mhurhangee/patent-ind-claim-en huggingface dataset:
A system for a gas turbine engine, the system comprising: a turbine casing ; a clip ; an anti-rotation pin ; a blade track coupled to the turbine casing with the clip ; a nozzle guide vane coupled to the turbine casing , wherein an end of the blade track , the clip , and a portion of the nozzle guide vane form a cavity ; and a heat shield positioned between the clip and the end of the blade track in the cavity , an edge of the heat shield and the portion of the nozzle guide vane form a gap , characterized in that the heat shield and the nozzle guide vane are configured to close the gap in response to a thermal expansion of the heat shield and a thermal expansion of the nozzle guide vane , wherein the heat shield comprises a slot to receive the anti-rotation pin , wherein the clip is coupled to the anti-rotation pin at a first end of the clip and at a second end of the clip , the first end of the clip opposite the second end of the clip . a turbine casing ; a clip ; an anti-rotation pin ; a blade track coupled to the turbine casing with the clip ; a nozzle guide vane coupled to the turbine casing , wherein an end of the blade track , the clip , and a portion of the nozzle guide vane form a cavity ; and a heat shield positioned between the clip and the end of the blade track in the cavity , an edge of the heat shield and the portion of the nozzle guide vane form a gap , characterized in that the heat shield and the nozzle guide vane are configured to close the gap in response to a thermal expansion of the heat shield and a thermal expansion of the nozzle guide vane , wherein the heat shield comprises a slot to receive the anti-rotation pin , wherein the clip is coupled to the anti-rotation pin at a first end of the clip and at a second end of the clip , the first end of the clip opposite the second end of the clip .
A cementitious composite reinforcing fiber, comprising: an extruded, reinforcing fiber strand composed of a substantially uniform mixture, comprising: a synthetic polymer resin; and a fiber component selected from the group consisting of pulp fiber, nano-fiber, and mixtures or blends thereof. a synthetic polymer resin; and a fiber component selected from the group consisting of pulp fiber, nano-fiber, and mixtures or blends thereof.
A control program causing a computer to execute processing, the processing comprising: displaying (S1) a rule node , a first node related to an access destination to which cyber attack event information is allowed to be provided and a second node related to one or more information categories (303a-303d) to be a target of a mask processing; when transmission of the cyber attack event information is performed based on a transmission request to transmit the cyber attack event information from a terminal as a transmission destination, performing (S17), in a case where the transmission destination is included in the access destination provided by the first node coupled to the rule node , a mask processing on information which is included in the cyber attack event information and belongs to the one or more information categories (303a-303d) provided by the second node coupled to the rule node ; and providing (S18) the cyber attack event information after the mask processing is performed to the transmission destination. displaying (S1) a rule node , a first node related to an access destination to which cyber attack event information is allowed to be provided and a second node related to one or more information categories (303a-303d) to be a target of a mask processing; when transmission of the cyber attack event information is performed based on a transmission request to transmit the cyber attack event information from a terminal as a transmission destination, performing (S17), in a case where the transmission destination is included in the access destination provided by the first node coupled to the rule node , a mask processing on information which is included in the cyber attack event information and belongs to the one or more information categories (303a-303d) provided by the second node coupled to the rule node ; and providing (S18) the cyber attack event information after the mask processing is performed to the transmission destination.
A beverage dispensing system configured for using a sweetener at more than 65° brix, comprising: a dispensing nozzle ; a sweetener source comprising the sweetener at more than 65° brix; a first diluent source with a first diluent ; a mixing chamber in communication with the sweetener source and the first diluent source so as to dilute the sweetener to less than 65° brix; a second diluent source with a second diluent such that the dispensing nozzle further dilutes the sweetener; and one or more first pumps in communication with the sweetener source and one or more further pumps downstream of the one or more first pumps. a dispensing nozzle ; a sweetener source comprising the sweetener at more than 65° brix; a first diluent source with a first diluent ; a mixing chamber in communication with the sweetener source and the first diluent source so as to dilute the sweetener to less than 65° brix; a second diluent source with a second diluent such that the dispensing nozzle further dilutes the sweetener; and one or more first pumps in communication with the sweetener source and one or more further pumps downstream of the one or more first pumps.
A method, performed in a mobile device , for altering security settings in relation to a data transfer, the method comprising: detecting, using a near field communication, NFC, reader of the mobile device, the presence of a control instrument in the vicinity of the mobile device when a user taps the control instrument on the mobile device, the control instrument comprising a NFC readable element having identifying data thereon, and on detecting the presence of the control instrument, providing by the mobile device, a first digital message to a server of a data transfer system , the digital message instructing the data transfer system to alter security settings relating to a payment data transfer of the control instrument associated with the identifying data from a first security mode to a second security mode, wherein the first digital message instructs the data transfer system to return to the first security mode when a predetermined period of time has elapsed after enabling the second mode, wherein the first security mode indicates the data transfer system to block certain classes of transfers or any payment data transfer, and wherein the second security mode indicates the data transfer system to perform normal security checks on the payment data transfer. detecting, using a near field communication, NFC, reader of the mobile device, the presence of a control instrument in the vicinity of the mobile device when a user taps the control instrument on the mobile device, the control instrument comprising a NFC readable element having identifying data thereon, and on detecting the presence of the control instrument, providing by the mobile device, a first digital message to a server of a data transfer system , the digital message instructing the data transfer system to alter security settings relating to a payment data transfer of the control instrument associated with the identifying data from a first security mode to a second security mode, wherein the first digital message instructs the data transfer system to return to the first security mode when a predetermined period of time has elapsed after enabling the second mode, wherein the first security mode indicates the data transfer system to block certain classes of transfers or any payment data transfer, and wherein the second security mode indicates the data transfer system to perform normal security checks on the payment data transfer.
A method for determining the oral health status of a canine animal, comprising the use of an assay comprising means for identifying the bacteria Peptostreptococcaceae_XIII_[G-1]_sp._COT-030, Filifactor_alocis_COT-001, Peptostreptococcaceae_XI_[G-I]_sp._COT-258, Peptostreptococcaceae_XI_[G-3]_sp._COT-104 and bacteria of the Parvimonas genus, to determine the presence or absence of the bacteria in a sample taken from the animal, and determining the oral health status of the animal; wherein the oral health status is the presence or absence of periodontitis.
A method for the production or machining of gear teeth or other periodic structures of a metallic workpiece, in which the chips produced are routed via a chip removal device to a chip collection point , wherein the chip removal device comprises a discharge channel running in a discharge direction with a tilt of less than 30° and having a flat base on which discharged chips come to rest, wherein the base is allowed to perform a reciprocating motion in a direction of movement, characterised in that the direction of movement of the reciprocating motion has a directional component substantially parallel to the direction of discharge.
A pressure relief assembly comprising: an aircraft engine cowl including radially outer and inner skins having an opening therethrough; a door frame fixedly joined around a perimeter of said opening and extending laterally therefrom to define a door seat surrounding a central portal and facing radially outwardly; a pressure relief door pivotally joined to said cowl for being deployed outwardly from a stowed closed position covering said portal to a deployed open position uncovering said portal ; said door having radially opposite inner and outer surfaces terminating in a perimeter rim , with an inner surface of said rim overlapping said door seat to define a primary seal in said door stowed position; and a fireproof secondary seal bridging said door inner surface and said frame around an inner perimeter of said primary seal to pre- seal flow to said primary seal . an aircraft engine cowl including radially outer and inner skins having an opening therethrough; a door frame fixedly joined around a perimeter of said opening and extending laterally therefrom to define a door seat surrounding a central portal and facing radially outwardly; a pressure relief door pivotally joined to said cowl for being deployed outwardly from a stowed closed position covering said portal to a deployed open position uncovering said portal ; said door having radially opposite inner and outer surfaces terminating in a perimeter rim , with an inner surface of said rim overlapping said door seat to define a primary seal in said door stowed position; and a fireproof secondary seal bridging said door inner surface and said frame around an inner perimeter of said primary seal to pre- seal flow to said primary seal .
A method performed by a first node implementing a first network function, NF, in a visited network (VPLMN) for communicating with a third node implementing a second NF in a home network (HPLMN), the method comprises: - determining that the third node should be communicated with; - sending towards a second node implementing a Security Edge Protection Proxy, SEPP in the visited network, a request for a telescopic Fully Qualified Domain Name, FQDN, for the third node in the home network to be used by the first node in the visited network to communicate with the third node in the home network, which request comprises a FQDN of the third node in the home network; - receiving , from the second node, a telescopic FQDN for the third node wherein the FQDN for the third node in the home network is flattened to a single label to be used by the first node to communicate with the third node. - determining that the third node should be communicated with; - sending towards a second node implementing a Security Edge Protection Proxy, SEPP in the visited network, a request for a telescopic Fully Qualified Domain Name, FQDN, for the third node in the home network to be used by the first node in the visited network to communicate with the third node in the home network, which request comprises a FQDN of the third node in the home network; - receiving , from the second node, a telescopic FQDN for the third node wherein the FQDN for the third node in the home network is flattened to a single label to be used by the first node to communicate with the third node.
A glyceryl (3-hydroxybutyrate) ester for use in a method of management of migraine symptomology, said method comprising: administering an amount of said glyceryl (3-hydroxybutyrate) (a) to a subject presenting with at least one migraine symptom, wherein said amount is sufficient to eliminate, control, limit, or reduce said at least one symptom or (b) to a subject so as to prevent the onset of at least one of said symptoms from a previously established pattern of migraine symptom onset; wherein said amount of said glyceryl (3-hydroxybutyrate) ester which is administered is sufficient to deliver a total ketone body blood level comprising the sum of 3-hydroxybutyroyl moiety and acetoacetate ranging from 5.5 mM to 7.5 mM within the first 24 hours of administration of said glyceryl (3-hydroxybutyrate) compound. administering an amount of said glyceryl (3-hydroxybutyrate) (a) to a subject presenting with at least one migraine symptom, wherein said amount is sufficient to eliminate, control, limit, or reduce said at least one symptom or (b) to a subject so as to prevent the onset of at least one of said symptoms from a previously established pattern of migraine symptom onset; (a) to a subject presenting with at least one migraine symptom, wherein said amount is sufficient to eliminate, control, limit, or reduce said at least one symptom or (b) to a subject so as to prevent the onset of at least one of said symptoms from a previously established pattern of migraine symptom onset; wherein said amount of said glyceryl (3-hydroxybutyrate) ester which is administered is sufficient to deliver a total ketone body blood level comprising the sum of 3-hydroxybutyroyl moiety and acetoacetate ranging from 5.5 mM to 7.5 mM within the first 24 hours of administration of said glyceryl (3-hydroxybutyrate) compound.
An electrically operated aerosol-generating system comprising: a liquid storage portion storing a liquid from which aerosol may be generated; an electric heater ; a capillary wick positioned between the liquid in the liquid storage portion and the electric heater and configured to convey liquid from the liquid storage portion to the electric heater ; and electric circuitry connected to the electric heater , the electric circuitry configured to: activate the electric heater for a vaporising period in response to a user input to vaporise liquid in the capillary wick , a first predetermined time after the vaporising period activate the heater for a second period, wherein the first predetermined time is shorter than a time needed for an amount of liquid in the wick to reach equilibrium following the vaporising period, record a temperature measurement of the heater during or immediately following the second period, and determine a liquid level in the liquid storage portion based on the temperature measurement. a liquid storage portion storing a liquid from which aerosol may be generated; an electric heater ; a capillary wick positioned between the liquid in the liquid storage portion and the electric heater and configured to convey liquid from the liquid storage portion to the electric heater ; and electric circuitry connected to the electric heater , the electric circuitry configured to: activate the electric heater for a vaporising period in response to a user input to vaporise liquid in the capillary wick , a first predetermined time after the vaporising period activate the heater for a second period, wherein the first predetermined time is shorter than a time needed for an amount of liquid in the wick to reach equilibrium following the vaporising period, record a temperature measurement of the heater during or immediately following the second period, and determine a liquid level in the liquid storage portion based on the temperature measurement. activate the electric heater for a vaporising period in response to a user input to vaporise liquid in the capillary wick , a first predetermined time after the vaporising period activate the heater for a second period, wherein the first predetermined time is shorter than a time needed for an amount of liquid in the wick to reach equilibrium following the vaporising period, record a temperature measurement of the heater during or immediately following the second period, and determine a liquid level in the liquid storage portion based on the temperature measurement.
A method for processing access point name restriction, APN, information, comprising: receiving a tracking area update, TAU/routing area update, RAU, request of a user equipment, UE, at an access network; sending a context request to an old mobility management element according to the TAU/RAU request; receiving context response from the old mobility management element, wherein the context response carries one or multiple APN restriction values corresponding to one or multiple currently established packet data network, PDN, connection of the UE; initiating authentication and security related procedures; sending a context ACK to the old mobility management element; sending a modify bearer request to a serving gateway, SGW, wherein the modify bearer request carries a radio access type which is not changed, or the bearer request does not include user location information, ULI; receiving a modify bearer response from the SGW; obtaining the maximum APN restriction information directly according to the one or multiple APN restriction values; sending a TAU/RAU accept message to the UE. receiving a tracking area update, TAU/routing area update, RAU, request of a user equipment, UE, at an access network; sending a context request to an old mobility management element according to the TAU/RAU request; receiving context response from the old mobility management element, wherein the context response carries one or multiple APN restriction values corresponding to one or multiple currently established packet data network, PDN, connection of the UE; initiating authentication and security related procedures; sending a context ACK to the old mobility management element; sending a modify bearer request to a serving gateway, SGW, wherein the modify bearer request carries a radio access type which is not changed, or the bearer request does not include user location information, ULI; receiving a modify bearer response from the SGW; obtaining the maximum APN restriction information directly according to the one or multiple APN restriction values; sending a TAU/RAU accept message to the UE.
A power wheel axle shaft of an electric motorcycle having a heat dissipation structure comprising a shaft body and a thermal conduction element , wherein the shaft body is a hollow tube, a first end of the shaft body is in connection with a frame unit of the electric motorcycle, the thermal conduction element is fitted on a second end of the shaft body , and the shaft body is connected to a support rack of a stator of a hub motor, characterized in that the support rack has a bushing formed on a central axis thereof and which accommodates the shaft body ; the thermal conduction element is tubular and is made of thermal conductive metal, the thermal conduction element includes a first tubular section and a second tubular section connecting with the first tubular section by using a connection portion , wherein the shaft body is connected with the thermal conduction element via the first tubular section , and the second tubular section is fitted onto the bushing .
Circuit for pre-charging an intermediate circuit , wherein the intermediate circuit has a positive branch and a negative branch , wherein the circuit for pre-charging an intermediate circuit comprises: - a first controllable energy source , - a second controllable energy source , wherein the first controllable energy source and the second controllable energy source are connected, on the output side, in series between the positive branch and the negative branch , and - a control device , - which is connected in a signal-transmitting manner to the first energy source and the second energy source , and - which is configured to actuate the first energy source and the second energy source to generate an output signal pattern (Va, Vb) in order to pre-charge the intermediate circuit , characterized in that - the circuit for pre-charging an intermediate circuit further comprises: - an interference suppression unit , wherein the interference suppression unit is connected between a connecting node (N1) of the output of the first controllable energy source and of the output of the second controllable energy source and a reference-ground potential. - a first controllable energy source , - a second controllable energy source , wherein the first controllable energy source and the second controllable energy source are connected, on the output side, in series between the positive branch and the negative branch , and - a control device , - which is connected in a signal-transmitting manner to the first energy source and the second energy source , and - which is configured to actuate the first energy source and the second energy source to generate an output signal pattern (Va, Vb) in order to pre-charge the intermediate circuit , characterized in that - which is connected in a signal-transmitting manner to the first energy source and the second energy source , and - which is configured to actuate the first energy source and the second energy source to generate an output signal pattern (Va, Vb) in order to pre-charge the intermediate circuit , characterized in that - the circuit for pre-charging an intermediate circuit further comprises: - an interference suppression unit , wherein the interference suppression unit is connected between a connecting node (N1) of the output of the first controllable energy source and of the output of the second controllable energy source and a reference-ground potential. - an interference suppression unit , wherein the interference suppression unit is connected between a connecting node (N1) of the output of the first controllable energy source and of the output of the second controllable energy source and a reference-ground potential.
A vehicle for handling animal feedstuffs comprising an implement mounted on the vehicle, said implement comprising a pair of opposed bucket shaped jaws pivotally mounted for movement between an open position, wherein the jaws are spaced apart from one another, and a closed position, wherein the jaws interact to enclose a body of material therein, drive means being provided for moving the jaws between said open and closed positions, each jaw comprising a front wall with a cutting edge along a front leading edge thereof and wherein the leading edges of the two jaws meet or overlap with one another when the jaws are closed, a central mounting member being provided between said pair of jaws and to which the jaws are connected, characterised in that the pivot axes of the jaws are arranged vertically in a first mode of operation, said jaws being symmetrically arranged on either side of the central mounting member , said drive means acting between said central mounting member and each of said jaws .