mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a common attributes management component, CAMC, for advertising information in a bridge network, the CAMC being configured at each port of each node of the bridge network, the method comprising: receiving , by the CAMC, first common attribute information advertised by a link-local registration protocol, LRP, application, wherein the first common attribute information is encapsulated into a Type-Length Value, TLV format and then the first common attribute information with the TLV format is written into a database of an LRP; receiving , by the CAMC, second common attribute information reported by the database of the LRP, wherein the second common attribute information is received with a TLV encapsulation format reported by the database of the LRP, which is then decapsulated and the decapsulated second common attribute information is then reported to the LRP application; propagating , by the CAMC, the second common attribute information to CAMCs of other ports of the node, in response to the CAMC determining that the second common attribute information needs to be propagated; wherein the first common attribute information is common attribute information needing to be advertised by the LRP application, and the second common attribute information is common attribute information needing to be synchronized when the database of the LRP is changed. receiving , by the CAMC, first common attribute information advertised by a link-local registration protocol, LRP, application, wherein the first common attribute information is encapsulated into a Type-Length Value, TLV format and then the first common attribute information with the TLV format is written into a database of an LRP; receiving , by the CAMC, second common attribute information reported by the database of the LRP, wherein the second common attribute information is received with a TLV encapsulation format reported by the database of the LRP, which is then decapsulated and the decapsulated second common attribute information is then reported to the LRP application; propagating , by the CAMC, the second common attribute information to CAMCs of other ports of the node, in response to the CAMC determining that the second common attribute information needs to be propagated; wherein the first common attribute information is common attribute information needing to be advertised by the LRP application, and the second common attribute information is common attribute information needing to be synchronized when the database of the LRP is changed.
A structure comprising layered coated supports and passageways between adjacent layered coated supports, wherein each layered coated support comprises a support having a first and second side, and a composite coated on at least the first side of the support, the composite comprising an active material, and having features formed in the surface of the composite; and the passageways being formed at the contact of the features in a composite coating on the first side of a layered structure with a side of an adjacent layered structure.
A data route selection method, wherein the method comprises: when information about an application matches a traffic descriptor, determining (S202), by a terminal , a first route selection components, RSC, for the application; and routing (S203), by the terminal , traffic of the application on a first protocol data unit, PDU, session, wherein the first PDU session matches the first RSC; wherein the traffic descriptor is contained in a UE route selection policy, URSP, rule, and the URSP rule comprises the first RSC; wherein the first RSC satisfies a first condition, and the first condition comprises: when the first RSC comprises a data network name, DNN, and the DNN is a DNN of a local access data network, LADN, the UE is in a service area of the LADN; and when the first RSC comprises at least one single network slice selection assistance information, S-NSSAI, the S-NSSAI belongs to allowed network slice selection assistance information, allowed NSSAI. when information about an application matches a traffic descriptor, determining (S202), by a terminal , a first route selection components, RSC, for the application; and routing (S203), by the terminal , traffic of the application on a first protocol data unit, PDU, session, wherein the first PDU session matches the first RSC; wherein the traffic descriptor is contained in a UE route selection policy, URSP, rule, and the URSP rule comprises the first RSC; wherein the first RSC satisfies a first condition, and the first condition comprises: when the first RSC comprises a data network name, DNN, and the DNN is a DNN of a local access data network, LADN, the UE is in a service area of the LADN; and when the first RSC comprises at least one single network slice selection assistance information, S-NSSAI, the S-NSSAI belongs to allowed network slice selection assistance information, allowed NSSAI. when the first RSC comprises a data network name, DNN, and the DNN is a DNN of a local access data network, LADN, the UE is in a service area of the LADN; and when the first RSC comprises at least one single network slice selection assistance information, S-NSSAI, the S-NSSAI belongs to allowed network slice selection assistance information, allowed NSSAI.
An internal combustion engine lubricating oil composition comprising: a. a major amount of an oil of lubricating viscosity; b. an alkaline earth metal alkylhydroxybenzoate detergent having an alkyl group having an average carbon atom number in the range of from about 14 to about 18; c. an alkaline earth metal alkylhydroxybenzoate detergent having an alkyl group having an average carbon atom number in the range of from about 20 to about 28; d. about 50 to about 500 ppm of boron from a boron containing detergent, wherein the boron-containing detergent is a borated salicylate, borated sulfonate, or a combination thereof; e. a molybdenum containing compound in an amount to provide the lubricating oil composition from about 100 to about 1500 ppm molybdenum; f. a ZnDTP compound; and where the composition comprises magnesium in an amount from about 100 to about 800 ppm, and calcium in an amount from about 500 to about 2000 ppm and where the mole ratio of b:c is from about 1:5 to about 5:1 based on the alkylhydroxybenzoate molecules and the lubricating oil composition has a phosphorus content of less than or equal to about 0.12 wt. %. a. a major amount of an oil of lubricating viscosity; b. an alkaline earth metal alkylhydroxybenzoate detergent having an alkyl group having an average carbon atom number in the range of from about 14 to about 18; c. an alkaline earth metal alkylhydroxybenzoate detergent having an alkyl group having an average carbon atom number in the range of from about 20 to about 28; d. about 50 to about 500 ppm of boron from a boron containing detergent, wherein the boron-containing detergent is a borated salicylate, borated sulfonate, or a combination thereof; e. a molybdenum containing compound in an amount to provide the lubricating oil composition from about 100 to about 1500 ppm molybdenum; f. a ZnDTP compound; and
A wireless sensor device with: a sensor ; an integrated radio ; and a voice annunciation module in communication with the radio, whereby, in an installation mode, the voice annunciation module : intermittently or continuously determines a signal strength of a signal received by the radio from a central monitoring station ; and determines and verbally annunciates real time guidance and instructions related to the determined range of the radio based on the signal strength including to move closer to the central monitoring station. a sensor ; an integrated radio ; and a voice annunciation module in communication with the radio, whereby, in an installation mode, the voice annunciation module : intermittently or continuously determines a signal strength of a signal received by the radio from a central monitoring station ; and determines and verbally annunciates real time guidance and instructions related to the determined range of the radio based on the signal strength including to move closer to the central monitoring station. intermittently or continuously determines a signal strength of a signal received by the radio from a central monitoring station ; and determines and verbally annunciates real time guidance and instructions related to the determined range of the radio based on the signal strength including to move closer to the central monitoring station.
An ophthalmic aqueous solution consisting of 0.0015% w/v tafluprost as an active ingredient, 0.075% w/v polysorbate 80, 0.05% w/v disodium edetate, 2.25% w/v glycerol, 0.2% w/v sodium dihydrogen phosphate dihydrate, water and pH adjusters as excipients, in a container consisting essentially of polyethylene.
A computer-implemented method of generating an indication of muscle fatigue of a mammal wearing a fiber of an electrically conductive polymer material over a muscle having muscle fibers, the fiber extending along a fiber path having a length and a width, the length of the fiber path extending along a length of the fibers of the muscle, the method comprising : the muscle deforming the fiber path including activating a joint of the mammal; circulating electricity along the fiber, along the length of the fiber path; generating a movement signal including monitoring a change of impedance of the fiber stemming from the deformation of the muscle path during said deformation of the fiber path; determining a coefficient of correlation value of successive portions of the movement signal associated to corresponding, successive, time windows, including ascertaining a degree of similitude between the corresponding portion and a corresponding movement template; generating an indication of muscle fatigue based on said coefficient of correlation values, wherein the indication of muscle fatigue is a first indication of muscle fatigue, a portion of the fiber forming a first electrode extends transversally relative to the length of the muscle fibers, with the first electrode maintained into electrical contact with the skin, and a second electrode maintained into electrical contact with the skin, the method further comprising acquiring a sEMG signal from the first electrode and the second electrode, during said deformation of the fiber path, measuring a sEMG power spectrum median frequency value of successive portions of a sEMG signal within corresponding ones of the time windows and generating a second indication of muscle fatigue contingent upon said sEMG power spectrum median frequency value falling below a threshold median frequency value. the muscle deforming the fiber path including activating a joint of the mammal; circulating electricity along the fiber, along the length of the fiber path; generating a movement signal including monitoring a change of impedance of the fiber stemming from the deformation of the muscle path during said deformation of the fiber path; determining a coefficient of correlation value of successive portions of the movement signal associated to corresponding, successive, time windows, including ascertaining a degree of similitude between the corresponding portion and a corresponding movement template; generating an indication of muscle fatigue based on said coefficient of correlation values, wherein the indication of muscle fatigue is a first indication of muscle fatigue, a portion of the fiber forming a first electrode extends transversally relative to the length of the muscle fibers, with the first electrode maintained into electrical contact with the skin, and a second electrode maintained into electrical contact with the skin,
Fuse comprising a reversible airbrake intended for a projectile , wherein the airbrake comprises at least one brake disc containing at least two brake surfaces arranged on a brake ring in the form of radially protruding parts in the periphery of the brake ring , which are evenly distributed around the casing surface of the fuse and arranged each behind a respective protective device arranged on the casing surface of the fuse in order to reduce the air resistance of the brake surfaces behind , wherein the brake surfaces can be extended or retracted in a rotational direction, sideways along the casing surface behind said respective protective device so that in the retracted position, they are concealed behind the respective protective device when viewed from the front.
A data sending method, wherein the method comprises: precoding a plurality of spatial flows to obtain a plurality of precoded data streams, wherein the plurality of spatial flows comprise at least two first preprocessed spatial flows, and the at least two first preprocessed spatial flows are obtained by preprocessing a first original spatial flow; and transmitting the plurality of precoded data streams, wherein different spatial flows in the plurality of spatial flows are corresponding to different precoding vectors, each precoding vector is corresponding to one demodulation reference signal DMRS port, different precoding vectors are corresponding to different DMRS ports, and the method further comprises: precoding demodulation reference signals of the plurality of spatial flows to obtain a plurality of precoded demodulation reference signals, wherein each of the plurality of spatial flows is corresponding to one demodulation reference signal; and transmitting the plurality of precoded demodulation reference signals. precoding a plurality of spatial flows to obtain a plurality of precoded data streams, wherein the plurality of spatial flows comprise at least two first preprocessed spatial flows, and the at least two first preprocessed spatial flows are obtained by preprocessing a first original spatial flow; and transmitting the plurality of precoded data streams, wherein different spatial flows in the plurality of spatial flows are corresponding to different precoding vectors, each precoding vector is corresponding to one demodulation reference signal DMRS port, different precoding vectors are corresponding to different DMRS ports, and the method further comprises: precoding demodulation reference signals of the plurality of spatial flows to obtain a plurality of precoded demodulation reference signals, wherein each of the plurality of spatial flows is corresponding to one demodulation reference signal; and transmitting the plurality of precoded demodulation reference signals. precoding demodulation reference signals of the plurality of spatial flows to obtain a plurality of precoded demodulation reference signals, wherein each of the plurality of spatial flows is corresponding to one demodulation reference signal; and transmitting the plurality of precoded demodulation reference signals.
A method for communication between several liquid cooling modules of a system for cooling one or several computer server(s) , characterized in that : the cooling modules communicate with each other so as to operate under N+1 redundancy with N greater than or equal to 2, so as to be able to perform a standard replacement of any one of these cooling modules without stopping cooling and without stopping operation of the server(s) , this communication is ensured by a collaborative protocol with no master/slave, before switching from an active mode where it cools into a backup mode where it no longer cools, the redundant cooling module checks up beforehand , on the one hand, whether a set of data is coherent between all these cooling modules and, on the other hand, whether this coherence is maintained over a predetermined duration. the cooling modules communicate with each other so as to operate under N+1 redundancy with N greater than or equal to 2, so as to be able to perform a standard replacement of any one of these cooling modules without stopping cooling and without stopping operation of the server(s) , this communication is ensured by a collaborative protocol with no master/slave, before switching from an active mode where it cools into a backup mode where it no longer cools, the redundant cooling module checks up beforehand , on the one hand, whether a set of data is coherent between all these cooling modules and, on the other hand, whether this coherence is maintained over a predetermined duration.
Connection structure for connecting an actuator to an opening flap for the opening and closing of an exterior cladding component of a motor vehicle , wherein the connection structure comprises - an opening flap and - at least one support arrangement having numerous supports and which is connected to the opening flap , and - at least one connection segment , arranged on the support arrangement and by means of which the opening flap can be connected to the actuator in order to move the opening flap , characterized in that the opening flap is delimited by an outer edge , and in that the support arrangement comprises at least one transverse support , the two ends of which are arranged in the region of the outer edge . - an opening flap and - at least one support arrangement having numerous supports and which is connected to the opening flap , and - at least one connection segment , arranged on the support arrangement and by means of which the opening flap can be connected to the actuator in order to move the opening flap ,
High-voltage transformer comprising at least one primary winding wound around a magnetic core and at least one secondary winding , the ends of the primary winding being connectable to a low voltage direct electric current source, there being further provided means for interrupting the direct current intended to periodically interrupt the direct current supply to said primary winding , wherein the primary winding is at least partially contained within the outer profile of the magnetic core ; the magnetic core has at least one housing seat formed in the thickness of the outer walls of the magnetic core intended to house the primary winding and/or the secondary winding and characterized in that said housing seat comprises a coiled channel bored in the thickness of the outer walls of the magnetic core , such to form turns housing the turns of the primary winding .
A disposable wearable infusion device comprising: a body arranged to be adhered to a patient's skin and to receive a cannula to extend from the infusion device to beneath the patient's skin; a reservoir for holding a liquid medicament to be infused into the patient; a pump that displaces a volume of the liquid medicament from the reservoir to the cannula for delivery to the patient, the body having a port aligned with the cannula and enabling the cannula to assume a deployed position to extend from the infusion device to beneath the patient's skin; and a cover that blocks the port , characterised in that the cover material precludes direct access to the cannula by an external syringe needle through the port after deployment. a body arranged to be adhered to a patient's skin and to receive a cannula to extend from the infusion device to beneath the patient's skin; a reservoir for holding a liquid medicament to be infused into the patient; a pump that displaces a volume of the liquid medicament from the reservoir to the cannula for delivery to the patient, the body having a port aligned with the cannula and enabling the cannula to assume a deployed position to extend from the infusion device to beneath the patient's skin; and a cover that blocks the port , characterised in that the cover material precludes direct access to the cannula by an external syringe needle through the port after deployment.
A method for bonding together two or more acid-doped polybenzimidazole films, the method comprising, in the following order: placing a first acid-doped polybenzimidazole film on a first substrate to form a first film/substrate assembly and placing a second acid-doped polybenzimidazole film on a second substrate to form a second film/substrate assembly; heating the first and second film/substrate assemblies to a temperature sufficient to soften the first and second acid-doped polybenzimidazole films; positioning the second film/substrate assembly atop the first film/substrate assembly, such that the first acid-doped polybenzimidazole film is in contact with the second acid-doped polybenzimidazole film and such that the polybenzimidazole polymer chains of the first acid-doped polybenzimidazole film interact with polybenzimidazole polymer chains of the second acid-doped polybenzimidazole film; and re-hydrolyzing the first and second acid-doped polybenzimidazole films, such that the polybenzimidazole polymer chains of the first and second acid-doped polybenzimidazole films are therefore reformed and interlocked with each other to bond together the first and second acid-doped polybenzimidazole films. placing a first acid-doped polybenzimidazole film on a first substrate to form a first film/substrate assembly and placing a second acid-doped polybenzimidazole film on a second substrate to form a second film/substrate assembly; heating the first and second film/substrate assemblies to a temperature sufficient to soften the first and second acid-doped polybenzimidazole films; positioning the second film/substrate assembly atop the first film/substrate assembly, such that the first acid-doped polybenzimidazole film is in contact with the second acid-doped polybenzimidazole film and such that the polybenzimidazole polymer chains of the first acid-doped polybenzimidazole film interact with polybenzimidazole polymer chains of the second acid-doped polybenzimidazole film; and re-hydrolyzing the first and second acid-doped polybenzimidazole films, such that the polybenzimidazole polymer chains of the first and second acid-doped polybenzimidazole films are therefore reformed and interlocked with each other to bond together the first and second acid-doped polybenzimidazole films.
A ceramic powder containing powder particles, each of a plurality of the powder particles comprising an inner core formed of a first material and an outer region formed of a second material coated on the surface of the inner core, wherein the inner core has a lower thermal conductivity than the outer region and the outer region is more erosion resistant relative to the inner core; wherein the first material of the inner core comprises a composition chosen from the group consisting of Yb-La-Zr-based oxide compositions, Yb-Sm-Zr-based oxide compositions, and Yb-Zr-based oxide compositions and wherein the second material of the outer region comprises a composition chosen from the group consisting of Yb-Zr-based oxide compositions, La-Zr-based oxide compositions, Yb-La-Zr-based oxide compositions, Yb-Sm-Zr-based oxide compositions, Yb-mischmetal-Zr-based oxide compositions, and mischmetal-Zr-based oxide compositions, wherein mischmetal is any alloy of rare earth elements in naturally occurring proportions.