mhurhangee/ep-ind-claims huggingface dataset:
A distillation apparatus comprising: a distillation column group in which a plurality of distillation columns (D1, D2, D3), which are respectively equipped with a reboiler (R1, R2, R3), are connected in the form of a distillation cascade; feed-gas condensers (C'2, C'3) which liquefy feed gases from respective former distillation columns (D1, D2) and feed said liquefied feed gases to respective latter distillation columns (D2, D3); gas-feeding lines (Q A 2, Q A 3) which connect the respective former distillation (D1, D2) columns and the respective feed-gas condensers (C'2, C'3); liquid-feeding lines (Q G 2, Q G 3) which connect the respective feed-gas condensers (C'2, C'3) and the respective latter distillation columns (D2, D3); top-gas condensers (C1, C2, C3) provided on the tops of the respective distillation columns (D1, D2, D3); top-gas lines (Q B 1, Q B 2, Q B 3) which introduce gases from the respective distillation columns (D1, D2, D3) to the respective top-gas condensers (C1, C2, C3); liquid lines (Q C 1, Q C 2, Q C 3) which withdraw condensate liquids from the respective top-gas condensers (C1, C2, C3); liquid-reflux lines (Q D 1, Q D 2, Q D 3) which introduce the condensate liquids from the respective liquid lines (Q C 1, Q C 2, Q C 3) to the respective distillation columns (D1, D2, D3); and liquid-return lines (Q E 2, Q E 3) which return parts of the condensate liquids from the respective liquid lines (Q C 2, Q C 3) to the respective former distillation columns (D1, D2). a distillation column group in which a plurality of distillation columns (D1, D2, D3), which are respectively equipped with a reboiler (R1, R2, R3), are connected in the form of a distillation cascade; feed-gas condensers (C'2, C'3) which liquefy feed gases from respective former distillation columns (D1, D2) and feed said liquefied feed gases to respective latter distillation columns (D2, D3); gas-feeding lines (Q A 2, Q A 3) which connect the respective former distillation (D1, D2) columns and the respective feed-gas condensers (C'2, C'3); liquid-feeding lines (Q G 2, Q G 3) which connect the respective feed-gas condensers (C'2, C'3) and the respective latter distillation columns (D2, D3); top-gas condensers (C1, C2, C3) provided on the tops of the respective distillation columns (D1, D2, D3); top-gas lines (Q B 1, Q B 2, Q B 3) which introduce gases from the respective distillation columns (D1, D2, D3) to the respective top-gas condensers (C1, C2, C3); liquid lines (Q C 1, Q C 2, Q C 3) which withdraw condensate liquids from the respective top-gas condensers (C1, C2, C3); liquid-reflux lines (Q D 1, Q D 2, Q D 3) which introduce the condensate liquids from the respective liquid lines (Q C 1, Q C 2, Q C 3) to the respective distillation columns (D1, D2, D3); and liquid-return lines (Q E 2, Q E 3) which return parts of the condensate liquids from the respective liquid lines (Q C 2, Q C 3) to the respective former distillation columns (D1, D2).
A post-forming processing device for supporting pre-cured composite stringers prior to curing, the pre-cured composite stringers prior to curing comprising hat portions, having cross-sections, different among the pre-cured composite stringers prior to curing, the post-forming processing device comprising: a base, comprising a channel, having a channel width and a channel height, wherein: the channel width is larger than a width of the hat portions of the pre-cured composite stringers prior to curing, and the channel height is larger than heights of the hat portions of the pre-cured composite stringers prior to curing; a support structure, at least partially extending within the channel and along a length of the channel and configured to conform to each of the hat portions and to retain a cross-sectional shape of each of the hat portions when a corresponding one of the pre-cured composite stringers prior to curing is supported by the post-forming processing device; a cover, configured to attach to the base, such that the corresponding one of the pre-cured composite stringers prior to curing is positioned between the cover and the base while supported by the post-forming processing device; and wherein the support structure comprises a plastically deformable material. a base, comprising a channel, having a channel width and a channel height, wherein: the channel width is larger than a width of the hat portions of the pre-cured composite stringers prior to curing, and the channel height is larger than heights of the hat portions of the pre-cured composite stringers prior to curing; the channel width is larger than a width of the hat portions of the pre-cured composite stringers prior to curing, and the channel height is larger than heights of the hat portions of the pre-cured composite stringers prior to curing; a support structure, at least partially extending within the channel and along a length of the channel and configured to conform to each of the hat portions and to retain a cross-sectional shape of each of the hat portions when a corresponding one of the pre-cured composite stringers prior to curing is supported by the post-forming processing device; a cover, configured to attach to the base, such that the corresponding one of the pre-cured composite stringers prior to curing is positioned between the cover and the base while supported by the post-forming processing device; and wherein the support structure comprises a plastically deformable material.
Device, comprising: a computer processor; a display controlled by the processor; and a computer readable storage medium accessible to the processor and bearing instructions which are characterised in that when executed by the processor the instructions cause the processor to: execute a web interface to simultaneously browse content files on a source repository and a target repository, the repositories being geographically separate from each other; receive a user command to copy or transfer a content file on the source repository to the target repository; responsive to the command, send to a controller a message to transfer the content file on the source repository to the target repository, the controller communicating with respective remote agents (46, 48) executing on the source repository and target repository to cause the content file to be transferred or sent directly from the source repository to the target repository without the content file being sent to the requesting device. a computer processor; a display controlled by the processor; and a computer readable storage medium accessible to the processor and bearing instructions which are characterised in that when executed by the processor the instructions cause the processor to: execute a web interface to simultaneously browse content files on a source repository and a target repository, the repositories being geographically separate from each other; receive a user command to copy or transfer a content file on the source repository to the target repository; responsive to the command, send to a controller a message to transfer the content file on the source repository to the target repository, the controller communicating with respective remote agents (46, 48) executing on the source repository and target repository to cause the content file to be transferred or sent directly from the source repository to the target repository without the content file being sent to the requesting device. execute a web interface to simultaneously browse content files on a source repository and a target repository, the repositories being geographically separate from each other; receive a user command to copy or transfer a content file on the source repository to the target repository; responsive to the command, send to a controller a message to transfer the content file on the source repository to the target repository, the controller communicating with respective remote agents (46, 48) executing on the source repository and target repository to cause the content file to be transferred or sent directly from the source repository to the target repository without the content file being sent to the requesting device.
A firearm training system for selectively generating images onto external target elements, the firearm training system comprising: one or more external target elements that have an impact surface coated with a photochromic or thermochromic substance; and respective portable devices selectively mounted with respect to said one or more external target elements, each portable device comprising: a housing accommodating and configured for optical projection of non-visible light from one or more laser sources and one or more diffractive optical elements, one or more audio outputs, and a device controller configured to direct a projection of said non-visible light from one or more of the one or more laser sources and audible signals from the one or more audio outputs according to a programmed target stimulus arrangement, wherein, in the coated impact surface of the one or more external target elements is configured to undergo a photochromic or thermochromic reaction with the projected non-visible light to display the programmed target stimulus. one or more external target elements that have an impact surface coated with a photochromic or thermochromic substance; and respective portable devices selectively mounted with respect to said one or more external target elements, each portable device comprising: a housing accommodating and configured for optical projection of non-visible light from one or more laser sources and one or more diffractive optical elements, one or more audio outputs, and a housing accommodating and configured for optical projection of non-visible light from one or more laser sources and one or more diffractive optical elements, one or more audio outputs, and a device controller configured to direct a projection of said non-visible light from one or more of the one or more laser sources and audible signals from the one or more audio outputs according to a programmed target stimulus arrangement, wherein, in the coated impact surface of the one or more external target elements is configured to undergo a photochromic or thermochromic reaction with the projected non-visible light to display the programmed target stimulus.
A faceplate configured to be heated for a sensor of an aircraft, the faceplate comprising: an interior surface, the interior surface facing toward an interior of the aircraft; an exterior surface opposite the interior surface; and a wall connected to the exterior surface of the faceplate at an upstream portion of the faceplate, the upstream portion of the faceplate being upstream with respect to oncoming airflow when the faceplate is installed on the aircraft, and positioned on the faceplate to prevent water from running onto the faceplate and accumulating onto the faceplate as a large ice formation that would obstruct airflow when the faceplate is installed on the aircraft, the wall comprising: a base connected to the exterior surface of the faceplate at the upstream portion; and tines protruding from a top of the base away from the exterior surface, the tines being shaped and spaced from each other to accumulate ice in unstable shapes and having a height, the height of each tine being a distance between the exterior surface of the faceplate and a top of the tine, and the height of each tine being large enough to capture water and small enough that water can be frozen and shedded before ice forms down to the exterior surface of the faceplate. an interior surface, the interior surface facing toward an interior of the aircraft; an exterior surface opposite the interior surface; and a wall connected to the exterior surface of the faceplate at an upstream portion of the faceplate, the upstream portion of the faceplate being upstream with respect to oncoming airflow when the faceplate is installed on the aircraft, and positioned on the faceplate to prevent water from running onto the faceplate and accumulating onto the faceplate as a large ice formation that would obstruct airflow when the faceplate is installed on the aircraft, the wall comprising: a base connected to the exterior surface of the faceplate at the upstream portion; and tines protruding from a top of the base away from the exterior surface, the tines being shaped and spaced from each other to accumulate ice in unstable shapes and having a height, the height of each tine being a distance between the exterior surface of the faceplate and a top of the tine, and the height of each tine being large enough to capture water and small enough that water can be frozen and shedded before ice forms down to the exterior surface of the faceplate. a base connected to the exterior surface of the faceplate at the upstream portion; and tines protruding from a top of the base away from the exterior surface, the tines being shaped and spaced from each other to accumulate ice in unstable shapes and having a height, the height of each tine being a distance between the exterior surface of the faceplate and a top of the tine, and the height of each tine being large enough to capture water and small enough that water can be frozen and shedded before ice forms down to the exterior surface of the faceplate.
A plant exhibiting an improvement in the productivity of a fat and oil per individual plant, an increase in the content of a fat and oil per given seed of a plant, an increase in seed yield, or an increase in the weight of an individual plant, compared with a wild-type plant, which expresses a chimeric protein resulting from the fusion of a target transcription factor with a functional peptide that converts an arbitrary transcription factor into a transcription repressor, so as to suppress transcription accelerating activity of the target transcription factor, wherein the target transcription factor is any of proteins (a) to (c) below: (a) a protein comprising the amino acid sequence as shown in SEQ ID NO: 8; (b) a protein comprising an amino acid sequence derived from the amino acid sequence as shown in SEQ ID NO: 8 by deletion, substitution, addition, or insertion of 1 to 10 amino acids and having transcription accelerating activity; or (c) a protein encoded by a polynucleotide hybridizing under stringent conditions to a polynucleotide comprising a nucleotide sequence complementary to the nucleotide sequence as shown in SEQ ID NO: 7 and having transcription accelerating activity, with the proviso that the plant is not exclusively obtained by means of an essentially biological process. (a) a protein comprising the amino acid sequence as shown in SEQ ID NO: 8; (b) a protein comprising an amino acid sequence derived from the amino acid sequence as shown in SEQ ID NO: 8 by deletion, substitution, addition, or insertion of 1 to 10 amino acids and having transcription accelerating activity; or (c) a protein encoded by a polynucleotide hybridizing under stringent conditions to a polynucleotide comprising a nucleotide sequence complementary to the nucleotide sequence as shown in SEQ ID NO: 7 and having transcription accelerating activity, with the proviso that the plant is not exclusively obtained by means of an essentially biological process.
An intraocular lens configured to improve vision for a patient's eye, the intraocular lens comprising: an optic comprising: a first surface having a first curvature; and a second surface opposite the first surface, the second surface having a second curvature greater than the first curvature, the first surface and the second surface intersected by an optical axis; wherein the optic is configured to focus light incident along a direction parallel to the optical axis at the fovea to produce a functional foveal image, wherein the optic is configured to focus light incident on the patient's eye at an oblique angle with respect to the optical axis at a peripheral retinal location disposed at a distance from the fovea, the peripheral retinal location having an eccentricity between 1 and 30 degrees with respect to the optical axis, wherein the optic is a meniscus lens with a vertex curving inwards from edges of the optic; wherein image quality at the peripheral retinal location is improved by reducing at least one optical aberration at the peripheral retinal location; and characterised by an achromatic profile disposed on the first surface. an optic comprising: a first surface having a first curvature; and a second surface opposite the first surface, the second surface having a second curvature greater than the first curvature, the first surface and the second surface intersected by an optical axis; a first surface having a first curvature; and a second surface opposite the first surface, the second surface having a second curvature greater than the first curvature, the first surface and the second surface intersected by an optical axis; wherein the optic is configured to focus light incident along a direction parallel to the optical axis at the fovea to produce a functional foveal image, wherein the optic is configured to focus light incident on the patient's eye at an oblique angle with respect to the optical axis at a peripheral retinal location disposed at a distance from the fovea, the peripheral retinal location having an eccentricity between 1 and 30 degrees with respect to the optical axis, wherein the optic is a meniscus lens with a vertex curving inwards from edges of the optic; wherein image quality at the peripheral retinal location is improved by reducing at least one optical aberration at the peripheral retinal location;
Cleaning system, including a bucket and a cleaning device with a mop head, wherein the mop head includes a carrying body and cleaning fringes which are secured to the carrying body, wherein the carrying body is connected to a handle on its side remote from the cleaning fringes, and a washing device arranged in the bucket for washing out the cleaning fringes, including a basket which is settable into an up and down movement by means of a first actuating device, and a spinning device arranged in the bucket for dry spinning the cleaning fringes, including the basket which is settable into a rotational movement by means of a second actuating device, and a centering mandrel which is arranged in the basket for centering the cleaning device, wherein the carrying body is realized in a substantially disc-shaped manner, with a circumferential boundary and with a very large extension d1 between two circumferential regions (17, 18) located opposite one another, wherein the basket is realized in a rotationally symmetrical manner, with a very large first clearance d2 and wherein a first ratio is produced from d2 to d1 > 1.5, characterized in that, when the first actuating device is not actuated, the basket is arranged lowest in the bucket and at least partially below a substantially average water level in the bucket.
A wet state control method for a fuel cell system in which cathode gas is supplied to a fuel cell while the cathode gas partially bypasses the fuel cell, the wet state control method being for controlling a wet state, which is a moisture content in an electrolyte membrane of the fuel cell by adjusting wet control parameters, wherein the wet control parameters include at least a bypass valve opening degree, a cathode gas pressure, and a cathode gas flow rate, and the method comprising: controlling the fuel cell to shift a wet state to a wet side such that at least either one of the cathode gas flow rate and the cathode gas pressure is adjusted in priority to adjustment of the bypass valve opening degree.
Method for ascertaining the wear of a contact tube during a robot-assisted welding method on a workpiece using a welding torch with a consumable welding wire, wherein the welding current is measured and the wear of the contact tube is determined via the measured welding current, wherein the measured welding current is expressed as a ratio of the measured welding voltage, and the ratio of the welding current to the welding voltage is used for evaluating the wear of the contact tube and is compared with at least one defined threshold value (S si), characterized in that the measured welding current is divided by the measured welding voltage and a conductance is formed, and the conductance is compared with at least one defined conductance threshold (G i), or the measured welding voltage is divided by the measured welding current and a resistance is formed, and the resistance is compared with at least one defined resistance threshold (R i), and that a warning is issued when at least one defined conductance threshold value (G i) or at least one defined resistance threshold (R i) is reached.
An integrated perfusion system comprising: a heart lung machine including a plurality of pump modules, each pump module having a control unit; a controller in communication with each of the control units; an input device in communication with the controller and configured to accept operational settings information from a user; and an output device in communication with the controller and configured to display operational parameters of the plurality of pump modules; a data management system in communication with the controller, the data management system including an RF sensor; and a processor in communication with the RF sensor; and one or more disposable elements configured to be used in conjunction with the heart lung machine and including an RFID tag programmed with identifying information that can be read by the RF sensor and used by the processor to unlock functionality within the data management system, characterized in that the data management system is configured to compute and display metabolic parameters as an unlocked functionality within the data management system. a heart lung machine including a plurality of pump modules, each pump module having a control unit; a controller in communication with each of the control units; an input device in communication with the controller and configured to accept operational settings information from a user; and an output device in communication with the controller and configured to display operational parameters of the plurality of pump modules; a controller in communication with each of the control units; an input device in communication with the controller and configured to accept operational settings information from a user; and an output device in communication with the controller and configured to display operational parameters of the plurality of pump modules; a data management system in communication with the controller, the data management system including an RF sensor; and a processor in communication with the RF sensor; and management system including an RF sensor; and a processor in communication with the RF sensor; and one or more disposable elements configured to be used in conjunction with the heart lung machine and including an RFID tag programmed with identifying information that can be read by the RF sensor and used by the processor to unlock functionality within the data management system, characterized in that the data management system is configured to compute and display metabolic parameters as an unlocked functionality within the data management system.
An inkjet ink comprising: one or more monofunctional (meth)acrylate monomers, including 2-methyl-2-ethyl-1,3-dioxolane-4-yl)methyl acrylate (MEDA); a pigment; a photoinitiator; and N-vinyl caprolactam.