mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus (202; 302) comprising means for: receiving an application-specific data item associated with an application program that is installed or being installed on the apparatus; storing the application-specific data item with an identifier of the application program; receiving a route selection rule for data traffic associated with the application program in conjunction with the identifier of the application program and the application-specific data item, and using the application-specific data item when deciding to apply the route selection rule for data traffic associated with the application program, wherein the route selection rule for data traffic associated with the application program is applied when receiving a traffic generation related indication with the identifier of the application program and a data item matching the application-specific data item, and the route selection rule for data traffic associated with the application program is not applied when receiving a traffic generation related indication with the identifier of the application program and a data item not matching the application-specific data item, wherein the application-specific data item comprises a security token or a trust-based value useable to compute a security token or a one-time pad. receiving an application-specific data item associated with an application program that is installed or being installed on the apparatus; storing the application-specific data item with an identifier of the application program; receiving a route selection rule for data traffic associated with the application program in conjunction with the identifier of the application program and the application-specific data item, and using the application-specific data item when deciding to apply the route selection rule for data traffic associated with the application program, wherein the route selection rule for data traffic associated with the application program is applied when receiving a traffic generation related indication with the identifier of the application program and a data item matching the application-specific data item, and the route selection rule for data traffic associated with the application program is not applied when receiving a traffic generation related indication with the identifier of the application program and a data item not matching the application-specific data item, the route selection rule for data traffic associated with the application program is applied when receiving a traffic generation related indication with the identifier of the application program and a data item matching the application-specific data item, and the route selection rule for data traffic associated with the application program is not applied when receiving a traffic generation related indication with the identifier of the application program and a data item not matching the application-specific data item, wherein the application-specific data item comprises a security token or a trust-based value useable to compute a security token or a one-time pad.
Counter-die, having at least one groove channel which in relation to the groove channel cross-section is configured between two mutually spaced-apart groove channel walls that configure the groove channel ; wherein the groove channel walls configure and/or have in each case one upper side that configures a contact and/or bearing face for the punched and/or creased product to be processed; wherein the counter-die is configured from an elastic material only in regions, and has at least one elastic part-region that is formed from the elastic material; and wherein at least one stable part-region which adjoins the at least one elastic part-region and which is configured by a material that is more dimensionally stable and/or harder in relation to the elastic part-region is provided; characterized in that the at least one elastic part-region, for providing an upper side of at least one groove channel wall of the at least one groove channel , said upper side being displaceable at least in regions and elastically resilient, configures at least partially an external layer of the counter-die; and in that the elastic part-region as an external layer adjoins the stable part-region and configures at least partially the upper side that configures the contact and/or bearing face for the punched and/or creased product to be processed. having at least one groove channel which in relation to the groove channel cross-section is configured between two mutually spaced-apart groove channel walls that configure the groove channel ; wherein the groove channel walls configure and/or have in each case one upper side that configures a contact and/or bearing face for the punched and/or creased product to be processed; wherein the counter-die is configured from an elastic material only in regions, and has at least one elastic part-region that is formed from the elastic material; and wherein at least one stable part-region which adjoins the at least one elastic part-region and which is configured by a material that is more dimensionally stable and/or harder in relation to the elastic part-region is provided; characterized in that the at least one elastic part-region, for providing an upper side of at least one groove channel wall of the at least one groove channel , said upper side being displaceable at least in regions and elastically resilient, configures at least partially an external layer of the counter-die; and in that the elastic part-region as an external layer adjoins the stable part-region and configures at least partially the upper side that configures the contact and/or bearing face for the punched and/or creased product to be processed.
A positron emission tomography (PET) detector module of a PET and magnetic resonance (MR) hybrid imaging system which further comprises a magnetic resonance imaging (MRI) module , the MRI module being configured to generate a magnetic field (G) along a direction, the PET detector module comprising a heat exchange plate , wherein the heat exchange plate comprises a fluidic passage and a plate having two opposing ends, wherein, the fluidic passage is configured to contain a flow of a heat exchange medium, and the fluidic passage is arranged within a plane that is parallel to the direction of the magnetic field (G); and characterized in that , the plate comprises at least two slots extending along the direction of the magnetic field (G), such that the plate is divided into smaller segments perpendicular to the direction of the magnetic field (G), wherein the fluidic passage runs alongside each of the at least two slots , and each slot has an open end and a closed end, wherein the open end and the closed end are located at the two opposing ends of the plate , and the open ends of two adjacent slots of the at least two slots are located at different opposing ends of the plate . the fluidic passage runs alongside each of the at least two slots , and each slot has an open end and a closed end, wherein the open end and the closed end are located at the two opposing ends of the plate , and the open ends of two adjacent slots of the at least two slots are located at different opposing ends of the plate .
A polymerizable composition for an optical material, comprising two or more different monomers for an optical material, and a polymerization catalyst, wherein: at least one of the two or more different monomers for an optical material is an isocyanate compound containing an aromatic ring, a content of the polymerization catalyst with respect to a total of 100 parts by mass of the two or more different monomers for an optical material is from 0.010 parts by mass to 0.50 parts by mass, a viscosity measured by a B-type viscometer at 25°C and 60 rpm is from 10 mPa·s to 1,000 mPa·s, characterized in that the polymerization catalyst satisfies the following Condition 1: − Ea / R is from − 7,100 to − 2,900 wherein Ea is an activation energy calculated by an Arrhenius plot from reaction rate constants of the two or more different monomers for an optical material at two or more different temperatures, and R is the gas constant 8.314 J/mol/K. at least one of the two or more different monomers for an optical material is an isocyanate compound containing an aromatic ring, a content of the polymerization catalyst with respect to a total of 100 parts by mass of the two or more different monomers for an optical material is from 0.010 parts by mass to 0.50 parts by mass, a viscosity measured by a B-type viscometer at 25°C and 60 rpm is from 10 mPa·s to 1,000 mPa·s, characterized in that the polymerization catalyst satisfies the following Condition 1: − Ea / R is from − 7,100 to − 2,900 wherein Ea is an activation energy calculated by an Arrhenius plot from reaction rate constants of the two or more different monomers for an optical material at two or more different temperatures, and R is the gas constant 8.314 J/mol/K.
A process of forming glassware that includes the steps of: (a) acquiring a neck ring system with at least one material handler ; (b) transferring the neck ring system (10, 110, 2 10) to a blank mold station; (c) blank molding a glass gob into glassware having a neck finish formed by the neck ring system ; (d) transferring the glassware carried by the neck ring system to a blow mold station; (e) blow molding the glassware carried by the neck ring system ; (f) transferring the glassware carried by the neck ring system to a ware handler; and (g) opening the neck ring system to release the glassware from the neck ring system without releasing the at least one material handler from the neck ring system , wherein the glassware is carried by the neck ring system through the entire glassware forming process from the blank molding station to the ware handler, and wherein the process further includes the additional steps of: (h) releasing the neck ring system from the at least one material handler to a return conveyor; (i) conveying the neck ring system to a location proximate the blank mold station; and (j) repeating steps (a) through (j). (a) acquiring a neck ring system with at least one material handler ; (b) transferring the neck ring system (10, 110, 2 10) to a blank mold station; (c) blank molding a glass gob into glassware having a neck finish formed by the neck ring system ; (d) transferring the glassware carried by the neck ring system to a blow mold station; (e) blow molding the glassware carried by the neck ring system ; (f) transferring the glassware carried by the neck ring system to a ware handler; and (g) opening the neck ring system to release the glassware from the neck ring system without releasing the at least one material handler from the neck ring system , (h) releasing the neck ring system from the at least one material handler to a return conveyor; (i) conveying the neck ring system to a location proximate the blank mold station; and (j) repeating steps (a) through (j).
A dialkylzinc partial hydrolysate-containing solution, comprising a partial hydrolysate of dialkylzinc represented by general formula ZnR 1 2 wherein R 1 is a linear or branched alkyl group having 1 to 6 carbon atoms, and a solvent, wherein the partial hydrolysate is obtained by hydrolyzing with water at a molar ratio to zinc of the dialkylzinc in a range of 0.4 to 0.9; characterized in that the solvent has a boiling point of equal to or higher than 160°C and is a cyclic amide compound having an amide structure represented by general formula below and having a cyclic structure:
Rotary evaporator with a device for collecting a condensate, wherein the device comprises a flexible collecting channel with a bottom region , at least one side wall and a contact surface for contacting a condensate-forming element of the rotary evaporator, wherein the collecting channel is applied at least partially circumferentially with the contact surface against the condensate-forming element of the rotary evaporator, wherein the device comprises a second condensate-collecting and/or condensate-discharging part in the form of a second flexible collecting channel which is arranged on a second condensate-forming element of the rotary evaporator.
A lithotripter (110; 210), comprising: a lithotripsy apparatus for treatment of a urinary tract stone by fragmentation, the lithotripsy apparatus comprising a lithotripsy driver , a driver housing, and a lithotripsy wave guide shaft (122; 222) configured to transmit a stone-breaking energy to at least one urinary tract stone, wherein the driver is in the form of a piezoelectric stack; a sensing device (140; 240) configured to provide signal data for determining optimal application of energy by the lithotripsy apparatus during treatment with the lithotripsy apparatus , and to generate a response signal in response thereto including for determining an indication of applied force effected by a user pressing a portion of the lithotripsy apparatus against the urinary tract stone; and a processor configured to collect the signal data, the processor having a control logic configured to determine, using the response signal, the indication of applied forces exerted by the user pressing the portion of the lithotripter against the urinary tract stone in excess of a predetermined threshold; and said control logic further configured to determine an amount of the stone-breaking energy to deliver through said lithotripsy wave guide shaft , based on said indication; wherein the sensing device (140; 240) is located at a distal end (126; 226) of the waveguide shaft (122; 222) and includes at least one of an electromagnetic element, an electro-optic element, an electro-impedance element, a variable impedance element, a flow rate sensor, an accelerometer, and a displacement sensor. a lithotripsy apparatus for treatment of a urinary tract stone by fragmentation, the lithotripsy apparatus comprising a lithotripsy driver , a driver housing, and a lithotripsy wave guide shaft (122; 222) configured to transmit a stone-breaking energy to at least one urinary tract stone, wherein the driver is in the form of a piezoelectric stack; a sensing device (140; 240) configured to provide signal data for determining optimal application of energy by the lithotripsy apparatus during treatment with the lithotripsy apparatus , and to generate a response signal in response thereto including for determining an indication of applied force effected by a user pressing a portion of the lithotripsy apparatus against the urinary tract stone; and a processor configured to collect the signal data, the processor having a control logic configured to determine, using the response signal, the indication of applied forces exerted by the user pressing the portion of the lithotripter against the urinary tract stone in excess of a predetermined threshold; and said control logic further configured to determine an amount of the stone-breaking energy to deliver through said lithotripsy wave guide shaft , based on said indication; wherein the sensing device (140; 240) is located at a distal end (126; 226) of the waveguide shaft (122; 222) and includes at least one of an electromagnetic element, an electro-optic element, an electro-impedance element, a variable impedance element, a flow rate sensor, an accelerometer, and a displacement sensor.
A computer-implemented method for managing third-party access to data, comprising: Receiving , from a third-party computer , a request to access data, wherein the request is indicative of at least one requested operation; determining a validity of each of the at least one requested operations indicated in the request in dependence on permission data stored in a distributed public ledger , wherein said permission data defines, for said third-party computer, a set of permissible operations and one or more permissible data attributes associated with each of the set of permissible operations; logging the request and the validity in the distributed public ledger ; for each of the at least one requested operations, if the requested operation is valid, creating , on the public ledger, an electronic token enabling the third-party computer to obtain access to one or more of the permissible data attributes associated with the requested operation, wherein the electronic token comprises at least information indicative of a location of the data attributes; applying a time-dependent transformation to an element of the electronic token; and communicating the electronic token from the public ledger to the third-party computer . Receiving , from a third-party computer , a request to access data, wherein the request is indicative of at least one requested operation; determining a validity of each of the at least one requested operations indicated in the request in dependence on permission data stored in a distributed public ledger , wherein said permission data defines, for said third-party computer, a set of permissible operations and one or more permissible data attributes associated with each of the set of permissible operations; logging the request and the validity in the distributed public ledger ; for each of the at least one requested operations, if the requested operation is valid, creating , on the public ledger, an electronic token enabling the third-party computer to obtain access to one or more of the permissible data attributes associated with the requested operation, wherein the electronic token comprises at least information indicative of a location of the data attributes; applying a time-dependent transformation to an element of the electronic token; and communicating the electronic token from the public ledger to the third-party computer .
A pharmaceutical composition comprising an effective amount of 3-methanesulfonylpropionitrile or a pharmaceutically acceptable salt thereof for use in a method of treating a cardiovascular disease in a subject.
A method in a computing system of securely verifying information pertaining to a target, the method comprising: generating, by one or more processors of the computing system , a request transaction indicating at least (i) a request to verify information pertaining to the target, and (ii) a blockchain address of a third party to which the request is directed; providing, by the one or more processors , the request transaction to a smart contract deployed on the blockchain ; detecting, by the one or more processors , an indication that a reply transaction corresponding to the request transaction has been received via the smart contract , the reply transaction generated at the third party in response to detecting the request transaction; and retrieving, by the one or more processors , the reply transaction via the smart contract to determine whether the third party has verified the information. generating, by one or more processors of the computing system , a request transaction indicating at least (i) a request to verify information pertaining to the target, and (ii) a blockchain address of a third party to which the request is directed; providing, by the one or more processors , the request transaction to a smart contract deployed on the blockchain ; detecting, by the one or more processors , an indication that a reply transaction corresponding to the request transaction has been received via the smart contract , the reply transaction generated at the third party in response to detecting the request transaction; and retrieving, by the one or more processors , the reply transaction via the smart contract to determine whether the third party has verified the information.
Method for manufacturing high-speed passenger-car tyres by the following steps: a) manufacturing a tyre blank comprising a tyre carcass, sidewalls and tyre beads with one or more tyre building drum(s), b) arranging a tyre belt coaxially in relation to the tyre carcass, c) applying a wound bandage over the belt ply , the wound bandage comprising a multiplicity of reinforcing elements of an aramid-nylon hybrid, the reinforcing elements comprising in each case two yarns of an aramid material and in each case one yarn of a nylon material, d) the winding process being performed by two winding heads, a narrow wound bandage with a strip width of between 1 and 4 mm being wound on over the belt ply , e) the winding process with each winding head beginning in each case from the middle region of the tyre belt and the wound bandage being taken up to the edges of the tyre belt by means of a winding-on operation, f) a variation in the pretensioning in a range between at least 5 N and at most 100 N of the wound bandage to be wound on taking place during the winding process, the winding-on operation providing the vehicle tyre with a tyre contour that is optimized for high-speed tyres, g) arranging the tread over the wound bandage , h) completing the vehicle tyre by further steps. a) manufacturing a tyre blank comprising a tyre carcass, sidewalls and tyre beads with one or more tyre building drum(s), b) arranging a tyre belt coaxially in relation to the tyre carcass, c) applying a wound bandage over the belt ply , the wound bandage comprising a multiplicity of reinforcing elements of an aramid-nylon hybrid, the reinforcing elements comprising in each case two yarns of an aramid material and in each case one yarn of a nylon material, d) the winding process being performed by two winding heads, a narrow wound bandage with a strip width of between 1 and 4 mm being wound on over the belt ply , e) the winding process with each winding head beginning in each case from the middle region of the tyre belt and the wound bandage being taken up to the edges of the tyre belt by means of a winding-on operation, f) a variation in the pretensioning in a range between at least 5 N and at most 100 N of the wound bandage to be wound on taking place during the winding process, the winding-on operation providing the vehicle tyre with a tyre contour that is optimized for high-speed tyres, g) arranging the tread over the wound bandage , h) completing the vehicle tyre by further steps.
A textile comprising: a fabric body formed from one or more types of yarns; a continuous channel formed within the fabric body , characterized by continuous channel being in a sinusoidal arrangement along a stretching direction (x) of the fabric body ; an insulated conductive element disposed in a slack condition and in a sinusoidal arrangement within the continuous channel , wherein an internal cross-sectional width of the continuous channel is larger than a cross-sectional width of the insulated conductive element ; and spacings formed within the continuous channel to facilitate free movement of the insulated conductive element within the continuous channel , wherein the spacings allow the insulated conductive element to widen within the spacings and improve stretchability of the textile along the stretching direction (x); and wherein the textile is heatable in response to electrical current being conducted through the insulated conductive element . a fabric body formed from one or more types of yarns; a continuous channel formed within the fabric body , characterized by continuous channel being in a sinusoidal arrangement along a stretching direction (x) of the fabric body ; an insulated conductive element disposed in a slack condition and in a sinusoidal arrangement within the continuous channel , wherein an internal cross-sectional width of the continuous channel is larger than a cross-sectional width of the insulated conductive element ; and spacings formed within the continuous channel to facilitate free movement of the insulated conductive element within the continuous channel , wherein the spacings allow the insulated conductive element to widen within the spacings and improve stretchability of the textile along the stretching direction (x); and wherein the textile is heatable in response to electrical current being conducted through the insulated conductive element .