mhurhangee/patent-ind-claim-en huggingface dataset:
A method , performed by a subscriber device, for facilitating secure communication between a subscriber to a mobile communication network and one or more service providers (SPs), wherein the subscriber is associated with a plurality of entities comprising any combination of devices and profiles, the method comprising: obtaining a security identifier (ID) associated with the subscriber; based on the security ID , receiving , from a multi-X context-aware service, MX-CAS, server, a list of entities, comprising any combination of devices and profiles, associated with the subscriber and establishing an identity hierarchy comprising the list of entities associated with the subscriber; based on the security ID, establishing consents for one or more SPs to access data generated by the entities included in the identity hierarchy, and sending the consents to the MX-CAS server; in response to a request comprising the security ID, receiving , from a multi-X key-chaining, MX-KC, server, a public key (PK) usable to encrypt data for sending to a particular SP, wherein the data is decryptable using a corresponding secret key (SK) associated with an established consent for the particular SP; encrypting the data using the PK and the identity hierarchy. obtaining a security identifier (ID) associated with the subscriber; based on the security ID , receiving , from a multi-X context-aware service, MX-CAS, server, a list of entities, comprising any combination of devices and profiles, associated with the subscriber and establishing an identity hierarchy comprising the list of entities associated with the subscriber; based on the security ID, establishing consents for one or more SPs to access data generated by the entities included in the identity hierarchy, and sending the consents to the MX-CAS server; in response to a request comprising the security ID, receiving , from a multi-X key-chaining, MX-KC, server, a public key (PK) usable to encrypt data for sending to a particular SP, wherein the data is decryptable using a corresponding secret key (SK) associated with an established consent for the particular SP; encrypting the data using the PK and the identity hierarchy.
An article of footwear having an upper and a sole structure secured to the upper, the upper incorporating a knitted component , the knitted component comprising: a base portion and an extended portion ; the base portion having a first side and a second side , the extended portion extending from the first side ; the extended portion passing below the knitted component from the first side to the second side , wherein the extended portion extends beyond the second side , wherein the extended portion incorporates a tensile element , wherein the tensile element extends from the first side of the knitted component to the second side of the knitted component , and wherein the tensile element is inlaid within the base portion of the knitted component , characterized in that the tensile element is inlaid within the extended portion of the knitted component . the base portion having a first side and a second side , the extended portion extending from the first side ; the extended portion passing below the knitted component from the first side to the second side , wherein the extended portion extends beyond the second side , wherein the extended portion incorporates a tensile element , wherein the tensile element extends from the first side of the knitted component to the second side of the knitted component , and wherein the tensile element is inlaid within the base portion of the knitted component , characterized in that the tensile element is inlaid within the extended portion of the knitted component .
A process for the continuous solution polymerization comprising polymerizing a first olefin of formula CH 2 =CHR 1 , wherein R 1 is hydrogen or a hydrocarbon radical having from 1 to 8 carbon atoms with a second olefin of formula CH 2 =CHR 2 , wherein R 2 is a hydrocarbon radical having from 3 to 8 carbon atoms, in the presence of a polymerization catalyst and in the absence of an inert solvent, at a polymerization temperature (Tp) satisfying the following relationship: Tp ≥ Tm + 20 ° C wherein Tm is the melting temperature of the obtained polymer.
A method of producing glass-coated aluminum nitride particles characterized in comprising a first step of mixing, while applying a shearing force by a mechano-chemical method, a mixture of aluminum nitride particles with a cumulative volume d50 of 10 to 200 μm, and a composition powder with a cumulative volume d50 of 0.3 to 50 μm comprising a glass component, a second step of heat treating the mixture after the first step, at a temperature of the glass transition temperature of the glass component or more, and 2000°C or less, and a third step of crushing the heat treated product after the second step. a second step of heat treating the mixture after the first step, at a temperature of the glass transition temperature of the glass component or more, and 2000°C or less, and a third step of crushing the heat treated product after the second step.
A lighting driver for driving at least one lighting device , the lighting driver comprising: a control unit disposed on a first side of an electrical isolation barrier ; a transformer for supplying power to the at least one lighting device and comprising an auxiliary winding for supplying power to a second side of the electrical isolation barrier , the auxiliary winding being separated from a winding arranged to supply power to illuminate the at least one lighting device; and a power supply unit disposed on the second side of the electrical isolation barrier so as to be electrically isolated from the control unit; characterised in that the control unit is arranged for supplying a single enable signal across the electrical isolation barrier to the power supply unit, wherein the power supply unit includes a switching circuit (S1/S2) configured to selectively enable and disable, in response to the single enable signal, two output voltages (AUX. Power, SR+) for supplying power to an external device which communicates data with the lighting driver. a control unit disposed on a first side of an electrical isolation barrier ; a transformer for supplying power to the at least one lighting device and comprising an auxiliary winding for supplying power to a second side of the electrical isolation barrier , the auxiliary winding being separated from a winding arranged to supply power to illuminate the at least one lighting device; and a power supply unit disposed on the second side of the electrical isolation barrier so as to be electrically isolated from the control unit; characterised in that the control unit is arranged for supplying a single enable signal across the electrical isolation barrier to the power supply unit, wherein the power supply unit includes a switching circuit (S1/S2) configured to selectively enable and disable, in response to the single enable signal, two output voltages (AUX. Power, SR+) for supplying power to an external device which communicates data with the lighting driver.
Combustion chamber module for an aircraft turbine engine, comprising a combustion chamber defined by an inner annular wall and an outer annular wall provided with air inlet orifices , said module also comprising an inner casing as well as an outer casing between which the inner and outer annular walls are arranged, characterised in that at least one of the inner and outer casings has, on its surface facing the combustion chamber, a marking system comprising a plurality of different marks (M i ) angularly spaced apart from each other, each mark (M i ) being made facing one of the air inlet orifices in order to be visible from the inside of the combustion chamber , and each informing on the angular position of a zone (Z i ) of the combustion chamber comprising said air inlet orifice.
Method for supplying main and auxiliary air to a vehicle having a compressor that is driven via an electric motor so as to generate compressed air for filling at least one main air container for supplying pneumatic units of the vehicle, - wherein the vehicle is supplied with electrical energy via at least one first and second energy source, - wherein a pneumatic adjustment drive is operated to so as to prepare the vehicle for use and activate the first energy source using the compressed air that is generated by the compressor , in that the electric motor of the compressor is supplied in this phase via the second energy source, characterised in that the compressed air is supplied for the procedure of preparing the vehicle for use via a switching valve device (10; 10') to an auxiliary air container that is allocated to the pneumatic adjustment drive , - and in that otherwise the compressed air that is generated by the compressor is supplied via the switching valve device (10; 10') to the main air container , by providing either that the switching valve device is designed as a 3/2-way valve feeding in a first switching position the feed pressure generated by the compressor to the auxiliary air container and in a second position the feed pressure generated by the compressor to the main air container , or that the switching valve device is designed as a 2/2-way valve supplying in a open switching position the feed pressure generated by the compressor to the main air container and in a closed switching position closes this connection, with a permanent compressed air connection existing from the compressor to the auxiliary air container . - wherein the vehicle is supplied with electrical energy via at least one first and second energy source, - wherein a pneumatic adjustment drive is operated to so as to prepare the vehicle for use and activate the first energy source using the compressed air that is generated by the compressor , in that the electric motor of the compressor is supplied in this phase via the second energy source, characterised in that the compressed air is supplied for the procedure of preparing the vehicle for use via a switching valve device (10; 10') to an auxiliary air container that is allocated to the pneumatic adjustment drive , - and in that otherwise the compressed air that is generated by the compressor is supplied via the switching valve device (10; 10') to the main air container , by providing either that the switching valve device is designed as a 3/2-way valve feeding in a first switching position the feed pressure generated by the compressor to the auxiliary air container and in a second position the feed pressure generated by the compressor to the main air container , or that the switching valve device is designed as a 2/2-way valve supplying in a open switching position the feed pressure generated by the compressor to the main air container and in a closed switching position closes this connection, with a permanent compressed air connection existing from the compressor to the auxiliary air container .
Method to detect bacteria in a biological sample in order to determine if said biological sample comprises tuberculous mycobacteria (MTC) or non-tuberculous mycobacteria (MOTT), comprising: - to subject said biological sample to a plurality of light scattering measurements in order to acquire a plurality of set of measurements as a function of time; - to process said set of measurements acquired, so as to determine at least the starting time of the exponential phase of bacterial growth, the maximum value of bacterial growth of said set of measurements acquired and the temporal development of at least one statistical parameter; - to calculate one or more characteristic values from said temporal development of said statistical parameter; - to analyze, by means of one or more algorithms making use of a neural network, at least said starting time of the exponential phase of bacterial growth, said maximum value of bacterial growth of said set of measurements acquired and said calculated characteristic values, in order to determine if said biological sample comprises tuberculous mycobacteria (MTC) or non-tuberculous mycobacteria (MOTT), wherein said statistical parameter is a standard deviation, wherein said characteristic values are defined by the values of the progressive average of said temporal development of the standard deviation calculated starting from said starting time of the exponential phase of bacterial growth. - to subject said biological sample to a plurality of light scattering measurements in order to acquire a plurality of set of measurements as a function of time; - to process said set of measurements acquired, so as to determine at least the starting time of the exponential phase of bacterial growth, the maximum value of bacterial growth of said set of measurements acquired and the temporal development of at least one statistical parameter; - to calculate one or more characteristic values from said temporal development of said statistical parameter; - to analyze, by means of one or more algorithms making use of a neural network, at least said starting time of the exponential phase of bacterial growth, said maximum value of bacterial growth of said set of measurements acquired and said calculated characteristic values, in order to determine if said biological sample comprises tuberculous mycobacteria (MTC) or non-tuberculous mycobacteria (MOTT),
Photosensitive pixel structure comprising a substrate with a front surface and a back surface, wherein a first material layer is provided at least partially on the back surface of the substrate and the first material layer comprises a reflective layer, characterized in that at least one photosensitive diode is provided on the front surface of the substrate and in that the first material layer on the back surface of the substrate comprises a stack of a layer of titanium and a layer of buried oxide, the thickness of the buried oxide layer being in the range of about 65nm to 210nm or 365nm to 510nm or 665nm to 810 nm.
Method for decoloring of a textile material, the method comprising the steps of: - providing a textile material, at least a portion of the textile material being colored; - providing an alkaline solution containing one or more anionic polyelectrolytes; - treating the textile material in the alkaline solution during a treatment period of at least 10 minutes at a temperature in the range of from 100°C to 180°C; and - recovering at least some of the textile material from the alkaline solution after the treatment period. - providing a textile material, at least a portion of the textile material being colored; - providing an alkaline solution containing one or more anionic polyelectrolytes; - treating the textile material in the alkaline solution during a treatment period of at least 10 minutes at a temperature in the range of from 100°C to 180°C; and - recovering at least some of the textile material from the alkaline solution after the treatment period.
Antifreeze composition containing: - at least one base, - 5 to 22% by mass of succinic acid, based on the total mass of the antifreeze composition, and - 3 to 60% by mass, in particular 3 to 14.4% by mass of ethanol, based on the total mass of the antifreeze composition, wherein the total mass of acetates and acetic acid in the antifreeze composition is less than 0.1% by mass, in particular less than 0.05% by mass, based on the total mass of the antifreeze composition. - at least one base, - 5 to 22% by mass of succinic acid, based on the total mass of the antifreeze composition, and - 3 to 60% by mass, in particular 3 to 14.4% by mass of ethanol, based on the total mass of the antifreeze composition,
Stackable container with: a bottom ; a front wall pair ; a side wall pair ; and a connection mechanism for connecting identically constructed or compatible containers stacked on top of each other, wherein the connection mechanism has a connection element which is formed separately from the container and which can be inserted into a guide provided on the container , in particular on a side edge of the bottom, and which can be displaced and fixed therein and which has a, in particular integral, snap-fit which can be brought into engagement with a latching portion formed on an identically constructed or compatible container and provided for this purpose, characterized in that the guide is designed as a groove which runs in an outer surface of the container over the entire bottom height perpendicular to the bottom and which has at least one sliding recess on both sides parallel to its longitudinal direction and/or at least one sliding rail on its base surface to the guide of the connection element . a bottom ; a front wall pair ; a side wall pair ; and a connection mechanism for connecting identically constructed or compatible containers stacked on top of each other, wherein the connection mechanism has a connection element which is formed separately from the container and which can be inserted into a guide provided on the container , in particular on a side edge of the bottom, and which can be displaced and fixed therein and which has a, in particular integral, snap-fit which can be brought into engagement with a latching portion formed on an identically constructed or compatible container and provided for this purpose, characterized in that the guide is designed as a groove which runs in an outer surface of the container over the entire bottom height perpendicular to the bottom and which has at least one sliding recess on both sides parallel to its longitudinal direction and/or at least one sliding rail on its base surface to the guide of the connection element .
Friction material for brake pads comprising a binding composition based on a hydraulic binder, selected among Portland cement, pozzolana cement or slag cement, said binder being provided with a blaine fineness comprised between 3500 and 9000, more preferably between 4000 and 7000 and still more preferably with a fineness equal to 6500 cm 2 /g (blaine), the binding composition being present in a percentage ranging from 5 to 30% by weight with respect to the total weight of the mixture constituting the friction material and comprising water in a percentage ranging from 5 to 20 % by weight and a multi-component mixture providing at least a lubricant, preferably in a percentage ranging from 5 to 15% by weight, at least an abrasive, preferably in a percentage ranging from 8 to 25% by weight, at least a component containing carbon, preferably in a percentage ranging from 8 to 25% by weight, at least a modifier, preferably in a percentage ranging from 15 to 30 % by weight, all the percentages being computed with respect to the total weight of the composition constituting the friction material.
An acoustic damping device comprising: a resonating tube defining a resonating cavity with a predetermined characteristic length , the resonating tube comprising a tube end defining a cavity opening , said cavity opening connected with said resonating cavity ; and a case configured to reversibly secure said tube end in fluidic communication with a fluid volume enclosed by a liner , the acoustic damping device being characterised in that said case comprises a vented ferrule configured to be adpressed over a perforated region of said liner, said vented ferrule defining a ferrule opening , wherein said perforated region of said liner, said ferrule opening, and said cavity opening are configured to be aligned to form said fluidic communication between said fluid volume and said resonating cavity. a resonating tube defining a resonating cavity with a predetermined characteristic length , the resonating tube comprising a tube end defining a cavity opening , said cavity opening connected with said resonating cavity ; and a case configured to reversibly secure said tube end in fluidic communication with a fluid volume enclosed by a liner , the acoustic damping device being characterised in that said case comprises a vented ferrule configured to be adpressed over a perforated region of said liner, said vented ferrule defining a ferrule opening , wherein said perforated region of said liner, said ferrule opening, and said cavity opening are configured to be aligned to form said fluidic communication between said fluid volume and said resonating cavity.
An underframe of a rail vehicle, comprising two head sections which can be supported on wheels and a central carrier , the longitudinal axis of which forms the longitudinal axis (A) of the rail vehicle, each head section and the central carrier being detachably connected to one another via a respective connecting flange (3.1, 3.2), characterised in that at least one head section is mounted rotatably by means of a pivot bearing about a horizontal pivot axis (B) which is at right angles to the longitudinal axis (A) of the rail vehicle, wherein the pivot axis (B) of the pivot bearing lies in a plane defined by one of the two connecting flanges (3.1, 3.2).
A glass-reinforced plastic pipe liner comprising a layer B) consisting of a coat being reinforced by non-woven fibres, the coat being formed from at least one unsaturated polyester resin, optionally mixed with at least one vinyl ester resin, wherein the layer B) comprises colour pigments present at 0.2 - 5.0 wt% per weight of the unsaturated polyester resin, characterised in that wherein the glass-reinforced plastic pipe liner comprising in addition: a layer A) consisting of a coat being reinforced by a synthetic veil formed from spun-bond or thermally bonded fibres of polyester, polyamide or mixtures thereof, the coat being formed from at least one unsaturated polyester resin characterised in that the glass-reinforced plastic pipe liner does not comprise a layer consisting of a coat being formed from at least one unsaturated polyester resin being further reinforced by chopped fibre strands.
System for introducing a radially compressible part (1.1) of a catheter device into a sleeve , comprising a sleeve , a catheter device comprising a radially compressible part (1.1), the radially compressible part (1.1) being configured to be transferred at least in part into the sleeve ; a compression pipe which comprises movable fins (2.2) for receiving the radially compressible part (1.1), the movable fins (2.2) having an open state and a closed state a reducer for radially compressing the movable fins (2.2) of the compression pipe and the radially compressible part (1.1) received between the movable fins (2.2). a sleeve , a catheter device comprising a radially compressible part (1.1), the radially compressible part (1.1) being configured to be transferred at least in part into the sleeve ; a compression pipe which comprises movable fins (2.2) for receiving the radially compressible part (1.1), the movable fins (2.2) having an open state and a closed state a reducer for radially compressing the movable fins (2.2) of the compression pipe and the radially compressible part (1.1) received between the movable fins (2.2).
An apparatus for data communication between at least two in-package semiconductor dies (106-1, 106-2), the apparatus comprising: an digital-to-analog converter on a first semiconductor die (106-1) in a package that converts a plurality of binary signals to an analog signal and drives the analog signal; and a silicon bridge for receiving the analog signal from the first semiconductor die (106-1) and transmitting the analog signal to a second semiconductor die (106-2) in the package; wherein the apparatus is configured to use PAM-N signaling for transmitting the analog signal across the silicon bridge . an digital-to-analog converter on a first semiconductor die (106-1) in a package that converts a plurality of binary signals to an analog signal and drives the analog signal; and a silicon bridge for receiving the analog signal from the first semiconductor die (106-1) and transmitting the analog signal to a second semiconductor die (106-2) in the package; wherein the apparatus is configured to use PAM-N signaling for transmitting the analog signal across the silicon bridge .