mhurhangee/ep-ind-claims huggingface dataset:
A hearing assistance system, comprising: a microphone configured to receive an acoustic input; a magnetic sensor configured to receive an inductive input; a memory; a processor operatively connected to the microphone, the magnetic sensor, and the memory, wherein the processor is configured to process the acoustic input from the microphone using instructions stored in a first set of memory locations and further configured to process the inductive input from the magnetic sensor using instructions stored in a second set of memory locations; and a demodulator circuit operatively connected to the processor, the demodulator circuit configured to detect a predetermined signal embedded in one or more of the acoustic input or the inductive input, wherein the processor is configured to switch from processing the acoustic input using the instructions stored in the first set of memory locations to processing the inductive input using the instructions stored in the second set of memory locations when the demodulator circuit detects the predetermined signal. a microphone configured to receive an acoustic input; a magnetic sensor configured to receive an inductive input; a memory; a processor operatively connected to the microphone, the magnetic sensor, and the memory, wherein the processor is configured to process the acoustic input from the microphone using instructions stored in a first set of memory locations and further configured to process the inductive input from the magnetic sensor using instructions stored in a second set of memory locations; and a demodulator circuit operatively connected to the processor, the demodulator circuit configured to detect a predetermined signal embedded in one or more of the acoustic input or the inductive input, wherein the processor is configured to switch from processing the acoustic input using the instructions stored in the first set of memory locations to processing the inductive input using the instructions stored in the second set of memory locations when the demodulator circuit detects the predetermined signal.
A method for implementing an application by an M2M, Machine-to-Machine/Man, terminal based on groups, characterized in that it comprises: setting groups containing group terminals in both an M2M platform and an application platform, wherein there is a corresponding relationship between a group in the M2M platform and a group in the application platform; based on the corresponding relationship, the terminals of the M2M platform and the terminal of the application platform interacting with message in groups, the interaction comprising: the application platform sending an application message request including an application platform group id to the M2M platform; the M2M platform searching for a group in the M2M platform corresponding to the received application platform group id according to the corresponding relationship; the M2M platform initiating an application message to M2M terminals in the searched group; the M2M terminals in the M2M platform receiving the application message from the M2M platform and performing a processing corresponding to the application message; the M2M terminals sending an application message response to the M2M platform and feeding back an application processing result; the M2M platform sending the received application message response to the application platform, and feeding back the application processing result of the M2M terminals. setting groups containing group terminals in both an M2M platform and an application platform, wherein there is a corresponding relationship between a group in the M2M platform and a group in the application platform; based on the corresponding relationship, the terminals of the M2M platform and the terminal of the application platform interacting with message in groups, the interaction comprising: the application platform sending an application message request including an application platform group id to the M2M platform; the M2M platform searching for a group in the M2M platform corresponding to the received application platform group id according to the corresponding relationship; the M2M platform initiating an application message to M2M terminals in the searched group; the M2M terminals in the M2M platform receiving the application message from the M2M platform and performing a processing corresponding to the application message; the M2M terminals sending an application message response to the M2M platform and feeding back an application processing result; the M2M platform sending the received application message response to the application platform, and feeding back the application processing result of the M2M terminals.
A fuel delivery system (200, 300, 400) for an aircraft engine (10, 10', 10"), comprising: a first fuel manifold operable to deliver fuel to a combustor of the aircraft engine (10, 10', 10") via a first set of fuel nozzles, a first fuel conduit fluidly connected to the first fuel manifold at a first point, the first fuel conduit being fluidly connectable to a fuel source, a second fuel manifold operable to deliver fuel to the combustor of the aircraft engine (10, 10', 10") via a second set of fuel nozzles (206', 402'), and a second fuel conduit fluidly connected to the second fuel manifold at a second point, the second fuel conduit being fluidly connectable to the fuel source; wherein the fuel delivery system (200, 300, 400) further comprises a cross-flow fuel conduit (302, 306) fluidly connected to the first fuel manifold at a point in the first fuel manifold that is downstream of the first point, and to the second fuel manifold at a point in the second fuel manifold that is downstream of the second point, and the second fuel manifold includes a fuel nozzle comprising a valve (206") operable to block fuel flow from the second fuel manifold to the combustor, and the cross-flow fuel conduit fluidly connects to the fuel nozzle at a location that is fluidly downstream of the valve (206") characterised in that: the cross-flow fuel conduit (302, 306) is configured to deliver trickle flow of fuel from the first fuel manifold to the second fuel manifold while the valve (206") blocks fuel flow from the second fuel manifold to the combustor. a first fuel manifold operable to deliver fuel to a combustor of the aircraft engine (10, 10', 10") via a first set of fuel nozzles, a first fuel conduit fluidly connected to the first fuel manifold at a first point, the first fuel conduit being fluidly connectable to a fuel source, a second fuel manifold operable to deliver fuel to the combustor of the aircraft engine (10, 10', 10") via a second set of fuel nozzles (206', 402'), and a second fuel conduit fluidly connected to the second fuel manifold at a second point, the second fuel conduit being fluidly connectable to the fuel source; wherein the fuel delivery system (200, 300, 400) further comprises a cross-flow fuel conduit (302, 306) fluidly connected to the first fuel manifold at a point in the first fuel manifold that is downstream of the first point, and to the second fuel manifold at a point in the second fuel manifold that is downstream of the second point, and the second fuel manifold includes a fuel nozzle comprising a valve (206") operable to block fuel flow from the second fuel manifold to the combustor, and the cross-flow fuel conduit fluidly connects to the fuel nozzle at a location that is fluidly downstream of the valve (206") characterised in that: the cross-flow fuel conduit (302, 306) is configured to deliver trickle flow of fuel from the first fuel manifold to the second fuel manifold while the valve (206") blocks fuel flow from the second fuel manifold to the combustor.
A method for electronic voting in an electronic voting system including a registration authority server, an election authority server, and a voter-host computer connected to an electronic identity card associated with a voter casting a vote, comprising: • operating the registration authority server computer and the electronic identity card to establish a first cross-domain unlinkable pseudonym for the electronic identity card, the first cross-domain unlinkable pseudonym being unique to the electronic identity card and the registration authority; • operating the registration authority to write a vote-eligibility attribute on the electronic identity card; and • operating the election authority server computer to retrieve a second cross-domain unlinkable pseudonym and the vote-eligibility attribute from the electronic identity card, the second cross-domain unlinkable pseudonym being associated with the election authority, and to write an election attribute on the electronic identity card indicative of receipt of a vote cast by the voter. • operating the registration authority server computer and the electronic identity card to establish a first cross-domain unlinkable pseudonym for the electronic identity card, the first cross-domain unlinkable pseudonym being unique to the electronic identity card and the registration authority; • operating the registration authority to write a vote-eligibility attribute on the electronic identity card; and • operating the election authority server computer to retrieve a second cross-domain unlinkable pseudonym and the vote-eligibility attribute from the electronic identity card, the second cross-domain unlinkable pseudonym being associated with the election authority, and to write an election attribute on the electronic identity card indicative of receipt of a vote cast by the voter.
A turning insert comprising a top surface, an opposite bottom surface, wherein a reference plane located parallel to and between the top surface and the bottom surface, wherein a center axis extends perpendicular to the reference plane, a side surface connecting the top surface and the bottom surface, a nose portion comprising a convex nose cutting edge, a first cutting edge and a second cutting edge, wherein the nose cutting edge connects the first and second cutting edges (11, 12), in that in a top view the first and second cutting edges (11, 12) forms a nose angle (α) of 71-85° relative to each other, wherein a bisector extends equidistantly from the first and second cutting edges, in that the nose portion comprises a third convex cutting edge adjacent to the first cutting edge and a fourth cutting edge adjacent to the third convex cutting edge, in that in a top view the fourth cutting edge forms an angle (β) of 10-30° relative to the bisector, in that the bisector intersect the nose cutting edge at a nose cutting edge center point, in that the third convex cutting edge and the fourth cutting edge is connected by a first transition point, in that the first cutting edge and third convex cutting edge is connected by a second transition point, in that the top surface comprises a first protrusion, in that the first protrusion comprises a first chip breaker wall facing the fourth cutting edge, in that the first chip breaker wall is arranged between an upper border line and a lower border line, characterized in that a distance from at least a portion of the fourth cutting edge to the reference plane is increasing at increasing distance from the nose cutting edge, in that a second protrusion is arranged between the nose cutting edge and the first protrusion, in that the second protrusion intersects the bisector, in that the second protrusion comprises a second chip breaker wall, in that in a distance from the second chip breaker wall to the reference plane is shorter than a distance from the upper border line of the first chip breaker wall to the reference plane.
An emulsifier composition, comprising: an emulsifier; and lecithin; the emulsifier composition being in a dry form; wherein the lecithin is de-oiled lecithin and is present in an amount of 30% to 70% by weight of the composition; and wherein the emulsifier is a sucrose ester and is present in an amount of 30% to 70% by weight of the composition; and wherein the emulsifier composition is a powder. an emulsifier; and lecithin; the emulsifier composition being in a dry form; wherein the lecithin is de-oiled lecithin and is present in an amount of 30% to 70% by weight of the composition; and wherein the emulsifier is a sucrose ester and is present in an amount of 30% to 70% by weight of the composition; and wherein the emulsifier composition is a powder.
A method of operating a communication system on a shared frequency spectrum, the method comprising: initializing a user equipment, UE, on a primary serving cell, PCell, operating on a licensed frequency spectrum; transmitting data from the UE to at least one secondary serving cell, SCell, operating on the shared frequency spectrum; monitoring the at least one SCell by the UE to determine a BUSY status; if not BUSY, transmitting to a base station on the at least one SCell; and if BUSY, reporting the BUSY status of the at least one SCell to the base station; determining an IDLE status of at least another secondary serving cell; and transmitting an identity of the at least another secondary serving cell on a Physical Uplink Control Channel of the PCell to the base station. initializing a user equipment, UE, on a primary serving cell, PCell, operating on a licensed frequency spectrum; transmitting data from the UE to at least one secondary serving cell, SCell, operating on the shared frequency spectrum; monitoring the at least one SCell by the UE to determine a BUSY status; if not BUSY, transmitting to a base station on the at least one SCell; and if BUSY, reporting the BUSY status of the at least one SCell to the base station; determining an IDLE status of at least another secondary serving cell; and transmitting an identity of the at least another secondary serving cell on a Physical Uplink Control Channel of the PCell to the base station.
An association comprising ProAnthoCyanidins (PACs) from Cranberry extracts, N-Acetyl Cysteine and diuretic herbal extracts, wherein the ProAnthoCyanidins (PACs) comprise a mixture of dimers, trimers and tetramers.
A station for hair treatment, comprising: a washbasin provided with a seat for enabling a user to rest his/her neck and a drain for draining the water from the washbasin; a spray head with an attached mixer tap for dispensing hot or cold water; a pivotable dispenser for dispensing steam inside the washbasin; a cover associated with the washbasin to take on at least a closed position, in which it defines, together with the washbasin a working space, and an open position; wherein the cover comprises a window to enable the user's face to protrude outside of the working space; characterized in that the cover comprises a pair of openings arranged to enable insertion of an operator's hands inside the space.
A wind turbine nacelle configured for mounting onto the top of a wind turbine tower, wherein the wind turbine nacelle is provided with receiving formations configured releasably to form a releasable pivot connection with an elevator carriage of a nacelle elevator system such that the wind turbine nacelle is supported by the elevator carriage and pivotable at the receiving formations about a pivot axis with respect to the elevator carriage, and the wind turbine nacelle is configured to receive a rotor for rotation about a rotor axis and is configured for connection to or comprising a yaw bearing to allow rotation of the rotor axis about a yaw axis that is perpendicular to the pivot axis. wherein the wind turbine nacelle is provided with receiving formations configured releasably to form a releasable pivot connection with an elevator carriage of a nacelle elevator system such that the wind turbine nacelle is supported by the elevator carriage and pivotable at the receiving formations about a pivot axis with respect to the elevator carriage, and the wind turbine nacelle is configured to receive a rotor for rotation about a rotor axis and is configured for connection to or comprising a yaw bearing to allow rotation of the rotor axis about a yaw axis that is perpendicular to the pivot axis.
Nitrocellulose-based propellant composition comprising: (a) a nitrate ester based propellant comprising nitrocellulose; and (b) a stabilizer consisting of substituted phenol of general formula: Said nitrocellulose-based composition having a stability measured according to STANAG 4582 (Ed. 1) at a temperature of 90 °C without heat flow generation above 350 μW/g for at least 3.43 days, and • R 1 represents, (i) H, (ii) alkyl substituted or not, or (iii) an alkoxy group, but not an aromatic group bounded to the phenol through a ketone; • R 2 and R 3 are same or different, and represent (i) alkyl substituted or not, or (ii) alkoxy group. (a) a nitrate ester based propellant comprising nitrocellulose; and (b) a stabilizer consisting of substituted phenol of general formula: • R 1 represents, (i) H, (ii) alkyl substituted or not, or (iii) an alkoxy group, but not an aromatic group bounded to the phenol through a ketone; • R 2 and R 3 are same or different, and represent (i) alkyl substituted or not, or (ii) alkoxy group.
A computer-implemented method for determining candidate transactions not associated with a replay attack without using an account nonce, the method comprising: obtaining, by a blockchain node of a blockchain from a user terminal, at least one candidate transaction for adding to the blockchain; adding, by the blockchain node, a timestamp to the at least one candidate transaction for adding to the blockchain; determining, by the blockchain node, if the timestamp is within a validation range and if an identification of the candidate transaction exists in an identification database of the blockchain node, wherein: the validation range is a time period, starting from a time point when a latest block of the blockchain was added to the blockchain, in which candidate transactions are screened for replay attacks; and the identification database of the blockchain node is configured to store a plurality of identifications respectively corresponding to a plurality of candidate transactions, comprising timestamps within the validation range, to be added to the blockchain; and in response to determining that the timestamp of the candidate transaction is within the validation range and the identification of the candidate transaction does not exist in the identification database of the blockchain node, determining, by the blockchain node, that the candidate transaction is not associated with a replay attack and adding, by the blockchain node, the identification of the candidate transaction to the identification database of the blockchain node. obtaining, by a blockchain node of a blockchain from a user terminal, at least one candidate transaction for adding to the blockchain; adding, by the blockchain node, a timestamp to the at least one candidate transaction for adding to the blockchain; determining, by the blockchain node, if the timestamp is within a validation range and if an identification of the candidate transaction exists in an identification database of the blockchain node, wherein: the validation range is a time period, starting from a time point when a latest block of the blockchain was added to the blockchain, in which candidate transactions are screened for replay attacks; and the identification database of the blockchain node is configured to store a plurality of identifications respectively corresponding to a plurality of candidate transactions, comprising timestamps within the validation range, to be added to the blockchain; and in response to determining that the timestamp of the candidate transaction is within the validation range and the identification of the candidate transaction does not exist in the identification database of the blockchain node, determining, by the blockchain node, that the candidate transaction is not associated with a replay attack and adding, by the blockchain node, the identification of the candidate transaction to the identification database of the blockchain node.
A method of making a semiconductor device, comprising: providing a semiconductor wafer including a plurality of semiconductor die and a plurality of contact pads formed over a first surface of the semiconductor wafer; forming a first trench partially through the first surface of the semiconductor wafer; disposing an insulating material over the first surface of the semiconductor wafer and into the first trench while leaving the contact pads exposed from the insulating material; forming a second trench in the insulating material in the first trench, wherein a surface of the insulating material is exposed within the first trench; forming a conductive layer over the insulating material and extending from a first contact pad to a second contact pad over the first trench, wherein the conductive layer extends into the second trench; removing, by a grinder, a second surface of the semiconductor wafer opposite the first surface of the semiconductor wafer to expose the insulating material in the first trench; forming an insulating layer over the second surface of the semiconductor wafer; and singulating the semiconductor wafer through the conductive layer and the insulating material in the first trench to separate the semiconductor die, wherein a portion of the conductive layer remains on the surface of the insulating material after singulating the semiconductor wafer. providing a semiconductor wafer including a plurality of semiconductor die and a plurality of contact pads formed over a first surface of the semiconductor wafer; forming a first trench partially through the first surface of the semiconductor wafer; disposing an insulating material over the first surface of the semiconductor wafer and into the first trench while leaving the contact pads exposed from the insulating material; forming a second trench in the insulating material in the first trench, wherein a surface of the insulating material is exposed within the first trench; forming a conductive layer over the insulating material and extending from a first contact pad to a second contact pad over the first trench, wherein the conductive layer extends into the second trench; removing, by a grinder, a second surface of the semiconductor wafer opposite the first surface of the semiconductor wafer to expose the insulating material in the first trench; forming an insulating layer over the second surface of the semiconductor wafer; and singulating the semiconductor wafer through the conductive layer and the insulating material in the first trench to separate the semiconductor die, wherein a portion of the conductive layer remains on the surface of the insulating material after singulating the semiconductor wafer.