mhurhangee/ep-ind-claims huggingface dataset:
Rectangular panel (10, 12) intended for overlaying a subsurface, comprising a base element that has a decorative pattern on the visible face thereof, which faces away from the subsurface, the decorative pattern constituting a plurality of parallelogram-shaped strips (10a, 10b and 12a, 12b), one pair of parallelogram sides forming a portion of the long side of the panel (10, 12) in each case, while the two other sides of the parallelogram extend diagonally to the longitudinal direction of the panel (10, 12), characterised in that at least two strips (10a, 10b and 12a, 12b) have strip widths (x, y) that differ from one another, in that two adjacent strips (10a, 10b and 12a, 12b) are separated from one another by means of a visible joint, and in that the visible joint ends between two strips (20a, 20b, 22a, 22b) that lead to the short side of the panel and at a predefined distance (d) from the short side of the panel.
A method for operating a motor vehicle, in which during an at least partially autonomous drive operation of the motor vehicle, an arrangement and mode of action of environmental sensors of the motor vehicle, the sensor data of which is used in the at least partially autonomous drive operation, are visualized by means of at least one display device arranged in the motor vehicle, wherein at least one of the environmental sensors is a radar sensor, and respective radar waves are visualized by means of the display device, characterized in that a respective positioning of the environmental sensors at the motor vehicle is indicated as well as the respective capturing ranges thereof are visualized by means of the display device. at least one of the environmental sensors is a radar sensor, and respective radar waves are visualized by means of the display device, characterized in that a respective positioning of the environmental sensors at the motor vehicle is indicated as well as the respective capturing ranges thereof are visualized by means of the display device.
A computer-implemented method for providing secure access to a computer, the method comprising: capturing a first image of a user with a camera at the computer in response to the user logging into a user account on the computer; extracting facial features from the first image; periodically detecting, after the capturing of the first image and while the user is still logged into the user account, whether a human face is in front of the computer to determine that the user is still at the computer, by capturing a lower-resolution image with the camera and determining whether a human face is present in the lower-resolution image; capturing, after detecting that the human face is not in front of the computer, one or more subsequent images with the camera at the computer, wherein the lower-resolution image has a resolution lower than the one or more subsequent images; extracting facial features from the one or more subsequent images; comparing the facial features extracted from the one or more subsequent images with the facial features extracted from the first image; if the facial features extracted from one or more of the one or more subsequent images match the facial features extracted from the first image, then staying logged into the user account; and if the facial features extracted from the one or more subsequent images do not match the facial features extracted from the first image, then automatically logging out of the user account. capturing a first image of a user with a camera at the computer in response to the user logging into a user account on the computer; extracting facial features from the first image; periodically detecting, after the capturing of the first image and while the user is still logged into the user account, whether a human face is in front of the computer to determine that the user is still at the computer, by capturing a lower-resolution image with the camera and determining whether a human face is present in the lower-resolution image; capturing, after detecting that the human face is not in front of the computer, one or more subsequent images with the camera at the computer, wherein the lower-resolution image has a resolution lower than the one or more subsequent images; extracting facial features from the one or more subsequent images; comparing the facial features extracted from the one or more subsequent images with the facial features extracted from the first image; if the facial features extracted from one or more of the one or more subsequent images match the facial features extracted from the first image, then staying logged into the user account; and if the facial features extracted from the one or more subsequent images do not match the facial features extracted from the first image, then automatically logging out of the user account.
A preparation method for preparing fermentation broth extracts having milk-clotting activity, using a wheat bran broth, characterized in that the method for preparing comprising the steps of: obtaining the fermentation broth by shaking culture Paenibacillus (Paenibacillus bovis sp. nov.) CGMCC No.8333 at 15°C-40°C for 18-120 hours in said broth, and obtaining the extracts by taking out the supernatant after centrifuging the resulting fermentation broth.
Bearing assembly of a hinge coupling a first component and a second component, the bearing comprising: - an outer ring, mechanically secured to the second component, and having a primary bore extending along a main axis XX' and delimited by a primary inner surface; - an inner ring, arranged to rotated around the main axis XX', and having a primary outer surface in rolling contact with the primary inner surface, so that it defines with said primary inner surface a primary sliding path S1 associated with a primary friction coefficient, the inner ring further comprises a secondary bore extending along the main axis XX' and delimited by a secondary inner surface; - an inner shaft, mechanically secured to the first component, the inner shaft being arranged to rotate around the main axis XX' and disposed in the secondary bore, said inner shaft having a secondary outer surface in rolling contact with the secondary inner surface so that it defines with said secondary inner surface a secondary sliding path S2 associated with a second friction coefficient; the bearing assembly being characterized in that one of the split path, among the primary and the secondary sliding path, is associated with a triboelectric layer coated on one of the surfaces defining the considered sliding path, so that when said sliding path is engaged the triboelectric layer generates, by friction, an electrical current, and in that the bearing further comprises transmission means configured to transmit, to a failure detection system, a signal associated with the electrical current that is likely to be generated by the triboelectric layer. - an outer ring, mechanically secured to the second component, and having a primary bore extending along a main axis XX' and delimited by a primary inner surface; - an inner ring, arranged to rotated around the main axis XX', and having a primary outer surface in rolling contact with the primary inner surface, so that it defines with said primary inner surface a primary sliding path S1 associated with a primary friction coefficient, the inner ring further comprises a secondary bore extending along the main axis XX' and delimited by a secondary inner surface; - an inner shaft, mechanically secured to the first component, the inner shaft being arranged to rotate around the main axis XX' and disposed in the secondary bore, said inner shaft having a secondary outer surface in rolling contact with the secondary inner surface so that it defines with said secondary inner surface a secondary sliding path S2 associated with a second friction coefficient;
An automatic dishwashing composition, comprising: a dispersant polymer blend, comprising: an acrylic acid homopolymer; and a copolymer of acrylic acid and a sulfonated monomer; wherein the dispersant polymer blend has a blend ratio of the acrylic acid homopolymer to the copolymer of 3:1 to 1:3, based on weight, with the proviso that the blend ratio is not 1:1; a surfactant, wherein the surfactant is a fatty alcohol alkoxylate of formula I: wherein R 1 is a linear or branched, saturated C 8-24 alkyl group; R 2 is a linear saturated C 2-8 alkyl group; m has an average value of 22 to 42; n has an average value of 4 to 12; wherein m + n is an average value of 26 to 54; wherein the fatty alcohol alkoxylate of formula I has an average ethyleneoxy unit concentration per molecule, X, of > 45 wt%; and, wherein the fatty alcohol alkoxylate of formula I has a ratio, Z, equal to the average ethyleneoxy unit concentration per molecule, X, divided by n; wherein the ratio, Z, is <9.5. a dispersant polymer blend, comprising: an acrylic acid homopolymer; and a copolymer of acrylic acid and a sulfonated monomer; wherein the dispersant polymer blend has a blend ratio of the acrylic acid homopolymer to the copolymer of 3:1 to 1:3, based on weight, with the proviso that the blend ratio is not 1:1; an acrylic acid homopolymer; and a copolymer of acrylic acid and a sulfonated monomer; a surfactant, wherein the surfactant is a fatty alcohol alkoxylate of formula I: wherein R 1 is a linear or branched, saturated C 8-24 alkyl group; R 2 is a linear saturated C 2-8 alkyl group; m has an average value of 22 to 42; n has an average value of 4 to 12; wherein m + n is an average value of 26 to 54; wherein the fatty alcohol alkoxylate of formula I has an average ethyleneoxy unit concentration per molecule, X, of > 45 wt%; and, wherein the fatty alcohol alkoxylate of formula I has a ratio, Z, equal to the average ethyleneoxy unit concentration per molecule, X, divided by n; wherein the ratio, Z, is <9.5.
An electrical activity sensor (200; 800; 900; 1000; 1100; 1200 1300) attachable to a power cable of an electrical device for detecting an impulse generated in the power cable in response to a change in electrical power state of the electrical device, the electrical activity sensor comprising an antenna assembly including an RFID tag comprising an antenna element operable to magnetically couple with an electrical pulse generated in the power cable to induce an electrical signal in response to a change in electrical power state of the electrical device; and an RFID circuit coupled to the antenna element; the electrical activity sensor further comprising at least one dipole type antenna configured to operate as a half wave dipole in the operating frequency range of the RFID tag and to magnetically couple to the antenna element wherein the dipole type antenna is operable to wirelessly transmit data representative of the power state change of the electrical device from the RFID tag to a remote RFID reader.
Domestic appliance having the following features: a worktop having at least one recess for removing vapours, an extraction device for the vapours, at least one cover for covering the recess, at least one detection device, a hob having a heating device for heating cookware, the hob being arranged adjacently to the recess, and a control device for controlling the domestic appliance, characterised in that the cover can be placed on the worktop between the recess and the hob, the detection device being designed to detect a position of the cover and the control device being designed to control the domestic appliance depending on the position of the cover detected by the at least one detection device, the control device being designed to deactivate the heating device of the hob when the cover is not placed between the recess and the hob and/or to activate the heating device of the hob when the cover is placed between the recess and the hob. a worktop having at least one recess for removing vapours, an extraction device for the vapours, at least one cover for covering the recess, at least one detection device, a hob having a heating device for heating cookware, the hob being arranged adjacently to the recess, and a control device for controlling the domestic appliance, characterised in that the cover can be placed on the worktop between the recess and the hob, the detection device being designed to detect a position of the cover and the control device being designed to control the domestic appliance depending on the position of the cover detected by the at least one detection device, the control device being designed to deactivate the heating device of the hob when the cover is not placed between the recess and the hob and/or to activate the heating device of the hob when the cover is placed between the recess and the hob.
Expression cassette for a heterologous protein or fragment thereof in the intergenic E/NS1 region of the yellow fever 17D vaccine virus, wherein the expression cassette comprises two coding sequences for two functional domains, whereby the first functional domain serves to remove transmembrane segments from the protein, and the second functional domain serves to confer stability on the protein to be obtained, said coding sequence for functional domains consisting of: a first coding sequence for a furin protease recognition motif or a 2A self-cleaving peptide to release the recombinant heterologous protein from its C-terminus containing the transmembrane domains, said coding sequences being located after the coding sequence for the heterologous protein and before the coding sequence of the C-terminal stem and anchor domain of the E protein of DEN4 comprising SEQ ID NO:69 or SEQ ID NO:71; and a second coding sequence for a N-glycosylation motif, located after the coding sequence for a NS1 N-terminal motif of the yellow fever 17D vaccine virus comprising the sequence of SEQ ID NO: 27, and before the coding sequence for the heterologous protein, wherein, when the heterologous protein or fragment thereof is expressed, it will be processed normally by a host cell and induce an immune response. a first coding sequence for a furin protease recognition motif or a 2A self-cleaving peptide to release the recombinant heterologous protein from its C-terminus containing the transmembrane domains, said coding sequences being located after the coding sequence for the heterologous protein and before the coding sequence of the C-terminal stem and anchor domain of the E protein of DEN4 comprising SEQ ID NO:69 or SEQ ID NO:71; and a second coding sequence for a N-glycosylation motif, located after the coding sequence for a NS1 N-terminal motif of the yellow fever 17D vaccine virus comprising the sequence of SEQ ID NO: 27, and before the coding sequence for the heterologous protein, wherein, when the heterologous protein or fragment thereof is expressed, it will be processed normally by a host cell and induce an immune response.
A high-lift actuation system of an aircraft, comprising: a centralized drive device including a central power drive unit operably coupled to a common central driveline for driving a first high-lift surface on a first wing and a second high-lift surface on a second wing, the common central driveline connecting the central PDU to a plurality of mechanical actuators (214A, 214B) coupled to the first high-lift surface and the second high-lift surface; a first local drive device including a first local PDU operably coupled to a first local driveline for driving a first local high-lift surface on the first wing; a second local drive device including a second local PDU operably coupled to a second local driveline for driving a second local high-lift surface on the second wing; wherein the first local driveline and the second local driveline are each spaced apart in the spanwise direction from the common central driveline and separate from the common central driveline; and wherein the first local PDU and the second local PDU are selectively operable to move the first local high-lift surface and the second local high-lift surface, respectively, independently of each other and independently of the first and second high-lift surface, characterized in that the first local driveline and the second local driveline do not mechanically interact with the common central driveline. a centralized drive device including a central power drive unit operably coupled to a common central driveline for driving a first high-lift surface on a first wing and a second high-lift surface on a second wing, the common central driveline connecting the central PDU to a plurality of mechanical actuators (214A, 214B) coupled to the first high-lift surface and the second high-lift surface; a first local drive device including a first local PDU operably coupled to a first local driveline for driving a first local high-lift surface on the first wing; a second local drive device including a second local PDU operably coupled to a second local driveline for driving a second local high-lift surface on the second wing; wherein the first local driveline and the second local driveline are each spaced apart in the spanwise direction from the common central driveline and separate from the common central driveline; and wherein the first local PDU and the second local PDU are selectively operable to move the first local high-lift surface and the second local high-lift surface, respectively, independently of each other and independently of the first and second high-lift surface, characterized in that the first local driveline and the second local driveline do not mechanically interact with the common central driveline.
A rubber foot for a heatable or heated metal device, in particular for a cast iron grid of a cooking hob, wherein - the rubber foot includes a shaft forming an upper part of said rubber foot, - the shaft includes a cylindrical body and is provided for inserting into a hole in the bottom of the metal device along the symmetry axis of said cylindrical body, - the rubberfoot includes a head forming a lower part of said foot, - the head is provided for a position below the hole in the bottom of the metal device, when the shaft is inserted in said hole, - the diameter of the head is bigger than the diameter of the shaft, - the rubber foot includes at least one wing enclosing at least partially the cylindrical body of the shaft, - the at least one wing is formed by at least one ring enclosing the cylindrical body of the shaft and subdivided by at least one recess, and - the rubber foot with the shaft, the head and the wings is formed as a single-piece part, characterised in that the recess forms a lateral evacuation channel, and wherein an upper side of the head is concave, and wherein the upper side of the head includes an inner curvature and an outer curvature, and wherein the inner curvature has a smaller radius of curvature than the outer curvature. - the rubber foot includes a shaft forming an upper part of said rubber foot, - the shaft includes a cylindrical body and is provided for inserting into a hole in the bottom of the metal device along the symmetry axis of said cylindrical body, - the rubberfoot includes a head forming a lower part of said foot, - the head is provided for a position below the hole in the bottom of the metal device, when the shaft is inserted in said hole, - the diameter of the head is bigger than the diameter of the shaft, - the rubber foot includes at least one wing enclosing at least partially the cylindrical body of the shaft, - the at least one wing is formed by at least one ring enclosing the cylindrical body of the shaft and subdivided by at least one recess, and - the rubber foot with the shaft, the head and the wings is formed as a single-piece part, characterised in that the recess forms a lateral evacuation channel, and wherein an upper side of the head is concave, and wherein the upper side of the head includes an inner curvature and an outer curvature, and wherein the inner curvature has a smaller radius of curvature than the outer curvature.
Handing device for tubular or elongate bowl-shaped workpieces, like pipette tips or cups, said workpieces being preferably transported or being able to be transported on a workpiece carrier during their production up to their packaging, the workpiece carrier having receptacles arranged in a grid relative to each other for the workpieces, preferably with the proviso that faulty workpieces located on the workpiece carrier can be detected, and preferably with the proviso that a removal station is provided, with which the faulty workpieces can be removed from the receptacles of a workpiece carrier so that receptacles become available, receptacles of the workpiece carrier that have become available are able to be populated with flawless workpieces by means of the handling device, the handling device comprising a refill magazine which has magazine slots arranged adjacent to each other, each magazine slot having a holding element able to be moved up and down, said holding element functioning for holding, and for receiving and dispensing a flawless workpiece in each case, with the further proviso that each magazine slot comprises a guide tube in which the up and down movement of the holding element takes place, that the holding element is guided in the guide tube and can be moved partially out of the guide tube, and can be moved at least partially, together with a held workpiece, into the guide tube, and that an acceleration device is provided, with which the workpiece can be accelerated out of the guide tube and can be moved to a receptacle of the workpiece carrier.
Protection method of an external face of an electro-optical device, the external face having an optical element formed from an optical film or a stacking of optical films, bonded on an optically transparent substrate offset in relation to the edge of the substrate, the protection method comprising an encapsulation of the optical element by bonding an optically transparent protection tile on the external face, the tile and substrate surfaces being noticeably similar, the bonding of the tile comprising the prior application of glue performed in two steps: - a first step comprising a superficial dispensation of a glue in the non-reticulated state on the parts (2 ZP) of the substrate overshooting the optical element, followed by a reticulation, forming the marginal adhesive band from the edge of the optical element to the edge of the substrate making up the difference in height (e p) between the substrates and the optical element, characterized in that the method comprises: - a second step comprising a superficial dispensation of the same glue in the non-reticulated state over the entire front face of the device, the bonding of the tile and a reticulation. - a first step comprising a superficial dispensation of a glue in the non-reticulated state on the parts (2 ZP) of the substrate overshooting the optical element, followed by a reticulation, forming the marginal adhesive band from the edge of the optical element to the edge of the substrate making up the difference in height (e p) between the substrates and the optical element, characterized in that the method comprises: - a second step comprising a superficial dispensation of the same glue in the non-reticulated state over the entire front face of the device, the bonding of the tile and a reticulation.