mhurhangee/patent-ind-claim-en huggingface dataset:
A communications method, wherein the method comprises: determining (S101), by a session management network element based on a session context of a current protocol data unit, PDU, session for a terminal apparatus, that the current PDU session is a non-always-on session; and sending (S102), to the terminal apparatus by the session management network element, first indication information when the session management network element determines, based on first information, to establish a first low-latency service flow for the current PDU session, wherein the first information comprises at least one of the following: local configuration information, subscription data, or a first quality of service, QoS parameter; and the first indication information is used to indicate the terminal apparatus to modify the current PDU session to an always-on session. determining (S101), by a session management network element based on a session context of a current protocol data unit, PDU, session for a terminal apparatus, that the current PDU session is a non-always-on session; and sending (S102), to the terminal apparatus by the session management network element, first indication information when the session management network element determines, based on first information, to establish a first low-latency service flow for the current PDU session, wherein the first information comprises at least one of the following: local configuration information, subscription data, or a first quality of service, QoS parameter; and the first indication information is used to indicate the terminal apparatus to modify the current PDU session to an always-on session.
Blade access arrangement for a rotor blade of a wind power plant having a tower , the arrangement comprising a platform , tower guide means for guiding the platform against the tower , bar arrangement connecting the platform with the tower guiding means and a hoisting arrangement for hoisting the blade access arrangement up and down, the hoisting arrangement comprising two suspension points at the platform and a bar suspension point placed at the bar arrangement , characterized in that the bar suspension point is placed in an area a third part from tower guiding means and a third part from the platform , meaning that the distance between the tower guiding means and the platform is divided in three equal distances and the suspension point is placed in the middle third part.
A mouthpiece for performing a treatment of teeth , the mouthpiece comprising: - one or more light sources arranged to illuminate teeth, - an optical light distribution unit with a output surface , where the optical light distribution unit is arranged to redirect at least a part of the light rays from the one or more light sources before the light rays exit through the output surface to the teeth and/or to redirect scattered light rays injected into the optical light distribution unit from the output surface back to the output surface, - where the one or more light sources and the optical light distribution unit are arranged to provide an irradiance of the teeth greater than 20 mW/cm2, characterized in that the one or more light sources are mounted on a support structure having a thermal insulance which is lower than the thermal insulance of the optical light distribution unit. - one or more light sources arranged to illuminate teeth, - an optical light distribution unit with a output surface , where the optical light distribution unit is arranged to redirect at least a part of the light rays from the one or more light sources before the light rays exit through the output surface to the teeth and/or to redirect scattered light rays injected into the optical light distribution unit from the output surface back to the output surface, - where the one or more light sources and the optical light distribution unit are arranged to provide an irradiance of the teeth greater than 20 mW/cm2,
A method of controlling a mobile agricultural machine (102; 200), the method comprising: detecting a target value setting input identifying a target metric value for a quality metric representing a performance characteristic of the mobile agricultural machine (102; 200) and having an inverse relationship to machine speed; receiving machine data indicative of operating parameters of the mobile agricultural machine (102; 200); generating , based on the machine data, a current metric value for the quality metric; determining a target machine speed based on the current metric value relative to the target metric value; and outputting a control instruction that controls a propulsion subsystem configured to drive one or more ground engaging traction elements of the mobile agricultural machine (102; 200) based on the target machine speed; characterized by identifying a weighting parameter that defines an extent to which a ride quality parameter representing a desired smoothness of a ride experience by an operator of the agricultural machine and/or a lateral offset parameter representing a difference between a position of the mobile agricultural machine and a predefined path is considered in determining how much to adjust machine speed, given the difference between the current metric value and the target metric value; and by determining a target machine speed based on applying the weighting parameter to the current metric value. detecting a target value setting input identifying a target metric value for a quality metric representing a performance characteristic of the mobile agricultural machine (102; 200) and having an inverse relationship to machine speed; receiving machine data indicative of operating parameters of the mobile agricultural machine (102; 200); generating , based on the machine data, a current metric value for the quality metric; determining a target machine speed based on the current metric value relative to the target metric value; and outputting a control instruction that controls a propulsion subsystem configured to drive one or more ground engaging traction elements of the mobile agricultural machine (102; 200) based on the target machine speed; characterized by identifying a weighting parameter that defines an extent to which a ride quality parameter representing a desired smoothness of a ride experience by an operator of the agricultural machine and/or a lateral offset parameter representing a difference between a position of the mobile agricultural machine and a predefined path is considered in determining how much to adjust machine speed, given the difference between the current metric value and the target metric value; and by determining a target machine speed based on applying the weighting parameter to the current metric value.
Method of manufacturing an LED module , comprising the steps: - providing a housing , which is formed as a hollow body which has an opening on a light exit side of the LED module , wherein the housing has a base side , which is arranged opposite the light exit side; - arranging a circuit board having at least one LED on the base side of the housing ; - pouring a second base layer made of a curable material in a non-cured state into the housing through the opening of the housing ; - curing the second base layer ; - pouring at least one first base layer made of a curable material in a non-cured state onto the cured second base layer through the opening in the housing ; and - pouring a scattering layer made of a curable material in a non-cured state into the housing through the opening; characterized in that the scattering layer is poured onto the first base layer , wherein the first base layer is not cured when the scattering layer is poured in and, after the scattering layer has been poured in, the at least one first base layer and the scattering layer are cured, wherein the second base layer has a white pigmentation and the white pigmentation is set up to reflect back-reflected light, wherein the LED has a light exit side which defines an upper edge of the LED , and the at least one first base layer is poured in in such a way that, following the pouring-in, a surface of the first base layer that faces away from the second base layer has a distance from the light exit side of the LED module which is smaller than a distance of the upper edge of the LED from the light exit side of the LED module , and wherein the second base layer is poured in at most as far as the upper edge of the LED . - providing a housing , which is formed as a hollow body which has an opening on a light exit side of the LED module , wherein the housing has a base side , which is arranged opposite the light exit side; - arranging a circuit board having at least one LED on the base side of the housing ; - pouring a second base layer made of a curable material in a non-cured state into the housing through the opening of the housing ; - curing the second base layer ; - pouring at least one first base layer made of a curable material in a non-cured state onto the cured second base layer through the opening in the housing ; and - pouring a scattering layer made of a curable material in a non-cured state into the housing through the opening;
Laundry care appliance with a pump for pumping washing liquid, wherein the pump has a pump housing with a cavity , wherein the laundry care appliance has a component, which is received in the cavity , wherein a sealing element made of plastic is arranged on an inner side of the cavity of the pump housing , wherein the sealing element is connected to the pump housing with a material bond, characterised in that the component comprises a filter element, in particular a foreign matter trap, which is received in the cavity , and the sealing element applies pressure at least axially to the pump housing and the filter element, to ensure a fluid-based sealing between the pump housing and the filter element.
A method of preparing an ester-based composition, the method comprising reacting a) a dibenzoic acid represented by Chemical Formula 1 below; b) one or more selected from the group consisting of a carboxylic acid represented by Chemical Formula 2 below and a carboxylic acid ester-based material including one or more compounds represented by Chemical Formula 5 below; and c) an alcohol including one or more compounds represented by Chemical Formula 3 below, wherein a product of the reaction includes a benzoic acid ester-based material including one or more compounds represented by Chemical Formula 4 below and a carboxylic acid ester-based material including one or more compounds represented by Chemical Formula 5 below: wherein n is 2, wherein R 1 is a C1 or C2 alkyl group, [Chemical Formula 3] R 2 -OH wherein R 2 is a C1 to C12 linear alkyl group or a C3 to C12 branched alkyl group, wherein R 2a and R 2b are the same or different from each other, and each independently are a linear alkyl group or a C3 to C12 branched alkyl group, wherein R 1a is a C1 or C2 alkyl group, and R 2c is a C1 to C12 linear alkyl group or a C3 to C12 branched alkyl group, wherein the carboxylic acid ester-based material is included at 11 parts by weight or less with respect to 100 parts by weight of the dibenzoic acid represented by Chemical Formula 1.
An epoxy resin composition comprising: (a) at least one epoxy resin; (b) at least one dicyandiamide; (c) at least one aromatic urea; and (d) at least one clathrate complex comprising (d1) at least one compound selected from tetrakisphenol compounds and (d2) at least one epoxy accelerator selected from the group consisting of imidazoles and imidazolines. (a) at least one epoxy resin; (b) at least one dicyandiamide; (c) at least one aromatic urea; and (d) at least one clathrate complex comprising (d1) at least one compound selected from tetrakisphenol compounds and (d2) at least one epoxy accelerator selected from the group consisting of imidazoles and imidazolines.
A liquid dispenser, comprising: a tank including a bottom and a wall surrounding the bottom; an inner assembly having a pump and configured to be coupled to the tank ; a docking station configured receive external power, the docking station being detachable from the tank ; a wireless power transmitter configured to receive power from the docking station , the wireless power transmitter being provided below the bottom of the tank and spaced apart from the docking station ; and a wireless power receiver configured to induce power in response to a magnetic flux generated from the wireless power transmitter and to supply power to the pump of the inner assembly, wherein the wireless power transmitter is provided in a first space (V1) formed above the docking station , wherein the bottom of the tank includes an inner bottom and an outer bottom , and wherein the docking station is rotatably coupled to the outer bottom of the tank . a tank including a bottom and a wall surrounding the bottom; an inner assembly having a pump and configured to be coupled to the tank ; a docking station configured receive external power, the docking station being detachable from the tank ; a wireless power transmitter configured to receive power from the docking station , the wireless power transmitter being provided below the bottom of the tank and spaced apart from the docking station ; and a wireless power receiver configured to induce power in response to a magnetic flux generated from the wireless power transmitter and to supply power to the pump of the inner assembly, wherein the wireless power transmitter is provided in a first space (V1) formed above the docking station , wherein the bottom of the tank includes an inner bottom and an outer bottom , and wherein the docking station is rotatably coupled to the outer bottom of the tank .
A method for rejecting Credit Control Request-Update, CCR-U interrogation messages (Fig. 4) associated with charging for telecommunication services by an Online Charging System, OCS, apparatus during a service overload period, the method comprising: evaluating , by the OCS , received CCR-U interrogation messages to determine whether each CCR-U interrogation message contains any Multiple Services Credit Control, MSCC, information; and rejecting , by the OCS , those CCR-U interrogation messages based on properties of the MSCC information. evaluating , by the OCS , received CCR-U interrogation messages to determine whether each CCR-U interrogation message contains any Multiple Services Credit Control, MSCC, information; and rejecting , by the OCS , those CCR-U interrogation messages based on properties of the MSCC information.
A radio communication system having a radio base station apparatus and a mobile terminal apparatus , of which a frequency band allocated to radio communication between the radio base station apparatus and the mobile terminal apparatus is configured by adding or deleting fundamental frequency blocks, wherein Frequency Division Duplexing, FDD, -based radio communication is applied to a first fundamental frequency block, Time Division Duplexing, TDD, -based or half duplex FDD-based radio communication is applied to a second fundamental frequency block that is different in frequency from the first fundamental frequency block, carrier aggregation is performed by configuring the frequency band with a plurality of fundamental frequency blocks having at least the first fundamental frequency block and the second fundamental frequency block, the mobile terminal apparatus is configured to allocate first uplink Layer 1/ Layer 2, L1/L2, control signals corresponding to the first fundamental frequency block and second uplink L1/L2 control signals corresponding to the second fundamental frequency block to PUCCHs set in uplink radio resources in the first fundamental frequency block, the mobile terminal apparatus is configured to allocate, to the Physical Uplink Control Channels, PUCCHs, the first uplink L1/L2 control signals and the second uplink L1/L2 control signals in a first subframe, and the first uplink L1/L2 control signals and not the second uplink L1/L2 control signals in a second subframe, and the mobile terminal apparatus is configured to use different PUCCH formats in the first subframe and the second subframe.
A radial-gap type superconducting synchronous machine comprising: a stator having a circular cross-sectional shape; a rotor rotatably supported inside the stator ; and a superconductor disposed on the peripheral side of the rotor, wherein the rotor includes a rotor body secured to a rotating shaft , and a convex magnetic pole provided on the periphery of the rotor body , the magnetic pole projecting radially outward, wherein the magnetic pole , at its radially distal end part, includes the superconductor , wherein when viewed in the direction of a rotational axis (C1) of the rotor , the magnetic pole center portion of the superconductor is disposed nearer to the stator than the magnetic pole end portions of the superconductor , and wherein a ferromagnet is disposed on the rotational axis (C1) side of the superconductor in the magnetic pole . a stator having a circular cross-sectional shape; a rotor rotatably supported inside the stator ; and a superconductor disposed on the peripheral side of the rotor,
A supersonic compressor comprising: at least one fluid inlet ; at least one fluid outlet ; a fluid conduit extending between said fluid inlet and said fluid outlet ; at least one supersonic compressor rotor disposed within said fluid conduit , said rotor comprising: a first endwall ; a plurality of vanes coupled to said first endwall, each pair of said plurality of vanes defining a fluid flow channel extending therethrough, said fluid flow channel defining a flow channel inlet opening and a flow channel outlet opening , characterized by said fluid flow channel comprising a throat portion ; and a second endwall ; and at least one axially translatable fluid control device positioned adjacent to said rotor configured to at least partially obstruct said throat portion , said at least one axially translatable fluid control device comprising: at least one axially translatable protrusion insertable into at least a portion of said throat portion , wherein said at least one axially translatable protrusion comprises at least one of: a first protrusion extendable through said first endwall ; and a second protrusion extendable through said second endwall . at least one fluid inlet ; at least one fluid outlet ; a fluid conduit extending between said fluid inlet and said fluid outlet ; at least one supersonic compressor rotor disposed within said fluid conduit , said rotor comprising: a first endwall ; a plurality of vanes coupled to said first endwall, each pair of said plurality of vanes defining a fluid flow channel extending therethrough, said fluid flow channel defining a flow channel inlet opening and a flow channel outlet opening , characterized by said fluid flow channel comprising a throat portion ; and a second endwall ; and a first endwall ; a plurality of vanes coupled to said first endwall, each pair of said plurality of vanes defining a fluid flow channel extending therethrough, said fluid flow channel defining a flow channel inlet opening and a flow channel outlet opening , characterized by said fluid flow channel comprising a throat portion ; and a second endwall ; and at least one axially translatable fluid control device positioned adjacent to said rotor configured to at least partially obstruct said throat portion , said at least one axially translatable fluid control device comprising: at least one axially translatable protrusion insertable into at least a portion of said throat portion , wherein said at least one axially translatable protrusion comprises at least one of: a first protrusion extendable through said first endwall ; and a second protrusion extendable through said second endwall . a first protrusion extendable through said first endwall ; and a second protrusion extendable through said second endwall .
A method of augmenting a telecommunications call, the method comprising: detecting a telecommunications call event at a user telecommunications device ; selecting an item of media content , the item of media content being associated with a uniform resource identifier or URI; augmenting the call with the item of media content ; detecting a user interaction with the item of media content ; characterized by on termination of the call, performing an action in dependence on the resource identified by the URI. detecting a telecommunications call event at a user telecommunications device ; selecting an item of media content , the item of media content being associated with a uniform resource identifier or URI; augmenting the call with the item of media content ; detecting a user interaction with the item of media content ; characterized by on termination of the call, performing an action in dependence on the resource identified by the URI.
Block storage assembly with several container stacking spaces and a loading space arranged in the direction of gravity below the container stacking spaces, wherein between each container stacking space and the loading space is arranged a passage opening through which a container can be moved from the loading space into the container stacking space or out of the container stacking space into the loading space and which has a holding device, wherein at least two passage openings have different sizes, characterized in that a first loading vehicle and a second loading vehicle can be moved in synchronization with the first loading vehicle , wherein the loading vehicles each have a lifting device with which a container can be stored from the loading space into a container stacking space or removed from the container stacking space , wherein the lifting device is attached on one side to a chassis of the loading vehicle and the lifting device of the first loading vehicle is located opposite the lifting device of the second loading vehicle .
Sensor unit for contactlessly actuating an actuating element , in particular a flap or the like of a vehicle , having at least one capacitive sensor element , the sensor element having a wire which is arranged on a carrier element , the carrier element having at least one electrically conductive core , characterized in that the wire is arranged essentially in a plane (14.2) on the carrier element .
Machining method by turning at least one surface of an ophthalmic lens, using a turning machine having at least one geometrical defect, characterized in that the method comprises a step (101-104) of determining a turning configuration for machining by turning the at least one surface of the ophthalmic lens, the turning configuration comprising turning parameters and machine defects parameters associated to the turning parameters.
A process for treating a surface of a base of a timepiece hairspring , the process comprising: - a first step of depositing a first layer of a first oxide or of a first nitride or of a first carbide; and - a second step of depositing a second layer of a second oxide or of a second nitride or of a second carbide, different from the first oxide or from the first nitride or from the first carbide of the first layer , The process being characterized in that it comprises several phases, especially two or three or four phases, each including the first step and the second step, so that to reach a coating comprising several double layers. - a first step of depositing a first layer of a first oxide or of a first nitride or of a first carbide; and - a second step of depositing a second layer of a second oxide or of a second nitride or of a second carbide, different from the first oxide or from the first nitride or from the first carbide of the first layer ,