mhurhangee/patent-ind-claim-en huggingface dataset:
Wiper device having a wiper-arm adaptor , which is arrangeable on a wiper arm , and having a wiper-blade adaptor , which is arrangeable on a wiper blade , and having a nozzle unit (10a-10c), which is intended for arrangement on the wiper arm (12a; 12c) and for application of washing water to a vehicle window (14a-14c), wherein the nozzle unit (10a-10c) is intended for application of washing water to the vehicle window (14a-14c) on both sides of a wiper blade (16a-16c), which is fastened to the wiper arm (12a-12c), in an operating state, wherein a first nozzle element of the nozzle unit (10a-10c) is latched to the wiper-arm adaptor of the wiper arm , wherein the first nozzle element has at least one latching element which corresponds to a latching cutout in the wiper-arm adaptor , characterized in that the first nozzle element finishes flush with the wiper-blade adaptor of the wiper blade , and the nozzle element has an assembly opening in a nozzle top wall , which assembly opening is intended to be connectable in a form-fitting manner to a latching means of a wiper-blade adaptor during an assembly, and wherein the form-fitting connection can be released by deflection of the latching means in the direction of the wiper blade , so that the wiper-arm adaptor is then movable relative to the wiper-blade adaptor at least in a wiper-arm longitudinal direction .
A journal bearing comprising: - a carrier ring having an upper half carrier ring and lower half carrier ring adapted to be disposed on the outer peripheral side of a horizontally installed rotating shaft ; - a first pad disposed on the inner side of the lower half carrier ring and a second pad disposed on the downstream side of the first pad ; - a first oil supply portion which is configured to supply lubricant oil between the rotating shaft and the first pad and a second oil supply portion which is configured to supply lubricant oil between the rotating shaft and the second pad , characterized in that the supply quantity of lubricant oil supplied from the second oil supply portion is less than the supply quantity of lubricant oil supplied from the first oil supply portion . - a carrier ring having an upper half carrier ring and lower half carrier ring adapted to be disposed on the outer peripheral side of a horizontally installed rotating shaft ; - a first pad disposed on the inner side of the lower half carrier ring and a second pad disposed on the downstream side of the first pad ; - a first oil supply portion which is configured to supply lubricant oil between the rotating shaft and the first pad and a second oil supply portion which is configured to supply lubricant oil between the rotating shaft and the second pad , characterized in that the supply quantity of lubricant oil supplied from the second oil supply portion is less than the supply quantity of lubricant oil supplied from the first oil supply portion .
An apparatus comprising: - a light source ; - a fibre interface coupled to the light source , the light source being configured to provide light to a fibre via the fibre interface, the light having a first frequency; - a frequency selective optical filter optically coupled to the fibre interface, arranged, in producing filtered light, to suppress light at a frequency of Brillouin scattering of light having the first frequency, and - a detector optically coupled to the optical filter, arranged to measure at least one quantity of the filtered light. - a light source ; - a fibre interface coupled to the light source , the light source being configured to provide light to a fibre via the fibre interface, the light having a first frequency; - a frequency selective optical filter optically coupled to the fibre interface, arranged, in producing filtered light, to suppress light at a frequency of Brillouin scattering of light having the first frequency, and - a detector optically coupled to the optical filter, arranged to measure at least one quantity of the filtered light.
Process for multiphase polymerization, in particular for producing butyl rubber, in a tubular reactor comprising at least a pipe piece for radially delimiting a reactor volume between an inlet and an outlet , a stirrer for generating a flow in the axial direction of the pipe piece , wherein the stirrer is dimensioned and operable such that the flow is impartable with a centrifugal force which generates a concentration distribution in the radial direction inside the pipe piece and an outlet conduit for discharging a radially inner part of the flow , comprising the steps of: • mixing a first reactant with a second reactant and/or a catalyst for performing a polymerization to afford a product in a solvent using a stirrer , • imparting a centrifugal force at least to the product and the solvent using the same stirrer , wherein the stirrer is operated such that for the ratio c = w tan 2 / ((d/2) • g) where w tan denotes tangential velocity at the outer edge of the stirrer, d denotes external diameter of the stirrer and g denotes acceleration due to gravity, c ≥ 10, in particular c ≥ 100 and preferably c ≥ 1000, and • withdrawing a concentrated radially inner part of the flow . • mixing a first reactant with a second reactant and/or a catalyst for performing a polymerization to afford a product in a solvent using a stirrer , • imparting a centrifugal force at least to the product and the solvent using the same stirrer , wherein the stirrer is operated such that for the ratio c = w tan 2 / ((d/2) • g) where w tan denotes tangential velocity at the outer edge of the stirrer, d denotes external diameter of the stirrer and g denotes acceleration due to gravity, c ≥ 10, in particular c ≥ 100 and preferably c ≥ 1000, and • withdrawing a concentrated radially inner part of the flow .
Sealing device for a slidable leaf as a sliding leaf or slidable lift-and-slide leaf of a window or a door , consisting of two sealing strips , which can be arranged in an impact region between the sliding leaf and a fixed panel for sealing and securing the intermediate spaces of a closed sliding leaf of the window or door , of which, in the impact region , a first sealing strip having a leaf frame contact surface (5") can be fastened to the leaf frame of the sliding leaf , and a second sealing strip having a leaf frame contact surface (7") can be fastened to a fixed panel frame of the further fixed panel , wherein the sealing strips , consisting in each case of a profile body of the same shape, comprise first profile sections , which in the mounted state, with the sliding leaf closed, mutually engage over or behind one another, and form an operatively connected unit with the seals arranged opposite, characterized in that the profile bodies are made of a plastic material, and in cross-section comprise with corresponding webs of close to the same material thickness, which form hollow chambers shaped by the profile bodies , wherein the seals are secured in the respective profile body of the sealing strips , wherein the profile bodies of the sealing strips , in the mounted state, comprise over their entire length, on a side parallely facing away from the leaf frame contact surface (5") or the fixed panel contact surface (7"), a receiving groove , into which mounting screws can be inserted, and, in the mounted state of the side which is parallely facing away, are arranged in a countersunk fashion, wherein the receiving groove accommodated a cover strip in a force-fitting and/or force-locking manner (positive and/or non-positive fit), which cover strip sealingly covers the receiving groove on the side which is parallely facing away by way of a flush-fitted arrangement with the surface of the profile body .
A method of diagnosing sepsis, the method comprising the steps of: a) analysing a biological sample obtained from a subject to determine the levels of four or more biomarkers, the biomarkers comprising SLC2A3, GPR84, RETN and LRRN3 and optionally one or more further biomarkers selected from any of; - group A, consisting of: GYG1, B4GALT5, HK3, PFKFB3, STXBP2, FPR2, ALPL, GRINA, FFAR2, and MPO; - group B, consisting of: IL1RN, BASP1, PSTPIP2, CKAP4, DYSF, C19orf59, IL18R1, MMP9, FGR, SPI1, PGLYRP1, RNF24, ANKRD22, CEBPD, IL1R2, LOC729021 (SCRAP-like helicase), S100A12, ITGAM, FCGR1A, IFITM3, CSF3R, LCN2, TNFAIP6, HP, ORM1, CEACAM1 and PRTN3; - and group C, consisting of: GRAP, TRAJ17, CD3D, CD247, ITM2A, LIME1, HLA-DMB, CD7, MAL, TRBV28, RPS29; and b) comparing the levels of the biomarkers determined in (a) with one or more reference values, wherein a difference in the expression levels of the four or more biomarkers in the sample(s) from the subject compared to the one or more reference values is indicative of sepsis. a) analysing a biological sample obtained from a subject to determine the levels of four or more biomarkers, the biomarkers comprising SLC2A3, GPR84, RETN and LRRN3 and optionally one or more further biomarkers selected from any of; - group A, consisting of: GYG1, B4GALT5, HK3, PFKFB3, STXBP2, FPR2, ALPL, GRINA, FFAR2, and MPO; - group B, consisting of: IL1RN, BASP1, PSTPIP2, CKAP4, DYSF, C19orf59, IL18R1, MMP9, FGR, SPI1, PGLYRP1, RNF24, ANKRD22, CEBPD, IL1R2, LOC729021 (SCRAP-like helicase), S100A12, ITGAM, FCGR1A, IFITM3, CSF3R, LCN2, TNFAIP6, HP, ORM1, CEACAM1 and PRTN3; - and group C, consisting of: GRAP, TRAJ17, CD3D, CD247, ITM2A, LIME1, HLA-DMB, CD7, MAL, TRBV28, RPS29; and - group A, consisting of: GYG1, B4GALT5, HK3, PFKFB3, STXBP2, FPR2, ALPL, GRINA, FFAR2, and MPO; - group B, consisting of: IL1RN, BASP1, PSTPIP2, CKAP4, DYSF, C19orf59, IL18R1, MMP9, FGR, SPI1, PGLYRP1, RNF24, ANKRD22, CEBPD, IL1R2, LOC729021 (SCRAP-like helicase), S100A12, ITGAM, FCGR1A, IFITM3, CSF3R, LCN2, TNFAIP6, HP, ORM1, CEACAM1 and PRTN3; - and group C, consisting of: GRAP, TRAJ17, CD3D, CD247, ITM2A, LIME1, HLA-DMB, CD7, MAL, TRBV28, RPS29; and b) comparing the levels of the biomarkers determined in (a) with one or more reference values, wherein a difference in the expression levels of the four or more biomarkers in the sample(s) from the subject compared to the one or more reference values is indicative of sepsis.
A process for preparing a 3-( -4-methylene-5-(3-oxopropyl)tetrahydrofuran-2-yl)propanol derivative of the following formula , which comprises the steps of: (i) reacting a compound of the following formula with allyl bromide to obtain a compound of the following formula ; (ii) reacting the compound of the following formula with an arylsulfonyl azide to obtain a triazole compound of the following formula ; (iii) subjecting the triazole compound of the following formula to denitrification and rearrangement followed by hydrolysis to obtain a tetrahydrofuran compound of the following formula ; (iv) subjecting the tetrahydrofuran compound of the following formula to Wittig reaction to obtain a compound of the following formula ; (v) subjecting the compound of the following formula to hydroboration followed by oxidation to obtain a compound of the following formula ; and (vi) oxidizing a hydroxyl group of the compound of the following formula : wherein, R is an arylsulfonyl group substituted or unsubstituted with C 1 -C 6 alkyl group, and PG represents a protecting group. (i) reacting a compound of the following formula with allyl bromide to obtain a compound of the following formula ; (ii) reacting the compound of the following formula with an arylsulfonyl azide to obtain a triazole compound of the following formula ; (iii) subjecting the triazole compound of the following formula to denitrification and rearrangement followed by hydrolysis to obtain a tetrahydrofuran compound of the following formula ; (iv) subjecting the tetrahydrofuran compound of the following formula to Wittig reaction to obtain a compound of the following formula ; (v) subjecting the compound of the following formula to hydroboration followed by oxidation to obtain a compound of the following formula ; and (vi) oxidizing a hydroxyl group of the compound of the following formula : wherein, R is an arylsulfonyl group substituted or unsubstituted with C 1 -C 6 alkyl group, and PG represents a protecting group.
A method for producing a magnesium alloy, the method comprising: casting a magnesium alloy consisting of 0.001 parts by weight to 0.1 parts by weight of scandium, 0.5 to 7.0 parts by weight of zinc, and the balance of magnesium and unavoidable impurities with respect to 100 parts by weight of the magnesium alloy; homogenizing the cast magnesium alloy; and extruding the homogenized magnesium alloy after pre-heating, wherein Fe solubility is increased and corrosion is reduced while keeping excellent mechanical properties and corrosion resistance. casting a magnesium alloy consisting of 0.001 parts by weight to 0.1 parts by weight of scandium, 0.5 to 7.0 parts by weight of zinc, and the balance of magnesium and unavoidable impurities with respect to 100 parts by weight of the magnesium alloy; homogenizing the cast magnesium alloy; and extruding the homogenized magnesium alloy after pre-heating, wherein Fe solubility is increased and corrosion is reduced while keeping excellent mechanical properties and corrosion resistance.
A monitoring system for monitoring the condition of a cable , which is guided in an energy guide chain between a base and a moving end movable relative thereto, comprising: - an energy guide chain which is displaceable along a travel path and, in so doing, forms a mobile run with a connection end for the moving end , a stationary run with a connection end for the base and a deflection arc between the two runs; and - a monitoring device with at least one sensor unit arranged on the energy guide chain , which monitoring device evaluates a signal generated using the sensor unit in order to monitor the occurrence of a fault condition during operation of the energy guide chain, characterized in that - the sensor unit includes two electrical indicator conductors guided by the energy guide chain, which indicator conductors run at least along the greater part of the length of the mobile run , and - the monitoring device comprises a circuit with a measurement device for measuring resistance or conductance, and - in that in each case one end point of each of the two indicator conductors is connected at one connection end of the energy guide chain to the measurement device and the respective other end points of the indicator conductors, in particular at the other connection end of the energy guide chain , are short-circuited , such that the conductors form a measurement loop, the resistance or conductance of which is measurable by the measurement device . - an energy guide chain which is displaceable along a travel path and, in so doing, forms a mobile run with a connection end for the moving end , a stationary run with a connection end for the base and a deflection arc between the two runs; and - a monitoring device with at least one sensor unit arranged on the energy guide chain , which monitoring device evaluates a signal generated using the sensor unit in order to monitor the occurrence of a fault condition during operation of the energy guide chain, characterized in that - the sensor unit includes two electrical indicator conductors guided by the energy guide chain, which indicator conductors run at least along the greater part of the length of the mobile run , and - the monitoring device comprises a circuit with a measurement device for measuring resistance or conductance, and - in that in each case one end point of each of the two indicator conductors is connected at one connection end of the energy guide chain to the measurement device and the respective other end points of the indicator conductors, in particular at the other connection end of the energy guide chain , are short-circuited , such that the conductors form a measurement loop, the resistance or conductance of which is measurable by the measurement device .
A value or security document with a carrier layer forming a lower side , with a cover layer forming an upper side , and with at least one edge formed from the layers stacked in a stacking direction , at which edge at least one security feature is arranged or formed, wherein the security feature , which can be detected at the edge , is formed from a coating which extends at least in sections to the edge and is introduced between the carrier layer and the cover layer , wherein the coating is introduced into or applied to an intermediate layer between the carrier layer and the cover layer , in which or on which an antenna coil is present, characterized in that the antenna coil consists of the same material as the coating .
Method for treating ash containing an initial concentration of carbon in order to obtain ash containing a predetermined final concentration of carbon lower than the initial concentration, the method comprising: - a step of size separation of the ash into at least two fractions, a coarse fraction and a fine fraction, the coarse fraction having a greater particle size than the fine fraction, - a step of extracting carbon from the ash, in which method the extraction step is subsequent to the separation step, said extraction step being performed only on the coarse fraction, by electrostatic separation, the method comprising a step of drying the ash, during which the temperature of said ash is higher than 60°C. - a step of size separation of the ash into at least two fractions, a coarse fraction and a fine fraction, the coarse fraction having a greater particle size than the fine fraction, - a step of extracting carbon from the ash, in which method the extraction step is subsequent to the separation step, said extraction step being performed only on the coarse fraction, by electrostatic separation,
A method for automatically triggering a first emergency measure associated with an aircraft emergency comprising the steps of determining a risk level for an aircraft emergency and triggering the first emergency measure if the risk level exceeds a first threshold for the first emergency measure, wherein the risk level is determined by evaluating a plurality of flight parameters and/or aircraft parameters using a predefined logic, and wherein the first emergency measure is one of an activation of an Emergency Locator Transmitter, a data transmission or an arming of a Deployable Flight Recorder, characterized in that the first threshold is adjusted according to a position of the aircraft over ground, wherein the position of the aircraft over ground is the geographic location of the aircraft, that the position of the aircraft over ground is evaluated to determine if the aircraft is flying over sea or land, that the first threshold is adjusted to a different value if it has been determined that the aircraft is flying over sea than if it has been determined that the aircraft is flying over land, wherein the first threshold is adjusted such that the first emergency measures is triggered at a lower risk level if it has been determined that the aircraft is flying over sea than if it has been determined that the aircraft is flying over land. wherein the risk level is determined by evaluating a plurality of flight parameters and/or aircraft parameters using a predefined logic, and wherein the first emergency measure is one of an activation of an Emergency Locator Transmitter, a data transmission or an arming of a Deployable Flight Recorder, characterized in that the first threshold is adjusted according to a position of the aircraft over ground, wherein the position of the aircraft over ground is the geographic location of the aircraft, that the position of the aircraft over ground is evaluated to determine if the aircraft is flying over sea or land, that the first threshold is adjusted to a different value if it has been determined that the aircraft is flying over sea than if it has been determined that the aircraft is flying over land, wherein the first threshold is adjusted such that the first emergency measures is triggered at a lower risk level if it has been determined that the aircraft is flying over sea than if it has been determined that the aircraft is flying over land.
Yarn comprising at least two threads , wherein at least one thread contains finite carbon fibers, and the yarn is impregnated with at least one polymer selected from the group consisting of thermoplastically processable polymers, thermosetting plastics and/or elastomers, characterized in that the fiber volume content in the yarn is less than 50%.
A method for processing a failure of a multi-domain path computation, which is applied to a Path Computation Element, PCE, of a head domain, said method comprising the steps of: sending a path computation request, wherein a failed link is contained in the path computation request; and receiving a path computation response corresponding to the path computation request from a downstream PCE; acquiring the failed link leading to a failure to compute, according to a first domain sequence, a path, the path computation request being used for requesting to compute, according to a second domain sequence, the path; deleting the failed link from a first topology to obtain a second topology; determining a second domain sequence according to the second topology; and computing a path according to the second domain sequence. sending a path computation request, wherein a failed link is contained in the path computation request; and receiving a path computation response corresponding to the path computation request from a downstream PCE; acquiring the failed link leading to a failure to compute, according to a first domain sequence, a path, the path computation request being used for requesting to compute, according to a second domain sequence, the path; deleting the failed link from a first topology to obtain a second topology; determining a second domain sequence according to the second topology; and computing a path according to the second domain sequence.
A sensor assembly having a first position sensor and a first cooperative target assigned to it, which limit a detection range, first position measurement values being obtained by position measurements with the first position sensor against the first cooperative target, and having a second position sensor and a second cooperative target assigned to it, which limit the detection range, second position measurement values being obtained by position measurements with the second position sensor against the second cooperative target, characterised in that the sensor assembly contains a control unit which is set up to combine the first and second position values of the two position sensors to form an accounting variable, 4b) to form a calculated variable, the function of the position sensors being controlled by means of the calculated variable, the position sensors operating independently of one another, the position sensors being formed by identically designed distance sensors operating according to a phase measurement method or according to a pulse delay method, by means of which distance measurements are carried out against the respective cooperative target, whereby a measuring path is controlled with the distance sensors as the detection range, wherein the distance sensors can optionally be arranged on the same side or on opposite sides of the measuring path.