mhurhangee/patent-ind-claim-en huggingface dataset:
A target for use in surveying applications, the target comprising: a plurality of light sources arranged around a longitudinal axis (A) of a base element of said target and configured to emit light radially; a sensor unit ; and a control unit configured to: obtain information regarding an orientation ( α ) of said target relative to a surveying instrument aimed at said target, based on at least a measurement received from said sensor unit; identify, based on the obtained information regarding the orientation of the target relative to the surveying instrument, a first subset (106 c -106 e ) of the plurality of light sources arranged to emit light towards the surveying instrument, and a second subset (106 a , 106 b , 106 f -106 h ) of the plurality of light sources arranged to emit light away from the surveying instrument; and control the plurality of light sources such that the first subset of light sources emit light with a higher intensity than the second subset of light sources. a plurality of light sources arranged around a longitudinal axis (A) of a base element of said target and configured to emit light radially; a sensor unit ; and a control unit configured to: obtain information regarding an orientation ( α ) of said target relative to a surveying instrument aimed at said target, based on at least a measurement received from said sensor unit; identify, based on the obtained information regarding the orientation of the target relative to the surveying instrument, a first subset (106 c -106 e ) of the plurality of light sources arranged to emit light towards the surveying instrument, and a second subset (106 a , 106 b , 106 f -106 h ) of the plurality of light sources arranged to emit light away from the surveying instrument; and control the plurality of light sources such that the first subset of light sources emit light with a higher intensity than the second subset of light sources. obtain information regarding an orientation ( α ) of said target relative to a surveying instrument aimed at said target, based on at least a measurement received from said sensor unit; identify, based on the obtained information regarding the orientation of the target relative to the surveying instrument, a first subset (106 c -106 e ) of the plurality of light sources arranged to emit light towards the surveying instrument, and a second subset (106 a , 106 b , 106 f -106 h ) of the plurality of light sources arranged to emit light away from the surveying instrument; and control the plurality of light sources such that the first subset of light sources emit light with a higher intensity than the second subset of light sources.
A graphite-based negative electrode active material made up of particles which comprise, in a cross-sectional view, a flat central portion made up of graphite; and a porous accumulation portion made up of accumulated graphite, on both sides of the flat central portion ; wherein the graphite that makes up the flat central portion is present more densely than the graphite that makes up the porous accumulation portion . in a cross-sectional view, a flat central portion made up of graphite; and a porous accumulation portion made up of accumulated graphite, on both sides of the flat central portion ; wherein the graphite that makes up the flat central portion is present more densely than the graphite that makes up the porous accumulation portion .
A method for supporting envelope reporting in a radio communication network having a control plane, CP, function separated from a user plane, UP, function, the method being performed in a CP node of the radio communication network and comprising: - setting (S100) a time quota mechanism, TQM, in a usage reporting rule, URR, wherein corresponding service data flows, SDFs, of the URR are applicable for envelope reporting; - setting (S100) at least one reporting trigger in the URR, to instruct the UP function to generate a usage report upon closure of an envelope; - setting (S100) a measurement method in the URR, to instruct the UP function to collect usage of volume, and/or time and/or event; - sending (Sno) the URR to the UP function; - receiving (S120) one or more usage reports from the UP function, in response to the sent URR, wherein the received usage report(s) comprises at least a usage report trigger set to envelope closure indicative of that the usage report is triggered by the envelope closure; - determining (S130) a starting time and/or an ending time for each envelope, based on the received usage report(s); and - storing (S140) each envelope, with the determined starting time and/or ending time, for online or offline charging; characterised in that : the TQM comprises a base time interval, BTI, and a BTI type being either continuous time period, CTP, or discrete time period, DTP, and wherein the at least one reporting trigger is set to envelope closure for CTP and/or DTP; wherein the DTP indicates that the envelope corresponds to one BTI, and wherein the CTP indicates that the envelope corresponds to consecutive BTIs. - setting (S100) a time quota mechanism, TQM, in a usage reporting rule, URR, wherein corresponding service data flows, SDFs, of the URR are applicable for envelope reporting; - setting (S100) at least one reporting trigger in the URR, to instruct the UP function to generate a usage report upon closure of an envelope; - setting (S100) a measurement method in the URR, to instruct the UP function to collect usage of volume, and/or time and/or event; - sending (Sno) the URR to the UP function; - receiving (S120) one or more usage reports from the UP function, in response to the sent URR, wherein the received usage report(s) comprises at least a usage report trigger set to envelope closure indicative of that the usage report is triggered by the envelope closure; - determining (S130) a starting time and/or an ending time for each envelope, based on the received usage report(s); and - storing (S140) each envelope, with the determined starting time and/or ending time, for online or offline charging; the TQM comprises a base time interval, BTI, and a BTI type being either continuous time period, CTP, or discrete time period, DTP, and wherein the at least one reporting trigger is set to envelope closure for CTP and/or DTP; wherein the DTP indicates that the envelope corresponds to one BTI, and wherein the CTP indicates that the envelope corresponds to consecutive BTIs.
An absorbent article having a body facing surface , a garment facing surface opposing said body facing surface, a centroid , a longitudinal centerline (L), and a transverse centerline (T) orthogonal to said longitudinal centerline (L) and intersecting said longitudinal centerline at said centroid, said absorbent article comprising: a background region ; a first layer comprising a first imparted colored region , said first imparted colored region coincident with said longitudinal centerline; and a second layer in facing relationship with said first layer, said second layer comprising a second imparted colored region , said second imparted colored region being laterally more extensive in a direction orthogonally away from said longitudinal centerline than said first imparted colored region, said second imparted colored region having free ends , said second imparted colored region extending across said longitudinal centerline and continuous between said free ends; wherein said first imparted colored region and said second imparted colored region differ in color from said background region; wherein said background region, said first imparted colored region, and said second imparted colored region are viewable from said body facing surface; wherein said first imparted colored region and said second imparted colored region are spaced apart from one another along said longitudinal centerline. a background region ; a first layer comprising a first imparted colored region , said first imparted colored region coincident with said longitudinal centerline; and a second layer in facing relationship with said first layer, said second layer comprising a second imparted colored region , said second imparted colored region being laterally more extensive in a direction orthogonally away from said longitudinal centerline than said first imparted colored region, said second imparted colored region having free ends , said second imparted colored region extending across said longitudinal centerline and continuous between said free ends; wherein said first imparted colored region and said second imparted colored region differ in color from said background region; wherein said background region, said first imparted colored region, and said second imparted colored region are viewable from said body facing surface; wherein said first imparted colored region and said second imparted colored region are spaced apart from one another along said longitudinal centerline.
A method of conversion of polylactic acid to lactide in a supercritical carbon dioxide medium which is provided by carrying out the steps of: a) adjusting the temperature of the reactor to at least 120°C, b) the pressure to values above the critical pressure (73.8 bar) of carbon dioxide, wherein the steps of a and b are applied at the desired sequence. a) adjusting the temperature of the reactor to at least 120°C, b) the pressure to values above the critical pressure (73.8 bar) of carbon dioxide, wherein the steps of a and b are applied at the desired sequence.
A kit for determining tension of a non-living object , said kit comprising - a non-living object , a macroscopic pattern being located on said object , said pattern being used for determining tension, - a sensor comprising a sensing element arranged to acquire data comprising an array of measurement values of said pattern , said array having at least two dimensions, - an analysis device arranged to receive said data from said sensor and to analyse said data for determining said tension of said object , characterized in that said sensor is a contact sensor adapted to operate in direct contact with said object , such that said sensing element is in contact with said object , said sensor is attached to or attachable to said object , such that said sensing element at least partly covers said pattern , and said sensor is a piezo-electric sensor, wherein said sensing element comprises an array of sensor subunits (8 i,j ), wherein said pattern comprises pattern elements having a predefined depth and/or height. - a non-living object , a macroscopic pattern being located on said object , said pattern being used for determining tension, - a sensor comprising a sensing element arranged to acquire data comprising an array of measurement values of said pattern , said array having at least two dimensions, - an analysis device arranged to receive said data from said sensor and to analyse said data for determining said tension of said object ,
A locker for private individuals, of the type comprising at least one compartment for receiving articles, at least one door capable of closing this compartment , and means for unlocking this door at the request of at least one user, characterised in that the locker furthermore comprises at least one substantially horizontal tray vertically dividing said compartment into at least two distinct article-receiving zones , and means for vertically displacing said tray as a function of the volumes of the articles to be placed respectively in said receiving zones , a body comprising the said compartment , characterised in that each of the zones comprises at least one temperature sensor as well as ventilation means, making it possible to draw air towards the inside of these zones, and to expel this air towards the outside, and in that the locker furthermore comprises a head comprising electronic means capable of controlling the said unlocking means, the temperature sensor, and the ventilation means, as well as a foot capable of receiving additional articles.
A dyeable polyolefin fiber being a polymer alloy fiber having an islands-in-the-sea structure comprising a polyolefin (A) as a sea component and a copolymerized polyester (B) with cyclohexanedicarboxylic acid copolymerized as an island component, wherein a dispersion diameter of the island component in a lateral fiber cross section of the fiber is 30 to 1000 nm; wherein cyclohexanedicarboxylic acid is copolymerized at a ratio of 10 to 100 mol% relative to all dicarboxylic acid components in the copolymerized polyester (B).
Composition containing a fixed combination of adapalene or a salt thereof and benzoyl peroxide for use in preventing acne atrophic scars over a period treatment of 24 weeks.
Gasification plant for producing combustible gas, or synthesis gases, by pyrolysis and combustion of biomass comprising a reactor supplied with said biomass, said reactor comprises a reactor body that is supplied with said biomass through a supply opening , said reactor body comprising a first pyrolysis zone in which said biomass is subjected to pyrolysis treatment, a second combustion zone , in which the products of said pyrolysis treatment are subjected to combustion in oxygen shortage conditions, a third reduction zone in which the combustion products are subjected to reduction so as to obtain said synthesis gas and a fourth unloading zone from which solid combustion residues and synthesis gases are discharged from the reactor , characterized in that said fourth unloading zone comprises an unloading device for solid residual materials of the combustion of biomass and synthesis gas produced in the reactor , said unloading device comprising an internally hollow body , the inside of which communicates with a discharge conduit in which said synthesis gas and said residues of the combustion are discharged together, said body being able to rotate around a longitudinal axis (B) of the reactor , said body having a truncated cone shape or truncated pyramid shape on a side surface of which slits are made.
A frame load-bearing structure , preferably a chassis, for a commercial vehicle, preferably a lorry, having - at least one receiving container for at least one commercial vehicle component, preferably at least one hybrid component for the commercial vehicle, - two longitudinal carrier structures , - at least one rear axle (HA) for the commercial vehicle, and - an end crossmember which is preferably arranged behind the rear axle (HA), wherein - the receiving container is arranged behind the rear axle (HA) and receives a starter battery, characterized in that the receiving container is arranged at least in sections below the end crossmember , namely below its underside (3.3), and the receiving container is arranged at least in sections laterally outside the two longitudinal carrier structures , and wherein the frame load-bearing structure is provided with a crash protection structure which protects the receiving container against an impact, wherein the crash protection structure comprises a crossmember element (4.1) which extends in the transverse direction (Q) of the frame load-bearing structure , runs behind the receiving container , and is arranged at least in sections below the level of the end crossmember . - at least one receiving container for at least one commercial vehicle component, preferably at least one hybrid component for the commercial vehicle, - two longitudinal carrier structures , - at least one rear axle (HA) for the commercial vehicle, and - an end crossmember which is preferably arranged behind the rear axle (HA), wherein - the receiving container is arranged behind the rear axle (HA) and receives a starter battery, the receiving container is arranged at least in sections below the end crossmember , namely below its underside (3.3), and the receiving container is arranged at least in sections laterally outside the two longitudinal carrier structures , and wherein the frame load-bearing structure is provided with a crash protection structure which protects the receiving container against an impact, wherein the crash protection structure comprises a crossmember element (4.1) which extends in the transverse direction (Q) of the frame load-bearing structure , runs behind the receiving container , and is arranged at least in sections below the level of the end crossmember .
A rail vehicle with an internal energy source installed on the vehicle for supplying energy to the drive on track sections without an external energy source, with an interface for supplying energy to the vehicle on track sections with an external energy source, wherein the rail vehicle comprises an air-conditioning device , wherein the air-conditioning device comprises a heating device for heating and/or a cooling device for cooling a passenger compartment , and wherein the is provided with a heat accumulator , characterized in in that the heat accumulator is arranged such that it can be connected in a heat-transferring manner to the heating device and/or cooling device , wherein the heating device and/or cooling device is configured to heat or cool an air stream which can be supplied to the passenger compartment , wherein the heat accumulator being arranged such that it can be connected to the air stream in a heat-transferring manner, and wherein a return duct being provided through which an air stream used for tempering the heat accumulator can be routed back to the heating device and/or cooling device .
A method, performed by a Serving Gateway, SGW , for managing a Packet Data Network, PDN, connection for a user equipment, UE, in a network triggered service restoration procedure, the method comprising: Receiving a modify bearer response, from a PDN Gateway, PGW, during a mobility procedure with a SGW relocation where the SGW is a new SGW, comprising a Delay Tolerance Connection Indicator, DTCI, indicating if communications on an identified PDN connection towards the UE can be delayed; storing the DTCI within the SGW; and upon detection of a failure of a mobility management node serving the UE, managing the PDN connection, wherein the managing comprises deleting the PDN connection if the DTCI indicates the PDN connection is delay tolerant. Receiving a modify bearer response, from a PDN Gateway, PGW, during a mobility procedure with a SGW relocation where the SGW is a new SGW, comprising a Delay Tolerance Connection Indicator, DTCI, indicating if communications on an identified PDN connection towards the UE can be delayed; storing the DTCI within the SGW; and upon detection of a failure of a mobility management node serving the UE, managing the PDN connection, wherein the managing comprises deleting the PDN connection if the DTCI indicates the PDN connection is delay tolerant.
Use of the combination of SNX10 and GBP1 as biomarkers for tuberculosis.
A spinning head for the production of nanofibers and/or microfibers by centrifugal spinning from a polymer solution or melt, which comprises a support body coupleable to a drive, a reservoir of the polymer being spun and a pressure nut adjustable relative to the support body in the axial direction and spinning orifices formed between the support body and the pressure nut for feeding the polymer being spun from the reservoir to the circumference of the spinning head, characterized in that the spinning orifices are adapted to adjust their cross-sections without dismantling the spinning head.
A method of detecting and measuring the presence of a surfactant in a first liquid, the method comprising the steps of: collecting a representative sample of the first liquid, adding cobalt thiocyanate reagent, pre-prepared from a cobalt salt and a thiocyanate salt, to the sample of the first liquid, allowing the added cobalt thiocyanate reagent to form a colored surfactant bearing complex with substantially all the surfactant in the first liquid, adding a second liquid to the sample, the second liquid being immiscible with the first liquid and being a solvent to the surfactant bearing complex, allowing substantially all of the colored surfactant bearing complex to be extracted into the second liquid, performing a spectrometric measurement of the second liquid, and comparing the spectrometric measurement to pre-determined values known to correspond with the presence and concentration of various surfactants to identify the quantity and identity of surfactant in the second liquid. collecting a representative sample of the first liquid, adding cobalt thiocyanate reagent, pre-prepared from a cobalt salt and a thiocyanate salt, to the sample of the first liquid, allowing the added cobalt thiocyanate reagent to form a colored surfactant bearing complex with substantially all the surfactant in the first liquid, adding a second liquid to the sample, the second liquid being immiscible with the first liquid and being a solvent to the surfactant bearing complex, allowing substantially all of the colored surfactant bearing complex to be extracted into the second liquid, performing a spectrometric measurement of the second liquid, and comparing the spectrometric measurement to pre-determined values known to correspond with the presence and concentration of various surfactants to identify the quantity and identity of surfactant in the second liquid.
An instrument for elemental analysis comprising: a combustion tube that has a sample injection port with an open top and is for combusting a liquid sample therein; a sample injection mechanism having a nozzle and a slider , the nozzle being for injecting a sample into the combustion tube, the slider being configured to slide between a first position and a second position above the combustion tube, the sample injection mechanism being configured so that the sample injection port of the combustion tube is sealed in a state where the slider is positioned at the first position, and the sample injection port is unsealed and the nozzle is positioned above the sample injection port in a state where the slider is positioned at the second position; a carrier gas supply flow path communicating with inside of the combustion tube to supply carrier gas into the combustion tube; a pressure sensor that detects pressure in the carrier gas supply flow path; a detector for detecting components in sample gas flowing out of the combustion tube; and an arithmetic part configured to determine an abnormality degree of a state in a system between the combustion tube and the detector based on a change in pressure, which is detected by the pressure sensor, at the time when the slider of the sample injection mechanism slides from the first position to the second position. a combustion tube that has a sample injection port with an open top and is for combusting a liquid sample therein; a sample injection mechanism having a nozzle and a slider , the nozzle being for injecting a sample into the combustion tube, the slider being configured to slide between a first position and a second position above the combustion tube, the sample injection mechanism being configured so that the sample injection port of the combustion tube is sealed in a state where the slider is positioned at the first position, and the sample injection port is unsealed and the nozzle is positioned above the sample injection port in a state where the slider is positioned at the second position; a carrier gas supply flow path communicating with inside of the combustion tube to supply carrier gas into the combustion tube; a pressure sensor that detects pressure in the carrier gas supply flow path; a detector for detecting components in sample gas flowing out of the combustion tube; and an arithmetic part configured to determine an abnormality degree of a state in a system between the combustion tube and the detector based on a change in pressure, which is detected by the pressure sensor, at the time when the slider of the sample injection mechanism slides from the first position to the second position.