mhurhangee/ep-ind-claims huggingface dataset:
A device for analyzing the elemental composition of a liquid sample comprising: an anode electrode and a cathode electrode (115, 116; 130, 131) placed so that the electroactive ends of the two electrodes (115, 116; 130, 131) are facing each other with a gap separating the two electrodes (115, 116; 130, 131); a pump 2. configured to pump liquid in and out of the device allowing the electrodes to be submerged in said liquid; a direct current power supply or a potentiostat/galvanostat or a high voltage power supply in electrical contact with said electrodes through switches (126, 127), wherein the switches (126, 127) connect the electrodes to either said DC power supply/potentiostat/galvanostat or said high voltage power supply, said DC power supply or a potentiostat/galvanostat providing DC voltage to the electrodes for electrodeposition of analytes on one or both electrode surfaces as well as for providing a reverse polarity voltage in order to clean the electrodes (115, 116; 130, 131); said high voltage power supply configured to create an electric discharge between the electrodes; a transparent or a non-transparent capillary tube (109, 312) in which the anode and cathode electrodes are placed; and an optical spectrometer configured to record the emission of the electric discharge or a mass spectrometer configured to sample the ions generated by the discharge. an anode electrode and a cathode electrode (115, 116; 130, 131) placed so that the electroactive ends of the two electrodes (115, 116; 130, 131) are facing each other with a gap separating the two electrodes (115, 116; 130, 131); a pump 2. configured to pump liquid in and out of the device allowing the electrodes to be submerged in said liquid; a direct current power supply or a potentiostat/galvanostat or a high voltage power supply in electrical contact with said electrodes through switches (126, 127), wherein the switches (126, 127) connect the electrodes to either said DC power supply/potentiostat/galvanostat or said high voltage power supply, said DC power supply or a potentiostat/galvanostat providing DC voltage to the electrodes for electrodeposition of analytes on one or both electrode surfaces as well as for providing a reverse polarity voltage in order to clean the electrodes (115, 116; 130, 131); said high voltage power supply configured to create an electric discharge between the electrodes; a transparent or a non-transparent capillary tube (109, 312) in which the anode and cathode electrodes are placed; and an optical spectrometer configured to record the emission of the electric discharge or a mass spectrometer configured to sample the ions generated by the discharge.
A method for performing channel access by a station, STA, in a wireless LAN system, the method comprising: receiving restricted access window, RAW, configuration information about the STA from an access point, AP; performing a first backoff procedure using a first backoff counter value for channel access before a RAW corresponding to the RAW configuration information, wherein the first backoff procedure before the RAW is suspended and the first backoff counter value is stored upon beginning of the RAW; performing a second backoff procedure using a second backoff counter value for channel access within the RAW; and resuming the first backoff procedure performed before the RAW by restoring the stored first backoff counter value when the RAW is ended, wherein the STA independently stores a plurality of backoff counter values including the first backoff counter value used outside the RAW and the second backoff counter value used within the RAW. receiving restricted access window, RAW, configuration information about the STA from an access point, AP; performing a first backoff procedure using a first backoff counter value for channel access before a RAW corresponding to the RAW configuration information, wherein the first backoff procedure before the RAW is suspended and the first backoff counter value is stored upon beginning of the RAW; performing a second backoff procedure using a second backoff counter value for channel access within the RAW; and resuming the first backoff procedure performed before the RAW by restoring the stored first backoff counter value when the RAW is ended,
A method for determining the sequence of a nucleic acid sample comprising: a) providing a first plurality of nucleic acid fragments modified to comprise a plurality of synthetic polymorphisms, b) preparing a nucleic acid library comprising a second plurality of nucleic acid fragments, wherein said preparing comprises amplifying said first plurality of nucleic acid fragments and randomly fragmenting the products of amplification to produce said second plurality of nucleic acid fragments, wherein individual fragments in the library are: (i) shorter than the fragments of the first plurality, and (ii) have a region of sequence overlap with at least one other fragment in the library, wherein the region of sequence overlap comprises at least one of said plurality of synthetic polymorphisms, c) sequencing nucleic acid fragments of said nucleic acid library, and d) aligning the plurality of synthetic polymorphisms among the sequenced fragments to determine the sequence of the nucleic acid sample. a) providing a first plurality of nucleic acid fragments modified to comprise a plurality of synthetic polymorphisms, b) preparing a nucleic acid library comprising a second plurality of nucleic acid fragments, wherein said preparing comprises amplifying said first plurality of nucleic acid fragments and randomly fragmenting the products of amplification to produce said second plurality of nucleic acid fragments, wherein individual fragments in the library are: (i) shorter than the fragments of the first plurality, and (ii) have a region of sequence overlap with at least one other fragment in the library, wherein the region of sequence overlap comprises at least one of said plurality of synthetic polymorphisms, c) sequencing nucleic acid fragments of said nucleic acid library, and d) aligning the plurality of synthetic polymorphisms among the sequenced fragments to determine the sequence of the nucleic acid sample.
Painting installation for painting components with a paint, in particular for painting motor vehicle body components, with a) at least one first paint booth, b) an application device arranged in the first paint booth, namely a print head, for applying the paint to the component located inside the paint booth, the application device operating essentially without overspray, so that the paint applied by the application device deposits essentially completely on the component to be coated without overspray, c) wherein the painting installation is configured so that outer surfaces of the components to be painted can be painted with the overspray-free application device, characterized in d) that the painting installation comprises an atomizer which, in operation, applies a spray mist of the paint, and e) that the painting installation is configured so that inner surfaces and wrap-arounds around component edges of the components to be painted can be painted with the atomizer. a) at least one first paint booth, b) an application device arranged in the first paint booth, namely a print head, for applying the paint to the component located inside the paint booth, the application device operating essentially without overspray, so that the paint applied by the application device deposits essentially completely on the component to be coated without overspray, c) wherein the painting installation is configured so that outer surfaces of the components to be painted can be painted with the overspray-free application device, characterized in d) that the painting installation comprises an atomizer which, in operation, applies a spray mist of the paint, and e) that the painting installation is configured so that inner surfaces and wrap-arounds around component edges of the components to be painted can be painted with the atomizer.
An aircraft controller configured to: receive an aircraft position signal indicative of a distance of the aircraft from an aircraft landing site; receive one or more flight signals indicating respective one or more dynamic conditions or parameters relating to the flight of the aircraft; determine, based at least on the received one or more flight signals, a first aircraft position, relative to the aircraft landing site, at which the landing gear should be deployed; and based on receipt of a landing gear deployment signal and the aircraft position signal, trigger landing gear deployment (a) when the aircraft reaches the first aircraft position, in the event that the deployment signal is received before the aircraft reaches the first aircraft position, or (b) immediately, in the event that the deployment signal is received when the aircraft has passed the first aircraft position, characterized in that the aircraft controller is configured to: determine a second aircraft position, relative to the aircraft landing site, which indicates the closest aircraft position to the aircraft landing site at which the landing gear can be deployed for a safe landing, and in the event that the aircraft reaches the second position before receipt of a landing gear deployment signal, automatically trigger landing gear deployment. receive an aircraft position signal indicative of a distance of the aircraft from an aircraft landing site; receive one or more flight signals indicating respective one or more dynamic conditions or parameters relating to the flight of the aircraft; determine, based at least on the received one or more flight signals, a first aircraft position, relative to the aircraft landing site, at which the landing gear should be deployed; and based on receipt of a landing gear deployment signal and the aircraft position signal, trigger landing gear deployment (a) when the aircraft reaches the first aircraft position, in the event that the deployment signal is received before the aircraft reaches the first aircraft position, or (b) immediately, in the event that the deployment signal is received when the aircraft has passed the first aircraft position, determine a second aircraft position, relative to the aircraft landing site, which indicates the closest aircraft position to the aircraft landing site at which the landing gear can be deployed for a safe landing, and in the event that the aircraft reaches the second position before receipt of a landing gear deployment signal, automatically trigger landing gear deployment.
A method for Generic Routing Encapsulation, GRE, message encapsulation, comprising: performing attribute setting on predetermined bits of a GRE message header according to a preset encapsulation rule during GRE message encapsulation of an original message; and performing GRE message encapsulation on the attribute-set GRE message header and the original message, wherein the predetermined bits comprise first to sixteenth bits of the GRE message header, and the preset encapsulation rule comprises: filling 0 or 1 to the first bit of the GRE message header; filling 0 to the second bit of the GRE message header; filling 0 or 1 to the third bit of the GRE message header; filling 0 or 1 to the fourth bit of the GRE message header; filling 0 to the fifth to thirteenth bits of the GRE message header; and filling 0 to the fourteenth to sixteenth bits of the GRE message header. performing attribute setting on predetermined bits of a GRE message header according to a preset encapsulation rule during GRE message encapsulation of an original message; and performing GRE message encapsulation on the attribute-set GRE message header and the original message, wherein the predetermined bits comprise first to sixteenth bits of the GRE message header, and the preset encapsulation rule comprises: filling 0 or 1 to the first bit of the GRE message header; filling 0 to the second bit of the GRE message header; filling 0 or 1 to the third bit of the GRE message header; filling 0 or 1 to the fourth bit of the GRE message header; filling 0 to the fifth to thirteenth bits of the GRE message header; and filling 0 to the fourteenth to sixteenth bits of the GRE message header. filling 0 or 1 to the first bit of the GRE message header; filling 0 to the second bit of the GRE message header; filling 0 or 1 to the third bit of the GRE message header; filling 0 or 1 to the fourth bit of the GRE message header; filling 0 to the fifth to thirteenth bits of the GRE message header; and filling 0 to the fourteenth to sixteenth bits of the GRE message header.
Micromechanical sensor arrangement comprising: a substrate layer; a first insulation layer arranged above the substrate layer; a first monocrystalline functional layer arranged above the first insulation layer, a piezoresistive sensor resistance bar being formed in said first monocrystalline functional layer; a second insulation layer arranged above the first monocrystalline functional layer; and a second monocrystalline functional layer arranged above the second insulation layer, a spring-mass system (S, F, M) being formed in said second monocrystalline functional layer, said spring-mass system being mechanically coupled to the piezoresistive sensor resistance bar. a substrate layer; a first insulation layer arranged above the substrate layer; a first monocrystalline functional layer arranged above the first insulation layer, a piezoresistive sensor resistance bar being formed in said first monocrystalline functional layer; a second insulation layer arranged above the first monocrystalline functional layer; and a second monocrystalline functional layer arranged above the second insulation layer, a spring-mass system (S, F, M) being formed in said second monocrystalline functional layer, said spring-mass system being mechanically coupled to the piezoresistive sensor resistance bar.
Ac -TMP-2 (SEQ ID NO:2) or a biologically active fragment or variant of Ac -TMP-2 for therapeutic use to reduce or alleviate inflammation in a subject, wherein the variant has at least 90% amino acid sequence identity to the amino acid sequence of SEQ ID NO:2.
An apparatus for making semifinished products forming part of smokers' articles, comprising: - a stationary mandrel elongate along a longitudinal axis; - an inner strip of paper operatively wrapped helically around the mandrel; at least one outer strip of paper operatively wrapped helically around the inner strip, with an inside face of the outer strip in contact with an outside face of the inner strip; - a power-driven belt operating on the outer strip to impart to the inner and outer strips (7A, 8A) a movement of rotation about the longitudinal axis of the mandrel and of translation along the axis in a direction of feed, wherein the belt is in contact with the outer strip on a contact surface helically disposed relative to the longitudinal axis; - a cutting station positioned downstream of the mandrel for cutting pieces of a tubular rod of paper coming out of the mandrel and made up of the inner and outer strips (7A, 8A) of paper glued to each other, wherein the cutting station comprises a blade for intercepting and cutting the rod, characterized in that the blade is disposed in a cutting plane perpendicular to the longitudinal axis and is movable along a circular trajectory around an axis of rotation which is inclined relative to the cutting plane so that the cutting plane is movable by translation along the longitudinal axis. - a stationary mandrel elongate along a longitudinal axis; - an inner strip of paper operatively wrapped helically around the mandrel; at least one outer strip of paper operatively wrapped helically around the inner strip, with an inside face of the outer strip in contact with an outside face of the inner strip; - a power-driven belt operating on the outer strip to impart to the inner and outer strips (7A, 8A) a movement of rotation about the longitudinal axis of the mandrel and of translation along the axis in a direction of feed, wherein the belt is in contact with the outer strip on a contact surface helically disposed relative to the longitudinal axis; - a cutting station positioned downstream of the mandrel for cutting pieces of a tubular rod of paper coming out of the mandrel and made up of the inner and outer strips (7A, 8A) of paper glued to each other, wherein the cutting station comprises a blade for intercepting and cutting the rod,
Smoke-generating body having a smoke-generating body casing and a smoke-generating mass embedded therein, a smoke-generating base and a smoke-generating upper side, wherein the smoke-generating body has at least one purge hole in its smoke-generating body upper side, characterized in that one element or multiple elements (3, 5, 8, 9) increasing air resistance is/are attached to the smoke-generating body base.
Endodontic instrument having a handle capable of rotating the instrument about the longitudinal axis (10, 50) thereof, and a blade extending along said longitudinal axis (10, 50), said blade comprising an active portion having at least two working edges (221, 241, 51, 52, 53), each of said working edges forming, in each cross-section of said active portion, a point on the perimeter of the blade that is further from the longitudinal axis (10, 50) of the instrument than the neighboring points, said blade having, on at least one segment of said active portion, - at least one of said working edges (221, 241, 51, 52, 53) which is regular, extending at a distance from said longitudinal axis (10, 50) which is substantially constant or regularly variable, and - at least one other of said working edges (221, 241, 51, 52, 53) which is irregular, characterized in that said irregular working edge(s) (221, 241, 51, 52, 53) have a succession of recesses, where said edge is closer to said longitudinal axis (10, 50), and bumps, where said edge is further away from said longitudinal axis (10, 50), said irregular working edge(s) being located, in each cross-section of said segment, at a distance from said longitudinal axis (10, 50) which is less than or equal to the distance between said longitudinal axis (10, 50) and said regular working edge, or one of said regular working edges. said blade comprising an active portion having at least two working edges (221, 241, 51, 52, 53), each of said working edges forming, in each cross-section of said active portion, a point on the perimeter of the blade that is further from the longitudinal axis (10, 50) of the instrument than the neighboring points, said blade having, on at least one segment of said active portion, - at least one of said working edges (221, 241, 51, 52, 53) which is regular, extending at a distance from said longitudinal axis (10, 50) which is substantially constant or regularly variable, and - at least one other of said working edges (221, 241, 51, 52, 53) which is irregular, - at least one of said working edges (221, 241, 51, 52, 53) which is regular, extending at a distance from said longitudinal axis (10, 50) which is substantially constant or regularly variable, and - at least one other of said working edges (221, 241, 51, 52, 53) which is irregular, characterized in that said irregular working edge(s) (221, 241, 51, 52, 53) have a succession of recesses, where said edge is closer to said longitudinal axis (10, 50), and bumps, where said edge is further away from said longitudinal axis (10, 50), said irregular working edge(s) being located, in each cross-section of said segment, at a distance from said longitudinal axis (10, 50) which is less than or equal to the distance between said longitudinal axis (10, 50) and said regular working edge, or one of said regular working edges.
A method for producing a through-hole plating in a carrier film printed on both sides with conductor tracks, wherein the carrier film comprises a first side and a second side, wherein the method comprises the following steps: - printing of the first side of the carrier film with electrically conductive material, whereby the area of the provided through-hole plating is covered, - planar removal of material from a surface of the second side in the area of the intended through-hole plating, - introducing of at least one through hole into the carrier film in the region of the provided through-hole plating and thereby forming a two-step or multi-step transition from the second side through the at least one through hole to the electrically conductive material applied to the first side, and - printing of the second side of the carrier film with electrically conductive material, whereby the removed surface and the through hole are filled in, characterized in that the carrier film comprises polycarbonate or consists of polycarbonate, and in that the two-step or multi-step transition is effected by the planar removal of material with an expanded laser beam, whereas the expansion of the laser beam being produced by a defocusing in the beam path. wherein the method comprises the following steps: - printing of the first side of the carrier film with electrically conductive material, whereby the area of the provided through-hole plating is covered, - planar removal of material from a surface of the second side in the area of the intended through-hole plating, - introducing of at least one through hole into the carrier film in the region of the provided through-hole plating and thereby forming a two-step or multi-step transition from the second side through the at least one through hole to the electrically conductive material applied to the first side, and - printing of the second side of the carrier film with electrically conductive material, whereby the removed surface and the through hole are filled in, - printing of the first side of the carrier film with electrically conductive material, whereby the area of the provided through-hole plating is covered, - planar removal of material from a surface of the second side in the area of the intended through-hole plating, - introducing of at least one through hole into the carrier film in the region of the provided through-hole plating and thereby forming a two-step or multi-step transition from the second side through the at least one through hole to the electrically conductive material applied to the first side, and - printing of the second side of the carrier film with electrically conductive material, whereby the removed surface and the through hole are filled in, characterized in that the carrier film comprises polycarbonate or consists of polycarbonate, and in that the two-step or multi-step transition is effected by the planar removal of material with an expanded laser beam, whereas the expansion of the laser beam being produced by a defocusing in the beam path.
An end cap for a lamp tube of an illuminating device, comprising: a mounting ring fixedly mounted to one end of the lamp tube by means of an assembled end, and a cover plate for closing the mounting ring at a free end, the end cap further comprises a rotating ring mounted between the mounting ring and the cover plate at the free end, and the cover plate rotatably closes the mounting ring by means of the rotating ring, the cover plate is rotatable with respect to the rotating ring, characterized in that the rotating ring is capable of rotating with respect to the mounting ring in a first rotation direction, and the cover plate is capable of rotating with respect to the rotating ring in a second rotation direction opposite to the first rotation direction.