mhurhangee/ep-ind-claims huggingface dataset:
A device for a portable electronic user apparatus comprising a foldable part in order to cover at least one part of said user apparatus when it is folded onto said user apparatus, characterized in that said foldable part comprises at least two detection layers (408, 410), each guarded at one guard potential and comprising at least one capacitive detection electrode: - a first of said layers (408, 410) being arranged to perform a capacitive detection function of at least one command object located on one side of said foldable part; - a second of said layers (408, 410) being arranged to perform a capacitive detection function of at least one command object located on another side of said foldable part; in order to trigger a function in said user apparatus. - a first of said layers (408, 410) being arranged to perform a capacitive detection function of at least one command object located on one side of said foldable part; - a second of said layers (408, 410) being arranged to perform a capacitive detection function of at least one command object located on another side of said foldable part;
An air passenger boarding bridge or stairs with a bellows arranged on a head frame of the air passenger boarding bridge or stairs by a fastening device, wherein the fastening device comprises means for providing a positive connection acting at least in two directions in space, wherein the means comprise two connecting elements, which can be engaged with each other by a positive connection, wherein the first connecting element is formed as an approximately C-shaped profile (7; 70) in cross-section, wherein the second connecting element is formed as a hook member (20; 120; 200; 300), wherein the positive connection can be fixed by at least a non-positive connecting member, wherein the non-positive connecting member is formed as a strip (30; 230; 330) made from an elastomer, wherein the hook member (20, 200, 300) is pressed onto the C-shaped profile (7, 70) by the strip.
A method for displaying images on a local dimming display in a second bit depth greater than a first bit depth in which the images have been encoded, the method comprising: decoding image data that have been encoded in the first bit depth; obtaining metadata, wherein the metadata include metadata characterizing a mapping of the image data represented in a high dynamic range bit depth to image data represented in the first bit depth, wherein the high dynamic range bit depth is greater than or equal to the second bit depth; identifying, based on the metadata, a tone mapping of the image data represented in the first bit depth and a backlight adjustment of the local dimming display which, in combination, recreate or approximate a mapping reverse to the mapping to achieve a determined luminance characteristics of the image; applying the identified tone mapping to map the image data represented in the first bit depth to image data represented in the second bit depth; selectively adjusting the luminance of individual elements of the backlight of the local dimming display based on the identified backlight adjustment; and displaying the tone mapped image data represented in the second bit depth on the local dimming display. decoding image data that have been encoded in the first bit depth; obtaining metadata, wherein the metadata include metadata characterizing a mapping of the image data represented in a high dynamic range bit depth to image data represented in the first bit depth, wherein the high dynamic range bit depth is greater than or equal to the second bit depth; identifying, based on the metadata, a tone mapping of the image data represented in the first bit depth and a backlight adjustment of the local dimming display which, in combination, recreate or approximate a mapping reverse to the mapping to achieve a determined luminance characteristics of the image; applying the identified tone mapping to map the image data represented in the first bit depth to image data represented in the second bit depth; selectively adjusting the luminance of individual elements of the backlight of the local dimming display based on the identified backlight adjustment; and displaying the tone mapped image data represented in the second bit depth on the local dimming display.
Device for forming turbulence in a liquid from solid/liquid mixtures, characterized in that it comprises at least one woven fabric of synthetic monofilament formed as a single body by co-molding on at least one face of at least one support of plastic material provided with through holes, in which said woven fabric is incorporated into the thickness of said support thus forming a single body, said co-molding operation being carried out by injecting, under pressure on said woven fabric, the molten polymer forming said support, leaving open the areas of the woven fabric which are located in correspondence with the holes of the support and through which the liquid to be subjected to the formation of turbulence is passed, in which the positioning of the woven fabric meshes with respect to said holes in the support, and therefore the openings for formation of the turbulence, are kept uniform and constant over the entire surface of said device through which the liquid phase passes.
A system comprising: one or more effluent flow paths to fluidically connect with a flow cell through which a plurality of reagents is to be pumped during a genetic sequencing operation, wherein the effluent paths are to receive used reagents from the flow cell; one or more pumps to pump the used reagents through the effluent flow paths; a used reagent selector valve to receive used reagents from the one or more pumps via an effluent line and controllable to select one of a plurality of disposal paths for the used reagents; a flow meter fluidically coupled to one of the disposal paths to detect flow of used reagents and to measure how much of each reagent is delivered to the metered disposal path wherein if the metered amount of fluid that passes through the flow meter is outside of a threshold amount of a pre-determined amount an alert notification is produced; and a control circuitry operatively coupled to the used reagent selector valve and the flow meter, the control circuity having one or more processors and a memory to store machine-executable instructions which, when executed by the one or more processors, control the one or more processors to cause the used reagent selector valve to select a desired one of the disposal paths depending upon which used reagent is being pumped through the effluent paths, and to determine whether the flow of used reagents is flowing through the desired one of the disposal paths based upon feedback from the flow meter providing flow data regarding the flow of the used reagents to the control circuitry. one or more effluent flow paths to fluidically connect with a flow cell through which a plurality of reagents is to be pumped during a genetic sequencing operation, wherein the effluent paths are to receive used reagents from the flow cell; one or more pumps to pump the used reagents through the effluent flow paths; a used reagent selector valve to receive used reagents from the one or more pumps via an effluent line and controllable to select one of a plurality of disposal paths for the used reagents; a flow meter fluidically coupled to one of the disposal paths to detect flow of used reagents and to measure how much of each reagent is delivered to the metered disposal path wherein if the metered amount of fluid that passes through the flow meter is outside of a threshold amount of a pre-determined amount an alert notification is produced; and a control circuitry operatively coupled to the used reagent selector valve and the flow meter, the control circuity having one or more processors and a memory to store machine-executable instructions which, when executed by the one or more processors, control the one or more processors to cause the used reagent selector valve to select a desired one of the disposal paths depending upon which used reagent is being pumped through the effluent paths, and to determine whether the flow of used reagents is flowing through the desired one of the disposal paths based upon feedback from the flow meter providing flow data regarding the flow of the used reagents to the control circuitry.
An aneurysm device (150, 300, 400) endovascularly deliverable to a site proximate to an aneurysm near a parent artery with bifurcating downstream branches, the aneurysm device comprising: a closure structure (152,302,402) comprising a distal-facing aspect configured to at least partially occlude the aneurysm; a supplemental stabilizer (153, 303, 403) connected to the closure structure, the supplemental stabilizer configured to reside in the parent artery and press outward against a luminal wall thereof; and a shock absorbing structure coupled to a proximal end portion of the closure structure and to a distal end portion of the supplemental stabilizer, wherein the shock absorbing structure is configured to contract and expand relative to the closure structure, wherein the shock absorbing structure comprises a spring, and characterised in that the spring comprises a leaf spring having a first spring arm and a second spring arm, and wherein the first and second spring arms at least partially surround an aperture. a closure structure (152,302,402) comprising a distal-facing aspect configured to at least partially occlude the aneurysm; a supplemental stabilizer (153, 303, 403) connected to the closure structure, the supplemental stabilizer configured to reside in the parent artery and press outward against a luminal wall thereof; and a shock absorbing structure coupled to a proximal end portion of the closure structure and to a distal end portion of the supplemental stabilizer, wherein the shock absorbing structure is configured to contract and expand relative to the closure structure, wherein the shock absorbing structure comprises a spring, and characterised in that the spring comprises a leaf spring having a first spring arm and a second spring arm, and wherein the first and second spring arms at least partially surround an aperture.
A propulsion assembly for an aircraft, comprising: - a fuselage extending along a longitudinal axis and enclosing an inner enclosure, - at least one ducted engine fixed to the fuselage and comprising an air inlet section, the air inlet section being disposed at least partly in the inner enclosure, and - at least one air intake formed on an outer wall of the fuselage, the inlet of the air intake being partly delimited by said outer wall of the fuselage, - the propulsion assembly being characterized in that it comprises at least one plenum chamber disposed in the inner enclosure upstream of the air inlet section and in fluid communication with said air inlet section, and configured to homogenize and reduce the speed of the flow entering the engine, and in that the air intake is configured to ingest external air and deflect it towards the plenum chamber. - a fuselage extending along a longitudinal axis and enclosing an inner enclosure, - at least one ducted engine fixed to the fuselage and comprising an air inlet section, the air inlet section being disposed at least partly in the inner enclosure, and - at least one air intake formed on an outer wall of the fuselage, the inlet of the air intake being partly delimited by said outer wall of the fuselage, - the propulsion assembly being characterized in that it comprises at least one plenum chamber disposed in the inner enclosure upstream of the air inlet section and in fluid communication with said air inlet section, and configured to homogenize and reduce the speed of the flow entering the engine, and in that the air intake is configured to ingest external air and deflect it towards the plenum chamber.
A container for storing welding wire, comprising: at least a first container wall having at least two container wall layers, wherein the at least first container wall defines an interior region for storing welding wire, and moisture restricting means disposed between the container wall layers for preventing moisture from penetrating the at least first container wall, and the at least first container wall including at least a first sidewall and a bottom wall that define a container having an open end, and a cover characterized in that the cover has one or more cover wall layers configured to enclose the open end of the container, and in a gasket for sealing the interface between the open end of the container and the cover. at least a first container wall having at least two container wall layers, wherein the at least first container wall defines an interior region for storing welding wire, and moisture restricting means disposed between the container wall layers for preventing moisture from penetrating the at least first container wall, and the at least first container wall including at least a first sidewall and a bottom wall that define a container having an open end, and a cover characterized in that the cover has one or more cover wall layers configured to enclose the open end of the container, and in a gasket for sealing the interface between the open end of the container and the cover.
A sterilized article comprising a hydrogen peroxide plasma sterilized polymer composition, the polymer composition consisting of a polyetherimide having less than 100 ppm amine end groups and a weight average molecular weight of 10,000 to 80,000 Daltons as measured by means of GPC (PS standards) ASTM D5296, an optional colorant and an optional biocidal additive component or combination thereof; wherein after exposure to 100 cycles of the hydrogen peroxide plasma sterilization using a mixture of hydrogen peroxide vapor and hydrogen peroxide plasma for 30 minutes at 20 to 55°C, the color of the polymer composition exhibits a color shift of delta E of 10 units or less relative to the color of the polymer composition before the first hydrogen peroxide plasma sterilization cycle, wherein delta E is measured in accordance with ASTM D2244.
Carbon dioxide for use in a method of treating Peyronie's disease in a patient having diffused plaque and a plaque mass associated with Peyronie's disease in a penile region, the method comprising the steps of: (a) performing a battery of tests to quantify an initial state of parameters associated with Peyronie's disease in the patient; (b) applying low intensity shock wave therapy to the plaque mass in the penile region, thereby softening the plaque mass and disrupting any calcification in the plaque mass; (c) injecting the carbon dioxide into the plaque mass after the step of applying low intensity shock wave therapy; (d) repeating the battery of tests to quantify a current state of parameters associated with Peyronie's disease in the patient and comparing the current state to the initial state; and (e) until the current state differs from the initial state by at least a predetermined amount, repeating steps (b) through (d). (a) performing a battery of tests to quantify an initial state of parameters associated with Peyronie's disease in the patient; (b) applying low intensity shock wave therapy to the plaque mass in the penile region, thereby softening the plaque mass and disrupting any calcification in the plaque mass; (c) injecting the carbon dioxide into the plaque mass after the step of applying low intensity shock wave therapy; (d) repeating the battery of tests to quantify a current state of parameters associated with Peyronie's disease in the patient and comparing the current state to the initial state; and (e) until the current state differs from the initial state by at least a predetermined amount, repeating steps (b) through (d).
A crystalline form of Compound A, wherein: the crystalline form is Compound A Form 4, Compound A Form 4 exhibits an XRPD pattern comprising three or more peaks selected from those at 13.62, 14.16, 14.61, 18.44, 19.92, 22.97, and 23.73 degrees 2θ, ± 0.3 degrees 2θ, and Compound A is N -(4-(6-fluoro-3,4-dihydroisoquinolin-2(1 H)-yl)-2,6-dimethylphenyl)-3,3-dimethylbutanamide. the crystalline form is Compound A Form 4, Compound A Form 4 exhibits an XRPD pattern comprising three or more peaks selected from those at 13.62, 14.16, 14.61, 18.44, 19.92, 22.97, and 23.73 degrees 2θ, ± 0.3 degrees 2θ, and Compound A is N -(4-(6-fluoro-3,4-dihydroisoquinolin-2(1 H)-yl)-2,6-dimethylphenyl)-3,3-dimethylbutanamide.
Process for the preparation of an ester mixture comprising the esters A(COOR 1)(COOR 1) x, A(COOR 1)(COOR 2) x, A(COOR 2)(COOR 1) x and A(COOR 2)(COOR 2) x, in which the ester A(COOR 1)(COOR 1) x is reacted with less than 1 molar equivalent, based on the number of ester functions of said ester A(COOR 1)(COOR 1) x, of the alcohol R 2 OH in the presence of a catalyst and heated to boiling at the same time, wherein the alcohol R 1 OH has a lower boiling point at a given pressure than the alcohol R 2 OH at the same pressure, and more than 90 mol% of the R 1 OH forming in the course of the process are removed from the reaction vessel during the process before the catalyst is destroyed, and A is an aromatic, alicyclic or aliphatic radical, x is 1 or 2, and R 1 and R 2, independently of one another, are substituted or unsubstituted aryl radicals or linear or branched, substituted or unsubstituted alkyl radicals having 3 to 20 carbon atoms. A is an aromatic, alicyclic or aliphatic radical, x is 1 or 2, and R 1 and R 2, independently of one another, are substituted or unsubstituted aryl radicals or linear or branched, substituted or unsubstituted alkyl radicals having 3 to 20 carbon atoms.
A flow device for an exhaust system comprising: a body including a first axial end and an oppositely disposed second axial end, the body defining an inlet port disposed adjacent to the first axial end and an outlet port disposed adjacent to the first axial end, the body having a central longitudinal axis and defining an interior cavity, the interior cavity including a transition space disposed adjacent to the second axial end; an exhaust outlet passage disposed in the interior cavity, the exhaust outlet passage providing a path from the transition space to the outlet port and being generally aligned with the central longitudinal axis of the body; an exhaust inlet passage disposed in the interior cavity, the exhaust inlet passage providing a path from the inlet port to the transition space and circumferentially surrounding at least a portion of the exhaust outlet passage; a doser disposed at the second axial end of the body, the doser being adapted to inject reductants into the interior cavity of the body so that the reductants are injected in the same general direction as the direction of flow of exhaust gases through the exhaust outlet passage; and a mixer (61; 89; 103; 119; 121, 123; 127, 129; 133, 135) disposed in the interior cavity adjacent to the second axial end, the mixer being adapted to swirl exhaust gases within the transition space about the central longitudinal axis of the body. a body including a first axial end and an oppositely disposed second axial end, the body defining an inlet port disposed adjacent to the first axial end and an outlet port disposed adjacent to the first axial end, the body having a central longitudinal axis and defining an interior cavity, the interior cavity including a transition space disposed adjacent to the second axial end; an exhaust outlet passage disposed in the interior cavity, the exhaust outlet passage providing a path from the transition space to the outlet port and being generally aligned with the central longitudinal axis of the body; an exhaust inlet passage disposed in the interior cavity, the exhaust inlet passage providing a path from the inlet port to the transition space and circumferentially surrounding at least a portion of the exhaust outlet passage; a doser disposed at the second axial end of the body, the doser being adapted to inject reductants into the interior cavity of the body so that the reductants are injected in the same general direction as the direction of flow of exhaust gases through the exhaust outlet passage; and a mixer (61; 89; 103; 119; 121, 123; 127, 129; 133, 135) disposed in the interior cavity adjacent to the second axial end, the mixer being adapted to swirl exhaust gases within the transition space about the central longitudinal axis of the body.
Method for cooling liquids for a beverage preparation apparatus, in which method a liquid to be cooled is conveyed through a throughflow cooler by means of a pump, wherein the liquid to be cooled is stored in an uncooled storage container, characterized in that the liquid to be cooled is repeatedly conveyed through the throughflow cooler by means of the pump until the liquid to be cooled is cooled to a prespecified temperature, wherein the pump is activated as soon as the prespecified temperature is exceeded during measurement using a temperature measuring unit.
A method for preparing a spray dried solid dispersion of an active agent, which is an organic Bronstedt base, comprising: a. combining an active agent, a dispersion polymer, acetic acid, and a solvent, to form a spray solution, wherein i. the solvent comprises a C 1-3 alkanol, the amount of the C 1-3 alkanol in the solvent is at least 50 wt%, with the wt% being based on the weight of the solvent; ii. the active agent is in its free base form when combined with the acetic acid and the solvent to form the spray solution, and, in its free base form, has a basic pKa of 4 or greater, and the active agent has a solubility of 40 mg/mL or less in the solvent, iii. the spray solution is not a supersaturated solution of the active agent in the solvent and acetic acid; b. spray drying the spray solutionto form a spray dried solid dispersion comprising the active agent and the dispersion polymer; wherein the spray solution has only one liquid phase. a. combining an active agent, a dispersion polymer, acetic acid, and a solvent, to form a spray solution, wherein i. the solvent comprises a C 1-3 alkanol, the amount of the C 1-3 alkanol in the solvent is at least 50 wt%, with the wt% being based on the weight of the solvent; ii. the active agent is in its free base form when combined with the acetic acid and the solvent to form the spray solution, and, in its free base form, has a basic pKa of 4 or greater, and the active agent has a solubility of 40 mg/mL or less in the solvent, iii. the spray solution is not a supersaturated solution of the active agent in the solvent and acetic acid; i. the solvent comprises a C 1-3 alkanol, the amount of the C 1-3 alkanol in the solvent is at least 50 wt%, with the wt% being based on the weight of the solvent; ii. the active agent is in its free base form when combined with the acetic acid and the solvent to form the spray solution, and, in its free base form, has a basic pKa of 4 or greater, and the active agent has a solubility of 40 mg/mL or less in the solvent, iii. the spray solution is not a supersaturated solution of the active agent in the solvent and acetic acid; b. spray drying the spray solutionto form a spray dried solid dispersion comprising the active agent and the dispersion polymer;