mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical guide tool comprising: a non patient-specific platform including one or more supports for attaching to a body part of a subject; a patient-specific block having a top surface and a bottom surface, the block including a guide aperture extending from the top surface to the bottom surface for guiding a surgical instrument in a making at least one of a cut and a drill hole, the block having patient-specific dimensions such that the guide aperture has a desired alignment relative to the body part when the surgical guide tool is attached to the body part of the patient and the block is braced against the platform , wherein the top surface and the bottom surface of the block are planar and non-parallel, wherein the guide aperture is a bore hole defining an axis through the block , and wherein the axis is perpendicular to the top surface of the block . a non patient-specific platform including one or more supports for attaching to a body part of a subject; a patient-specific block having a top surface and a bottom surface, the block including a guide aperture extending from the top surface to the bottom surface for guiding a surgical instrument in a making at least one of a cut and a drill hole, the block having patient-specific dimensions such that the guide aperture has a desired alignment relative to the body part when the surgical guide tool is attached to the body part of the patient and the block is braced against the platform , wherein the top surface and the bottom surface of the block are planar and non-parallel, wherein the guide aperture is a bore hole defining an axis through the block , and wherein the axis is perpendicular to the top surface of the block .
A latch system comprising: a first fixed lock receptor comprising a first opening ; a moveable lock receptor comprising a further opening ; an actuator ; a lock configured to be translatable through the first and second openings and comprising a cap ; and a gland around the actuator for providing a seal between the actuator and the lock; a structure fitted within the first opening and configured to inhibit wear of the gland, wherein the structure comprises a first translation guide and the lock comprises an interior chamber configured to hold an actuator fluid and the actuator, characterized in that the ratio, of the length of the first translation guide to the outer diameter of the lock, exceeds 0.500:1, and in that the ratio, of the length of the first translation guide to a stroke distance of the lock, exceeds 0.559:1, wherein the stroke distance is the distance from the location of the cap of the lock when the lock is in a fully retracted position to the location of the cap of the lock when the lock is in a fully extended position. a first fixed lock receptor comprising a first opening ; a moveable lock receptor comprising a further opening ; an actuator ; a lock configured to be translatable through the first and second openings and comprising a cap ; and a gland around the actuator for providing a seal between the actuator and the lock; a structure fitted within the first opening and configured to inhibit wear of the gland, wherein the structure comprises a first translation guide and the lock comprises an interior chamber configured to hold an actuator fluid and the actuator, characterized in that the ratio, of the length of the first translation guide to the outer diameter of the lock, exceeds 0.500:1, and in that the ratio, of the length of the first translation guide to a stroke distance of the lock, exceeds 0.559:1, wherein the stroke distance is the distance from the location of the cap of the lock when the lock is in a fully retracted position to the location of the cap of the lock when the lock is in a fully extended position.
A method performed by a Packet data network GateWay, PGW, for handling a User Equipment's, UE, access to an Evolved Packet Core, EPC, service via a non-third Generation Partnership Project, non-3GPP, access network , the method comprising: in a Create Session Request message, receiving identity information which indicates an identity of an Authentication Authorization Accounting, AAA, node from a non-3GPP access gateway ; and transmitting , to the AAA node which was indicated in the received identity information, a request message for the UE , which request message is a request for authorization of the UE to access the EPC service via the non-3GPP access network . in a Create Session Request message, receiving identity information which indicates an identity of an Authentication Authorization Accounting, AAA, node from a non-3GPP access gateway ; and transmitting , to the AAA node which was indicated in the received identity information, a request message for the UE , which request message is a request for authorization of the UE to access the EPC service via the non-3GPP access network .
Method for manufacturing a device comprising a radiofrequency transponder antenna, said method comprising a step of manufacturing the antenna with an antenna path and two terminal portions at the start and end of the path on an electrically insulating medium, the antenna and its terminal portions extending over the insulating medium, up to a transfer zone of an electronic component, characterised in that at least one of said terminal portions is formed from the very path of the antenna extending to the edge of a recess in the insulating medium or until within a zone of the medium located opposite said transfer zone.
A low refractive layer satisfying the following formula 1: 30 % ≥ Δ S = S 0 − S 1 / S 0 × 100 in the formula 1, S 0 is the maximum load that scratches are not generated, when rubbing the surface of the low refractive layer while applying a load to a grade #0000 steel wool and reciprocating ten times at a speed of 24 rpm; and S 1 is the maximum load that scratches are not generated, as measured in the same manner as a method of measuring So as to the film prepared by immersing the low refractive layer for 2 minutes in 10 wt% sodium hydroxide aqueous solution heated to 30°C, washing the immersed layer with water, wiping moisture off, followed by immersing the wiped layer for 30 seconds in 10 wt% sodium hydroxide aqueous solution heated to 55°C, and then washing it with water and wiping moisture off, wherein the low refractive layer includes a photo-cured product obtained by photo-curing a photocurable coating composition, wherein the photocurable coating composition comprises: - a polysilsesquioxane substituted with at least one reactive functional group; - a photopolymerizable compound; - a fluorine-based compound containing -O-CF 2 CF 2 -O-CF 3 ; - an inorganic particle; and - a photopolymerization initiator. S 0 is the maximum load that scratches are not generated, when rubbing the surface of the low refractive layer while applying a load to a grade #0000 steel wool and reciprocating ten times at a speed of 24 rpm; and S 1 is the maximum load that scratches are not generated, as measured in the same manner as a method of measuring So as to the film prepared by immersing the low refractive layer for 2 minutes in 10 wt% sodium hydroxide aqueous solution heated to 30°C, washing the immersed layer with water, wiping moisture off, followed by immersing the wiped layer for 30 seconds in 10 wt% sodium hydroxide aqueous solution heated to 55°C, and then washing it with water and wiping moisture off, wherein the low refractive layer includes a photo-cured product obtained by photo-curing a photocurable coating composition, wherein the photocurable coating composition comprises: - a polysilsesquioxane substituted with at least one reactive functional group; - a photopolymerizable compound; - a fluorine-based compound containing -O-CF 2 CF 2 -O-CF 3 ; - an inorganic particle; and - a photopolymerization initiator. - a polysilsesquioxane substituted with at least one reactive functional group; - a photopolymerizable compound; - a fluorine-based compound containing -O-CF 2 CF 2 -O-CF 3 ; - an inorganic particle; and - a photopolymerization initiator.
An apparatus comprising: a flash tank configured to store a refrigerant; a medium temperature load configured to use the refrigerant from the flash tank to cool a space proximate the medium temperature load to a first temperature; a low temperature load configured to use the refrigerant from the flash tank to cool a space proximate the low temperature load to a second temperature that is lower than the first temperature; a first compressor configured to compress the refrigerant from the low temperature load ; a second compressor configured to compress the refrigerant from the medium temperature load ; an ejector configured to direct a mixture of the refrigerant from the first compressor and the refrigerant from the second compressor to the low temperature load via a first valve during a defrost cycle, the mixture defrosts the low temperature load , the flash tank further configured to receive the mixture; a second valve configured to direct a portion of the refrigerant from the first compressor to the second compressor when a pressure of the refrigerant from the first compressor exceeds a threshold; and a third valve configured to direct the refrigerant from the second compressor to the ejector during the defrost cycle and to a high side heat exchanger after the defrost cycle ends. a flash tank configured to store a refrigerant; a medium temperature load configured to use the refrigerant from the flash tank to cool a space proximate the medium temperature load to a first temperature; a low temperature load configured to use the refrigerant from the flash tank to cool a space proximate the low temperature load to a second temperature that is lower than the first temperature; a first compressor configured to compress the refrigerant from the low temperature load ; a second compressor configured to compress the refrigerant from the medium temperature load ; an ejector configured to direct a mixture of the refrigerant from the first compressor and the refrigerant from the second compressor to the low temperature load via a first valve during a defrost cycle, the mixture defrosts the low temperature load , the flash tank further configured to receive the mixture; a second valve configured to direct a portion of the refrigerant from the first compressor to the second compressor when a pressure of the refrigerant from the first compressor exceeds a threshold; and a third valve configured to direct the refrigerant from the second compressor to the ejector during the defrost cycle and to a high side heat exchanger after the defrost cycle ends.
An optical component apparatus, comprising: a board , wherein the board comprises at least one driver unit disposed on the board , and the driver unit comprises: a laser driver , and a matching network and a first connecting piece that are connected to an output end of the laser driver ; at least one optical assembly , wherein the optical assembly comprises an electro-absorption modulated laser and a second connecting piece that is connected to the electro-absorption modulated laser, and the first connecting piece and the second connecting piece are detachably electrically connected, wherein the laser driver is configured to output a modulation signal, the modulation signal is input to the electro-absorption modulated laser through the first connecting piece and the second connecting piece , and the electro-absorption modulated laser is configured to output a laser signal based on the modulation signal; and an eye pattern determining chip , wherein the eye pattern determining chip is configured to adjust an impedance of the matching network based on the laser signal output by the electro-absorption modulated laser , until eye pattern performance of the laser signal that is output by the electro-absorption modulated laser meets a preset standard. a board , wherein the board comprises at least one driver unit disposed on the board , and the driver unit comprises: a laser driver , and a matching network and a first connecting piece that are connected to an output end of the laser driver ; at least one optical assembly , wherein the optical assembly comprises an electro-absorption modulated laser and a second connecting piece that is connected to the electro-absorption modulated laser, and the first connecting piece and the second connecting piece are detachably electrically connected, wherein the laser driver is configured to output a modulation signal, the modulation signal is input to the electro-absorption modulated laser through the first connecting piece and the second connecting piece , and the electro-absorption modulated laser is configured to output a laser signal based on the modulation signal; and an eye pattern determining chip , wherein the eye pattern determining chip is configured to adjust an impedance of the matching network based on the laser signal output by the electro-absorption modulated laser , until eye pattern performance of the laser signal that is output by the electro-absorption modulated laser meets a preset standard.
An overspeed governor assembly , comprising: a fixed bracket ; a sheave mounted on the fixed bracket ; a centrifugal mechanism mounted on the sheave and rotating with the sheave ; an overspeed protection switch on a radially outer side of the centrifugal mechanism ; and a remote triggering device on the radially outer side of the centrifugal mechanism and adjacent to the overspeed protection switch , the remote triggering device comprising: an actuator seat mounted on the fixed bracket and rotatable between a first position and a second position; an actuator disposed on the actuator seat and having an action end movable between a retracted position and an extended position; and a reset lever extending from the actuator seat ; wherein in a case that the centrifugal mechanism of the overspeed governor assembly rotates in a first direction corresponding to ascending of an elevator car, when the action end of the actuator moves to the extended position, the centrifugal mechanism of the overspeed governor assembly contacts the action end of the actuator and drives the actuator seat to rotate from the first position toward the second position, and the reset lever rotates with the actuator seat , wherein the reset lever is capable of acting on the overspeed protection switch during rotation so that the overspeed protection switch is returned to an untriggered position. a fixed bracket ; a sheave mounted on the fixed bracket ; a centrifugal mechanism mounted on the sheave and rotating with the sheave ; an overspeed protection switch on a radially outer side of the centrifugal mechanism ; and a remote triggering device on the radially outer side of the centrifugal mechanism and adjacent to the overspeed protection switch , the remote triggering device comprising: an actuator seat mounted on the fixed bracket and rotatable between a first position and a second position; an actuator disposed on the actuator seat and having an action end movable between a retracted position and an extended position; and a reset lever extending from the actuator seat ; an actuator seat mounted on the fixed bracket and rotatable between a first position and a second position; an actuator disposed on the actuator seat and having an action end movable between a retracted position and an extended position; and a reset lever extending from the actuator seat ; wherein in a case that the centrifugal mechanism of the overspeed governor assembly rotates in a first direction corresponding to ascending of an elevator car, when the action end of the actuator moves to the extended position, the centrifugal mechanism of the overspeed governor assembly contacts the action end of the actuator and drives the actuator seat to rotate from the first position toward the second position, and the reset lever rotates with the actuator seat , wherein the reset lever is capable of acting on the overspeed protection switch during rotation so that the overspeed protection switch is returned to an untriggered position.
An inhalation device comprising a body with a first end configured to receive an inhalant-generating component , and a mouthpiece at an opposite end of the body, the body including a passage therethrough defining an inhalant flow path from the inhalant-generating component to the mouthpiece, and an inhalant modifying mechanism configured to selectively introduce an organoleptic additive to the inhalant prior to inhalation by a user, wherein the inhalant modifying mechanism comprises a control member having a plurality of apertures therethrough, at least one aperture loaded with an organoleptic material , and a blocking element , wherein the control member is moveable between a first position in which gas is permitted to flow through the at least one loaded aperture, and a second position in which the or each loaded aperture is closed by the blocking element so that gas is only permitted to flow through the remaining apertures, when a user draws on the mouthpiece.
A crown plug securement system comprising an outer member of a bore, a securement means to secure a crown plug within the outer member ; characterised in that the securement means comprises a clamping arrangement which is activated between a first configuration and a second configuration wherein, in the first configuration, a clamping member is in an unclamped configuration and enables a crown plug to be axially moved within the outer member to an axial position which is aligned with the clamping member of the clamping arrangement and, in the second configuration, the clamping arrangement exerts sufficient radial force on the outer member to distort the outer member inwardly to grip the crown plug and secure the crown plug in the axial position within the bore.
A method of enhancing speech of a headphone user, the method comprising: receiving a first plurality of signals derived from a first plurality of microphones coupled to the headphone; array processing the first plurality of signals to enhance a response to acoustic signals originating in the direction of the user's mouth to generate a first primary signal; receiving a second plurality of signals derived from a second plurality of microphones coupled to the headphone at a different location from the first plurality of microphones; array processing the second plurality of signals to enhance a response to acoustic signals originating in the direction of the user's mouth to generate a second primary signal; receiving a reference signal derived from one or more microphones, the reference signal being correlated to background acoustic noise, wherein the reference signal comprises a first reference signal and a second reference signal; processing the first plurality of signals to reduce a response to acoustic signals originating in the direction of the user's mouth to generate the first reference signal and processing the second plurality of signals to reduce a response to acoustic signals originating in the direction of the user's mouth to generate the second reference signal; combining the first primary signal and the second primary signal to provide a combined primary signal; and filtering the combined primary signal to provide a voice estimate signal by removing from the combined primary signal components correlated to the reference signal. receiving a first plurality of signals derived from a first plurality of microphones coupled to the headphone; array processing the first plurality of signals to enhance a response to acoustic signals originating in the direction of the user's mouth to generate a first primary signal; receiving a second plurality of signals derived from a second plurality of microphones coupled to the headphone at a different location from the first plurality of microphones; array processing the second plurality of signals to enhance a response to acoustic signals originating in the direction of the user's mouth to generate a second primary signal; receiving a reference signal derived from one or more microphones, the reference signal being correlated to background acoustic noise, wherein the reference signal comprises a first reference signal and a second reference signal; processing the first plurality of signals to reduce a response to acoustic signals originating in the direction of the user's mouth to generate the first reference signal and processing the second plurality of signals to reduce a response to acoustic signals originating in the direction of the user's mouth to generate the second reference signal; combining the first primary signal and the second primary signal to provide a combined primary signal; and filtering the combined primary signal to provide a voice estimate signal by removing from the combined primary signal components correlated to the reference signal.
A rotary drum-type magnetic separator which includes a first rotary drum on which a plurality of magnets are disposed and is configured to separate magnetic substances from a used coolant liquid, the separator comprising: a liquid reservoir portion ; a second rotary drum on which a plurality of magnets are disposed and which is provided before the first rotary drum in a direction in which the used coolant liquid flows during operation and which is configured such that the magnetic substances are configured to be adsorbed to each other so as to be getting larger by magnetizing the magnetic substances in the used coolant liquid using the second rotary drum , wherein the second rotary drum is configured to be entirely immersed into the liquid reservoir portion and, during operation, into the coolant liquid; a scraper which is configured to scrape off the magnetic substances attached to the second rotary drum ; and wherein the separator further comprises: a bottom member which is connected to the scraper and forms a flow path below the first rotary drum , and wherein the scraper is configured to be entirely immersed into the coolant liquid and to introduce the magnetic substances to the first rotary drum along a flow of the used coolant liquid in a state where sizes of the magnetic substances scraped off by the scraper are increased. a liquid reservoir portion ; a second rotary drum on which a plurality of magnets are disposed and which is provided before the first rotary drum in a direction in which the used coolant liquid flows during operation and which is configured such that the magnetic substances are configured to be adsorbed to each other so as to be getting larger by magnetizing the magnetic substances in the used coolant liquid using the second rotary drum , wherein the second rotary drum is configured to be entirely immersed into the liquid reservoir portion and, during operation, into the coolant liquid; a scraper which is configured to scrape off the magnetic substances attached to the second rotary drum ; and wherein the separator further comprises: a bottom member which is connected to the scraper and forms a flow path below the first rotary drum , and wherein the scraper is configured to be entirely immersed into the coolant liquid and to introduce the magnetic substances to the first rotary drum along a flow of the used coolant liquid in a state where sizes of the magnetic substances scraped off by the scraper are increased. a bottom member which is connected to the scraper and forms a flow path below the first rotary drum , and wherein the scraper is configured to be entirely immersed into the coolant liquid and to introduce the magnetic substances to the first rotary drum along a flow of the used coolant liquid in a state where sizes of the magnetic substances scraped off by the scraper are increased.