to the proximal end; an annular anchor removably coupleable to the distal end of the delivery device, the anchor implantable at a target site in a patient via manipulation of the delivery device, the delivery device extendable outside the patient when the anchor is implanted at the target site; and an implant deliverable through the delivery device to the target site and implantable through the annular anchor, wherein the delivery device coupled to the annular anchor controls a trajectory of delivery of the implant into the target site, wherein at least a portion of the circumference of the annular anchor comprises a chamfered lip extending inwardly from a proximal to a distal end of an annular portion of the annular anchor.
A method of producing a powder magnetic core, characterized by comprising: obtaining magnetic core powders by mixing magnetic powders with thermosetting resin powders having an initial hardening temperature in a hot state at a temperature that is less than said initial hardening temperature and that is at least as high as a compacting temperature so as to bring the viscosity of the thermosetting resin to less than or equal to 10 4 Pa·s such that a resin film is formed on the particle surfaces of the magnetic core powders; cooling the obtained mixture of the magnetic core powders and thermosetting resin powders while agitating; filling the cooled magnetic core powders into a preheated die; compacting the filled magnetic core powders at said compacting temperature to obtain a compact; and heating the obtained compact into a state in which the thermosetting resin hardens. obtaining magnetic core powders by mixing magnetic powders with thermosetting resin powders having an initial hardening temperature in a hot state at a temperature that is less than said initial hardening temperature and that is at least as high as a compacting temperature so as to bring the viscosity of the thermosetting resin to less than or equal to 10 4 Pa·s such that a resin film is formed on the particle surfaces of the magnetic core powders; cooling the obtained mixture of the magnetic core powders and thermosetting resin powders while agitating; filling the cooled magnetic core powders into a preheated die; compacting the filled magnetic core powders at said compacting temperature to obtain a compact; and heating the obtained compact into a state in which the thermosetting resin hardens.
A process for removal and recovery of tritium from tritium-contaminated water, the process comprising: contacting a separation phase with an aqueous stream, the aqueous stream comprising tritium, the separation phase having an isotopic separation factor of about 1.06 or greater, or about 1.1 or greater, or about 1.2 or greater, the tritium being preferentially adsorbed onto the surface of the separation phase to form a purified aqueous stream; subsequently, contacting the separation phase with a gaseous stream, the gaseous stream comprising protium and/or deuterium in the form of hydrogen gas, deuterium gas, hydrogen deuteride, or mixtures thereof, the tritium that is adsorbed onto the surface of the separation phase being exchanged with the protium and/or the deuterium of the gaseous stream to form a tritium-enriched gaseous stream; and separating the tritium from the tritium-enriched gaseous stream. contacting a separation phase with an aqueous stream, the aqueous stream comprising tritium, the separation phase having an isotopic separation factor of about 1.06 or greater, or about 1.1 or greater, or about 1.2 or greater, the tritium being preferentially adsorbed onto the surface of the separation phase to form a purified aqueous stream; subsequently, contacting the separation phase with a gaseous stream, the gaseous stream comprising protium and/or deuterium in the form of hydrogen gas, deuterium gas, hydrogen deuteride, or mixtures thereof, the tritium that is adsorbed onto the surface of the separation phase being exchanged with the protium and/or the deuterium of the gaseous stream to form a tritium-enriched gaseous stream; and separating the tritium from the tritium-enriched gaseous stream.
Method for receiving a signal during an intra-body communication via a user carrying a terminal, comprising the following, at the level of the terminal: - receiving, from a communication device, a signal characterizing the fact that an approach gesture performed by the user toward the device has been performed between two times, - in the received signal, detecting the time interval, between the two times, in which the amplitude of the signal is at a maximum, said method being characterized in that it comprises the following, at the level of the terminal: - from the received signal, detecting (S111, S112), in the time interval, information determining whether or not the user has touched the device between the two times, - validating a transaction depending on the value of said detected information. - receiving, from a communication device, a signal characterizing the fact that an approach gesture performed by the user toward the device has been performed between two times, - in the received signal, detecting the time interval, between the two times, in which the amplitude of the signal is at a maximum, - from the received signal, detecting (S111, S112), in the time interval, information determining whether or not the user has touched the device between the two times, - validating a transaction depending on the value of said detected information.
A display panel comprising: a first substrate having a plurality of subpixel areas defined to constitute one unit pixel; a second substrate facing the first substrate; an organic light emitting device corresponding to the subpixel areas on the first substrate; a polarizing emission layer on the organic light emitting device, corresponding to at least one of the subpixel areas; and a plurality of dummy electrodes within the polarizing emission layer. a first substrate having a plurality of subpixel areas defined to constitute one unit pixel; a second substrate facing the first substrate; an organic light emitting device corresponding to the subpixel areas on the first substrate; a polarizing emission layer on the organic light emitting device, corresponding to at least one of the subpixel areas; and a plurality of dummy electrodes within the polarizing emission layer.
A mobile device comprising: a touch screen comprising a touch panel, whereby when a touch is made on the touch panel, a change in capacitance at the touched area causes a magnitude of an output signal of the touch panel to increase; and a controller configured to: compare the magnitude of the output signal of the touch panel with a first touch threshold to identify the presence of a touch, and for determining whether the touch has occurred; and compare the magnitude of the output signal of the touch panel with a second touch threshold to identify a touch area size, wherein the second touch threshold is less than the first touch threshold, characterized in that the second touch threshold is set such that a difference between the identified touch area size in a held state of the mobile device and the identified touch area size in a non-held state of the mobile device has the smallest value, and wherein the controller is further configured to identify a type of the touch according to the identified touch area size. a touch screen comprising a touch panel, whereby when a touch is made on the touch panel, a change in capacitance at the touched area causes a magnitude of an output signal of the touch panel to increase; and a controller configured to: compare the magnitude of the output signal of the touch panel with a first touch threshold to identify the presence of a touch, and for determining whether the touch has occurred; and compare the magnitude of the output signal of the touch panel with a second touch threshold to identify a touch area size, compare the magnitude of the output signal of the touch panel with a first touch threshold to identify the presence of a touch, and for determining whether the touch has occurred; and compare the magnitude of the output signal of the touch panel with a second touch threshold to identify a touch area size, wherein the second touch threshold is less than the first touch threshold, characterized in that the second touch threshold is set such that a difference between the identified touch area size in a held state of the mobile device and the identified touch area size in a non-held state of the mobile device has the smallest value, and wherein the controller is further configured to identify a type of the touch according to the identified touch area size.
A method for producing a relief decoration on a surface of a ceramic printing medium comprising the steps of: a) providing a ceramic printing medium; b) dispensing droplets of a first glaze suspension comprising at least a frit-containing glaze material in the form of particles, through a plurality of nozzles of a first inkjet printer onto a portion of the surface and constricting the droplets applied to the portion such that at least partially constricted glaze material forms semi-cylindrical elevations, wherein continuous unidirectional relative movement occurs between the nozzles and the printing medium while dispensing the droplets; c) firing the ceramic printing medium to produce a fired relief decoration on the surface of the printing medium; wherein dispensing and constricting the droplets in step (b) is performed such that a first glaze layer with adjacent semi-cylindrical elevations each having a base (109, 109', 109", 109'", 109"") and a lateral surface (107, 107', 107", 107"", 107ʺʺ′) is formed, the respective longitudinal axis of which extends in a first direction, characterized in that the base surfaces (109, 109', 109", 109′′′, 109"") of which and the lateral surfaces (107, 107', 107", 107'", 107ʺʺ) of which partially overlapping each other. a) providing a ceramic printing medium; b) dispensing droplets of a first glaze suspension comprising at least a frit-containing glaze material in the form of particles, through a plurality of nozzles of a first inkjet printer onto a portion of the surface and constricting the droplets applied to the portion such that at least partially constricted glaze material forms semi-cylindrical elevations, wherein continuous unidirectional relative movement occurs between the nozzles and the printing medium while dispensing the droplets; c) firing the ceramic printing medium to produce a fired relief decoration on the surface of the printing medium;
A system comprising: at least one processor; and memory storing instructions that, when executed, cause the at least one processor to perform a method comprising: determining a domain associated with content, wherein the content is a webpage and comprises at least one actionable element; determining a suggested task, wherein determining the suggested task comprises: identifying one or more existing conversational understanding systems that are associated with the domain; determining an action by analyzing the functionality of the website with a content scraper, wherein randomly chosen selectable items in drop-down menus are used to mimic the actions a user may take comparing the action to one or more existing tasks for the one or more existing conversational understanding systems to identify the suggested task; and providing the suggested task to an authoring platform at least one processor; and memory storing instructions that, when executed, cause the at least one processor to perform a method comprising: determining a domain associated with content, wherein the content is a webpage and comprises at least one actionable element; determining a suggested task, wherein determining the suggested task comprises: identifying one or more existing conversational understanding systems that are associated with the domain; determining an action by analyzing the functionality of the website with a content scraper, wherein randomly chosen selectable items in drop-down menus are used to mimic the actions a user may take comparing the action to one or more existing tasks for the one or more existing conversational understanding systems to identify the suggested task; and providing the suggested task to an authoring platform determining a domain associated with content, wherein the content is a webpage and comprises at least one actionable element; determining a suggested task, wherein determining the suggested task comprises: identifying one or more existing conversational understanding systems that are associated with the domain; determining an action by analyzing the functionality of the website with a content scraper, wherein randomly chosen selectable items in drop-down menus are used to mimic the actions a user may take comparing the action to one or more existing tasks for the one or more existing conversational understanding systems to identify the suggested task; and providing the suggested task to an authoring platform identifying one or more existing conversational understanding systems that are associated with the domain; determining an action by analyzing the functionality of the website with a content scraper, wherein randomly chosen selectable items in drop-down menus are used to mimic the actions a user may take comparing the action to one or more existing tasks for the one or more existing conversational understanding systems to identify the suggested task; and providing the suggested task to an authoring platform
A method for modifying intelligibility of speech in a downlink voice signal during a call, comprising: computing a current noise level estimate based on a) sampling ambient acoustic noise during the call, and b) a previously estimated noise level, by calculating a delta noise based on the sampled ambient acoustic noise and based on the previously estimated noise level; determining a slew rate; calculating a slew delta by multiplying the slew rate and a noise sampling period; selecting the sampled ambient acoustic noise to be the current noise level estimate when the delta noise does not exceed the slew delta; selecting the previously determined noise level plus the slew delta to be the current noise level estimate when the delta noise exceeds the slew delta; determining an overall output gain based on the current noise level estimate and based on a user-selected volume setting; determining a frequency response based on the current noise level estimate and based on the user-selected volume setting; and modifying the downlink voice signal during the call in accordance with the overall output gain and the frequency response. computing a current noise level estimate based on a) sampling ambient acoustic noise during the call, and b) a previously estimated noise level, by calculating a delta noise based on the sampled ambient acoustic noise and based on the previously estimated noise level; determining a slew rate; calculating a slew delta by multiplying the slew rate and a noise sampling period; selecting the sampled ambient acoustic noise to be the current noise level estimate when the delta noise does not exceed the slew delta; selecting the previously determined noise level plus the slew delta to be the current noise level estimate when the delta noise exceeds the slew delta; determining an overall output gain based on the current noise level estimate and based on a user-selected volume setting; determining a frequency response based on the current noise level estimate and based on the user-selected volume setting; and modifying the downlink voice signal during the call in accordance with the overall output gain and the frequency response.
A bag transfer apparatus comprising a plurality of holding units which include a first holding unit and a second holding unit provided to be adjacent to each other in a horizontal direction and are provided to be able to move, wherein each of the plurality of holding units includes: a left support unit which supports one side portion of a bag; and a right support unit which supports another side portion of the bag, and wherein one of the right support unit of the first holding unit and the left support unit of the second holding unit is positioned above the other, characterized in that in each of the first holding unit and the second holding unit, one of the left support unit and the right support unit is positioned above the other. wherein each of the plurality of holding units includes: a left support unit which supports one side portion of a bag; and a right support unit which supports another side portion of the bag, and wherein one of the right support unit of the first holding unit and the left support unit of the second holding unit is positioned above the other, characterized in that in each of the first holding unit and the second holding unit, one of the left support unit and the right support unit is positioned above the other.
A method for growing a plate-shaped β-Ga 2 O 3 based single crystal using an EFG method, comprising: a step of bringing a plate-shaped seed crystal into contact with a Ga 2 O 3 based melt; and a step of pulling the plate-shaped seed crystal to grow a plate-shaped β-Ga 2 O 3 based single crystal in a b-axis direction without conducting a necking process, wherein a width of the plate-shaped β-Ga 2 O 3 based single crystal in any direction perpendicular to the b-axis direction is not more than 110% of a width of the plate-shaped seed crystal in that direction perpendicular to the b-axis direction. a step of bringing a plate-shaped seed crystal into contact with a Ga 2 O 3 based melt; and a step of pulling the plate-shaped seed crystal to grow a plate-shaped β-Ga 2 O 3 based single crystal in a b-axis direction without conducting a necking process,
A method for producing 3,5,5-trimethylhexanal by allowing diisobutylene, carbon monoxide and hydrogen to react with one another in the presence of a cobalt-based catalyst, comprising: a step of allowing DIB to react with carbon monoxide and hydrogen in the presence of a cobalt-based catalyst until a conversion of DIB reaches 50 to 85% (first stage reaction step); a step of separating unreacted DIB from a reaction product obtained in the first stage reaction step (unreacted DIB separation step); and a step of allowing the unreacted DIB separated to react with carbon monoxide and hydrogen in the presence of a cobalt-based catalyst (second stage reaction step). a step of allowing DIB to react with carbon monoxide and hydrogen in the presence of a cobalt-based catalyst until a conversion of DIB reaches 50 to 85% (first stage reaction step); a step of separating unreacted DIB from a reaction product obtained in the first stage reaction step (unreacted DIB separation step); and a step of allowing the unreacted DIB separated to react with carbon monoxide and hydrogen in the presence of a cobalt-based catalyst (second stage reaction step).
A preform having a preform wall comprising a composition comprising: at least one polyester component a transition metal catalyst, and a vegetable oil comprising at least one molecule having a double allylic structure, the double allylic structure being as described in the specification, wherein the at least one polyester component comprises at least one acid unit and at least one diol unit, the concentration of the double allylic structures of the vegetable oil in the composition is greater than 14.0 meq/kg of all of the polyester components, and the preform has an ω value of less than 24 in an equation ω = 1 L ∗ × t × 1000 where L* is a Hunter L* measurement in the range of between 0 and 100 excluding 0 measured 4 times at 90° intervals in an immobilization jig using a Spectrophotometer as described in the specification and t is the thickness of the preform wall in mm. at least one polyester component a transition metal catalyst, and a vegetable oil comprising at least one molecule having a double allylic structure, the double allylic structure being as described in the specification,
Method of treating cargo vapors from crude oil and petroleum products tanks to generate electrical power by operating a gas turbine having a compressor, a combustion chamber and an expander; the method comprising the step of separating the cargo vapors into liquid volatile organic compounds (LVOC) and compressed surplus gas in a VOC recovery plant; the method being characterized by the steps of: • controllably feeding the compressed surplus gas to the combustion chamber; • feeding the liquid volatile organic compounds (LVOC) to the combustion chamber as pilot fuel; • feeding air to the compressor operated by the expander and feeding the compressed air to the combustion chamber; • controlling the volume flow of air supplied to the compressor proportionally to the feeding of the surplus gas, and • combusting the compressed air, surplus gas and the liquid volatile organic compounds (LVOC) in the combustion chamber; using the combustion for operating a generator with the gas turbine to generate electrical power. • controllably feeding the compressed surplus gas to the combustion chamber; • feeding the liquid volatile organic compounds (LVOC) to the combustion chamber as pilot fuel; • feeding air to the compressor operated by the expander and feeding the compressed air to the combustion chamber; • controlling the volume flow of air supplied to the compressor proportionally to the feeding of the surplus gas, and • combusting the compressed air, surplus gas and the liquid volatile organic compounds (LVOC) in the combustion chamber; using the combustion for operating a generator with the gas turbine to generate electrical power.