mhurhangee/ep-ind-claims huggingface dataset:
A network management system comprising a manipulating organ and a peer-to-peer network, with the peer-to-peer network consisting of a plurality of function units, wherein, the manipulating organ is configured to generate a management task according to an operation of a management role and to send the management task to the peer-to-peer network; and the function units in the peer-to-peer network are configured to perform the management task for a managed network or store relevant data, wherein the manipulating organ accesses the peer-to-peer network via one or more function units; wherein, a first function unit in the peer-to-peer network is configured to receive the management task sent by the manipulating organ and forward the management task to a second function unit in the peer-to-peer network, wherein an ID of the second function unit and an ID of a target net element in the managed network managed by the management task meet a preset matching relationship; the second function unit is configured to store the management task and forward the management task to a third function unit in the peer-to-peer network, wherein the third function unit is a function unit connected with the target net element; and the third function unit is configured to forward the management task to the target net element.
An apparatus for controlling driving of a vehicle, comprising: a first determination device configured to determine an open state of an engine clutch when a drive stage signal is applied and a second determination device configured to determine an open state of the engine clutch when a reverse stage signal is applied, based on a state of a motor or an engine of the vehicle when a state of the engine clutch is unknown by an engine clutch controller; a state determination device configured to receive state information from the determination devices (111, 115) to determine whether the engine clutch is in a closed state or an open state; and a motor controller configured to allow reverse rotation of the motor for reverse driving control of the vehicle in response to the determinationthat the engine clutch is in the open state. a first determination device configured to determine an open state of an engine clutch when a drive stage signal is applied and a second determination device configured to determine an open state of the engine clutch when a reverse stage signal is applied, based on a state of a motor or an engine of the vehicle when a state of the engine clutch is unknown by an engine clutch controller; a state determination device configured to receive state information from the determination devices (111, 115) to determine whether the engine clutch is in a closed state or an open state; and a motor controller configured to allow reverse rotation of the motor for reverse driving control of the vehicle in response to the determinationthat the engine clutch is in the open state.
A rail port insert comprising: an elastomeric body having a first end and a second end, the elastomeric body comprising a flow passageway having a length extending from the first end to the second end, the first end defining an inlet in fluid communication with the flow passageway, the second end comprising a depth-length and defining an orifice along the depth-length and in fluid communication with the flow passageway, the orifice moving from a closed position in the absence of any applied pressure within the flow passageway, to an open position when pressure is applied within the flow passageway, so that, when the rail port insert is installed in a railhead port, the inlet is in fluid communication with a railhead conduit.
A thermal overload protection arrangement for protecting an electrical component arranged on a mounting device having current-carrying elements (14, 16), in particular an electronic component, such that the overload protection arrangement has a plurality of soldered joints (18, 20) which contact one of the current-carrying elements (14, 16) with a respective terminal (22, 24) of an electrical part and which melt when there is an overload on the component, and having a separation device for releasing at least one of these joints (18, 20), whereby the separation device is a separation device which prestresses the component with respect to the mounting device at least when there is heating for a spatial separation of the component from at least one of the current-carrying elements (14, 16) which is tripped when the soldered joints (18, 20) are melted, characterized in that the separation device is a separation device for shifting the component to separate it from the at least one current-carrying element (14, 16) along the surface of the mounting device.
A flexible Radio-Frequency IDentification (RFID) tag comprising a flexible substrate layer whereby the flexible substrate layer is substantially plane and on which is fixed an antenna connected to a RFID chip, a second flexible layer placed directly over the said chip and antenna but without any direct mechanical connection to them, the second flexible layer remaining unattached from the antenna and the RFID chip, such that the substrate layer and the second layer form a protective inlay for the chip and the antenna, and wherein the said inlay is embedded in a flexible housing.
An orally disintegrating pharmaceutical dosage form comprising 2-4% w/w apixaban; 30-40% w/w mannitol; 5-10% w/w starch; 20-30% w/w lactose; 10-20% w/w microcrystalline cellulose; 5-15% w/w crospovidone; 0.5-2% w/w sodium lauryl sulfate; 0.5-5% w/w magnesium stearate; 0.1-0.5% w/w of talc; 0.1-2% w/w peppermint flavour; 0.1-2% w/w aspartame; wherein said mannitol and said starch are present as a spray dried mixture of mannitol (80%) and maize starch (20%).
A method of fabricating a compliant structure having self-healing properties, the method comprising: providing a dielectric film comprising an elastomeric material having a modulus of elasticity less than about 100 MPa; applying an electrode layer (14, 16) to each side of the dielectric film, the electrode layers (14, 16) comprising a compliant conductive material, wherein the conductive materials are selected such that at least a portion of the electrode layers (14, 16) becomes insulating during a fault clearing event, and wherein a fault within the structure is clearable at a rate on the order of milliseconds to seconds upon onset of the fault. providing a dielectric film comprising an elastomeric material having a modulus of elasticity less than about 100 MPa; applying an electrode layer (14, 16) to each side of the dielectric film, the electrode layers (14, 16) comprising a compliant conductive material, wherein the conductive materials are selected such that at least a portion of the electrode layers (14, 16) becomes insulating during a fault clearing event, and wherein a fault within the structure is clearable at a rate on the order of milliseconds to seconds upon onset of the fault.
A multi jack tensioner for applying tension to a fastener, the tensioner comprising: a body having at least one section, including a first body section formed to engage an elongate fastening member or integrally formed therewith; a load bearing member for applying force to a workpiece to be fastened and arranged for location about said fastening member adjacent the body; at least one of a plurality of pressure chambers (151,152) between the load bearing member and the body arranged to displace the at least one body section axially relative to the load bearing member in response to hydraulic pressure; and a plurality of jack bolts (130a...130r) extending between the first body section and the load bearing member for further displacing the first body section from the load bearing member; wherein application of hydraulic pressure to one or more of the plurality of pressure chambers (151, 152) displaces the first body section from the load bearing member thereby tensioning said fastening member and whereby subsequent tensioning of the fastening member is applied by operation of the jack bolts (130a....130r). a body having at least one section, including a first body section formed to engage an elongate fastening member or integrally formed therewith; a load bearing member for applying force to a workpiece to be fastened and arranged for location about said fastening member adjacent the body; at least one of a plurality of pressure chambers (151,152) between the load bearing member and the body arranged to displace the at least one body section axially relative to the load bearing member in response to hydraulic pressure; and a plurality of jack bolts (130a...130r) extending between the first body section and the load bearing member for further displacing the first body section from the load bearing member; wherein application of hydraulic pressure to one or more of the plurality of pressure chambers (151, 152) displaces the first body section from the load bearing member thereby tensioning said fastening member and whereby subsequent tensioning of the fastening member is applied by operation of the jack bolts (130a....130r).
A polyalkylene terephthalate flame retardant composition that comprises: (a) 30 to 60 parts by weight of a polyalkylene terephthalate that is a polybutylene terephthalate or a combination of polybutylene terephthalates; (b) 0.25 to 2.5 parts by weight of an antidrip agent; and (c) 4 to 18 parts by weight of melamine polyphosphate; and (d) 12 to 26 parts by weight of poly(pentabromobenzylacrylate); provided that the combined amount of (c) and (d) is at least 18 parts by weight and less than or equal to 30 parts by weight, wherein the composition is substantially antimony-free, and wherein: (i) the composition has a UL 94 test rating of V-0, for a 0.71 mm thick specimen, conditioned at 23 °C and 50% relative humidity for 48 hours; or (ii) the composition has a UL 94 test rating of V-0, for a 0.71 mm thick specimen conditioned at 70 °C for 168 hours; or (iii) the composition has a UL 94 test rating of V-0, for a 0.71 mm thick specimen, conditioned at 23 °C and 50% relative humidity for 48 hours and a UL 94 test rating of V-0, for a 0.71 mm thick specimen conditioned at 70 °C for 168 hours. (a) 30 to 60 parts by weight of a polyalkylene terephthalate that is a polybutylene terephthalate or a combination of polybutylene terephthalates; (b) 0.25 to 2.5 parts by weight of an antidrip agent; and (c) 4 to 18 parts by weight of melamine polyphosphate; and (d) 12 to 26 parts by weight of poly(pentabromobenzylacrylate); (i) the composition has a UL 94 test rating of V-0, for a 0.71 mm thick specimen, conditioned at 23 °C and 50% relative humidity for 48 hours; or (ii) the composition has a UL 94 test rating of V-0, for a 0.71 mm thick specimen conditioned at 70 °C for 168 hours; or (iii) the composition has a UL 94 test rating of V-0, for a 0.71 mm thick specimen, conditioned at 23 °C and 50% relative humidity for 48 hours and a UL 94 test rating of V-0, for a 0.71 mm thick specimen conditioned at 70 °C for 168 hours.
A computer-implemented method comprising processing pressure and particle velocity data measured by at least one seismic sensor while in tow, wherein the processing estimates a component of a slowness vector associated with a seismic gather, the method being characterized by: estimating the component of the slowness vector based on a model of the component as a function of a spatial derivative of the pressure and a time derivative of the pressure, wherein the estimating comprises determining the spatial derivative of the pressure data based on the time derivative of the measured particle velocity and wherein the component of the slowness vector is estimated in a frequency range in which an associated signal-to-noise ratio is higher as compared to other frequency ranges; the method further comprising using the estimated component to improve a consistency between the pressure data and the indication of particle velocity. estimating the component of the slowness vector based on a model of the component as a function of a spatial derivative of the pressure and a time derivative of the pressure, wherein the estimating comprises determining the spatial derivative of the pressure data based on the time derivative of the measured particle velocity and wherein the component of the slowness vector is estimated in a frequency range in which an associated signal-to-noise ratio is higher as compared to other frequency ranges; the method further comprising using the estimated component to improve a consistency between the pressure data and the indication of particle velocity.
An end effector for a surgical apparatus comprising: a housing comprising an outer wall and an opening therein, and opposed first and second walls (184, 186) extending along opposite sides of the opening; a first actuator pivotally coupled to the first wall of the housing; a second actuator pivotally coupled to the second wall of the housing; and a coupling disposed within the opening of the housing and between at least a portion of the first and second actuators, the coupling including opposed first and second ends, each end pivotally coupled to a different one of the first and second actuators, characterized in that, the housing further comprises a base and a wire guide (180, 182) for guiding an actuating wire, extending inwardly of the opening from at least one of the first and second walls (184, 186), wherein the coupling is disposed between the base and the wire guide. a housing comprising an outer wall and an opening therein, and opposed first and second walls (184, 186) extending along opposite sides of the opening; a first actuator pivotally coupled to the first wall of the housing; a second actuator pivotally coupled to the second wall of the housing; and a coupling disposed within the opening of the housing and between at least a portion of the first and second actuators, the coupling including opposed first and second ends, each end pivotally coupled to a different one of the first and second actuators, characterized in that, the housing further comprises a base and a wire guide (180, 182) for guiding an actuating wire, extending inwardly of the opening from at least one of the first and second walls (184, 186), wherein the coupling is disposed between the base and the wire guide.
A fiber optic connection system comprising: a first fiber optic connector; a holder mounted to the first fiber optic connector, wherein the holder is capable of receiving a fiber optic adapter for mating with the first fiber optic connector, the fiber optic adapter matable with a second fiber optic connector; wherein the holder includes a clip for mounting of the first connector to the holder. a first fiber optic connector; a holder mounted to the first fiber optic connector, wherein the holder is capable of receiving a fiber optic adapter for mating with the first fiber optic connector, the fiber optic adapter matable with a second fiber optic connector; wherein the holder includes a clip for mounting of the first connector to the holder.
A nozzle for application of a setting resin into cells of a honeycomb core, the nozzle comprising a connector portion and an application head, wherein the connector portion is adapted to receive setting resin from a resin dispensing device and deliver the setting resin to the application head, and wherein the application head comprises: a) an exit hole, the exit hole being essentially circular, elliptical, or in the shape of a regular polygon; and b) a flange surrounding the exit hole, the flange having an outer perimeter that is essentially circular, essentially elliptical, or in the shape of a regular polygon, wherein the flange comprises a bottom surface which comprises a planar surface which planar surface has a minimum width of greater than 0.5 cm around the entirety of the exit hole and wherein the bottom surface of flange curves upward at its outer perimeter. a) an exit hole, the exit hole being essentially circular, elliptical, or in the shape of a regular polygon; and b) a flange surrounding the exit hole, the flange having an outer perimeter that is essentially circular, essentially elliptical, or in the shape of a regular polygon,
A system comprising: a heart sound input circuit configured to: receive a first signal including heart sound information from a first axis over a first physiologic interval; and receive a second signal including heart sound information from a second axis over the first physiologic interval, the first physiologic interval including at least a portion of a cardiac cycle, the first axis different than the second axis; and, a heart sound circuit, wherein the heart sound input circuit is configured to transmit the first and second signals to the heart sound circuit, wherein the heart sound circuit is configured to produce a composite heart sound signal over the first physiologic interval using the first and second signals (402, 404), wherein the heart sound circuit is configured to produce the composite heart sound signal by applying a plurality of first coefficients to the first signal and a plurality of second coefficients to the second signal, characterised in that the heart sound circuit is configured to correct the first signal over the first physiologic interval using the second signal over the first physiologic interval. a heart sound input circuit configured to: receive a first signal including heart sound information from a first axis over a first physiologic interval; and receive a second signal including heart sound information from a second axis over the first physiologic interval, the first physiologic interval including at least a portion of a cardiac cycle, the first axis different than the second axis; and, receive a first signal including heart sound information from a first axis over a first physiologic interval; and receive a second signal including heart sound information from a second axis over the first physiologic interval, the first physiologic interval including at least a portion of a cardiac cycle, the first axis different than the second axis; a heart sound circuit, wherein the heart sound input circuit is configured to transmit the first and second signals to the heart sound circuit, wherein the heart sound circuit is configured to produce a composite heart sound signal over the first physiologic interval using the first and second signals (402, 404), wherein the heart sound circuit is configured to produce the composite heart sound signal by applying a plurality of first coefficients to the first signal and a plurality of second coefficients to the second signal, characterised in that the heart sound circuit is configured to correct the first signal over the first physiologic interval using the second signal over the first physiologic interval.
A reagent composition for measuring glycated hemoglobin, the composition comprising: 1 a hemolytic liquid and 2 a "methylene blue-encapsulated silica nanoparticle-boronic acid" specifically binding to the glycated hemoglobin.
A method of modifying a transmembrane pore for sequencing a target nucleic acid sequence, comprising: modifying a transmembrane pore comprising one distinct site of amino acids that is capable of discriminating between different nucleotides to introduce at least one more distinct site of amino acids capable of discriminating between different nucleotides, so that the resulting pore comprises two or more distinct sites of amino acids that are capable of discriminating between different nucleotides; wherein modifying the pore comprises altering the size and/or conformation and/or net charge of at least one distinct site of amino acids in the pore. modifying a transmembrane pore comprising one distinct site of amino acids that is capable of discriminating between different nucleotides to introduce at least one more distinct site of amino acids capable of discriminating between different nucleotides, so that the resulting pore comprises two or more distinct sites of amino acids that are capable of discriminating between different nucleotides; wherein modifying the pore comprises altering the size and/or conformation and/or net charge of at least one distinct site of amino acids in the pore.
A detergent additive comprising: an active, the active comprising one or both of tetraacetylethylenediamine or triacetylethylenediamine; and a copolymer having maleic anhydride-based repeat units and either or both of olefinic or styrenic-based repeat units; and wherein at least a portion of the maleic anhydride-based repeat units are neutralized; wherein the detergent additive comprises 90 weight percent or less of the active and 10 weight percent or more of the copolymer. an active, the active comprising one or both of tetraacetylethylenediamine or triacetylethylenediamine; and a copolymer having maleic anhydride-based repeat units and either or both of olefinic or styrenic-based repeat units; and wherein at least a portion of the maleic anhydride-based repeat units are neutralized; wherein the detergent additive comprises 90 weight percent or less of the active and 10 weight percent or more of the copolymer.
Method for determining the time of ignition in an oxygen steelmaking process, in particular, in the LD method, in a converter, characterised in that an oxygen quantity value for the quantity of the top-blown oxygen and an exhaust gas temperature value for the current exhaust gas temperature in the exhaust gases arising as a result of the oxygen steelmaking process is determined and the time at which a predetermined oxygen threshold value for the quantity of oxygen and simultaneously a predetermined exhaust gas temperature threshold value in the exhaust gas is reached, is established as the time of ignition.
A process for producing insulated pipes comprising the steps of: providing a media pipe and a film hose continuously formed from a film or a media pipe and a jacketing pipe, wherein the media pipe is arranged inside the film hose or the jacketing pipe and a slot is formed between the media pipe and the film hose or jacketing pipe, wherein an adhesion promoter has been applied to the surface of the media pipe facing the film hose or the jacketing pipe, introducing a polyurethane system at least comprising an isocyanate component (a) comprising at least one isocyanate, a polyol component (b) and at least one catalyst into the slot before the adhesion promoter is fully cured and foaming and curing the polyurethane system, wherein the adhesion promoter is selected from the group consisting of adhesion promoters based on polyurethanes and wherein the adhesion promoter has a bulk density determined without solid fillers in the range from 400 to 1200 kg/m 3. providing a media pipe and a film hose continuously formed from a film or a media pipe and a jacketing pipe, wherein the media pipe is arranged inside the film hose or the jacketing pipe and a slot is formed between the media pipe and the film hose or jacketing pipe, introducing a polyurethane system at least comprising an isocyanate component (a) comprising at least one isocyanate, a polyol component (b) and at least one catalyst into the slot before the adhesion promoter is fully cured and foaming and curing the polyurethane system,