mhurhangee/ep-ind-claims huggingface dataset:
Assembly of a streamlined flat windscreen wiper, in particular of a vehicle, the assembly comprising a terminal cap, an end fitting, and a member for holding a wiper blade of said streamlined flat windscreen wiper, the end fitting or member comprising a first longitudinal housing configured to receive a heel of a wiper blade of said wiper, and a bottom longitudinal groove (322, 330) which emerges in said first housing and in which a part of the blade is able to slide longitudinally, said groove being linked to an opening which is configured to allow the passage of said heel and the removal of the blade and in that the opening extends from a longitudinal end of said groove (322, 330), characterized in that the end fitting comprises an oversized end part at an axial distance from the longitudinal extremities of said end fitting, said oversized end part comprising at least one stop surface designed to cooperate with the hooks of the terminal cap.
Balise control apparatus (202, 302, 402) for controlling at least one balise (404, 405), wherein the balise control apparatus (202, 302, 402) comprises: - a first processing unit (250, 350, 450, 550) configured in such a way that a first data signal (236, 336, 436, 536) is generated based on a provided first signal term (232, 332, 432, 532), - a second processing unit (252, 352, 452) configured in such a way that a further first data signal is generated based on the provided first signal term (232, 332, 432, 532), - wherein the second processing unit (252, 352, 452) comprises a second comparator (264, 364, 464) configured in such a way that the further first data signal generated by the second processing unit (252, 352, 452) and the first data signal (236, 336, 436, 536) generated by the first processing unit (250, 350, 450, 550) are compared in a second comparison step, and - wherein the first processing unit (250, 350, 450, 550) is configured such that the generated first data signal (236, 336, 436, 536) is output to a first control signal generating unit (266, 366, 466), characterized in that - the second processing unit (252, 352, 452) is configured in such a way that a second carrier signal (240, 340, 440) is output to the first control signal generating unit (266, 366, 466), wherein the output of the second carrier signal (240, 340, 440) is dependent on the comparison result of the second comparison step. - a first processing unit (250, 350, 450, 550) configured in such a way that a first data signal (236, 336, 436, 536) is generated based on a provided first signal term (232, 332, 432, 532), - a second processing unit (252, 352, 452) configured in such a way that a further first data signal is generated based on the provided first signal term (232, 332, 432, 532), - wherein the second processing unit (252, 352, 452) comprises a second comparator (264, 364, 464) configured in such a way that the further first data signal generated by the second processing unit (252, 352, 452) and the first data signal (236, 336, 436, 536) generated by the first processing unit (250, 350, 450, 550) are compared in a second comparison step, and - wherein the first processing unit (250, 350, 450, 550) is configured such that the generated first data signal (236, 336, 436, 536) is output to a first control signal generating unit (266, 366, 466), - the second processing unit (252, 352, 452) is configured in such a way that a second carrier signal (240, 340, 440) is output to the first control signal generating unit (266, 366, 466), wherein the output of the second carrier signal (240, 340, 440) is dependent on the comparison result of the second comparison step.
Side brush for a vacuum cleaner, comprising a brush core and bristle clusters that are regularly distributed over a circumferential surface of the brush core, the side brush comprising a plurality of bristle clusters, specifically at least ten bristle clusters, the bristle clusters being arranged in at least two parallel planes on the brush core and there being a plurality of bristle clusters in each plane, characterised in that the tips of all the bristle clusters of each of the at least two planes lie substantially on a common enveloping circular line.
A system for capturing dust generated by an excavation component carrying a plurality of cutting teeth, the excavation component being rotatable about a central axis of the excavation component, the system comprising÷ a shroud for at least partially covering the excavation component, the shroud defining a local dust extraction volume; wherein the system for capturing dust is characterized by the fact that the system also comprises a first intake conduit positioned within the local dust extraction volume between the shroud and the excavation component, the first intake conduit defining a plurality of air intake openings that are spaced-apart along a length of the first intake conduit. a shroud for at least partially covering the excavation component, the shroud defining a local dust extraction volume; wherein the system for capturing dust is characterized by the fact that the system also comprises a first intake conduit positioned within the local dust extraction volume between the shroud and the excavation component, the first intake conduit defining a plurality of air intake openings that are spaced-apart along a length of the first intake conduit.
A method at a network element comprising: generating and maintaining, in a memory of the network element, a location profile of a target mobile device based on location information provided by the target mobile device at the same time period within each of a plurality of time cycles, and received by the network element using a communication subsystem of the network element, wherein the location profile is generated by computing, using a processor of the network element, an average and a standard deviation of the location for each time period within the time cycle during a learning phase and wherein the learning phase is continued until the standard deviation calculated for each time period within a cycle is less than a threshold, the location profile including an expected location and an error range for each time period of the received location information; receiving, using the communication subsystem, a current location of the target mobile device; comparing the current location of the target mobile device with the location profile; and providing, using the communication subsystem, a notification to an observer device (120, 122) if the current location of the target mobile device deviates from the location profile, the notification including a deviation distance value. generating and maintaining, in a memory of the network element, a location profile of a target mobile device based on location information provided by the target mobile device at the same time period within each of a plurality of time cycles, and received by the network element using a communication subsystem of the network element, wherein the location profile is generated by computing, using a processor of the network element, an average and a standard deviation of the location for each time period within the time cycle during a learning phase and wherein the learning phase is continued until the standard deviation calculated for each time period within a cycle is less than a threshold, the location profile including an expected location and an error range for each time period of the received location information; receiving, using the communication subsystem, a current location of the target mobile device; comparing the current location of the target mobile device with the location profile; and providing, using the communication subsystem, a notification to an observer device (120, 122) if the current location of the target mobile device deviates from the location profile, the notification including a deviation distance value.
A laser cladding process for repair of worn and/or damaged railway structures, comprising the steps of: providing a laser system having a first laser beam; depositing metal cladding material onto a worn metal railway structure using the first laser beam from the laser system to form a finished surface of the railway structure, wherein the metal cladding material is a wire characterised in that the wire is heated by a current passing therethrough prior to depositing the metal cladding material with the first laser, wherein the temperature of the railway structure is maintained below 260°C during deposition of the metal cladding material to the railway structure. providing a laser system having a first laser beam; depositing metal cladding material onto a worn metal railway structure using the first laser beam from the laser system to form a finished surface of the railway structure, wherein the metal cladding material is a wire characterised in that the wire is heated by a current passing therethrough prior to depositing the metal cladding material with the first laser, wherein the temperature of the railway structure is maintained below 260°C during deposition of the metal cladding material to the railway structure.
Method for the production of sealing rings with a deformed profile, in particular with a deformed profile having a C, V or U shape when seen in cross-section, of a metal strip material, characterized in that - the strip material is guided from a band inlet over a roller feeder, which is driven in a defined and controlled manner, onto a forming roller with a helically coiled drawing profile corresponding to the desired profile of the sealing ring, wherein by winding the strip material onto the forming roller between the roller feeder and the forming roller, a tensile field is generated in the strip material such that when the strip material contacts the forming roller, the deformation thereof is carried out in a flow process with a material stretching, - the band material deformed in this manner is cut to the circumferential length of the sealing ring to be produced, and - the cut ends (18, 19) of the deformed strip material are connected to form the sealing ring. - the strip material is guided from a band inlet over a roller feeder, which is driven in a defined and controlled manner, onto a forming roller with a helically coiled drawing profile corresponding to the desired profile of the sealing ring, wherein by winding the strip material onto the forming roller between the roller feeder and the forming roller, a tensile field is generated in the strip material such that when the strip material contacts the forming roller, the deformation thereof is carried out in a flow process with a material stretching, - the band material deformed in this manner is cut to the circumferential length of the sealing ring to be produced, and - the cut ends (18, 19) of the deformed strip material are connected to form the sealing ring.
An image processing apparatus which extracts a lesion having a ground glass opacity and a core region from an image, the apparatus comprising change means for changing a pixel value range of a candidate region for the ground glass opacity to a predetermined pixel value range, wherein the candidate region for the ground glass opacity is an image region made with image pixels with values between a low background pixel value and a high pixel value; first feature amount extraction means for obtaining a first feature amount from the image, the pixel value range of which is changed by said change means; second feature amount extraction means for obtaining a second feature amount from the image before the pixel value range is changed; and extraction means for extracting the lesion from the image based on the first feature amount and the second feature amount, wherein said extractions means comprises first identifying means for outputting a first value corresponding to a ground glass opacity based on the first feature amount, and second identifying means for outputting a second value corresponding to a core region based on the second feature amount, and wherein said extraction means is configured to generate an enhanced image based on the first value and the second value, and to extract the lesion from the enhanced image.
A method for a galvanically isolated AC/DC-sensitive measurement of a residual current (ΔI), including an oscillator circuit that has a component sensitive to magnetic fields which switches between at least two states in the course of the oscillation, a magnetic field being formed in the sphere of action of the component sensitive to magnetic fields due to the residual current (ΔI) and the oscillator circuit generating an oscillator signal that switches between a state 1 and a state 2, characterized in that times of stay of the oscillator signal that occur in states 1 and 2 are determined as a function of the residual current-driven magnetic field, and an output signal proportional to the residual current is obtained from the ratio of said times of stay.
A riot shield comprising: a clear body having an outer surface and an inner surface; a first lens sheet having a first polarity disposed over the outer surface; a second lens sheet having a second polarity, spaced from the inner surface and the first lens sheet, the first polarity opposite the second polarity, wherein upon a first projector in communication with a first image source projecting an image onto the first lens sheet through the second lens sheet, the image is visible on the first lens sheet but not on the second lens sheet, wherein the first lens sheet having the first polarity comprises lenticular lenses disposed in parallel aligned to a first direction, and the second lens sheet having the second polarity comprises lenticular lenses disposed in parallel aligned to a second direction, wherein the first and second directions are oriented at 90 degrees or at 270 degrees to one another. a clear body having an outer surface and an inner surface; a first lens sheet having a first polarity disposed over the outer surface; a second lens sheet having a second polarity, spaced from the inner surface and the first lens sheet, the first polarity opposite the second polarity, wherein upon a first projector in communication with a first image source projecting an image onto the first lens sheet through the second lens sheet, the image is visible on the first lens sheet but not on the second lens sheet, wherein the first lens sheet having the first polarity comprises lenticular lenses disposed in parallel aligned to a first direction, and the second lens sheet having the second polarity comprises lenticular lenses disposed in parallel aligned to a second direction, wherein the first and second directions are oriented at 90 degrees or at 270 degrees to one another.
A dental sealant for application to a surface of a tooth or dental restoration, said composition comprising (i) a filler system having colloidal silica particles dispersed within a methacrylate resin, said particles having an average particle size in the range of 10 nm to 100 nm; and (ii) a polymerization system capable of being activated by light, which comprises photoactive agents in an amount of from 1 to 10 wt.-% based on the total amount of the composition, wherein the photoactive agents are camphorquinone, 2,4,6 trimethylbenzoyldiphenyl phosphine oxide and ethyl (4-N, N-dimethylamino) benzoate. (i) a filler system having colloidal silica particles dispersed within a methacrylate resin, said particles having an average particle size in the range of 10 nm to 100 nm; and (ii) a polymerization system capable of being activated by light, which comprises photoactive agents in an amount of from 1 to 10 wt.-% based on the total amount of the composition, wherein the photoactive agents are camphorquinone, 2,4,6 trimethylbenzoyldiphenyl phosphine oxide and ethyl (4-N, N-dimethylamino) benzoate.
Method for focusing laser light into a working plane, in which the laser light is deflected by a deflection mirror in such a way that it is propagated substantially parallel to an optical axis of a retroreflector means and is transmitted by a first transmission portion of a cylindrical lens means whose lens apex (S1, S2) has an offset (d), and is subsequently reflected back by the retroreflector means in such a way that the laser light is transmitted by a second transmission portion of the cylindrical lens means which is different from the first transmission portion, and focused into the working plane.
A method implemented by a handheld mobile device for adjusting electromagnetic radiation transmitted by an optical element, the optical element being a colour filter formed of the same material or being integrated with a portion of a housing of the handheld mobile device the method comprising: sensing the electromagnetic radiation transmitted by the optical element to produce sensed electromagnetic radiation information and adjusting the sensed electromagnetic radiation information to produce adjusted electromagnetic radiation information based on a spectral transmission of the optical element, the adjusted electromagnetic radiation information representing information about the electromagnetic radiation incident on the optical element before it passes through and is filtered by the optical element. sensing the electromagnetic radiation transmitted by the optical element to produce sensed electromagnetic radiation information and adjusting the sensed electromagnetic radiation information to produce adjusted electromagnetic radiation information based on a spectral transmission of the optical element, the adjusted electromagnetic radiation information representing information about the electromagnetic radiation incident on the optical element before it passes through and is filtered by the optical element.
A method of ink jet printing comprising a step of printing a primer onto a media sheet and a step of printing with ink onto the media sheet so as to form an image superposed on the primer, the step of printing with ink being carried out with a print head having an array of nozzles staggered in several rows, while performing a relative scan movement of the print head and the media sheet in a transport direction (x) normal to the rows, characterized in that the primer is printed on the media sheet non-uniformly in a pattern that corresponds with a pattern in which the nozzles of the print head are staggered.
A vibration-damping system for at least one turbomachine blade in a turbomachine, each turbomachine blade having a platform (136, 136A, 136B) having a radially inner surface (137, 184), the system comprising: a spacer axially adjacent the platform (136, 136A, 136B) of the at least one turbomachine blade in the turbomachine, the spacer including a body having a gaspath facing surface forming a portion of an annulus for a working fluid flowpath; a damping element coupler on the body of the spacer; and a vibration-damping element configured to couple to the damping element coupler, wherein the vibration-damping element and the damping element coupler are disposed to cause the vibration-damping element to engage the radially inner surface (137, 184) of the platform (136, 136A, 136B) of the at least one turbomachine blade to dampen vibration of the at least one turbomachine blade during operation of the turbomachine. a spacer axially adjacent the platform (136, 136A, 136B) of the at least one turbomachine blade in the turbomachine, the spacer including a body having a gaspath facing surface forming a portion of an annulus for a working fluid flowpath; a damping element coupler on the body of the spacer; and a vibration-damping element configured to couple to the damping element coupler, wherein the vibration-damping element and the damping element coupler are disposed to cause the vibration-damping element to engage the radially inner surface (137, 184) of the platform (136, 136A, 136B) of the at least one turbomachine blade to dampen vibration of the at least one turbomachine blade during operation of the turbomachine.
A method of synthesizing a plurality of polynucleotide variants each having at least one defined nucleotide difference relative to a reference polynucleotide sequence, the method comprising: (a) separately amplifying a reference polynucleotide template with each of a plurality of pairs of forward and reverse primers, wherein the plurality of pairs of forward and reverse primers comprises the plurality of defined nucleotide differences and wherein each pair generates an amplicon comprising a sequence capable of binding to an adjacent overlapping sequence of at least one other amplicon, thereby generating an addressable library of amplicons wherein: (i) the library of amplicons comprises members for assembling two or more different polynucleotide variants comprising defined nucleotide differences relative to the reference polynucleotide sequence; and (ii) the members of the library are arranged in positionally distinct locations on a substrate; (b) separately assembling a plurality of sets of amplicons, wherein each set comprises amplicons having adjacent overlapping sequences capable of binding to form the full length of the reference polynucleotide sequence; (c) replicating the plurality of sets of assembled amplicons, thereby generating an addressable library of polynucleotide variants wherein the members of the library are arranged in positionally distinct locations on a substrate. (a) separately amplifying a reference polynucleotide template with each of a plurality of pairs of forward and reverse primers, wherein the plurality of pairs of forward and reverse primers comprises the plurality of defined nucleotide differences and wherein each pair generates an amplicon comprising a sequence capable of binding to an adjacent overlapping sequence of at least one other amplicon, thereby generating an addressable library of amplicons wherein: (i) the library of amplicons comprises members for assembling two or more different polynucleotide variants comprising defined nucleotide differences relative to the reference polynucleotide sequence; and (ii) the members of the library are arranged in positionally distinct locations on a substrate; (i) the library of amplicons comprises members for assembling two or more different polynucleotide variants comprising defined nucleotide differences relative to the reference polynucleotide sequence; and (ii) the members of the library are arranged in positionally distinct locations on a substrate; (b) separately assembling a plurality of sets of amplicons, wherein each set comprises amplicons having adjacent overlapping sequences capable of binding to form the full length of the reference polynucleotide sequence; (c) replicating the plurality of sets of assembled amplicons, thereby generating an addressable library of polynucleotide variants wherein the members of the library are arranged in positionally distinct locations on a substrate.
Device for removal of sediment from inside piles which are at least partially immersed in water, characterized in comprising an outer guiding unit adapted for temporary positioning on top of a pile, the outer guiding unit enveloping at least one inner dredging unit which is arranged to be lowered from the outer guiding unit, wherein the inner dredging unit at its lower end comprises movable jet nozzles arranged to loosen sediment, the dredging unit furthermore comprising a central passage which is in communication with a discharge pipe or hose arranged to transport loosened sediment therefrom.