mhurhangee/ep-ind-claims huggingface dataset:
Method for continuously mixing at least one polyol component with at least one isocyanate component to produce a polyurethane reaction mixture, in which the at least one polyol component and the at least one isocyanate component are fed to a stirrer mixer, wherein the stirrer mixer has a first section in which a rotatably drivable stirrer shaft with a number of stirring elements is arranged, with which the components (A, B) are mixed, wherein the stirrer mixer has a second section through which the polyurethane reaction mixture is conveyed and fed to an outlet opening, wherein a throttle gap is arranged between the first section and the second section, through which the polyurethane reaction mixture is conveyed, characterized in that the polyurethane reaction mixture is accelerated by the stirring elements in the first section to a maximum velocity (v max) in the circumferential direction of at least 5 m/min and that flow guiding elements are arranged in the region of the throttle gap, by means of which the maximum velocity (v max) in the circumferential direction of the polyurethane reaction mixture is reduced by at least 50 %, preferably by at least 70 %, wherein the flow guiding elements extending at least 30 mm in the axial direction (a) of the stirrer mixer in order to slow down the polyurethane reaction mixture, wherein the flow guiding elements being designed as metal sheets which are fastened to the housing of the stirrer mixer or to a part connected thereto and wherein the flow guiding elements having a radial extent which ends at a distance of at least 10 % of the inner radius of the housing at the location of the flow guiding elements. wherein the stirrer mixer has a first section in which a rotatably drivable stirrer shaft with a number of stirring elements is arranged, with which the components (A, B) are mixed, wherein the stirrer mixer has a second section through which the polyurethane reaction mixture is conveyed and fed to an outlet opening, wherein a throttle gap is arranged between the first section and the second section, through which the polyurethane reaction mixture is conveyed, characterized in that the polyurethane reaction mixture is accelerated by the stirring elements in the first section to a maximum velocity (v max) in the circumferential direction of at least 5 m/min and that flow guiding elements are arranged in the region of the throttle gap, by means of which the maximum velocity (v max) in the circumferential direction of the polyurethane reaction mixture is reduced by at least 50 %, preferably by at least 70 %, wherein the flow guiding elements extending at least 30 mm in the axial direction (a) of the stirrer mixer in order to slow down the polyurethane reaction mixture, wherein the flow guiding elements being designed as metal sheets which are fastened to the housing of the stirrer mixer or to a part connected thereto and wherein the flow guiding elements having a radial extent which ends at a distance of at least 10 % of the inner radius of the housing at the location of the flow guiding elements.
A method for manufacturing an endless paper web for manufacturing security documents and value documents, having the method steps of: a) producing an endless paper web on a cylindrical screen machine, wherein the paper web is subdivided into a plurality of equal paper sheets extending transversally to the endless longitudinal direction, and equipping at least one paper sheet per screen circumference of the cylindrical screen with at least one watermark marker for controlling further processing steps, wherein there exist certain position variances between the positions of the watermark markers of the paper sheets, b) capturing the positions of two or more watermark markers on the endless paper web, c) determining of marker positions having smaller position variances than the position variances of the captured watermark markers, d) producing colored identification markers in the determined marker positions of the paper web, e) capturing the positions of the produced identification markers, f) equipping the paper web with at least one through opening in each of the paper sheets, making use of the captured positions of the produced identification markers, wherein the through openings have respectively exactly one straight edge arranged perpendicularly to the longitudinal direction of the endless paper web, g) capturing the positions of the straight edges contained in the produced through openings, and h) equipping the paper web on each of the paper sheets with at least one foil having security features to be applied to the paper web, making use of the captured positions of the straight edges contained in the produced through openings. a) producing an endless paper web on a cylindrical screen machine, wherein the paper web is subdivided into a plurality of equal paper sheets extending transversally to the endless longitudinal direction, and equipping at least one paper sheet per screen circumference of the cylindrical screen with at least one watermark marker for controlling further processing steps, wherein there exist certain position variances between the positions of the watermark markers of the paper sheets, b) capturing the positions of two or more watermark markers on the endless paper web, c) determining of marker positions having smaller position variances than the position variances of the captured watermark markers, d) producing colored identification markers in the determined marker positions of the paper web, e) capturing the positions of the produced identification markers, f) equipping the paper web with at least one through opening in each of the paper sheets, making use of the captured positions of the produced identification markers, wherein the through openings have respectively exactly one straight edge arranged perpendicularly to the longitudinal direction of the endless paper web, g) capturing the positions of the straight edges contained in the produced through openings, and h) equipping the paper web on each of the paper sheets with at least one foil having security features to be applied to the paper web, making use of the captured positions of the straight edges contained in the produced through openings.
Control unit for an agricultural working machine, comprising an input device and a display device which is configured to be able to display at least one field to be agriculturally treated, the input device and the display device being integrated in a touch-sensitive screen, characterized in that the control unit is designed and/or configured in such a manner that at least one region (111, 111') of the field to be treated can be marked by means of touch and a property can be assigned to this region (111, 111'), the region being able to be displayed in the display device.
A process for upgrading hydrocarbons comprising the steps of heating a hydrocarbon feedstock comprising CPD, DCPD, C 5 diolefins, benzene, toluene and xylene in a heating zone to demerize CPD to DCPD; separating out a C 10+ stream and separating said C 10+ stream into a fuel oil stream and a DCPD stream comprising DCPD, which process comprises the steps of: a) heating a hydrocarbon feedstock comprising CPD, DCPD, C 5 diolefins, benzene, toluene, and xylene in a heating zone, to dimerize CPD to DCPD, thereby forming a first effluent; b) separating said first effluent into a C 6+ stream and a C 5 diolefin stream comprising C 5 diolefins; c) separating said C 6+ stream into a C 6 - C 9 stream and a C 10+ stream; d) separating said C 10+ stream into a fuel oil stream and a DCPD stream comprising DCPD; and e) hydrotreating said C 6 - C 9 stream to thereby form a BTX stream comprising benzene, toluene and xylene. a) heating a hydrocarbon feedstock comprising CPD, DCPD, C 5 diolefins, benzene, toluene, and xylene in a heating zone, to dimerize CPD to DCPD, thereby forming a first effluent; b) separating said first effluent into a C 6+ stream and a C 5 diolefin stream comprising C 5 diolefins; c) separating said C 6+ stream into a C 6 - C 9 stream and a C 10+ stream; d) separating said C 10+ stream into a fuel oil stream and a DCPD stream comprising DCPD; and e) hydrotreating said C 6 - C 9 stream to thereby form a BTX stream comprising benzene, toluene and xylene.
A method of managing phone memory operations, comprising: causing user-defined boot program code to be read from nonvolatile memory into memory controller memory; releasing a first wireless phone processor from a reset state using a first reset signal after the user-defined boot code is read into the memory controller memory; and controlling a second reset signal coupled to a second wireless phone processor using the first wireless phone processor. causing user-defined boot program code to be read from nonvolatile memory into memory controller memory; releasing a first wireless phone processor from a reset state using a first reset signal after the user-defined boot code is read into the memory controller memory; and controlling a second reset signal coupled to a second wireless phone processor using the first wireless phone processor.
Solar installation (1a; 1b; 1d), in particular photovoltaic installation, comprising at least one energy generating element (16, 19; 16a; 16c; 19d) and a device for holding the at least one energy generating element (16, 19; 16a; 16c; 19d) in a power generation position at a distance from a ground (2; 2c), the holding device comprising a net (12; 12a; 12d) formed from strands (10, 11, 21, 10a, 11, 21a; 10c, 29; 10d, 11d), which is preferably arranged without arching above the ground (2; 2c), and on which the at least one power generating element (16, 19; 16a; 16c; 19d) can be fastened, characterized in that the at least one energy generating element is positioned in a mesh (20; 20a; 20d) of the net (12; 12a; 12d) such that a first portion of the energy generating element is positioned above at least one strand forming the mesh (20; 20a; 20d) and a further portion of the energy generating element is positioned below at least one further strand forming the mesh.
A storage device for housing a curtain means when not in use, the storage device comprising; an openable and closeable housing means (60A, 60B), at least one movable support means comprising an elongate member, the elongate member being suitably sized, shaped and adapted for supporting said curtain means, whereby said support means can be moved between at least two positions, a first collapsed position where said support means is housed in said housing means and a second erected position where said support means is positioned outside of said housing means so that said curtain means can hang therefrom, and wherein the storage device includes moving means to urge the support means from the first position to the second position, wherein the moving means comprises a piston characterized in that in moving from the second position to the first position the piston acts to urge the support means to the first position when the support means subtends less than a preset angle with a vertical axis.
A computer system comprising: a visual attention module operative to: (a) receive scene input; (b) apply a visual attention model to the scene input; and, (c) predict regions within the scene input that tend to attract visual attention; a robustness assessment module operative to interact with the visual attention module to determine a degree to which at least one of the identified regions is robust or the scene is robust, wherein robustness is a measure of the sensitivity of predictions output from a visual attention module to either of, or some combination of: (a) variability within the visual properties of the scene; or, (b) variability within the visual attention model that is applied by the visual attention module; characterized by further comprising: a user interface module operative to display information indicative of the degree to which at least one of the identified regions is robust, wherein the information comprises a graphical representation of the scene overlaid with heat maps associated with the saliency of individual regions of the scene, the gradients of the heat maps correlated to the robustness of individual regions of the scene. a visual attention module operative to: (a) receive scene input; (b) apply a visual attention model to the scene input; and, (c) predict regions within the scene input that tend to attract visual attention; (a) receive scene input; (b) apply a visual attention model to the scene input; and, (c) predict regions within the scene input that tend to attract visual attention; a robustness assessment module operative to interact with the visual attention module to determine a degree to which at least one of the identified regions is robust or the scene is robust, wherein robustness is a measure of the sensitivity of predictions output from a visual attention module to either of, or some combination of: (a) variability within the visual properties of the scene; or, (b) variability within the visual attention model that is applied by the visual attention module; (a) variability within the visual properties of the scene; or, (b) variability within the visual attention model that is applied by the visual attention module; a user interface module operative to display information indicative of the degree to which at least one of the identified regions is robust, wherein the information comprises a graphical representation of the scene overlaid with heat maps associated with the saliency of individual regions of the scene, the gradients of the heat maps correlated to the robustness of individual regions of the scene.
An audio decoder (100; 300) for providing a decoded audio information (112;312) on the basis of an encoded audio information (110; 310), the audio decoder comprising: an error concealment (130; 380; 500) configured to provide an error concealment audio information (132; 382; 512) for concealing a loss of an audio frame following an audio frame encoded in a frequency domain representation using a time domain excitation signal; the audio decoder being characterised in that: the error concealment (130;380;500) is configured to combine an extrapolated time domain excitation signal and a noise signal, in order to obtain an input signal for an LPC synthesis, and wherein the error concealment is configured to perform the LPC synthesis, wherein the LPC synthesis is configured to filter the input signal of the LPC synthesis in dependence on linear-prediction-coding parameters, in order to obtain the error concealment audio information (132; 382; 512), wherein the error concealment (130; 380; 500) is configured to high-pass filter the noise signal which is combined with the extrapolated time domain excitation signal. an error concealment (130; 380; 500) configured to provide an error concealment audio information (132; 382; 512) for concealing a loss of an audio frame following an audio frame encoded in a frequency domain representation using a time domain excitation signal; the audio decoder being characterised in that: the error concealment (130;380;500) is configured to combine an extrapolated time domain excitation signal and a noise signal, in order to obtain an input signal for an LPC synthesis, and wherein the error concealment is configured to perform the LPC synthesis, wherein the LPC synthesis is configured to filter the input signal of the LPC synthesis in dependence on linear-prediction-coding parameters, in order to obtain the error concealment audio information (132; 382; 512), wherein the error concealment (130; 380; 500) is configured to high-pass filter the noise signal which is combined with the extrapolated time domain excitation signal. the error concealment (130;380;500) is configured to combine an extrapolated time domain excitation signal and a noise signal, in order to obtain an input signal for an LPC synthesis, and wherein the error concealment is configured to perform the LPC synthesis, wherein the LPC synthesis is configured to filter the input signal of the LPC synthesis in dependence on linear-prediction-coding parameters, in order to obtain the error concealment audio information (132; 382; 512), wherein the error concealment (130; 380; 500) is configured to high-pass filter the noise signal which is combined with the extrapolated time domain excitation signal.
A decoration sheet with hair line, which is attached to a surface of an object for improving weather resistance of the surface so as to protect the object from external environment, comprising: a PVC layer of which a lower surface is attached to the object; a hair line printing layer attached to the PVC layer and provided with an surface on which the hair line is formed; and an acrylic layer attached to the hair line printing layer, wherein the hair line printing layer is formed by coating a coating liquid comprising a mixture of liquid aluminum and acrylic medium onto a transfer film on which the hair line is formed, hardening the coating liquid and then transferring the hardened coating liquid to the PVC layer; wherein the hair line printing layer has a thickness of 3 ∼ 10μm, and wherein a content of the acrylic medium is within an extent of 75 ∼ 98% based on the whole weight. a PVC layer of which a lower surface is attached to the object; a hair line printing layer attached to the PVC layer and provided with an surface on which the hair line is formed; and an acrylic layer attached to the hair line printing layer, wherein the hair line printing layer is formed by coating a coating liquid comprising a mixture of liquid aluminum and acrylic medium onto a transfer film on which the hair line is formed, hardening the coating liquid and then transferring the hardened coating liquid to the PVC layer; wherein the hair line printing layer has a thickness of 3 ∼ 10μm, and wherein a content of the acrylic medium is within an extent of 75 ∼ 98% based on the whole weight.
A compound of Formula I or a salt thereof, wherein A is selected from the group consisting of phenyl, pyridyl, pyrazyl, oxazolyl and isoxazolyl, each of which can be optionally independently substituted with one or more substituents selected from the group consisting of halogen, CF 3, CH 3, OCF 3, OCH 3, CN, and C O; and C is selected from the group consisting of pyrrolyl, thienyl, furanyl, oxazolyl and isoxazolyl, each of which can be optionally independently substituted with one or more substituents selected from the group consisting of C 1 -C 10 alkyl, C 1 -C 10 alkoxy, C 3 -C 8 cycloalkyl, C 1 -C 9 haloalkyl, C 1 -C 9 haloalkoxy, C 3 -C 7 monocyclic heterocyclyl, C 7 -C 10 bicyclic heterocyclyl, and halogen. wherein A is selected from the group consisting of phenyl, pyridyl, pyrazyl, oxazolyl and isoxazolyl, each of which can be optionally independently substituted with one or more substituents selected from the group consisting of halogen, CF 3, CH 3, OCF 3, OCH 3, CN, and C O; and C is selected from the group consisting of pyrrolyl, thienyl, furanyl, oxazolyl and isoxazolyl, each of which can be optionally independently substituted with one or more substituents selected from the group consisting of C 1 -C 10 alkyl, C 1 -C 10 alkoxy, C 3 -C 8 cycloalkyl, C 1 -C 9 haloalkyl, C 1 -C 9 haloalkoxy, C 3 -C 7 monocyclic heterocyclyl, C 7 -C 10 bicyclic heterocyclyl, and halogen.
A system for preparing a consumable beverage, the system comprising: an apparatus including a first brew chamber part having a cavity for selectively holding an exchangeable first or second capsule (4A,4B), the first capsule having a first body with a first exit area attached to the first body, and the second capsule having a second body with a second exit area attached to the second body, the second exit area having a diameter (D B) that is larger than a diameter (D A) of the first exit area; the apparatus further including a second brew chamber part for closing the first brew chamber part around the first or second capsule; wherein the second brew chamber part has an extraction plate for abutting against the first or second exit area (13A,13B), the extraction plate including a central portion and a peripheral portion, the central portion being movable relative to the peripheral portion. an apparatus including a first brew chamber part having a cavity for selectively holding an exchangeable first or second capsule (4A,4B), the first capsule having a first body with a first exit area attached to the first body, and the second capsule having a second body with a second exit area attached to the second body, the second exit area having a diameter (D B) that is larger than a diameter (D A) of the first exit area; the apparatus further including a second brew chamber part for closing the first brew chamber part around the first or second capsule; wherein the second brew chamber part has an extraction plate for abutting against the first or second exit area (13A,13B), the extraction plate including a central portion and a peripheral portion, the central portion being movable relative to the peripheral portion.
A knob assembly comprising a housing having a boundary surface for preventing environmental leakage and electromagnetic interference from entering the housing, first and second encoders (50, 51) disposed within the housing, an inner rotary knob and an outer rotary knob independent rotatable, which are disposed externally of the housing, and the outer rotary knob is disposed around the inner rotary knob, an interface plate of the housing is interposed between the encoders (50, 51) and the rotary knobs (12, 16) for minimizing environmental leakage and electrical interference paths into the housing, physically isolating the interior of the housing from the rotary knobs (12, 16), wherein the first encoder is configured to decode contactlessly the angular orientation of the inner rotary knob, and the second encoder is configured to decode contactlessly the angular orientation of the outer rotary knob; and the interface plate is free of any physical openings between the rotary knobs (12, 16) and the encoders (50, 51) for providing electrical conductors or physical elements of the rotary knobs (12, 16) into the interior of the housing.
A build plate system comprising: a build plate including a body defining at least one cavity, an insert disposable with the build plate and having a threaded surface; and a proximal portion of a screw shaft of a bone fastener, the proximal portion including threads and a distal face, wherein the proximal portion is connectable to the insert via threaded engagement of the threads with the threaded surface, wherein the insert is sized and shaped to fit within the at least one cavity such that, when the proximal portion is connected to the insert and the insert is disposed with the build plate, the at least one cavity orients the insert thereby orienting the distal face for forming at least a further portion of the screw shaft onto the distal face by a manufacturing method using an additive manufacturing apparatus. a build plate including a body defining at least one cavity, an insert disposable with the build plate and having a threaded surface; and a proximal portion of a screw shaft of a bone fastener, the proximal portion including threads and a distal face, wherein the proximal portion is connectable to the insert via threaded engagement of the threads with the threaded surface, wherein the insert is sized and shaped to fit within the at least one cavity such that, when the proximal portion is connected to the insert and the insert is disposed with the build plate, the at least one cavity orients the insert thereby orienting the distal face for forming at least a further portion of the screw shaft onto the distal face by a manufacturing method using an additive manufacturing apparatus.