mhurhangee/patent-ind-claim-en huggingface dataset:
A method for dynamically configuring virtual network function, VNF, parameters, comprising accessing, by a virtual network function manager, VNFM, a virtual network function descriptor, VNFD, to obtain a VNFD parameter, with the method characterized by : determining, by the VNFM, whether the VNFD parameter is a dynamically configurable VNFD parameter according to one or more subfields of the VNFD parameter or according to a VnfConfigurableProperties information element listing dynamically configurable VNFD parameters, wherein a subfield of the VNFD parameter or the VnfConfigurableProperties information element indicates whether a corresponding VNFD parameter is a writeable VNFD parameter; interacting, by the VNFM, with an operation, administration and management entity, OAM, to obtain configuration information for the configurable VNFD parameter when the VNFD parameter is a configurable VNFD parameter, with the OAM entity comprising a a Network Function Virtualization Orchestrator, NFVO, a VNF manager, VNFM, or an element manager, EM; wherein an attribute of the VNFD parameter can be modified by the VNFM when the VNFM has a higher administrative priority than an entity that set the attribute of the VNFD parameter according to an administrative priority subfield of the VNFD parameter. determining, by the VNFM, whether the VNFD parameter is a dynamically configurable VNFD parameter according to one or more subfields of the VNFD parameter or according to a VnfConfigurableProperties information element listing dynamically configurable VNFD parameters, wherein a subfield of the VNFD parameter or the VnfConfigurableProperties information element indicates whether a corresponding VNFD parameter is a writeable VNFD parameter; interacting, by the VNFM, with an operation, administration and management entity, OAM, to obtain configuration information for the configurable VNFD parameter when the VNFD parameter is a configurable VNFD parameter, with the OAM entity comprising a a Network Function Virtualization Orchestrator, NFVO, a VNF manager, VNFM, or an element manager, EM; wherein an attribute of the VNFD parameter can be modified by the VNFM when the VNFM has a higher administrative priority than an entity that set the attribute of the VNFD parameter according to an administrative priority subfield of the VNFD parameter.
A method for receiving a frame by a station, STA, in a wireless LAN, WLAN, system, the method comprising: receiving a first primary connectivity radio, PCR, frame including a counter value related to a version of a PCR system parameter; entering a wake-up radio, WUR, mode; receiving a WUR frame during the WUR mode, wherein the WUR frame is modulated based on an On-Off Keying, OOK, scheme and includes a counter field; and determining whether the counter value in the first PCR frame is different from a value of the count field in the WUR frame, wherein based on the counter value being different from the value of the counter field, the STA wakes up to receive a second PCR frame and updates the PCR system parameter based on the second PCR frame. receiving a first primary connectivity radio, PCR, frame including a counter value related to a version of a PCR system parameter; entering a wake-up radio, WUR, mode; receiving a WUR frame during the WUR mode, wherein the WUR frame is modulated based on an On-Off Keying, OOK, scheme and includes a counter field; and determining whether the counter value in the first PCR frame is different from a value of the count field in the WUR frame, wherein based on the counter value being different from the value of the counter field, the STA wakes up to receive a second PCR frame and updates the PCR system parameter based on the second PCR frame.
A nacelle for a wind turbine extending along a longitudinal axis (Y) and comprising an outer surface and an heat exchanger on said outer surface , the heat exchanger including a plurality of fluid passages for a fluid to be cooled in the heat exchanger and a plurality of air passages for a cooling air flow in thermal contact with the fluid passages , the air passages extending between an inlet surface and an outlet surface of the heat exchanger , wherein the inlet surface is inclined with respect to the longitudinal axis (Y) of an installation angle (α) greater than 0° and lower than 90°, characterized in that the heat exchanger comprises two cooling modules , the two cooling modules being symmetric to each other with respect to the longitudinal axis (Y) . wherein the inlet surface is inclined with respect to the longitudinal axis (Y) of an installation angle (α) greater than 0° and lower than 90°, characterized in that the heat exchanger comprises two cooling modules , the two cooling modules being symmetric to each other with respect to the longitudinal axis (Y) .
A method for providing an absorbent hygiene product (AHP) to a consumer, said method comprising: a. providing a superabsorbent polymer (SAP) made by the steps of: i. separating a recycled SAP (rSAP) from a recycled AHP (rAHP); ii. degrading said rSAP to a material comprising poly(acrylic acid) (PAA); and iii. polymerizing an acrylic acid in the presence of said PAA to form said SAP exhibiting an Absorption Against Pressure (AAP), as measured according to the test method set out herein, of at least about 15 g/g; b. combining said SAP with AHP components comprising a topsheet and a backsheet to define said AHP; c. disposing said AHP into a package; and d. communicating an environmental message to said consumer to convey that said AHP comprises material derived from a recycled resource. a. providing a superabsorbent polymer (SAP) made by the steps of: i. separating a recycled SAP (rSAP) from a recycled AHP (rAHP); ii. degrading said rSAP to a material comprising poly(acrylic acid) (PAA); and iii. polymerizing an acrylic acid in the presence of said PAA to form said SAP exhibiting an Absorption Against Pressure (AAP), as measured according to the test method set out herein, of at least about 15 g/g; i. separating a recycled SAP (rSAP) from a recycled AHP (rAHP); ii. degrading said rSAP to a material comprising poly(acrylic acid) (PAA); and iii. polymerizing an acrylic acid in the presence of said PAA to form said SAP exhibiting an Absorption Against Pressure (AAP), as measured according to the test method set out herein, of at least about 15 g/g; b. combining said SAP with AHP components comprising a topsheet and a backsheet to define said AHP; c. disposing said AHP into a package; and d. communicating an environmental message to said consumer to convey that said AHP comprises material derived from a recycled resource.
An aqueous modified urea formaldehyde resin (UF resin) binder composition comprising from 2.5 to less than 15 wt.% of at least one emulsion polymer as modifier, based on total solids of the UF resin binder compositions, the emulsion polymer having a pH of from 4 to less than 7.0, wherein the emulsion polymer comprises, in copolymerized form, (i) one or more alkyl esters of (meth)acrylic acid, or a mixture thereof with one or more vinyl aromatic monomers, and (ii) one or more ethylenically unsaturated carboxylic acid group containing monomers, wherein the one or more ethylenically unsaturated carboxylic acid group containing monomers is in the amount of from 5 to 25 wt.% based on the total weight of all monomers used to form the emulsion copolymer, and, further wherein, the emulsion polymer has a measured glass transition temperature as measured by differential scanning calorimetry (DSC) ranging from -40 °C to 70 °C.
An apparatus for heating aerosolisable material to volatilise at least one component of the aerosolisable material to form an aerosol for inhalation by a user, the apparatus having a first proximal end and a second distal end , the apparatus comprising: a first chassis engaged with and supporting a heating arrangement for receiving and heating aerosolisable material, the first chassis or a component supported by the first chassis comprising a first engagement element ; and a first sleeve to form at least a part of the casing of the apparatus , the first sleeve comprising a second engagement element ; characterised in that the first engagement element and second engagement element are arranged to automatically engage when the first chassis is inserted into a cavity of the first sleeve (1 1b) during assembly of the apparatus , wherein the first engagement element and the second engagement element form a first snap-fit arrangement for engagement of the first chassis and the first sleeve or the component supported by the first chassis and the first sleeve . a first chassis engaged with and supporting a heating arrangement for receiving and heating aerosolisable material, the first chassis or a component supported by the first chassis comprising a first engagement element ; and a first sleeve to form at least a part of the casing of the apparatus , the first sleeve comprising a second engagement element ; characterised in that the first engagement element and second engagement element are arranged to automatically engage when the first chassis is inserted into a cavity of the first sleeve (1 1b) during assembly of the apparatus , wherein the first engagement element and the second engagement element form a first snap-fit arrangement for engagement of the first chassis and the first sleeve or the component supported by the first chassis and the first sleeve .
A coated transparency comprising: a transparency; a base layer on the transparency, the base layer comprising at least one selected from an organic compound, an organosilicon compound, and a polysiloxane compound; a metal layer physically contacting the base layer; and a metal oxide layer on the metal layer, the metal oxide layer comprising aluminum doped zinc oxide (AZO). a transparency; a base layer on the transparency, the base layer comprising at least one selected from an organic compound, an organosilicon compound, and a polysiloxane compound; a metal layer physically contacting the base layer; and a metal oxide layer on the metal layer, the metal oxide layer comprising aluminum doped zinc oxide (AZO).
A procoagulant compound having a formula: Het1-Zy-Bx-Pep1 wherein: Pep1 is a procoagulant polypeptide selected from the group consisting of a clotting factor or fragment thereof and a synthetic procoagulant peptide; Het1 is (i) a first heterologous moiety comprising a half-life extending moiety that increases the in vivo half-life of the procoagulant compound, or (ii) cysteine; Zy is a protease-cleavable substrate; and Bx is a self-immolative spacer that spontaneously separates from Pep1 if its bond to Zy is cleaved. Pep1 is a procoagulant polypeptide selected from the group consisting of a clotting factor or fragment thereof and a synthetic procoagulant peptide; Het1 is (i) a first heterologous moiety comprising a half-life extending moiety that increases the in vivo half-life of the procoagulant compound, or (ii) cysteine; (i) a first heterologous moiety comprising a half-life extending moiety that increases the in vivo half-life of the procoagulant compound, or (ii) cysteine; Zy is a protease-cleavable substrate; and Bx is a self-immolative spacer that spontaneously separates from Pep1 if its bond to Zy is cleaved.
A method for operating a piezoelectric MEMS sound transducer , in particular a MEMS loudspeaker operating in the audible wavelength spectrum and/or in the ultrasonic range, in which electrical energy is stored in at least one energy store and this electrical energy is transferred between the energy store and the piezoelectric MEMS sound transducer indirectly via at least one first transfer unit , wherein at least the one first transfer unit and the piezoelectric MEMS sound transducer are situated in a parallel circuit with respect to one another and switching units and/or switches are switched in such a way by a controller , that, in order to operate the piezoelectric MEMS sound transducer in a first switching state, at least the first transfer unit is first of all charged from the energy store , that this first transfer unit is then discharged again in a second switching state and the piezoelectric MEMS sound transducer is charged in this case, that in order to recover energy in a third switching state, the piezoelectric MEMS sound transducer is discharged again and at least the first transfer unit is charged in this case, and that this first transfer unit is then discharged again in a fourth switching state and the energy store is charged in this case, characterized in that , the electrical energy is transferred step-by-step between the energy store and the piezoelectric MEMS sound transducer , so that the electrical energy is transferred in multiple portions for both charging and energy recovery, respectively. in which electrical energy is stored in at least one energy store and this electrical energy is transferred between the energy store and the piezoelectric MEMS sound transducer indirectly via at least one first transfer unit , wherein at least the one first transfer unit and the piezoelectric MEMS sound transducer are situated in a parallel circuit with respect to one another and switching units and/or switches are switched in such a way by a controller , that, in order to operate the piezoelectric MEMS sound transducer in a first switching state, at least the first transfer unit is first of all charged from the energy store , that this first transfer unit is then discharged again in a second switching state and the piezoelectric MEMS sound transducer is charged in this case, that in order to recover energy in a third switching state, the piezoelectric MEMS sound transducer is discharged again and at least the first transfer unit is charged in this case, and that this first transfer unit is then discharged again in a fourth switching state and the energy store is charged in this case, characterized in that , the electrical energy is transferred step-by-step between the energy store and the piezoelectric MEMS sound transducer , so that the electrical energy is transferred in multiple portions for both charging and energy recovery, respectively.
Lighting device (10; 100) for illuminating streets, roads or paths, comprising: - at least one light source (30; 300, 300'); - at least one reflector (50; 500, 500') for reflecting light emitted by the at least one light source (30; 300, 300'); - a housing (20; 200) comprising at least one curved translucent enclosure part (25; 250, 250'), wherein the light source (30; 300, 300') is arranged at a peripheral position between the reflector (50; 500, 500') and the translucent enclosure part (25; 250, 250'); and wherein the at least one light source (30; 300, 300') is oriented towards the reflector (50; 500, 500') such that the light is reflected by the reflector (50; 500, 500') in a direction to the translucent enclosure part (25; 250, 250'), wherein the reflector surface of the reflector (50; 500, 500') does not comprise any jump discontinuities, wherein the light sources (30; 300, 300') are arranged at side wall sections (40; 400, 400') of the lighting device (10; 100), and wherein the light sources (30; 300, 300') are in thermal contact with the side wall sections (40; 400, 400'). - at least one light source (30; 300, 300'); - at least one reflector (50; 500, 500') for reflecting light emitted by the at least one light source (30; 300, 300'); - a housing (20; 200) comprising at least one curved translucent enclosure part (25; 250, 250'), wherein the light source (30; 300, 300') is arranged at a peripheral position between the reflector (50; 500, 500') and the translucent enclosure part (25; 250, 250');
Tasting tap able to be attached to a container of a liquid that comprises: - a body , by which said tap is attached to said container, through which a pipe hole and a shaft hole pass, each having an axis of revolution; - a control mechanism that comprises: ∘ a shaft that is mounted to pivot in the shaft hole of the body in such a way as to pass through the body , ∘ a stopper that is movable between a closed position when the stopper totally closes the pipe hole of the body and an open position when said stopper does not at all close said pipe hole , the stopper being connected to the shaft so as to be flattened against a rear face of the body , ∘ a controller designed to cause the shaft to pivot that is positioned in the area of a front face of the body ; - a removable pipe having dimensions that are slightly less than those of the pipe hole of said body, able to be inserted into said pipe hole, and having a tubular part , characterized in that the pipe hole comprises a reduction in diameter to form a stop against which the pipe abuts and in that the tasting tap comprises a locking/unlocking mechanism designed to occupy a locked state in which it immobilizes the pipe in the pipe hole and an unlocked state in which it allows the removal of the pipe . - a body , by which said tap is attached to said container, through which a pipe hole and a shaft hole pass, each having an axis of revolution; - a control mechanism that comprises: ∘ a shaft that is mounted to pivot in the shaft hole of the body in such a way as to pass through the body , ∘ a stopper that is movable between a closed position when the stopper totally closes the pipe hole of the body and an open position when said stopper does not at all close said pipe hole , the stopper being connected to the shaft so as to be flattened against a rear face of the body , ∘ a controller designed to cause the shaft to pivot that is positioned in the area of a front face of the body ; ∘ a shaft that is mounted to pivot in the shaft hole of the body in such a way as to pass through the body , ∘ a stopper that is movable between a closed position when the stopper totally closes the pipe hole of the body and an open position when said stopper does not at all close said pipe hole , the stopper being connected to the shaft so as to be flattened against a rear face of the body , ∘ a controller designed to cause the shaft to pivot that is positioned in the area of a front face of the body ; - a removable pipe having dimensions that are slightly less than those of the pipe hole of said body, able to be inserted into said pipe hole, and having a tubular part ,
A wheel assembly for an infant support apparatus, comprising: a wheel mount , a wheel pivotally connected with the wheel mount about a pivot axis (X), and a brake member , characterized in that : the wheel includes a wheel frame having an inner cavity in which the brake member is arranged, the inner cavity being at least partially delimited by a base surface provided with a hole , and the brake member being assembled with the wheel , being guided for sliding displacement through the hole to engage with the wheel mount , and being movable relative to the wheel and the wheel mount between a braking state and a release state, the brake member when in the release state being rotatable with the wheel relative to the wheel mount , and the brake member when in the braking state engaging with the wheel mount to block rotation of the wheel relative to the wheel mount . a wheel mount , a wheel pivotally connected with the wheel mount about a pivot axis (X), and a brake member , characterized in that : the wheel includes a wheel frame having an inner cavity in which the brake member is arranged, the inner cavity being at least partially delimited by a base surface provided with a hole , and the brake member being assembled with the wheel , being guided for sliding displacement through the hole to engage with the wheel mount , and being movable relative to the wheel and the wheel mount between a braking state and a release state, the brake member when in the release state being rotatable with the wheel relative to the wheel mount , and the brake member when in the braking state engaging with the wheel mount to block rotation of the wheel relative to the wheel mount .
A method for controlling an industrial robot using interactive commands given directly to the robot by a user, not via any human-machine interface, such as a teach pendant unit or tablet, the method comprising the steps of: - defining at least one interactive command, - defining a plurality of actions to be performed by the robot for the interactive command, wherein each action has been associated with a specified context of the robot, - determining a current context of the robot, - selecting an action to be performed based on the actions defined for the command and the current context of the robot, - recognizing an interactive command given by a user, and - performing the selected action, characterized by providing feedback to the user, prior to recognizing the interactive command, regarding the action to be performed for the interactive command in the current context. - defining at least one interactive command, - defining a plurality of actions to be performed by the robot for the interactive command, wherein each action has been associated with a specified context of the robot, - determining a current context of the robot, - selecting an action to be performed based on the actions defined for the command and the current context of the robot, - recognizing an interactive command given by a user, and - performing the selected action,
A first device comprising: means for receiving, from a second device , an indication to perform Msg3 transmission; means for transmitting, to the second device , information of the first device for contention resolution; means for, in case a configuration of a 4-step random access channel is unavailable in an active bandwidth part for the first device , determining a duration for monitoring a contention resolution message based on one of: a first configuration of a 2-step random access channel in the active bandwidth part, or a second configuration of a 4-step random access channel in a bandwidth part different from the active bandwidth part; and characterized in that , when the configuration of the 4-step random access channel is unavailable in the active bandwidth part for the first device , the first configuration of the 2-step random access channel in the active bandwidth part indicates a contention resolution timer for determining the duration and when the configuration of the 4-step random access channel is available in the active bandwidth part for the first device , the first configuration of the 2-step random access channel in the active bandwidth part does not indicate a contention resolution timer. means for receiving, from a second device , an indication to perform Msg3 transmission; means for transmitting, to the second device , information of the first device for contention resolution; means for, in case a configuration of a 4-step random access channel is unavailable in an active bandwidth part for the first device , determining a duration for monitoring a contention resolution message based on one of: a first configuration of a 2-step random access channel in the active bandwidth part, or a second configuration of a 4-step random access channel in a bandwidth part different from the active bandwidth part; and a first configuration of a 2-step random access channel in the active bandwidth part, or a second configuration of a 4-step random access channel in a bandwidth part different from the active bandwidth part; and