mhurhangee/ep-ind-claims huggingface dataset:
A battery remaining power estimation apparatus, comprising: a memory configured to store information about a polarization-voltage curve of a secondary battery, the information being stored with a correlation with a current value and a temperature of the secondary battery; and a circuit configured to estimate a remaining power of the secondary battery, the remaining power being estimated based on a discharge curve of the secondary battery, and the circuit configured to obtain the polarization-voltage curve based on the information in the memory, the polarization-voltage curve being correlated with the current value and the temperature of the secondary battery, and to estimate the discharge curve by subtracting the obtained polarization-voltage curve from an open-circuit voltage curve obtained for the secondary battery. a memory configured to store information about a polarization-voltage curve of a secondary battery, the information being stored with a correlation with a current value and a temperature of the secondary battery; and a circuit configured to estimate a remaining power of the secondary battery, the remaining power being estimated based on a discharge curve of the secondary battery, and the circuit configured to obtain the polarization-voltage curve based on the information in the memory, the polarization-voltage curve being correlated with the current value and the temperature of the secondary battery, and to estimate the discharge curve by subtracting the obtained polarization-voltage curve from an open-circuit voltage curve obtained for the secondary battery.
A pharmaceutical formulation, characterized by comprising flurbiprofen and polyvinylcaprolactam-polyvinyl acetate-polyethylene glycol graft copolymer.
Process for unloading a container containing an oxidizable compound having a melting point T m of greater than 15°C, comprising the steps consisting in: a) heating the container using a heating means until the oxidizable compound is liquid, the temperature of the heating means remaining less than or equal to T m + 105°C; b) unloading the oxidizable compound in the liquid state, characterized in that the oxidizable compound having a melting point T m of greater than 15°C is a polymerization-inhibiting compound. a) heating the container using a heating means until the oxidizable compound is liquid, the temperature of the heating means remaining less than or equal to T m + 105°C; b) unloading the oxidizable compound in the liquid state, characterized in that the oxidizable compound having a melting point T m of greater than 15°C is a polymerization-inhibiting compound.
An access method, applied to a wireless communications system that provides a service for a terminal device, and comprising: configuring, by a network device, wherein the network device is a macro base station, a micro base station or a controller disposed in a macro base station or in a micro base station, one or more micro cells for the terminal device or a terminal device group in which the terminal device is located, wherein the one or more micro cells provide a service for only the terminal device or the terminal device group, the quantity of the one or more micro cells is N, and N is a natural number greater than or equal to 1; and maintaining, by the network device, connections between the one or more micro cells and the terminal device based on configuration information of the one or more micro cells after the terminal device accesses the one or more micro cells; wherein the method further comprises the steps: after the terminal device has no service, continuing, by the network device, to store context information of the terminal device, and after determining that the terminal device has a service, using the context information to process the service for the terminal device. configuring, by a network device, wherein the network device is a macro base station, a micro base station or a controller disposed in a macro base station or in a micro base station, one or more micro cells for the terminal device or a terminal device group in which the terminal device is located, wherein the one or more micro cells provide a service for only the terminal device or the terminal device group, the quantity of the one or more micro cells is N, and N is a natural number greater than or equal to 1; and maintaining, by the network device, connections between the one or more micro cells and the terminal device based on configuration information of the one or more micro cells after the terminal device accesses the one or more micro cells; wherein the method further comprises the steps: after the terminal device has no service, continuing, by the network device, to store context information of the terminal device, and after determining that the terminal device has a service, using the context information to process the service for the terminal device.
Device for the horizontal strip casting of steel with a high manganese content, for producing a pre-strip with a thickness of ≤ 15 mm, consisting of a feed vessel containing the melt, of a primary cooling zone having two deflection pulleys and a revolving cooled conveyor belt and of a secondary cooling zone following the primary cooling zone and having a housed roller table, characterized in that a guide element having at least one roller is arranged before the start of the secondary cooling zone, namely between the primary cooling zone and the secondary cooling zone.
A device for assessing a correct position of a user's tongue, comprising an intraoral shield intended for being arranged in the oral cavity of the user and configured to block interdental spaces of the teeth in said oral cavity, a conduit configured to be connected at a first end to the intraoral shield and at a second end to a pressure gauge, said pressure gauge in turn being couplable to a base, wherein the conduit is configured to establish fluid communication between the interior of the oral cavity and the pressure gauge and said pressure gauge is configured to measure the negative pressure generated in the oral cavity due to deglutition, and an electronic module couplable to the base, said electronic module being in data communication with the pressure gauge and comprising a processing unit configured to assess the correct position of the tongue by comparing the data of the pressure measured by the pressure gauge and a pre-established pressure; the device characterised in that it comprises a tube configured to be connected at a first end to the conduit and comprising a second end, opposite the first end, wherein the second end is configured to be arranged in tight manner in the Donders space located between the tongue and the palate of the user, wherein at the second end of the tube is provided a bulb configured to be located in the space of Donders and sealing said space in a tight manner, such that the pressure gauge detects a vacuum pressure in said Donders space and sends the data about this detection to the processing unit for the assessment of the correct position of the tongue.
An electric machine tool, in particular a saw, comprising a frame; a working unit which has a working tool and at least one variable protective hood which encloses a variable part of the working tool, a linkage via which the working unit is attached to the frame and which is configured to enable a guided working movement of the working unit relative to the frame, characterized by a guide unit which is movably arranged at the frame in a direction of travel and which is connected to the linkage to be moved in the direction of travel in accordance with a movement of the working unit, and by a force transmission mechanism which connects the guide unit to the variable protective hood in order, during a movement of the guide unit in the direction of travel, to bring about a movement of the variable protective hood relative to the working tool and to change the variable part. a working unit which has a working tool and at least one variable protective hood which encloses a variable part of the working tool, a linkage via which the working unit is attached to the frame and which is configured to enable a guided working movement of the working unit relative to the frame, characterized by a guide unit which is movably arranged at the frame in a direction of travel and which is connected to the linkage to be moved in the direction of travel in accordance with a movement of the working unit, and by a force transmission mechanism which connects the guide unit to the variable protective hood in order, during a movement of the guide unit in the direction of travel, to bring about a movement of the variable protective hood relative to the working tool and to change the variable part.
A system configured to control congestion in a radio access network, the system comprising: a policy and charging rules function, PCRF, configured to: receive admission requests from a node for performing admission control functions in a radio access network; and in response to receiving the admission requests, obtain subscriber information from a subscriber profile repository, SPR, and install, on said node, subscriber-specific policies to control congestion in the radio access network; wherein said node is an evolved node B, eNodeB, for communicating with user equipment via the radio access network; wherein the node functions as a policy control and enforcement function, PCEF; and wherein the PCRF is configured to install on the node congestion control policies to implement subscriber tiers in the radio access network, wherein the access of radio resources by subscribers is allowed or disallowed in dependence on the tier of each subscriber. a policy and charging rules function, PCRF, configured to: receive admission requests from a node for performing admission control functions in a radio access network; and in response to receiving the admission requests, obtain subscriber information from a subscriber profile repository, SPR, and install, on said node, subscriber-specific policies to control congestion in the radio access network; wherein said node is an evolved node B, eNodeB, for communicating with user equipment via the radio access network; wherein the node functions as a policy control and enforcement function, PCEF; and wherein the PCRF is configured to install on the node congestion control policies to implement subscriber tiers in the radio access network, wherein the access of radio resources by subscribers is allowed or disallowed in dependence on the tier of each subscriber. receive admission requests from a node for performing admission control functions in a radio access network; and in response to receiving the admission requests, obtain subscriber information from a subscriber profile repository, SPR, and install, on said node, subscriber-specific policies to control congestion in the radio access network; wherein said node is an evolved node B, eNodeB, for communicating with user equipment via the radio access network; wherein the node functions as a policy control and enforcement function, PCEF; and wherein the PCRF is configured to install on the node congestion control policies to implement subscriber tiers in the radio access network, wherein the access of radio resources by subscribers is allowed or disallowed in dependence on the tier of each subscriber.
A belt comprising: - a cover layer and opposing continuous tooth section defining an outer surface; - a cross-linked elastomeric body; and, - a tensile reinforcement section disposed between the cover layer and the cross-linked elastomeric body; wherein the continuous tooth section is comprised of a plurality of tooth structures; wherein each tooth of the plurality of tooth structures comprises a tooth flank, a land, and an easement area between the tooth flank and the land; wherein the easement area has a progressively decreasing radial thickness from the tooth flank to the land; characterised in that the belt is a spliced belt having a splice positioned in one tooth structure between a pair of corresponding lands; and, in that the splice comprises a pair of looped cords extending from ends (702, 704) of the tensile reinforcement section, a pair of glad hand connectors disposed between the pair of looped cords, a clamp disposed over the pair of glad hand connectors and the pair of looped cords on a side of the belt comprising the cover layer, and a bottom clamp disposed on an end of the one tooth, wherein a clamp connector extends through the clamp and between the pair of glad hand connectors, and wherein the clamp connector securely engages the bottom clamp. - a cover layer and opposing continuous tooth section defining an outer surface; - a cross-linked elastomeric body; and, - a tensile reinforcement section disposed between the cover layer and the cross-linked elastomeric body; wherein the continuous tooth section is comprised of a plurality of tooth structures; wherein each tooth of the plurality of tooth structures comprises a tooth flank, a land, and an easement area between the tooth flank and the land; wherein the easement area has a progressively decreasing radial thickness from the tooth flank to the land; characterised in that the belt is a spliced belt having a splice positioned in one tooth structure between a pair of corresponding lands; and, in that the splice comprises a pair of looped cords extending from ends (702, 704) of the tensile reinforcement section, a pair of glad hand connectors disposed between the pair of looped cords, a clamp disposed over the pair of glad hand connectors and the pair of looped cords on a side of the belt comprising the cover layer, and a bottom clamp disposed on an end of the one tooth, wherein a clamp connector extends through the clamp and between the pair of glad hand connectors, and wherein the clamp connector securely engages the bottom clamp.
Method for linking an automation device to a data processing system, wherein - a virtual device is created in the data processing system for the automation device, - an identification number is generated in the data processing system for the virtual device, - the identification number assigned to the virtual device is passed to the automation device and is stored in the automation device, - and the identification number is used for the interaction of the automation device with the data processing system, wherein the identification number assigned to the virtual device is passed to the automation device by means of a configuration tool designed to configure the automation device, wherein the identification number generated for the virtual device is stored by the configuration tool and is transmitted to the automation device, characterised in that the identification number is assigned by the configuration tool to a configuration dataset to be loaded onto the automation device, is loaded onto the automation device and is stored in the automation device, and wherein, for the configuration of the automation device by means of the configuration tool, the configuration dataset is loaded onto the automation device and is stored in the automation device. - a virtual device is created in the data processing system for the automation device, - an identification number is generated in the data processing system for the virtual device, - the identification number assigned to the virtual device is passed to the automation device and is stored in the automation device, - and the identification number is used for the interaction of the automation device with the data processing system, wherein the identification number assigned to the virtual device is passed to the automation device by means of a configuration tool designed to configure the automation device, wherein the identification number generated for the virtual device is stored by the configuration tool and is transmitted to the automation device, characterised in that the identification number is assigned by the configuration tool to a configuration dataset to be loaded onto the automation device, is loaded onto the automation device and is stored in the automation device, and wherein, for the configuration of the automation device by means of the configuration tool, the configuration dataset is loaded onto the automation device and is stored in the automation device.
A method for requesting data retransmission performed by a base station, the method comprising: a.) receiving, in a data transmission from a user equipment to the base station, data from the user equipment, b.) determining that a retransmission of the received data may be required, and subsequently sending an ALMOST-ACK signal to the user equipment, wherein the ALMOST-ACK signal indicates to the user equipment that the base station has not fully determined whether a retransmission of the received data is required and that the retransmission is to be delayed until it is determined that the retransmission is required, wherein the ALMOST-ACK signal is not explicitly distinguished from an ACK signal and every ALMOST-ACK signal is considered an ALMOST-ACK signal until a subsequent ACK signal is received, c.) determining that the retransmission is required by receiving information from a backhaul network indicating that the data were dropped in the backhaul network, thereby detecting a failure to route the received data upstream, d.) subsequently sending a RENACK signal to the user equipment, wherein the RENACK signal indicates that the received data are to be retransmitted by the user equipment to the base station. a.) receiving, in a data transmission from a user equipment to the base station, data from the user equipment, b.) determining that a retransmission of the received data may be required, and subsequently sending an ALMOST-ACK signal to the user equipment, wherein the ALMOST-ACK signal indicates to the user equipment that the base station has not fully determined whether a retransmission of the received data is required and that the retransmission is to be delayed until it is determined that the retransmission is required, wherein the ALMOST-ACK signal is not explicitly distinguished from an ACK signal and every ALMOST-ACK signal is considered an ALMOST-ACK signal until a subsequent ACK signal is received, c.) determining that the retransmission is required by receiving information from a backhaul network indicating that the data were dropped in the backhaul network, thereby detecting a failure to route the received data upstream, d.) subsequently sending a RENACK signal to the user equipment, wherein the RENACK signal indicates that the received data are to be retransmitted by the user equipment to the base station.
A medical device comprising: an implantable substrate having a surface, a first detachable layer positioned on at least a portion of the surface, and a second polymeric layer positioned on at least a portion of the first detachable layer, wherein the implantable substrate is selected from the group consisting of sutures, staples, pledgets, buttresses, meshes, clamps, pins, screws, anchors, and occlusion devices, and wherein the first detachable layer is configured to dissolve after implantation, characterised in that the first detachable layer is configured to dissolve within less than 72 hours of implantation. an implantable substrate having a surface, a first detachable layer positioned on at least a portion of the surface, and a second polymeric layer positioned on at least a portion of the first detachable layer, wherein the implantable substrate is selected from the group consisting of sutures, staples, pledgets, buttresses, meshes, clamps, pins, screws, anchors, and occlusion devices, and wherein the first detachable layer is configured to dissolve after implantation, characterised in that the first detachable layer is configured to dissolve within less than 72 hours of implantation.
A process for deep conversion of a heavy hydrocarbon feed, comprising the following steps: a) ebullated bed hydroconversion of the feed, in the presence of hydrogen, in a hydroconversion section comprising at least one three-phase reactor containing at least one supported hydroconversion catalyst, b) atmospheric fractionation of at least a portion of the hydroconverted liquid effluent obtained from step a) in an atmospheric fractionation section in order to produce a fraction comprising a gasoline cut and a gas oil cut, and an atmospheric residue; c) vacuum fractionation of at least a portion of the atmospheric residue obtained from step b) in a vacuum fractionation section in order to obtain a vacuum gas oil fraction comprising light vacuum distillates (LVGO) and heavy vacuum distillates (HVGO) and an unconverted vacuum residue fraction, d) deasphalting at least a portion of the unconverted vacuum residue fraction obtained from step c) in a deasphalting section only by means of a paraffinic solvent under conditions for obtaining a hydrocarbon cut depleted in asphaltenes, termed deasphalted oil, and residual asphalt, e) liquid/liquid extraction carried out on the hydrocarbon cut depleted in asphaltenes in a section for the extraction of aromatics by means of a polar solvent under conditions for extracting aromatics in order to produce an extract enriched in aromatics and resins and a raffinate depleted in aromatics and resins, at least a portion of the extract being sent to the inlet to the hydroconversion section as an aromatic diluent. a) ebullated bed hydroconversion of the feed, in the presence of hydrogen, in a hydroconversion section comprising at least one three-phase reactor containing at least one supported hydroconversion catalyst, b) atmospheric fractionation of at least a portion of the hydroconverted liquid effluent obtained from step a) in an atmospheric fractionation section in order to produce a fraction comprising a gasoline cut and a gas oil cut, and an atmospheric residue; c) vacuum fractionation of at least a portion of the atmospheric residue obtained from step b) in a vacuum fractionation section in order to obtain a vacuum gas oil fraction comprising light vacuum distillates (LVGO) and heavy vacuum distillates (HVGO) and an unconverted vacuum residue fraction, d) deasphalting at least a portion of the unconverted vacuum residue fraction obtained from step c) in a deasphalting section only by means of a paraffinic solvent under conditions for obtaining a hydrocarbon cut depleted in asphaltenes, termed deasphalted oil, and residual asphalt, e) liquid/liquid extraction carried out on the hydrocarbon cut depleted in asphaltenes in a section for the extraction of aromatics by means of a polar solvent under conditions for extracting aromatics in order to produce an extract enriched in aromatics and resins and a raffinate depleted in aromatics and resins, at least a portion of the extract being sent to the inlet to the hydroconversion section as an aromatic diluent.
A superconducting cable assembly, the assembly comprising: an elongate cryostat; at least one electrical conductor formed of a superconducting material, the at least one conductor disposed longitudinally within the cryostat; plural support members disposed between the at least one conductor and the cryostat, the support members arranged so as to maintain the at least one conductor in a spaced-apart relationship with respect to an interior wall of the cryostat, characterized in that, each support member comprising a tube having an opening, the opening configured to provide the tube with longitudinal resiliency, wherein the opening comprising a slit extending from one end of the tube to an opposed second end of the tube along a helical path. an elongate cryostat; at least one electrical conductor formed of a superconducting material, the at least one conductor disposed longitudinally within the cryostat; plural support members disposed between the at least one conductor and the cryostat, the support members arranged so as to maintain the at least one conductor in a spaced-apart relationship with respect to an interior wall of the cryostat,