mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator appliance comprising: a cabinet including an inner liner spaced apart from an outer wrapper ; a trim breaker extending between the inner liner and the outer wrapper to define an insulating cavity therebetween, the trim breaker comprising: first and second opposing vertical portions , a top portion , a bottom portion , and a central portion , the top portion integrally formed with each vertical portion at a respective upper corner , and the bottom portion integrally formed with each vertical portion at a respective lower corner ; a first plurality of ribs extending from an outer rim of the trim breaker and at least partially along the central portion ; and a second plurality of ribs (40; 40a) extending from the outer rim of at least one of the first and second vertical portions and across at least one of the upper and lower corners , characterised in that the second plurality of ribs (40; 40a) includes a central corner rib (120; 120a) extending diagonally from the outer rim toward the lower inner edge and a first pair of outer ribs (122; 122a) extending substantially perpendicularly from the outer rim toward the inner edge . a cabinet including an inner liner spaced apart from an outer wrapper ; a trim breaker extending between the inner liner and the outer wrapper to define an insulating cavity therebetween, the trim breaker comprising: first and second opposing vertical portions , a top portion , a bottom portion , and a central portion , the top portion integrally formed with each vertical portion at a respective upper corner , and the bottom portion integrally formed with each vertical portion at a respective lower corner ; a first plurality of ribs extending from an outer rim of the trim breaker and at least partially along the central portion ; and a second plurality of ribs (40; 40a) extending from the outer rim of at least one of the first and second vertical portions and across at least one of the upper and lower corners , first and second opposing vertical portions , a top portion , a bottom portion , and a central portion , the top portion integrally formed with each vertical portion at a respective upper corner , and the bottom portion integrally formed with each vertical portion at a respective lower corner ; a first plurality of ribs extending from an outer rim of the trim breaker and at least partially along the central portion ; and a second plurality of ribs (40; 40a) extending from the outer rim of at least one of the first and second vertical portions and across at least one of the upper and lower corners ,
A method for tracking an edge ring , comprising: capturing an edge ring identifier from a source related to the edge ring; inserting the edge ring to a slot of an edge ring carrier , the edge ring being assigned to the edge ring carrier; and tracking the edge ring identifier for transfers into and out of the edge ring carrier and into and out of a processing station (S1-S6), wherein tracking of the edge ring identifier builds a metadata file that provides lifetime information regarding the edge ring. capturing an edge ring identifier from a source related to the edge ring; inserting the edge ring to a slot of an edge ring carrier , the edge ring being assigned to the edge ring carrier; and tracking the edge ring identifier for transfers into and out of the edge ring carrier and into and out of a processing station (S1-S6), wherein tracking of the edge ring identifier builds a metadata file that provides lifetime information regarding the edge ring.
A method for synthesizing 1 or more kinds of branched-chain alcohol comprising allowing methanol and alcohol having 3 or more carbon atoms to contact hydroxyapatite at normal pressure and at 200 - 600°C, wherein the hydroxyapatite is not one supporting metal catalysts or metal ion catalysts acting on alcohol.
A computer-implemented method performed by at least one processor, the method comprising: receiving logged speech recognition results from an existing corpus that is specific to a given language and a target context; generating a target corpus by: machine-translating the logged speech recognition results from the given language to a different, target language; and augmenting an already existing, partial target corpus specific for the different, target language and the target context, collated from data sources for the target language other than machine-translated logged speech recognition results , by combining the partial target corpus with the machine-translated logged speech recognition results ; and estimating a language model that is specific to the different, target language and the same, target context, based on the combined, augmented target corpus . receiving logged speech recognition results from an existing corpus that is specific to a given language and a target context; generating a target corpus by: machine-translating the logged speech recognition results from the given language to a different, target language; and augmenting an already existing, partial target corpus specific for the different, target language and the target context, collated from data sources for the target language other than machine-translated logged speech recognition results , by combining the partial target corpus with the machine-translated logged speech recognition results ; and machine-translating the logged speech recognition results from the given language to a different, target language; and augmenting an already existing, partial target corpus specific for the different, target language and the target context, collated from data sources for the target language other than machine-translated logged speech recognition results , by combining the partial target corpus with the machine-translated logged speech recognition results ; and estimating a language model that is specific to the different, target language and the same, target context, based on the combined, augmented target corpus .
A damper seal received in a cavity of a turbine blade , the damper seal comprising: a central body portion having a first end region, an opposing second end region, a first side , an opposing second side , and a width; a first portion extending from the first end region of the central body portion; a second portion extending from the opposing second end region of the central body portion; and a projection extending from the second side that defines an opening that is configured to receive a lug of the turbine blade to align the damper seal relative to the turbine blade; wherein the first side includes a first tang and a second tang that extend from the central body portion, and said first tang and second tang are bent from said central body portion; wherein the first side further includes a faceted edge , characterized in that the faceted edge has a first flat face adjacent to a second flat face which is adjacent to a third flat face . a central body portion having a first end region, an opposing second end region, a first side , an opposing second side , and a width; a first portion extending from the first end region of the central body portion; a second portion extending from the opposing second end region of the central body portion; and a projection extending from the second side that defines an opening that is configured to receive a lug of the turbine blade to align the damper seal relative to the turbine blade; wherein the first side includes a first tang and a second tang that extend from the central body portion, and said first tang and second tang are bent from said central body portion; wherein the first side further includes a faceted edge , characterized in that the faceted edge has a first flat face adjacent to a second flat face which is adjacent to a third flat face .
A method for detecting and/or characterizing a ligand-target binding based on photochemically induced dynamic nuclear polarization (photo-CIDNP) enhanced NMR spectroscopy, the method comprising the following steps: (i) providing a sample (A) comprising a photosensitizer and a ligand, wherein the photosensitizer is suitable for chemically inducing dynamic nuclear polarization of the ligand upon irradiation of the sample; (ii) irradiating sample (A) at a wavelength and duration suitable for exciting the photosensitizer and under conditions allowing for chemically induced dynamic nuclear polarization of the ligand by the photosensitizer; (iii) recording an NMR spectrum of sample (A); (iv) providing a sample (B) comprising sample (A) and further comprising a target of interest; (v) irradiating sample (B) under the conditions of step (ii); (vi) recording an NMR spectrum of sample (B); and (vii) comparing the NMR spectra of steps (iii) and (vi) and detecting and/or characterizing a ligand-target binding based on at least one difference in the NMR spectra of steps (iii) and (vi). (i) providing a sample (A) comprising a photosensitizer and a ligand, wherein the photosensitizer is suitable for chemically inducing dynamic nuclear polarization of the ligand upon irradiation of the sample; (ii) irradiating sample (A) at a wavelength and duration suitable for exciting the photosensitizer and under conditions allowing for chemically induced dynamic nuclear polarization of the ligand by the photosensitizer; (iii) recording an NMR spectrum of sample (A); (iv) providing a sample (B) comprising sample (A) and further comprising a target of interest; (v) irradiating sample (B) under the conditions of step (ii); (vi) recording an NMR spectrum of sample (B); and (vii) comparing the NMR spectra of steps (iii) and (vi) and detecting and/or characterizing a ligand-target binding based on at least one difference in the NMR spectra of steps (iii) and (vi).
A catheter comprising: an elongated body having a longitudinal axis; a distal assembly distal the elongated body , the distal assembly having a hollow support member defining a helical form having a pitch, a radius and a length, the hollow support member formed from a tube with a spiral cut along the length and the distal assembly further including a helical nitinol wire ; wherein the helical nitinol wire is in the helical shape when the wire is unconstrained; a dome positioned at the distal tip, wherein the helical nitinol wire is anchored to the dome ; at least one electrode mounted on the distal assembly ; a control handle proximal the elongated body , the control handle including a portion of smaller diameter adapted to receive the proximal end of an assembly comprising two shrink sleeve strain relief elements and the elongated body , the strain relief elements attached to the portion using polyurethane; and a mandrel defining a second predetermined form, the mandrel being adapted for insertion into the hollow support member . an elongated body having a longitudinal axis; a distal assembly distal the elongated body , the distal assembly having a hollow support member defining a helical form having a pitch, a radius and a length, the hollow support member formed from a tube with a spiral cut along the length and the distal assembly further including a helical nitinol wire ; wherein the helical nitinol wire is in the helical shape when the wire is unconstrained; a dome positioned at the distal tip, wherein the helical nitinol wire is anchored to the dome ; at least one electrode mounted on the distal assembly ; a control handle proximal the elongated body , the control handle including a portion of smaller diameter adapted to receive the proximal end of an assembly comprising two shrink sleeve strain relief elements and the elongated body , the strain relief elements attached to the portion using polyurethane; and a mandrel defining a second predetermined form, the mandrel being adapted for insertion into the hollow support member .
A process for preparing compound 2250, comprising reacting compound 2244 as follows: reacting compound 2245 as follows: and/or reacting compound 2245 as follows:
A lead connector (800, 1402, 1502, 1604, 1704, 2004, 2104 2206, 2302) for an electrical stimulator system, the connector (800, 1402, 1502, 1604, 1704, 2004, 2104 2206, 2302) comprising: a body including a cable interface, the body defining lead ports ; a blade affixed to the body , the blade having at least one angled portion; and an insert slidably connected to the body , the insert including a handle and a chassis , the chassis defining a lead channel coaxial with the lead ports and blade channels transverse the lead channel to accept the blade , wherein the angled portion of the blade provides electrical contact between the cable interface and a lead inserted into the lead channel and extending through at least one of the lead ports , characterized in that the blade includes two side members , each with one of the angled portions, and each of the two side members configured to slide into a different one of the blade channels . a body including a cable interface, the body defining lead ports ; a blade affixed to the body , the blade having at least one angled portion; and an insert slidably connected to the body , the insert including a handle and a chassis , the chassis defining a lead channel coaxial with the lead ports and blade channels transverse the lead channel to accept the blade , wherein the angled portion of the blade provides electrical contact between the cable interface and a lead inserted into the lead channel and extending through at least one of the lead ports , characterized in that the blade includes two side members , each with one of the angled portions, and each of the two side members configured to slide into a different one of the blade channels .
A cocrystal comprising: a) -3-(5-cyano-4-phenyl-1,3-thiazol-2-ylcarbamoyl)cyclopentane carboxylic acid, and b) a cocrystal forming compound selected from the group consisting of gentisic acid, urea and nicotinamide. a) -3-(5-cyano-4-phenyl-1,3-thiazol-2-ylcarbamoyl)cyclopentane carboxylic acid, and b) a cocrystal forming compound selected from the group consisting of gentisic acid, urea and nicotinamide.
A wave generator for a strain wave gearing , the wave generator comprising: a rigid wave generator plug provided with a non-circular external peripheral surface ; and a wave generator bearing fitted to the non-circular external peripheral surface and made to flex into a non-circular shape; wherein the wave generator bearing is provided with an inner race , an outer race , and an annular body fitted between the inner race and the outer race in a state of sliding contact; and the annular body having a flexibility in a radial direction of the annular body so as to be capable of flexing into a non-circular shape following the inner race , characterized in that the annular body is composed of an endless coil spring , the annular body having a rigidity capable of maintaining a fixed gap between the inner race and the outer race ; an external peripheral surface of the inner race is provided with an inner race track surface having a recessed arcuate cross-section with which an external peripheral surface portion of the annular body comes into sliding contact, and an internal peripheral surface of the outer race is provided with an outer race track surface having a recessed arcuate cross-section with which an internal peripheral surface portion of the annular body comes into sliding contact. a rigid wave generator plug provided with a non-circular external peripheral surface ; and a wave generator bearing fitted to the non-circular external peripheral surface and made to flex into a non-circular shape; wherein the wave generator bearing is provided with an inner race , an outer race , and an annular body fitted between the inner race and the outer race in a state of sliding contact; and the annular body having a flexibility in a radial direction of the annular body so as to be capable of flexing into a non-circular shape following the inner race , the annular body is composed of an endless coil spring , the annular body having a rigidity capable of maintaining a fixed gap between the inner race and the outer race ; an external peripheral surface of the inner race is provided with an inner race track surface having a recessed arcuate cross-section with which an external peripheral surface portion of the annular body comes into sliding contact, and an internal peripheral surface of the outer race is provided with an outer race track surface having a recessed arcuate cross-section with which an internal peripheral surface portion of the annular body comes into sliding contact.
A tape printing device (1; 1A) comprising: a print unit having a print head ; a cartridge loading section which is loadable with a tape cartridge that accommodates a print tape ; and a device case in which the cartridge loading section and the print unit are arranged and which has a tape discharge port in a forward side through which the print tape is discharged; characterized in that the tape cartridge can be loaded removably in the cartridge loading section from a lateral side of the device case , the tape cartridge has a first display section which is provided on a first surface of the tape cartridge and which displays a type of the print tape , and the device case has a first opening which is formed on the forward side of the device case where the tape discharge port is formed, and which is formed in such a way that the first display section of the tape cartridge is visible through the first opening . a print unit having a print head ; a cartridge loading section which is loadable with a tape cartridge that accommodates a print tape ; and a device case in which the cartridge loading section and the print unit are arranged and which has a tape discharge port in a forward side through which the print tape is discharged; characterized in that the tape cartridge can be loaded removably in the cartridge loading section from a lateral side of the device case , the tape cartridge has a first display section which is provided on a first surface of the tape cartridge and which displays a type of the print tape , and the device case has a first opening which is formed on the forward side of the device case where the tape discharge port is formed, and which is formed in such a way that the first display section of the tape cartridge is visible through the first opening .
A noise reduction device for a test and measurement system , comprising: an analog filter configured to adjust a first frequency band of an electrical signal relative to a second frequency band of the electrical signal in accordance with a first frequency transfer function to produce a modified signal; an analog-to-digital converter coupled with an output of the analog filter and configured to produce a digital signal based on the modified signal, wherein the analog-to-digital converter introduces noise to the digital signal; the noise reduction device is characterised by further comprising a digital filter coupled with the analog-to-digital converter and configured to: produce a filtered signal, from the digital signal, based on a second frequency transfer function that is an inverse of the first frequency transfer function and that reduces the noise introduced by the analog-to-digital converter, and output the filtered signal for additional processing by the test and measurement system . an analog filter configured to adjust a first frequency band of an electrical signal relative to a second frequency band of the electrical signal in accordance with a first frequency transfer function to produce a modified signal; an analog-to-digital converter coupled with an output of the analog filter and configured to produce a digital signal based on the modified signal, wherein the analog-to-digital converter introduces noise to the digital signal; the noise reduction device is characterised by further comprising a digital filter coupled with the analog-to-digital converter and configured to: produce a filtered signal, from the digital signal, based on a second frequency transfer function that is an inverse of the first frequency transfer function and that reduces the noise introduced by the analog-to-digital converter, and output the filtered signal for additional processing by the test and measurement system . produce a filtered signal, from the digital signal, based on a second frequency transfer function that is an inverse of the first frequency transfer function and that reduces the noise introduced by the analog-to-digital converter, and output the filtered signal for additional processing by the test and measurement system .
A process for alkylating benzene contained in a benzene-containing refinery gasoline stream, said benzene-containing refinery gasoline stream comprising from 4 to 40 volume % benzene and said process comprising contacting said benzene-containing refinery gasoline stream under alkylation conditions with an alkylating agent selected from one or more C2 to C5 olefins in at least a first alkylation reaction zone and a second alkylation reaction zone connected in series to produce an alkylated effluent, which has reduced benzene content as compared with said refinery gasoline stream, wherein all of the refinery gasoline stream is introduced into the first alkylation reaction stage, wherein an aliquot of the alkylated effluent from the second reaction zone is recycled and introduced to the second, but not the first, alkylation reaction zone, and wherein the refinery gasoline stream comprises at least 0.1 wt % of at least one C6 to C8 olefin.