mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a second radio network node for enabling communication for a wireless device in a communication network , which communication network comprises a first network and a second network, which second radio network node is associated with the second network and a first radio network node is associated with the first network, wherein the first network is virtually sliced into a number of network slices and each network slice supports a different set of functionalities out of a total set of functionalities in the first network, wherein a first set of functionalities belongs to a first network slice supporting the wireless device , and wherein the first set of functionalities is separated from another set of functionalities out of the total set of functionalities in the first network, the method comprising: - receiving an indication from the first radio network node , which indication indicates identity of the first network slice supporting the wireless device ; - determining to serve the wireless device jointly with the first radio network node ; - acknowledging the first radio network node to serve the wireless device jointly with the first radio network node ; - reconfiguring the wireless device so that the wireless device is served by the first and second radio network nodes jointly and in accordance to the resource policy of the slice identified by the indication; and - handling data to and/or from the wireless device using the received indication. - receiving an indication from the first radio network node , which indication indicates identity of the first network slice supporting the wireless device ; - determining to serve the wireless device jointly with the first radio network node ; - acknowledging the first radio network node to serve the wireless device jointly with the first radio network node ; - reconfiguring the wireless device so that the wireless device is served by the first and second radio network nodes jointly and in accordance to the resource policy of the slice identified by the indication; and - handling data to and/or from the wireless device using the received indication.
A wristwatch , comprising a watch case and a watch bracelet device , the watch bracelet device comprising a first bracelet in the form of a watch bracelet , which is connected to a first connector device which is attached to or formed at or in the watch case , wherein the watch bracelet device comprises at least one second bracelet, which provided as a bracelet distinct from the first bracelet, the second bracelet being provided as a jewellery bracelet , characterised in that the second bracelet is detachably connected to a second connector device which is attached to or formed at or in the watch case , that the second connector device for the second bracelet comprises at least one recess with a receiving opening which is provided for receiving the second bracelet , that the at least one recess is provided in the watch case and with at least one closure cap which is provided to close the at least one recess .
A liquid electrolyte formulation for a lithium metal secondary battery comprising: - a conductive lithium salt which is selected from the group comprising LiTFSI, LiFSI, LiCl, LiF, LiCN, LiC 2 N 3 , LiN 3 , LiNO 2 , LiNO 3 , LiBF 4 , LiPF 6 , LiAsF 6 , LiSbF 6 , LiAlCl 4 , - a first ionic liquid having the formula (CATION)FSI, wherein CATION is selected from the group comprising alkyl pyrollidinium and alkyl piperidinium, - a second ionic liquid as anti-corrosion agent, said second ionic liquid having the formula (CATION)(ANION) where (CATION) is defined as above and (ANION) is an anion comprising at least one nitrile functionality. - a conductive lithium salt which is selected from the group comprising LiTFSI, LiFSI, LiCl, LiF, LiCN, LiC 2 N 3 , LiN 3 , LiNO 2 , LiNO 3 , LiBF 4 , LiPF 6 , LiAsF 6 , LiSbF 6 , LiAlCl 4 , - a first ionic liquid having the formula (CATION)FSI, wherein CATION is selected from the group comprising alkyl pyrollidinium and alkyl piperidinium, - a second ionic liquid as anti-corrosion agent, said second ionic liquid having the formula (CATION)(ANION) where (CATION) is defined as above and (ANION) is an anion comprising at least one nitrile functionality.
Height-access extension unit for a mobile height-access machine having a chassis with wheels and/or track chains and a turret rotatably supported on the chassis on which an elevatable extension arm is mounted, wherein the extension arm is rotatably connected to the turret with one end at a horizontally or essentially horizontally extending pivot axis and can be applied with a height-access means on another end, wherein a turret adapter is arranged between the turret and the extension arm , which extends from the first pivot axis that is rotatably connected to the turret to a second pivot axis , through which the extension arm is connected to the turret adapter , and comprises a lower end portion that is assigned to the first pivot axis and an upper end portion that is assigned to the second pivot axis , characterized in that the lower end portion of the turret adapter is essentially arcuate, bent, curved, cranked or similarly clasp-shaped, whereby the concave side of the lower end portion faces the turret .
A method for non-destructively aging a solid rocket motor propellant grain, comprising: applying a force to a surface of the solid rocket motor propellant grain via a liquid, wherein a deformation is formed on the surface of the solid rocket motor propellant grain in response to the application of the force; and measuring at least one of a pressure of the liquid or a volume of the liquid; wherein the solid rocket motor propellant grain is a solid mass with an exposed inner surface area defining a perforation in the interior of the solid rocket motor propellant grain ; the method comprising: disposing a bladder into the perforation; moving the liquid into the bladder , wherein the force is applied to the surface in response to the liquid being moved into the bladder of the solid rocket motor propellant grain . applying a force to a surface of the solid rocket motor propellant grain via a liquid, wherein a deformation is formed on the surface of the solid rocket motor propellant grain in response to the application of the force; and measuring at least one of a pressure of the liquid or a volume of the liquid; wherein the solid rocket motor propellant grain is a solid mass with an exposed inner surface area defining a perforation in the interior of the solid rocket motor propellant grain ; the method comprising: disposing a bladder into the perforation; moving the liquid into the bladder , wherein the force is applied to the surface in response to the liquid being moved into the bladder of the solid rocket motor propellant grain . disposing a bladder into the perforation; moving the liquid into the bladder , wherein the force is applied to the surface in response to the liquid being moved into the bladder of the solid rocket motor propellant grain .
A method of manufacturing an internal combustion engine jacket characterized in that the method comprises the following steps : - the inside of said jacket is polished by tribofinishing, such that the Ra is less than 0.06 μm ; or - the inside of said jacket is polished by buffing so that the Ra is less than 0.04 μm; or - the inside of said jacket is polished by electrolytic polishing or by a fabric polishing, so that the Ra is less than 0.03 μm; so that its surface is completely smooth and free of grooves, then the inside of said jacket receives a DLC-type coating. - the inside of said jacket is polished by tribofinishing, such that the Ra is less than 0.06 μm ; or - the inside of said jacket is polished by buffing so that the Ra is less than 0.04 μm; or - the inside of said jacket is polished by electrolytic polishing or by a fabric polishing, so that the Ra is less than 0.03 μm;
Method for lambda determination with a two-point lambda probe in the exhaust gas duct of an internal combustion engine , wherein the two-point lambda probe has at least one heating element for reaching a nominal temperature of a measurement cell in the exhaust gas probe , wherein a probe voltage that is dependent on the oxygen partial pressure in the exhaust gas is established at the two-point lambda probe during the lambda determination, wherein a voltage source that is located in a control device and that has an internal resistance that is lower than the internal resistance of the two-point lambda probe at 100°C is connected in parallel with the two-point lambda probe, wherein an output voltage results from the parallel connection of the voltage source with the two-point lambda probe, comprising the steps of: a) selecting an operating point of the exhaust gas probe at which the temperature of the exhaust gas probe/two-point lambda probe is below 100°C, b) reading the output voltage of the parallel connection at the operating point selected in step a) and storing same as actual back-EMF in the control device, c) using the actual back-EMF for the lambda determination with the two-point lambda probe . a) selecting an operating point of the exhaust gas probe at which the temperature of the exhaust gas probe/two-point lambda probe is below 100°C, b) reading the output voltage of the parallel connection at the operating point selected in step a) and storing same as actual back-EMF in the control device, c) using the actual back-EMF for the lambda determination with the two-point lambda probe .
Device for deploying and pointing an item of equipment, comprising: - a mobile platform for receiving the equipment, - a support attached to a wall of a spacecraft, and - three identical linear actuators connecting the support to the mobile platform, the actuators being adapted to move the mobile platform in translation along an axis and to orient the mobile platform in rotation about two axes, characterised in that each linear actuator comprises: - a first portion connected to the mobile platform by a cardan joint , - a second portion connected to the support by a pivot connection , - a motor , and - a screw-nut connection interconnecting the first and second portion , the cardan joint of each actuator being adapted to prevent a rotation in the axis of the screw-nut connection such that the rotational actuation of the screw or nut by the motor brings about a translation between the first and second portion . - a mobile platform for receiving the equipment, - a support attached to a wall of a spacecraft, and - three identical linear actuators connecting the support to the mobile platform, the actuators being adapted to move the mobile platform in translation along an axis and to orient the mobile platform in rotation about two axes, - a first portion connected to the mobile platform by a cardan joint , - a second portion connected to the support by a pivot connection , - a motor , and - a screw-nut connection interconnecting the first and second portion ,
A method for audio signal classification, the method comprising: for a segment of an audio signal: identifying a set of spectral peaks; determining a mean distance S between peaks in the set; determining a ratio, PNR, between an energy of a peak envelope and an energy of a noise floor envelope; comparing the mean distance S to a first threshold; comparing the ratio PNR to a second threshold; and classifying the audio signal segment into one of a plurality of audio signal classes based on the comparison of the mean distance S to the first threshold and the comparison of the ratio PNR to the second threshold. identifying a set of spectral peaks; determining a mean distance S between peaks in the set; determining a ratio, PNR, between an energy of a peak envelope and an energy of a noise floor envelope; comparing the mean distance S to a first threshold; comparing the ratio PNR to a second threshold; and classifying the audio signal segment into one of a plurality of audio signal classes based on the comparison of the mean distance S to the first threshold and the comparison of the ratio PNR to the second threshold.
A method for producing a bead core for the bead portion of a tire , the method including: forming an elongate and uncured carbon fiber composite into the shape of a ring or coil; and curing the carbon fiber composite after the forming; wherein the carbon fiber composite has a strain ε of 0.1 percent or less after the curing, and wherein ε = r s / R D ∗ 100 with r s being a radius of the material from a centerline (CL) of the material and R D being a radius to the centerline (CL) after bending from a linear to a curved condition. forming an elongate and uncured carbon fiber composite into the shape of a ring or coil; and curing the carbon fiber composite after the forming; wherein the carbon fiber composite has a strain ε of 0.1 percent or less after the curing, and wherein ε = r s / R D ∗ 100 with r s being a radius of the material from a centerline (CL) of the material and R D being a radius to the centerline (CL) after bending from a linear to a curved condition.
A method for detecting a urinary tract infection in a subject comprising: i) determining the protein level of at least MMP8 in a urine sample obtained from the subject; and ii) comparing the determined protein level of at least MMP8 with a threshold level wherein an increased protein level of at least MMP8 in the urine sample relative to the threshold level is indicative of the presence of a urinary tract infection. i) determining the protein level of at least MMP8 in a urine sample obtained from the subject; and ii) comparing the determined protein level of at least MMP8 with a threshold level wherein an increased protein level of at least MMP8 in the urine sample relative to the threshold level is indicative of the presence of a urinary tract infection.
A pharmaceutical composition for use in preventing or treating macular degeneration comprising a peptide having an amino acid sequence represented by SEQ ID NO: 1, as an active ingredient.
An adjustable seat mechanism for a seat with a seat cushion and a seat back rest , the seat mechanism comprising: a track having a first longitudinal end , a second longitudinal end and an overall slidable length, said overall slidable length having a comfort range and an entry zone, said entry zone being arranged between said comfort zone and said first longitudinal end ; a slide movably mounted on said track to slide along said overall length, said slide being adapted to support the seat cushion ; a pitch linkage mounted on said slide and adapted to support the seat back rest , said pitch linkage pivotally connecting the seat back rest to the slide between a recline position and a forward position ; a track latch arranged on said slide and fixing said slide to said track in a plurality of track positions in said comfort zone; a forward stop on said slide and selectively blocking said slide from moving from said comfort zone to said entry zone, said forward stop being movable between a stop position and a release position, said stop position blocking said slide from moving from said comfort zone to said entry zone, said release position not blocking said slide from moving from said comfort zone to said entry zone; a forward stop mechanism moving said forward stop into said stop position when said pitch linkage is in said recline position and said slide is in said comfort zone. a track having a first longitudinal end , a second longitudinal end and an overall slidable length, said overall slidable length having a comfort range and an entry zone, said entry zone being arranged between said comfort zone and said first longitudinal end ; a slide movably mounted on said track to slide along said overall length, said slide being adapted to support the seat cushion ; a pitch linkage mounted on said slide and adapted to support the seat back rest , said pitch linkage pivotally connecting the seat back rest to the slide between a recline position and a forward position ; a track latch arranged on said slide and fixing said slide to said track in a plurality of track positions in said comfort zone; a forward stop on said slide and selectively blocking said slide from moving from said comfort zone to said entry zone, said forward stop being movable between a stop position and a release position, said stop position blocking said slide from moving from said comfort zone to said entry zone, said release position not blocking said slide from moving from said comfort zone to said entry zone; a forward stop mechanism moving said forward stop into said stop position when said pitch linkage is in said recline position and said slide is in said comfort zone.
A fuel cell comprising: - a stack of membrane/electrodes assemblies including an ion-conductive electrolyte disposed between an anode and a cathode , two adjacent assemblies being separated by a bipolar plate , the stack including a first and a second end, - an inlet end plate disposed at the first end of the stack and an outlet end plate disposed at the second end of the stack , - n intermediate plates disposed in the stack between the inlet end plate and the outlet end plate to form n+1 sub-stacks of the stack , n being greater than or equal to 1, - ducts for circulating a heat transfer fluid (24A-24D, 113), an oxidant (32A-32D) and a fuel (51A-51D) in the fuel cell , the circulation ducts passing in the inlet end plate , the outlet end plate and the n intermediate plates , - valves for controlling the heat transfer fluid in the circulation ducts of the outlet end plate and valves for controlling the heat transfer fluid , the oxidant and the fuel in the circulation ducts of the n intermediate plates , the control valves being configured to allow the circulation of the heat transfer fluid, the oxidant and the fuel in m sub-stacks of the stack , m being greater than or equal to 1 and less than or equal to n. - a stack of membrane/electrodes assemblies including an ion-conductive electrolyte disposed between an anode and a cathode , two adjacent assemblies being separated by a bipolar plate , the stack including a first and a second end, - an inlet end plate disposed at the first end of the stack and an outlet end plate disposed at the second end of the stack , - n intermediate plates disposed in the stack between the inlet end plate and the outlet end plate to form n+1 sub-stacks of the stack , n being greater than or equal to 1, - ducts for circulating a heat transfer fluid (24A-24D, 113), an oxidant (32A-32D) and a fuel (51A-51D) in the fuel cell , the circulation ducts passing in the inlet end plate , the outlet end plate and the n intermediate plates , - valves for controlling the heat transfer fluid in the circulation ducts of the outlet end plate and valves for controlling the heat transfer fluid , the oxidant and the fuel in the circulation ducts of the n intermediate plates , the control valves being configured to allow the circulation of the heat transfer fluid, the oxidant and the fuel in m sub-stacks of the stack , m being greater than or equal to 1 and less than or equal to n.
A sensor (10; 30; 40; 50) comprising: - a plurality of isolated, single-standing diamond-based micro-sensitive volumes having opposite end faces , - a layer of a non-electrically active material extending around each micro-sensitive volume of said plurality, - electrodes (15, 16; 17; 19) electrically connected to said end faces of said plurality for signal readout. - a plurality of isolated, single-standing diamond-based micro-sensitive volumes having opposite end faces , - a layer of a non-electrically active material extending around each micro-sensitive volume of said plurality, - electrodes (15, 16; 17; 19) electrically connected to said end faces of said plurality for signal readout.
Use of a resin composition for optical shaping comprising: an α,β-unsaturated double bond group-containing compound (A) having a ring structure (a) containing a nitrogen atom; a (meth)acrylic acid ester compound (B) having a boiling point of 280°C or more at normal pressure, having a carbocyclic group, and having no nitrogen-containing heterocyclic group; a photopolymerization initiator (C); and optionally, a polyfunctional polymerizable monomer (E) having a molecular weight of 500 or less and not comprised in the α,β-unsaturated double bond group-containing compound (A) and the (meth)acrylic acid ester compound (B), wherein the content of the polyfunctional polymerizable monomer (E) having a molecular weight of 500 or less is 20 mass% or less relative to the total amount of polymerizable compounds comprised in the resin composition for optical shaping, and the α,β-unsaturated double bond group-containing compound (A) having the ring structure (a) contains neither an oxygen atom nor a sulfur atom for the preparation of a dental material, dental occlusal splint, denture base material, medical material, or an appliance for the treatment of sleep apnea. an α,β-unsaturated double bond group-containing compound (A) having a ring structure (a) containing a nitrogen atom; a (meth)acrylic acid ester compound (B) having a boiling point of 280°C or more at normal pressure, having a carbocyclic group, and having no nitrogen-containing heterocyclic group; a photopolymerization initiator (C); and optionally, a polyfunctional polymerizable monomer (E) having a molecular weight of 500 or less and not comprised in the α,β-unsaturated double bond group-containing compound (A) and the (meth)acrylic acid ester compound (B), wherein the content of the polyfunctional polymerizable monomer (E) having a molecular weight of 500 or less is 20 mass% or less relative to the total amount of polymerizable compounds comprised in the resin composition for optical shaping, and the α,β-unsaturated double bond group-containing compound (A) having the ring structure (a) contains neither an oxygen atom nor a sulfur atom for the preparation of a dental material, dental occlusal splint, denture base material, medical material, or an appliance for the treatment of sleep apnea.
A method for operating a chat bot platform , the method comprising: receiving, from a bot client , an input associated with an intent; storing the input associated with the intent as part of a user profile maintained at the chat bot platform ; selecting, according to the intent of the input, a bot from a plurality of bots communicatively connected to the chat bot platform to respond to the bot client ; passing the input to the selected bot; receiving an error condition from the selected bot, the error condition indicating a failure to accurately resolve the intent; updating a log based on the error condition; selecting, according to the intent of the input, a second bot from the plurality of bots communicatively connected to the chat bot platform based on the updated log to respond to the bot client ; and passing the input to the second bot. receiving, from a bot client , an input associated with an intent; storing the input associated with the intent as part of a user profile maintained at the chat bot platform ; selecting, according to the intent of the input, a bot from a plurality of bots communicatively connected to the chat bot platform to respond to the bot client ; passing the input to the selected bot; receiving an error condition from the selected bot, the error condition indicating a failure to accurately resolve the intent; updating a log based on the error condition; selecting, according to the intent of the input, a second bot from the plurality of bots communicatively connected to the chat bot platform based on the updated log to respond to the bot client ; and passing the input to the second bot.
An immunogenic composition comprising an isolated Bacillus or Geobacillus bacterial thermolysin and an isolated Streptococcus pyrogenic exotoxin B (SpeB) for use as vaccine against laminitis; wherein the SpeB comprises a 40 kDa precursor form and a 28 kDa cleaved form; and wherein the immunogenic composition comprises an adjuvant.