mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling an energy terminal, comprising: determining a metric indicating a future availability of electricity at an energy terminal based on usage data for a user associated to use of electricity by the energy terminal; generating control data to control the distribution of electricity between the energy terminal and an energy infrastructure based on the metric; and communicating the control data to the energy terminal, wherein determining the metric indicating the future availability comprises: receiving geolocation data from a user device associated with a user of an energy terminal; determining, based on the geolocation data, a distance of the user from the energy terminal; and determining a time period of availability of the energy terminal based on the distance of the user from the energy terminal. determining a metric indicating a future availability of electricity at an energy terminal based on usage data for a user associated to use of electricity by the energy terminal; generating control data to control the distribution of electricity between the energy terminal and an energy infrastructure based on the metric; and receiving geolocation data from a user device associated with a user of an energy terminal; determining, based on the geolocation data, a distance of the user from the energy terminal; and determining a time period of availability of the energy terminal based on the distance of the user from the energy terminal.
An airfoil for a gas turbine engine comprising: an airfoil section extending from a first platform section , the airfoil section defining an internal core cavity for conveying a fluid flow (F); characterised in that the airfoil further comprises a baffle assembly including a first baffle and a second baffle , wherein the first baffle includes a first baffle body extending in the internal core cavity , the first baffle body defining an internal baffle cavity , and the second baffle includes a second baffle body dimensioned to extend from the first platform section into the internal baffle cavity such that an outer periphery surface of the second baffle body and an external wall of the airfoil section cooperate to define a first cooling passage that directs cooling flow (F) into the internal baffle cavity . an airfoil section extending from a first platform section , the airfoil section defining an internal core cavity for conveying a fluid flow (F); characterised in that the airfoil further comprises a baffle assembly including a first baffle and a second baffle , wherein the first baffle includes a first baffle body extending in the internal core cavity , the first baffle body defining an internal baffle cavity , and the second baffle includes a second baffle body dimensioned to extend from the first platform section into the internal baffle cavity such that an outer periphery surface of the second baffle body and an external wall of the airfoil section cooperate to define a first cooling passage that directs cooling flow (F) into the internal baffle cavity .
An electrode plate, comprising: a transparent electrode layer comprising Indium Tin Oxide particles; a metal mesh pattern on the transparent electrode layer , said metal mesh pattern comprises a first pattern component extending in a first direction, and a second pattern component crossing the first pattern component ; an insulating layer provided in a space defined by an upper surface of the transparent electrode layer and the metal mesh pattern and between pattern components of the metal mesh pattern ; and a base substrate on the metal mesh pattern and the insulating layer , characterized in that , in a plane view, a cross region of the first pattern component and the second pattern component comprises a slope portion or a bent portion instead of a corner region of the cross region . a transparent electrode layer comprising Indium Tin Oxide particles; a metal mesh pattern on the transparent electrode layer , said metal mesh pattern comprises a first pattern component extending in a first direction, and a second pattern component crossing the first pattern component ; an insulating layer provided in a space defined by an upper surface of the transparent electrode layer and the metal mesh pattern and between pattern components of the metal mesh pattern ; and a base substrate on the metal mesh pattern and the insulating layer ,
An oxide-dispersed metal porous body comprising a porous metal framework, and oxide particles carried in the metal framework, wherein the oxide-dispersed metal porous body has a porosity of more than or equal to 70 volume%, and wherein a material of the porous metal framework includes at least one selected from the group consisting of nickel, nickel alloy, aluminum, aluminum alloy, stainless steel, and iron, characterized in that : an external appearance of the oxide-dispersed metal porous body has a shape in a form of a sheet, a mass per unit area of the shape is 200 g/m 2 to 1500 g/m 2 , wherein the unit area of the shape is a unit area of a projected area of the oxide-dispersed metal porous body having the shape in the form of a sheet, when the oxide-dispersed metal porous body is seen in a direction normal to the main surface thereof, an amount of the oxide particles carried per unit area of the shape is 10 g/m 2 to 100 g/m 2 , wherein the amount of oxide particles carried per unit area of the shape is measured using the method described in the description, and each of the oxide particles includes at least one selected from a group consisting of iron oxide, nickel oxide, titanium oxide, aluminum oxide, zirconium oxide, cerium oxide, cobalt (II) oxide, molybdenum oxide, ruthenium oxide, iridium oxide, tin oxide, and silicon oxide. an external appearance of the oxide-dispersed metal porous body has a shape in a form of a sheet, a mass per unit area of the shape is 200 g/m 2 to 1500 g/m 2 , wherein the unit area of the shape is a unit area of a projected area of the oxide-dispersed metal porous body having the shape in the form of a sheet, when the oxide-dispersed metal porous body is seen in a direction normal to the main surface thereof, an amount of the oxide particles carried per unit area of the shape is 10 g/m 2 to 100 g/m 2 , wherein the amount of oxide particles carried per unit area of the shape is measured using the method described in the description, and each of the oxide particles includes at least one selected from a group consisting of iron oxide, nickel oxide, titanium oxide, aluminum oxide, zirconium oxide, cerium oxide, cobalt (II) oxide, molybdenum oxide, ruthenium oxide, iridium oxide, tin oxide, and silicon oxide.
A printing system capable of implementing 2-path printing using a plurality of image forming apparatuses in cooperation with each other, the system comprising: actual performance management means for managing, as actual performance for each user, a count of sheets used in print processing; upper limit management means for storing an upper limit value of a printable sheet count for each user, and for performing print inhibition processing on the basis of a print request from a user for whom the actual performance of the sheet count managed by said actual performance management means exceeds the upper limit value; first processing means for, in a first image forming apparatus , executing first-path print processing in 2-path printing and delivering a printed material; and second processing means for, in a second image forming apparatus , executing second-path print processing in the 2-path printing for the printed material on which the first processing means has executed the first-path print processing, wherein even if the actual performance of the sheet count managed by said actual performance management means for the user who has designated the 2-path printing has reached the upper limit value in the second-path print processing in the 2-path printing, said upper limit management means is configured to not perform the print inhibition processing, and said second processing means is allowed to perform the second-path print processing. actual performance management means for managing, as actual performance for each user, a count of sheets used in print processing; upper limit management means for storing an upper limit value of a printable sheet count for each user, and for performing print inhibition processing on the basis of a print request from a user for whom the actual performance of the sheet count managed by said actual performance management means exceeds the upper limit value; first processing means for, in a first image forming apparatus , executing first-path print processing in 2-path printing and delivering a printed material; and second processing means for, in a second image forming apparatus , executing second-path print processing in the 2-path printing for the printed material on which the first processing means has executed the first-path print processing, wherein even if the actual performance of the sheet count managed by said actual performance management means for the user who has designated the 2-path printing has reached the upper limit value in the second-path print processing in the 2-path printing, said upper limit management means is configured to not perform the print inhibition processing, and said second processing means is allowed to perform the second-path print processing.
A compound for use in the treatment of a TYK2-dependent T-Cell Acute Lymphoblastic Leukaemia (T-ALL), wherein the compound is 2-(2,6-dichlorophenyl)-5-[4-(morpholine-4-carbonyl)-phenylamino]-oxazole-4-carboxylic acid amide having the formula: or a salt thereof.
A method, performed in a resource-constrained device , for establishing a secure session with a service delivered by a server terminal using a security protocol over a communication network, wherein the resource-constrained device is registered at a management terminal , the method comprising: - receiving (S1), from the server terminal , a credential associated with the service ; - sending (S2), to the management terminal , a service approval request , the service approval request comprising an identifier of the service and/or the credential; - receiving (S3), from the management terminal , a response , the response comprising an indication that the service is approved, and a security context for a resumption of the secure session, wherein the security context comprises either a session identifier of the secure session for stateful session resumption or a session ticket for stateless session resumption, the session ticket being a cryptographically protected data structure containing session information in an encrypted form, wherein the secure session has been established by the management terminal ; and - initiating (S4) the resumption of the secure session with the service by initiating an abbreviated establishment procedure of the security protocol using the security context. - receiving (S1), from the server terminal , a credential associated with the service ; - sending (S2), to the management terminal , a service approval request , the service approval request comprising an identifier of the service and/or the credential; - receiving (S3), from the management terminal , a response , the response comprising an indication that the service is approved, and a security context for a resumption of the secure session, wherein the security context comprises either a session identifier of the secure session for stateful session resumption or a session ticket for stateless session resumption, the session ticket being a cryptographically protected data structure containing session information in an encrypted form, wherein the secure session has been established by the management terminal ; and - initiating (S4) the resumption of the secure session with the service by initiating an abbreviated establishment procedure of the security protocol using the security context.
A transparent substrate, especially of the glass type, which comprises a coating having a solar control function or energetic function of the low emissivity type using at least one metallic functional layer that reflects a part of the solar spectrum and that contains at least one layer c based on silicon or aluminum [nitride, carbonitride, oxynitride or oxycarbonitride] or on a mixture of the two, which is surmounted by a cover layer, characterized in that the cover layer is an oxide-based mechanical protection layer, this oxide being optionally oxygen-substoichiometric or oxygen-superstoichiometric and/or being optionally nitrided, such that said protective layer comprises: a) at least a nitrited titanium oxide, or b) at least a mixed oxide based on zinc and titanium (ZnTiO x ) or on zinc and zirconium (ZnZrO x ), said mixed oxide being eventually doped by at least one other element chosen from Al, Ga, In, B, Y, La, Ge, Si, P, As, Sb, Ce, Ti, Zr, Nb, Hf and Ta, this mixed oxide being optionally oxygen-substoichiometric or oxygen-superstoichiometric and/or being optionally nitrided. a) at least a nitrited titanium oxide, or b) at least a mixed oxide based on zinc and titanium (ZnTiO x ) or on zinc and zirconium (ZnZrO x ), said mixed oxide being eventually doped by at least one other element chosen from Al, Ga, In, B, Y, La, Ge, Si, P, As, Sb, Ce, Ti, Zr, Nb, Hf and Ta, this mixed oxide being optionally oxygen-substoichiometric or oxygen-superstoichiometric and/or being optionally nitrided.
A working vehicle comprising: a mower connected to an abdomen of a running machine body via lifting links ; a lifting interlocking link mechanism provided below the machine body so as to be able to move the mower up and down; and a link stopper connected to an adjustment dial and acting on the lifting interlocking link mechanism to change a cutting height of the mower , wherein the adjustment dial is arranged on a seat support panel that supports an operator seat , while the link stopper is arranged below the machine body , fenders covering rear wheels are provided on the left and right of the operator seat , and a lifting lever configured to raise and lower the mower is provided on one side of the left and right sides of the machine body , characterized in that the adjustment dial and the link stopper are connected by a wire , a parking lever is arranged on the seat support panel on the other side of the left and right sides of the machine body , and the adjustment dial is arranged between the parking lever and the fender outside the parking lever . a mower connected to an abdomen of a running machine body via lifting links ; a lifting interlocking link mechanism provided below the machine body so as to be able to move the mower up and down; and a link stopper connected to an adjustment dial and acting on the lifting interlocking link mechanism to change a cutting height of the mower , wherein the adjustment dial is arranged on a seat support panel that supports an operator seat , while the link stopper is arranged below the machine body , fenders covering rear wheels are provided on the left and right of the operator seat , and a lifting lever configured to raise and lower the mower is provided on one side of the left and right sides of the machine body , characterized in that the adjustment dial and the link stopper are connected by a wire , a parking lever is arranged on the seat support panel on the other side of the left and right sides of the machine body , and the adjustment dial is arranged between the parking lever and the fender outside the parking lever .
A polyoxymethylene composition consisting essentially of: (a) 95.85 to 99.94 weight percent polyoxymethylene polymer, (b) 0.4 to 0.6 weight percent of an amine polymer selected from the group consisting of polyacrylamides, polyallylamines, polyacrylic hydrazide, polymethacrylic hydrazide, polyaminoalkyl acrylate, polyaminoalkyl methacrylate, poly vinylalkylamine, and mixtures of these; and (c) 0.008 to 0.08 weight percent of a polyamide having a melting point that ranges between 40° C below the melting point of (a) to 40° C above the melting point of (a), wherein the polyoxymethylene composition, when molded, exhibits: - a tensile creep to 10 % strain at 90 °C and 25 MPa pressure of at least 0.32 minutes, as determined according to ASTM D2990; - a time to mold deposit of at least 12 hours; and a TEF-T of less than 0.50 percent, as measured at 250 °C for a period of 0.5 hours. (a) 95.85 to 99.94 weight percent polyoxymethylene polymer, (b) 0.4 to 0.6 weight percent of an amine polymer selected from the group consisting of polyacrylamides, polyallylamines, polyacrylic hydrazide, polymethacrylic hydrazide, polyaminoalkyl acrylate, polyaminoalkyl methacrylate, poly vinylalkylamine, and mixtures of these; and (c) 0.008 to 0.08 weight percent of a polyamide having a melting point that ranges between 40° C below the melting point of (a) to 40° C above the melting point of (a), - a tensile creep to 10 % strain at 90 °C and 25 MPa pressure of at least 0.32 minutes, as determined according to ASTM D2990; - a time to mold deposit of at least 12 hours; and
A method of calculating a location within a building at which to place a wireless repeater , the building having a structure , the method comprising: determining , by a computing system, a signal strength of an RF signal from an external cellular base station at each of a plurality of locations within the structure of the building; determining , by the computing system at each of the plurality of locations within the structure, a signal quality of the RF signal, the signal quality being based on at least one of a plurality of cellular signal protocols; determining , by the computing system, geographical coordinates that define the structure of the building; and superimposing , by the computing system, the geographical coordinates of the structure on a map of the structure that provides a graphical representation of the signal strength and signal quality of the RF signal, characterized in that the method further comprises: determining , by the computing system, at least one face of the structure having an optimal cellular signal coverage for the at least one cellular signal protocol, based on a size of the structure, a position of the structure, an orientation of the structure, the signal strength and the signal quality; and displaying, by the computing system, a depiction of the location within the building at which to place the wireless repeater relative to the map of the structure. determining , by the computing system, at least one face of the structure having an optimal cellular signal coverage for the at least one cellular signal protocol, based on a size of the structure, a position of the structure, an orientation of the structure, the signal strength and the signal quality; and displaying, by the computing system, a depiction of the location within the building at which to place the wireless repeater relative to the map of the structure.
Arrangement for overload protection of overvoltage protection devices, consisting of at least one overvoltage arrester , in particular of the type II with or without a thermal disconnecting device that responds in the event of an overload, wherein a switching unit that is free from movable contacts, and is structurally combined with and connected in series to the least one overvoltage arrester and has at least two fixed switching contacts (7; 8) that are located at a close spacing, wherein the spacing of the respective switching contacts (7; 8) is predetermined in such a way that in the case of any surge current procedure or discharging procedure by virtue of the forming electric arc the switching unit transfers into a quasi-closed state; conversely in the resting state the voltage of the connected network falls at the switching unit , whereby the overvoltage arrester that is in series remains free from leakage current, characterised in that the switching unit is configured as a miniaturised open spark gap. a switching unit that is free from movable contacts, and is structurally combined with and connected in series to the least one overvoltage arrester and has at least two fixed switching contacts (7; 8) that are located at a close spacing, wherein the spacing of the respective switching contacts (7; 8) is predetermined in such a way that in the case of any surge current procedure or discharging procedure by virtue of the forming electric arc the switching unit transfers into a quasi-closed state; conversely in the resting state the voltage of the connected network falls at the switching unit , whereby the overvoltage arrester that is in series remains free from leakage current, characterised in that the switching unit is configured as a miniaturised open spark gap.
An implantable medical device delivery apparatus , comprising: an elongated body configured for insertion into the body of a patient, comprising a chamber located at a distal portion of a lumen of the elongated body, said chamber being configured to receive a medical device; a reservoir positioned in said elongated body and configured for releasing a therapeutic agent contained in the reservoir into said chamber; a medical device positioned in the chamber; and a first mechanism configured for deploying said medical device; and characterized in that : the reservoir comprises a capsule ; and said first mechanism comprises a pusher element slidably disposed in said elongated body, whereby the pusher element of said first mechanism is further configured for releasing said therapeutic agent from the capsule of the reservoir. an elongated body configured for insertion into the body of a patient, comprising a chamber located at a distal portion of a lumen of the elongated body, said chamber being configured to receive a medical device; a reservoir positioned in said elongated body and configured for releasing a therapeutic agent contained in the reservoir into said chamber; a medical device positioned in the chamber; and a first mechanism configured for deploying said medical device; and characterized in that : the reservoir comprises a capsule ; and said first mechanism comprises a pusher element slidably disposed in said elongated body, whereby the pusher element of said first mechanism is further configured for releasing said therapeutic agent from the capsule of the reservoir. the reservoir comprises a capsule ; and said first mechanism comprises a pusher element slidably disposed in said elongated body, whereby the pusher element of said first mechanism is further configured for releasing said therapeutic agent from the capsule of the reservoir.