mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method of using tokens to securely process actions for protected resources, the method comprising: receiving, at a server, a request to activate a token associated with a resource, wherein the request comprises: one or more rules governing an action associated with the resource, the one or more rules comprising: an indication of a computer system that is authorised to request that an action associated with a resource be performed; characteristics that are related to a transaction involving a first computer system and a second computer system; and a signature by the first computer system; verifying, at the server, the signature by the first computer system; assigning, at the server, a token identifier to the resource; receiving, at the server, and from a second computer system: the token identifier; and a request to perform the action associated with the resource; determining, at the server, whether the one or more rules governing the action have been met, including verifying that the second computer system comprises the computer system that is authorised to request that the action associated with a resource be performed and verifying that the request to perform the action conforms with the characteristics that are related to the transaction; and performing, at the server, and based on a determination that the one or more rules governing the action have been met, the action associated with the resource. receiving, at a server, a request to activate a token associated with a resource, wherein the request comprises: one or more rules governing an action associated with the resource, the one or more rules comprising: an indication of a computer system that is authorised to request that an action associated with a resource be performed; characteristics that are related to a transaction involving a first computer system and a second computer system; and a signature by the first computer system; an indication of a computer system that is authorised to request that an action associated with a resource be performed; characteristics that are related to a transaction involving a first computer system and a second computer system; and a signature by the first computer system; verifying, at the server, the signature by the first computer system; assigning, at the server, a token identifier to the resource; receiving, at the server, and from a second computer system: the token identifier; and a request to perform the action associated with the resource; the token identifier; and a request to perform the action associated with the resource; determining, at the server, whether the one or more rules governing the action have been met, including verifying that the second computer system comprises the computer system that is authorised to request that the action associated with a resource be performed and verifying that the request to perform the action conforms with the characteristics that are related to the transaction; and performing, at the server, and based on a determination that the one or more rules governing the action have been met, the action associated with the resource.
Pouched unit comprising a dose of a substance which is enveloped by a main part of a pouch made from a water soluble material , wherein; - the pouch comprises a secondary part made from the water soluble material, - the secondary part is attached to the main part via a weaker area of the water soluble material, which weaker area is configured to allow manual separation of the secondary part from the main part, and - the substance comprises a food material. - the pouch comprises a secondary part made from the water soluble material, - the secondary part is attached to the main part via a weaker area of the water soluble material, which weaker area is configured to allow manual separation of the secondary part from the main part, and - the substance comprises a food material.
A method for manufacturing a high-strength steel sheet having a tensile strength of more than 1100 MPa, a yield strength of more than 700 MPa, a uniform elongation UE of at least 8.0% and a total elongation of at least 10.0%, made of a steel containing in percent by weight: 0.15% ≤ C ≤ 0.25% 4.5% ≤ Mn ≤ 5.5% 1.4% ≤ Si ≤ 1.8% 0.03 ≤ Al ≤ 2.5% the remainder being Fe and impurities resulting from the smelting, the impurities including N, S, P and residual elements including Cr, Ni, Mo, Cu, and B, the N content being less than 0.01%, the S content less than 0.01%, the P content less than 0.02 %, the Cr content less than 0.1%, the Ni content less than 0.1%, the Mo content less than 0.05%, the Cu content less than 0.2% and the B content less than 0.0010%, the composition being such that: CMnIndex = C × 1 + Mn / 3.5 ≤ 0.6 C and Mn being the contents in C and Mn in weight %, the method comprising the steps of: - annealing a rolled sheet made of said steel by soaking it at an annealing temperature TA higher than the Ac 1 transformation point of the steel but less than 1000°C and less than the Ac 3 transformation point of the steel, - cooling the annealed sheet to a quenching temperature QT between 110° and 170°C, at a cooling speed sufficient to obtain a structure just after cooling containing martensite and retained austenite, - maintaining the steel sheet at an overaging temperature PT between 350°C and 500°C for an overaging time Pt between 5 s and 600 s, - cooling the sheet down to the ambient temperature, the structure of the steel containing at least 15% of ferrite, at least 50% of martensite and at least 15% of retained austenite. 0.15% ≤ C ≤ 0.25% 4.5% ≤ Mn ≤ 5.5% 1.4% ≤ Si ≤ 1.8% 0.03 ≤ Al ≤ 2.5% - annealing a rolled sheet made of said steel by soaking it at an annealing temperature TA higher than the Ac 1 transformation point of the steel but less than 1000°C and less than the Ac 3 transformation point of the steel, - cooling the annealed sheet to a quenching temperature QT between 110° and 170°C, at a cooling speed sufficient to obtain a structure just after cooling containing martensite and retained austenite, - maintaining the steel sheet at an overaging temperature PT between 350°C and 500°C for an overaging time Pt between 5 s and 600 s, - cooling the sheet down to the ambient temperature,
A cutting tool comprising: a base material; and a coating film covering the base material in contact with the base material, the base material being a cubic boron nitride sintered material, the coating film being a ceramic, an amount of oxygen in the coating film being less than or equal to 0.040 mass percent. a base material; and a coating film covering the base material in contact with the base material, the base material being a cubic boron nitride sintered material, the coating film being a ceramic, an amount of oxygen in the coating film being less than or equal to 0.040 mass percent.
A hybrid circuit breaker, comprising: a semiconductor circuit breaker (SS 5 ), connected between a first output end (b 11 ) of a converter of a power supply (S 5 ) or a source branch and a damping module (DMs); a first mechanical circuit breaker (FS 5 ), connected in parallel to the semiconductor circuit breaker (SS 5 ); an energy absorber (ACs), connected in parallel to the semiconductor circuit breaker (SS 5 ); and a control apparatus (controls), coupled to the semiconductor circuit breaker (SS 5 ) and the first mechanical circuit breaker (FSs), wherein when a current flowing through the converter is greater than its safe current, the control apparatus (controls) controls the first mechanical circuit breaker (FS 5 ) to be disconnected, and controls the semiconductor circuit breaker (SS 5 ) to be closed characterised in that the converter comprises a capacitor (Cs), the capacitor (Cs) is connected between a second output end (b 12 ) of the converter and the damping module (DM 5 ), a first connection point (a 1 ) exists between the first mechanical circuit breaker (FS 5 ) and the damping module (DM 5 ), and a first current sensor (CS 5 ) is further connected between the first connection point (a 1 ) and the capacitor (Cs), wherein when the first current sensor (CS 5 ) senses that a discharge current of the capacitor (Cs) is greater than its threshold, it is determined that the current flowing through the converter is greater than its safe current. a semiconductor circuit breaker (SS 5 ), connected between a first output end (b 11 ) of a converter of a power supply (S 5 ) or a source branch and a damping module (DMs); a first mechanical circuit breaker (FS 5 ), connected in parallel to the semiconductor circuit breaker (SS 5 ); an energy absorber (ACs), connected in parallel to the semiconductor circuit breaker (SS 5 ); and a control apparatus (controls), coupled to the semiconductor circuit breaker (SS 5 ) and the first mechanical circuit breaker (FSs), wherein when a current flowing through the converter is greater than its safe current, the control apparatus (controls) controls the first mechanical circuit breaker (FS 5 ) to be disconnected, and controls the semiconductor circuit breaker (SS 5 ) to be closed characterised in that the converter comprises a capacitor (Cs), the capacitor (Cs) is connected between a second output end (b 12 ) of the converter and the damping module (DM 5 ), a first connection point (a 1 ) exists between the first mechanical circuit breaker (FS 5 ) and the damping module (DM 5 ), and a first current sensor (CS 5 ) is further connected between the first connection point (a 1 ) and the capacitor (Cs), wherein when the first current sensor (CS 5 ) senses that a discharge current of the capacitor (Cs) is greater than its threshold, it is determined that the current flowing through the converter is greater than its safe current.
A structure comprising: a substrate having a top surface ; a first trench isolation region in the substrate ; a first base layer on the top surface of the substrate , the first base layer extending across the first trench isolation region ; a first bipolar junction transistor including a first collector in the substrate and a first emitter on a first portion of the first base layer , the first portion of the first base layer positioned between the first collector and the first emitter ; a second bipolar junction transistor including a second collector in the substrate and a second emitter on a second portion of the first base layer , the second portion of the first base layer positioned between the second collector and the second emitter ; a first well in the substrate , and a second well in the substrate , wherein the first collector is a portion of the first well , and the second collector is a portion of the second well ; and a third well in the substrate , the third well having an opposite conductivity type from the first well and the second well , wherein the first well and the second well are positioned between the third well and the top surface of the substrate , and the first trench isolation region penetrates into the third well . a substrate having a top surface ; a first trench isolation region in the substrate ; a first base layer on the top surface of the substrate , the first base layer extending across the first trench isolation region ; a first bipolar junction transistor including a first collector in the substrate and a first emitter on a first portion of the first base layer , the first portion of the first base layer positioned between the first collector and the first emitter ; a second bipolar junction transistor including a second collector in the substrate and a second emitter on a second portion of the first base layer , the second portion of the first base layer positioned between the second collector and the second emitter ; a first well in the substrate , and a second well in the substrate , wherein the first collector is a portion of the first well , and the second collector is a portion of the second well ; and a third well in the substrate , the third well having an opposite conductivity type from the first well and the second well , wherein the first well and the second well are positioned between the third well and the top surface of the substrate , and the first trench isolation region penetrates into the third well .
A cloth positioner for fixing a cloth for continuous processing, the cloth positioner comprising a processing base including a plurality of thru holes , and an alignment plate provided on the processing base , the alignment plate including at least one pin piece slot and a plurality of air pressure vents , wherein the cloth positioner is characterized in that : the alignment plate further includes at least one laser cutting line groove , and the cloth positioner further comprises at least one figure position abutment pin piece , the at least one pin piece slot matching with the at least one figure position abutment pin piece ; and the figure position abutment pin piece is provided for fixing the cloth onto the pin piece slot , so that the cloth is positioned on the cloth positioner . the alignment plate further includes at least one laser cutting line groove , and the cloth positioner further comprises at least one figure position abutment pin piece , the at least one pin piece slot matching with the at least one figure position abutment pin piece ; and the figure position abutment pin piece is provided for fixing the cloth onto the pin piece slot , so that the cloth is positioned on the cloth positioner .
A food or beverage can coating composition comprising: an emulsified latex polymer comprising a reaction product of ingredients comprising an ethylenically unsaturated monomer component polymerized in the presence of an aqueous dispersion of an emulsifying polymer having a number average molecular weight (Mn) of at least about 8,500 to 50,000, and preferably comprising an acid- or anhydride-functional acrylic polymer or a salt thereof; wherein the emulsifying polymer is preferably solution polymerized in organic solvent; wherein the ethylenically unsaturated component comprises about 50 to about 70 wt. % and the emulsifying polymer comprises about 30 to about 50 wt. % of the emulsified latex polymer, based on the total weight of the ethylenically unsaturated monomer component and the emulsifying polymer; and wherein a cured film of the coating composition has a glass transition temperature (Tg) of at least about 40° C. wherein the coating composition is substantially free of each of bisphenol A, bisphenol F, and bisphenol S, including epoxides thereof. an emulsified latex polymer comprising a reaction product of ingredients comprising an ethylenically unsaturated monomer component polymerized in the presence of an aqueous dispersion of an emulsifying polymer having a number average molecular weight (Mn) of at least about 8,500 to 50,000, and preferably comprising an acid- or anhydride-functional acrylic polymer or a salt thereof; wherein the emulsifying polymer is preferably solution polymerized in organic solvent; wherein the ethylenically unsaturated component comprises about 50 to about 70 wt. % and the emulsifying polymer comprises about 30 to about 50 wt. % of the emulsified latex polymer, based on the total weight of the ethylenically unsaturated monomer component and the emulsifying polymer; and wherein a cured film of the coating composition has a glass transition temperature (Tg) of at least about 40° C. wherein the coating composition is substantially free of each of bisphenol A, bisphenol F, and bisphenol S, including epoxides thereof.
A positioning system for determining location information for a mobile radio transmitter , the system comprising: an antenna system comprising a plurality of antennas aimed at different directions (v1, v2, v3, v4, v5, v6, v7, v8) and arranged on one common antenna carrier ; a receiver system electrically connected to the antennas and configured to receive via each of the antennas a radio signal transmitted by the mobile radio transmitter ; and a processing circuit electrically connected to the receiver system and configured to calculate the location information for the mobile radio transmitter based on the radio signal received at each of the antennas , the location information including at least angular direction ( φ ) of the mobile radio transmitter with respect to the antenna system ; wherein the receiver system is configured to determine received signal strengths of the radio signal received at each of the antennas characterized in that the receiver system is configured to extract from the radio signal orientation data which indicates a current spatial orientation of the mobile radio transmitter ; and the processing circuit is configured to calculate and include in the location information a distance (D) of the mobile radio transmitter from the antenna system using the received signal strengths of the radio signal received at each of the antennas , the current spatial orientation of the mobile radio transmitter , and radio transmission characteristics of the mobile radio transmitter . an antenna system comprising a plurality of antennas aimed at different directions (v1, v2, v3, v4, v5, v6, v7, v8) and arranged on one common antenna carrier ; a receiver system electrically connected to the antennas and configured to receive via each of the antennas a radio signal transmitted by the mobile radio transmitter ; and a processing circuit electrically connected to the receiver system and configured to calculate the location information for the mobile radio transmitter based on the radio signal received at each of the antennas , the location information including at least angular direction ( φ ) of the mobile radio transmitter with respect to the antenna system ; wherein the receiver system is configured to determine received signal strengths of the radio signal received at each of the antennas characterized in that the receiver system is configured to extract from the radio signal orientation data which indicates a current spatial orientation of the mobile radio transmitter ; and the processing circuit is configured to calculate and include in the location information a distance (D) of the mobile radio transmitter from the antenna system using the received signal strengths of the radio signal received at each of the antennas , the current spatial orientation of the mobile radio transmitter , and radio transmission characteristics of the mobile radio transmitter .
An improved golf club grip (10; 10a) with a reminder rib , comprising: an elongated tubular body (14; 14a) having an end cap at one end and a bore at an opposite end, said tubular body (14; 14a) with said bore being constructed for receiving a golf club shaft , said tubular body (14; 14a) being hollow and having an internal ridge (24; 24a) formed therein, said internal ridge (24; 24a) extending lengthwise within said tubular body (14; 14a); and a groove positioned on an exterior surface of said tubular body (14; 14a) at a location immediately adjacent each side of said internal ridge (24; 24a) disposed within said tubular body (14; 14a), said groove running approximately the same length as said internal ridge (24; 24a) and reducing thickness of said tubular body (14; 14a) on each side of said internal ridge (24; 24a) for making a more pronounced reminder rib . an elongated tubular body (14; 14a) having an end cap at one end and a bore at an opposite end, said tubular body (14; 14a) with said bore being constructed for receiving a golf club shaft , said tubular body (14; 14a) being hollow and having an internal ridge (24; 24a) formed therein, said internal ridge (24; 24a) extending lengthwise within said tubular body (14; 14a); and a groove positioned on an exterior surface of said tubular body (14; 14a) at a location immediately adjacent each side of said internal ridge (24; 24a) disposed within said tubular body (14; 14a), said groove running approximately the same length as said internal ridge (24; 24a) and reducing thickness of said tubular body (14; 14a) on each side of said internal ridge (24; 24a) for making a more pronounced reminder rib .
A developer storage container mountable on an image forming unit , comprising: a developer storage portion in which a developer is stored, said developer storage portion having a wall provided at an angle with respect to a horizontal direction when the developer storage container is mounted on the image forming unit ; a rotating body rotatably provided in said developer storage portion ; an agitating plate extending along said wall , said agitating plate having an end engaging said rotating body and another end forming a free end , said free end of the agitating plate being configured to move along said wall a partition wall partitioning said developer storage portion ; and a regulating member provided between said wall and said partition wall for regulating an amount of separation of the agitating plate from said wall , wherein said agitating plate has a plurality of ribs that define opening portions therebetween, wherein an area of said opening portions is smaller in an upper section at the free end of said agitating plate than in a lower section of said agitating plate being at the end engaging the rotating body . a developer storage portion in which a developer is stored, said developer storage portion having a wall provided at an angle with respect to a horizontal direction when the developer storage container is mounted on the image forming unit ; a rotating body rotatably provided in said developer storage portion ; an agitating plate extending along said wall , said agitating plate having an end engaging said rotating body and another end forming a free end , said free end of the agitating plate being configured to move along said wall a partition wall partitioning said developer storage portion ; and a regulating member provided between said wall and said partition wall for regulating an amount of separation of the agitating plate from said wall , wherein said agitating plate has a plurality of ribs that define opening portions therebetween, wherein an area of said opening portions is smaller in an upper section at the free end of said agitating plate than in a lower section of said agitating plate being at the end engaging the rotating body .
A composition, comprising: (i) a hydrated macrolide, wherein the macrolide is azithromycin; (ii) at least one suitable solvent, the at least one suitable solvent comprising 20 to 60 % w/w caprylic or caprylic/capric triglycerides and 23 to 70% w/w triacetin; and (iii) an excipient; wherein the composition is non-aqueous solution for injection. (i) a hydrated macrolide, wherein the macrolide is azithromycin; (ii) at least one suitable solvent, the at least one suitable solvent comprising 20 to 60 % w/w caprylic or caprylic/capric triglycerides and 23 to 70% w/w triacetin; and (iii) an excipient;
A method for discriminating between removable memory cards configured to communicate with a host system according to different communication protocols placed into a computing device, comprising: sending a secure digital, SD, compliant interrogation signal to a common area on a removable memory card ; and receiving a response that informs the computing device that the removable memory card is SD compliant, wherein the response provides a capability descriptor to inform the computing device that the removable memory card is SD compliant, or that the removable memory card is compliant with the Universal Flash Storage, UFS, protocol, wherein the response is encoded in a two-bit field if the removable memory card is compliant with the UFS protocol. sending a secure digital, SD, compliant interrogation signal to a common area on a removable memory card ; and receiving a response that informs the computing device that the removable memory card is SD compliant, wherein the response provides a capability descriptor to inform the computing device that the removable memory card is SD compliant, or that the removable memory card is compliant with the Universal Flash Storage, UFS, protocol, wherein the response is encoded in a two-bit field if the removable memory card is compliant with the UFS protocol.