mhurhangee/patent-ind-claim-en huggingface dataset:
A component for use in a hot gas path of a gas turbine engine, the component comprising: a body including an outer surface ; a thermal barrier coating over the outer surface , the thermal barrier coating being exposed, in use, to a working fluid having a high temperature; an internal cooling circuit in the body for carrying, in use, a cooling medium ; and a cooling pathway in the body and in fluid communication with the internal cooling circuit , the cooling pathway including a terminating end in the body and a length extending along and spaced internally from the outer surface by a first spacing, wherein the terminating end is spaced internally from the outer surface by a second spacing that is less than the first spacing, wherein, in use, in response to a spall in the thermal barrier coating occurring at a location over the cooling pathway and a temperature of the body reaching or exceeding a predetermined temperature at the location, the body at the location changes state in such a way to allow its removal such that the cooling pathway opens at the location over the terminating end and through the second spacing to allow a flow of the cooling medium therethrough, wherein the first spacing is consistent along the length such that the cooling pathway extends parallel along and internally from the outer surface . a body including an outer surface ; a thermal barrier coating over the outer surface , the thermal barrier coating being exposed, in use, to a working fluid having a high temperature; an internal cooling circuit in the body for carrying, in use, a cooling medium ; and a cooling pathway in the body and in fluid communication with the internal cooling circuit , the cooling pathway including a terminating end in the body and a length extending along and spaced internally from the outer surface by a first spacing, wherein the terminating end is spaced internally from the outer surface by a second spacing that is less than the first spacing, wherein, in use, in response to a spall in the thermal barrier coating occurring at a location over the cooling pathway and a temperature of the body reaching or exceeding a predetermined temperature at the location, the body at the location changes state in such a way to allow its removal such that the cooling pathway opens at the location over the terminating end and through the second spacing to allow a flow of the cooling medium therethrough, wherein the first spacing is consistent along the length such that the cooling pathway extends parallel along and internally from the outer surface .
A battery comprising a nickel or manganese cathode, an iron anode comprised of a single layer of a conductive substrate coated on at least one side with a coating comprising an iron active material and a polyvinyl alcohol binder, and an electrolyte comprised of sodium hydroxide, lithium hydroxide, and a sulfide salt, with the amount of sulfide in the electrolyte ranging from 0.23% to 0.75% by weight of the electrolyte.
A staple cartridge , comprising: a cartridge body , comprising: a proximal end; a distal end; a deck configured to support patient tissue; a bottom portion positioned opposite said deck; and staple cavities defined in said deck, wherein each staple cavity comprises staple cavity walls ; staples removably stored in said staple cavities , wherein said staples are comprised of a degradable metal, wherein each said staple comprises a base and legs extending from said base, and wherein said legs of each said staple are engaged with the staple cavity walls (10112, 10114, 10116, or 10212, 10214, 10216) of the staple cavity that said staple is positioned in; a first lubricant applied to said staples characterised by said first lubricant being applied to said staples before said staples are loaded into said staple cavities such that said first lubricant is intermediate said legs of said staples and said staple cavity walls ; and a second lubricant applied to said staples after said staples are loaded into said staple cavities such that said second lubricant is not intermediate said legs of said staples and said staple cavity walls when said staples are in an unfired position, wherein the second lubricant is different than the first lubricant. a cartridge body , comprising: a proximal end; a distal end; a deck configured to support patient tissue; a bottom portion positioned opposite said deck; and staple cavities defined in said deck, wherein each staple cavity comprises staple cavity walls ; a proximal end; a distal end; a deck configured to support patient tissue; a bottom portion positioned opposite said deck; and staple cavities defined in said deck, wherein each staple cavity comprises staple cavity walls ; staples removably stored in said staple cavities , wherein said staples are comprised of a degradable metal, wherein each said staple comprises a base and legs extending from said base, and wherein said legs of each said staple are engaged with the staple cavity walls (10112, 10114, 10116, or 10212, 10214, 10216) of the staple cavity that said staple is positioned in; a first lubricant applied to said staples characterised by said first lubricant being applied to said staples before said staples are loaded into said staple cavities such that said first lubricant is intermediate said legs of said staples and said staple cavity walls ; and a second lubricant applied to said staples after said staples are loaded into said staple cavities such that said second lubricant is not intermediate said legs of said staples and said staple cavity walls when said staples are in an unfired position, wherein the second lubricant is different than the first lubricant.
A method of forming a light emitting die having an overall depth (D) along an axis , the method comprising: forming a solid state lighting, SSL, structure on a substrate , the SSL structure comprising a first semiconductor material having a first surface proximate a first side of the light emitting die, an active region 106 and a second semiconductor material having a second surface proximate a second side of the light emitting die; forming a first electrode in contact with the first surface of the first semiconductor material of the light emitting die; and forming a second electrode in contact with second surface of the second semiconductor material of the light emitting die, the second electrode being spaced apart from the first electrode by the SSL structure; characterised in that the first electrode includes a plurality of parallel fingers extending along the axis, the first electrode further including a cross member perpendicular to and coupling the plurality of parallel fingers, and the method further comprising removing portions of the SSL to expose a plurality of portions of the second electrode to form a plurality of notches in the SSL structure aligned along the axis, wherein each of the plurality of notches has a depth (d) along the axis less than the overall depth. forming a solid state lighting, SSL, structure on a substrate , the SSL structure comprising a first semiconductor material having a first surface proximate a first side of the light emitting die, an active region 106 and a second semiconductor material having a second surface proximate a second side of the light emitting die; forming a first electrode in contact with the first surface of the first semiconductor material of the light emitting die; and forming a second electrode in contact with second surface of the second semiconductor material of the light emitting die, the second electrode being spaced apart from the first electrode by the SSL structure; characterised in that the first electrode includes a plurality of parallel fingers extending along the axis, the first electrode further including a cross member perpendicular to and coupling the plurality of parallel fingers, and the method further comprising removing portions of the SSL to expose a plurality of portions of the second electrode to form a plurality of notches in the SSL structure aligned along the axis, wherein each of the plurality of notches has a depth (d) along the axis less than the overall depth.
An apparatus for maintaining cerebral circulation in a patient above a baseline flow rate during treatment, the apparatus comprising: (a) a plurality of compression cuffs , each cuff being inflatable and deflatable and each cuff being positionable, in use, around a respective limb of a patient and inflatable to exert a pressure upon the limb sufficient to reduce limb blood flow below the point at which the cuff is positioned; (b) a control module to which the cuffs are attachable, the control module comprising a pump with which each cuff is in fluid communication and a valve arrangement associated with each cuff to control flow of fluid to and from each cuff , the control module being adapted to inflate and deflate each cuff independently of the others; and (c) a cerebral blood flow monitoring apparatus adapted to detect the baseline flow rate in the cerebral circulation and to repeatedly measure or continuously monitor flow rate in the cerebral circulation during treatment of the patient, wherein the control module is in operative communication with the cerebral blood flow monitoring apparatus, such that the control module is adapted to inflate one or more cuffs to reduce the respective limb blood flow below the point around the respective limb at which the inflated cuff or each inflated cuff is positioned and maintain inflation of the or each cuff for a predetermined period, to thereby elevate the cerebral circulation from the baseline flow rate to an increased flow rate, and thereafter control inflation of the plurality of cuffs to maintain the measured or monitored cerebral flow rate above the baseline cerebral flow rate during treatment, by reducing limb blood flow and augmenting cerebral circulation; characterised in that the control module further comprises an imaging device adapted to determine where an occlusion is present in the cerebral circulation. (a) a plurality of compression cuffs , each cuff being inflatable and deflatable and each cuff being positionable, in use, around a respective limb of a patient and inflatable to exert a pressure upon the limb sufficient to reduce limb blood flow below the point at which the cuff is positioned; (b) a control module to which the cuffs are attachable, the control module comprising a pump with which each cuff is in fluid communication and a valve arrangement associated with each cuff to control flow of fluid to and from each cuff , the control module being adapted to inflate and deflate each cuff independently of the others; and (c) a cerebral blood flow monitoring apparatus adapted to detect the baseline flow rate in the cerebral circulation and to repeatedly measure or continuously monitor flow rate in the cerebral circulation during treatment of the patient,
A rubber composition comprising: 5 to 20 parts by mass of a terpene resin having a weight-average molecular weight of 500 to 4,000, 5 to 30 parts by mass of a liquid rubber and/or a liquid resin having a weight-average molecular weight of 100 to 4,000, and 95 to 160 parts by mass of silica, based on 100 parts by mass of a diene rubber, wherein a volume change rate of the rubber composition measured in accordance with JIS K 6258 after having been dipped in toluene of 40°C for 24 hours is of 220 to 270%. 5 to 20 parts by mass of a terpene resin having a weight-average molecular weight of 500 to 4,000, 5 to 30 parts by mass of a liquid rubber and/or a liquid resin having a weight-average molecular weight of 100 to 4,000, and 95 to 160 parts by mass of silica, based on 100 parts by mass of a diene rubber, wherein a volume change rate of the rubber composition measured in accordance with JIS K 6258 after having been dipped in toluene of 40°C for 24 hours is of 220 to 270%.
A protective cover with a base , two side walls , a front wall , a rear wall and a lid , comprising a blank which is formed integrally and is composed of a plastics material, wherein the blank has a base region , a rear wall region , a front wall region , two side wall regions and a lid region , and the blank is folded in a cuboidal shape, characterized in that the protective cover has connecting elements with magnetic elements and optionally counter elements, wherein the connecting elements are designed and arranged in such a manner that the edges of the blank that butt against one another in the folded cuboidal shape are held together by the connecting elements which exert magnetic attraction forces on one another, and in that in that the connecting elements are connected to the blank and a first portion of the connecting elements ends flush with the outer borders of the blank and a second portion of the connecting elements projects beyond the outer borders of the blank , wherein a connecting element ending flush in each case interacts with a connecting element projecting beyond the outer border.
A computer implemented method , comprising: obtaining , for a particular animation of a display object moving towards an animation end point , the particular animation comprising a sequence of multiple frames, a minimum visible change value that indicates a threshold at which change to the particular animation is not visible; determining , based on the minimum visible change value, a termination threshold distance that indicates a distance from the animation endpoint at which to terminate the particular animation; determining , based on the minimum visible change value, a termination threshold velocity that indicates a velocity at which to terminate the particular animation; for each frame of the sequence : determining whether: (i) a current distance from the animation endpoint satisfies the termination threshold distance from the animation endpoint and (ii) a current velocity satisfies the termination threshold velocity; and in response to determining that (i) the current distance from the animation endpoint satisfies the termination threshold distance from the animation endpoint and (ii) the current velocity satisfies the termination threshold velocity, initiating termination of the animation to prevent rendering of a subsequent frame of the sequence. obtaining , for a particular animation of a display object moving towards an animation end point , the particular animation comprising a sequence of multiple frames, a minimum visible change value that indicates a threshold at which change to the particular animation is not visible; determining , based on the minimum visible change value, a termination threshold distance that indicates a distance from the animation endpoint at which to terminate the particular animation; determining , based on the minimum visible change value, a termination threshold velocity that indicates a velocity at which to terminate the particular animation; for each frame of the sequence : determining whether: (i) a current distance from the animation endpoint satisfies the termination threshold distance from the animation endpoint and (ii) a current velocity satisfies the termination threshold velocity; and in response to determining that (i) the current distance from the animation endpoint satisfies the termination threshold distance from the animation endpoint and (ii) the current velocity satisfies the termination threshold velocity, initiating termination of the animation to prevent rendering of a subsequent frame of the sequence. determining whether: (i) a current distance from the animation endpoint satisfies the termination threshold distance from the animation endpoint and (ii) a current velocity satisfies the termination threshold velocity; and in response to determining that (i) the current distance from the animation endpoint satisfies the termination threshold distance from the animation endpoint and (ii) the current velocity satisfies the termination threshold velocity, initiating termination of the animation to prevent rendering of a subsequent frame of the sequence.
A barrier for plastic injection molding, the barrier comprising: a manganese (Mn) catalyst; and an oxygen barrier, characterized in that , a polynuclear complex is created via manganese ions. a manganese (Mn) catalyst; and an oxygen barrier, characterized in that , a polynuclear complex is created via manganese ions.
A method of transmitting on multiple frequency carriers by a station of a radio access network, RAN, in potential coexistence with an interferer using at least one of the multiple frequency carriers , the method triggering or comprising performing, by the station of the steps of: transmitting on at least one first frequency carrier among the multiple frequency carriers during a transmit opportunity interval; performing a clear channel assessment, CCA, on at least one second frequency carrier among the multiple frequency carriers before expiry of the transmit opportunity interval, wherein the transmission on the at least one first frequency carrier includes a timing control signal that is indicative of the time of performing the CCA on the first frequency carrier prior to performing the CCA on the at least one second frequency carrier among the multiple frequency carriers , and wherein the transmission on the at least one first frequency carrier is interrupted or muted during performing the CCA on the at least one second frequency carrier; and if the at least one second frequency carrier is available according to the CCA, transmitting on the at least one second frequency carrier in carrier aggregation with the at least one first frequency carrier within the transmit opportunity interval. transmitting on at least one first frequency carrier among the multiple frequency carriers during a transmit opportunity interval; performing a clear channel assessment, CCA, on at least one second frequency carrier among the multiple frequency carriers before expiry of the transmit opportunity interval, wherein the transmission on the at least one first frequency carrier includes a timing control signal that is indicative of the time of performing the CCA on the first frequency carrier prior to performing the CCA on the at least one second frequency carrier among the multiple frequency carriers , and wherein the transmission on the at least one first frequency carrier is interrupted or muted during performing the CCA on the at least one second frequency carrier; and if the at least one second frequency carrier is available according to the CCA, transmitting on the at least one second frequency carrier in carrier aggregation with the at least one first frequency carrier within the transmit opportunity interval.
A compound of any one of Formulas I 3 , I 12 , and I 15 : or a solvate thereof, wherein R 1 is independently at each occurence tert-butyl-dimethylsilyl (TBS); R 2 is independently at each occurence triphenylsilyl; n is 2; and wherein the compound is a crystalline solid. R 1 is independently at each occurence tert-butyl-dimethylsilyl (TBS); R 2 is independently at each occurence triphenylsilyl; n is 2; and wherein the compound is a crystalline solid.
A fitting for securing window- and door frames at a soffit with a distancing portion for lying at the soffit of a window- or door opening which holds an adjusting element which is arranged perpendicularly to the distancing portion for an engagement with the window- or door frame, and a holding portion which is adjoining the distancing portion and which comprises at least two units for arranging attachment means, in particular at least two through openings , for attaching the holding portion at the soffit, wherein the distancing portion and the holding portion are integrally formed; characterized in that the fitting comprises a symmetry axis ; the adjusting element lies on the symmetry axis ; and the both units have the same distance of at least 100 mm from the symmetry axis . distancing portion for lying at the soffit of a window- or door opening which holds an adjusting element which is arranged perpendicularly to the distancing portion for an engagement with the window- or door frame, and a holding portion which is adjoining the distancing portion and which comprises at least two units for arranging attachment means, in particular at least two through openings , for attaching the holding portion at the soffit, wherein the distancing portion and the holding portion are integrally formed; characterized in that the fitting comprises a symmetry axis ; the adjusting element lies on the symmetry axis ; and the both units have the same distance of at least 100 mm from the symmetry axis .
A method for controlling brightness of a reticle on an optical reflex sight , the method comprising: illuminating, by a light source , a reticle on an optical element ; and controlling, by a controller , a brightness of the illuminating by the light source according to an output from a light sensor and a first brightness curve, the first brightness curve being stored in a memory of the controller , characterized by switching, by the controller , from the first brightness curve to a second brightness curve based on a user input, the second brightness curve being stored in the memory of the controller ; and controlling, by the controller , the brightness of the illuminating by the light source according to the output from the light sensor and the second brightness curve when the first brightness curve is switched by the controller to the second brightness curve. illuminating, by a light source , a reticle on an optical element ; and controlling, by a controller , a brightness of the illuminating by the light source according to an output from a light sensor and a first brightness curve, the first brightness curve being stored in a memory of the controller , characterized by switching, by the controller , from the first brightness curve to a second brightness curve based on a user input, the second brightness curve being stored in the memory of the controller ; and controlling, by the controller , the brightness of the illuminating by the light source according to the output from the light sensor and the second brightness curve when the first brightness curve is switched by the controller to the second brightness curve.