mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a local computer on a local network, for automatically avoiding address conflicts when communicating, via a virtual private network over a public network, with a remote computer, located outside the local network in a second local network, the method comprising: identifying local private network addresses on the local network reserved for use; identifying a block of local private network addresses that does not conflict with the reserved local private network addresses; negotiating, with the remote computer, using the block of local network addresses, to identify a local-remote network address pair by: forwarding local private network addresses selected from the identified block, and corresponding network masks, to the remote computer, and receiving, from the remote computer, the local-remote network address pair selected by the remote computer based on the forwarded local private network addresses such that selected local-remote network address pair does not conflict with local addresses on the second local network reserved for use; assigning, to a network driver of the local computer, a local private network address of the received local-remote network address pair; and communicating with the remote computer via the virtual private network established using the network driver based on the assigned local private network address. identifying local private network addresses on the local network reserved for use; identifying a block of local private network addresses that does not conflict with the reserved local private network addresses; negotiating, with the remote computer, using the block of local network addresses, to identify a local-remote network address pair by: forwarding local private network addresses selected from the identified block, and corresponding network masks, to the remote computer, and receiving, from the remote computer, the local-remote network address pair selected by the remote computer based on the forwarded local private network addresses such that selected local-remote network address pair does not conflict with local addresses on the second local network reserved for use; forwarding local private network addresses selected from the identified block, and corresponding network masks, to the remote computer, and receiving, from the remote computer, the local-remote network address pair selected by the remote computer based on the forwarded local private network addresses such that selected local-remote network address pair does not conflict with local addresses on the second local network reserved for use; assigning, to a network driver of the local computer, a local private network address of the received local-remote network address pair; and communicating with the remote computer via the virtual private network established using the network driver based on the assigned local private network address.
A method for maintenance planning of a rail system device, in particular a rolling stock device or a railway infrastructure device, the method comprising: receiving, in a processor, a fault report message relating to a malfunctioning rail system device; analyzing, in the processor, the fault report message using natural language processing; mapping, in the processor, the analyzed fault report message to a particular failure mode type of a plurality of failure mode types associated with the rail system device, the particular failure mode type identifying at least one probable cause of malfunction of the rail system device related to the fault report message; determining, in the processor, using the particular failure mode type, a failure effect associated with the particular failure mode type, wherein the failure effect identifies one or more operational consequences of the particular failure mode type; and determining, in the processor, one or more of: a time or a distance until maintenance of the rail system device, using the failure effect. receiving, in a processor, a fault report message relating to a malfunctioning rail system device; analyzing, in the processor, the fault report message using natural language processing; mapping, in the processor, the analyzed fault report message to a particular failure mode type of a plurality of failure mode types associated with the rail system device, the particular failure mode type identifying at least one probable cause of malfunction of the rail system device related to the fault report message; determining, in the processor, using the particular failure mode type, a failure effect associated with the particular failure mode type, wherein the failure effect identifies one or more operational consequences of the particular failure mode type; and determining, in the processor, one or more of: a time or a distance until maintenance of the rail system device, using the failure effect.
An electrically operated aerosol-generating device for heating an aerosol-generating article including an aerosol-forming substrate by heating a susceptor element positioned to heat the aerosol-forming substrate, the device comprising: a device housing defining a chamber for receiving at least a portion of the aerosol-generating article; an inductor comprising an inductor coil disposed around at least a portion of the chamber; and a power source connected to the inductor coil and configured to provide a high frequency electric current to the inductor coil such that, in use, the inductor coil generates a fluctuating electromagnetic field to heat the susceptor element and thereby heat the aerosol-forming substrate, wherein the inductor further comprises a flux concentrator disposed around the inductor coil and configured to distort the fluctuating electromagnetic field, generated by the inductor coil during use, towards the chamber, and wherein the flux concentrator comprises a plurality of discrete flux concentrator segments (531, 532, 533, 534, 535) positioned adjacent to one another. a device housing defining a chamber for receiving at least a portion of the aerosol-generating article; an inductor comprising an inductor coil disposed around at least a portion of the chamber; and a power source connected to the inductor coil and configured to provide a high frequency electric current to the inductor coil such that, in use, the inductor coil generates a fluctuating electromagnetic field to heat the susceptor element and thereby heat the aerosol-forming substrate, wherein the inductor further comprises a flux concentrator disposed around the inductor coil and configured to distort the fluctuating electromagnetic field, generated by the inductor coil during use, towards the chamber, and wherein the flux concentrator comprises a plurality of discrete flux concentrator segments (531, 532, 533, 534, 535) positioned adjacent to one another.
A collecting hood for capturing the exhaust air above cooking areas, production devices, said collecting hood including a vapor chamber, an extraction chamber and an air supply chamber which extend horizontally and parallel to one another in a longitudinal direction, wherein - the vapor chamber is downwardly open and tapers upward, - the extraction chamber is separated from the vapor chamber by a filter or a separator, wherein the filter or the separator forms an inclined boundary of the upwardly tapering vapor chamber, and - the air supply chamber tapers downward and merges at its bottom end into a curved deflection region which opens out into a discharge opening which is arranged at a bottom end of the vapor chamber opposite the extraction chamber such that supply air which is blown from above into the air supply chamber, emerges from the discharge opening horizontally or upwardly at an angle in the direction of the filter or of the separator, characterized in that the collecting hood additionally includes a negative pressure chamber which is arranged between the vapor chamber and the air supply chamber, wherein the negative pressure chamber is closed on all sides with the exception of a suction opening at its bottom end which opens out in the region of an inner radius of the curved deflection region of the air supply chamber into said deflection region, and wherein the negative pressure chamber and the air supply chamber are separated from one another along an induction region, which connects upwardly to the suction opening or to the deflection region, by a wall which comprises a plurality of individual apertures which are arranged consecutively in the longitudinal direction of the collecting hood. - the vapor chamber is downwardly open and tapers upward, - the extraction chamber is separated from the vapor chamber by a filter or a separator, wherein the filter or the separator forms an inclined boundary of the upwardly tapering vapor chamber, and - the air supply chamber tapers downward and merges at its bottom end into a curved deflection region which opens out into a discharge opening which is arranged at a bottom end of the vapor chamber opposite the extraction chamber such that supply air which is blown from above into the air supply chamber, emerges from the discharge opening horizontally or upwardly at an angle in the direction of the filter or of the separator,
A method in a radio network node for reconfiguring mappings from Carrier Indicator Field-values, referred to as "CIF-values", to component carriers, wherein each CIF-value is mapped to a respective component carrier comprising a respective shared data channel, wherein each respective shared data channel is addressed by at least one downlink control channel, on another component carrier or on the same component carrier, carrying said each CIF-value, and the component carriers are managed by the radio network node, wherein the radio network node and the user equipment are comprised in a multi-carrier radio communication system, wherein the method comprises reconfiguring mappings from CIF-values to component carriers, while maintaining at least one mapping of CIF-value to a first component carrier and changing at least one mapping of CIF-value from a second component carrier to a third component carrier transmitted on the first component carrier, wherein the first component carrier comprises said at least one downlink control channel and a shared data channel addressed by said at least one downlink control channel, wherein the second component carrier and the third component carrier comprises a respective shared data channel addressed by the downlink control channel of the first component carrier, and sending at least one of the reconfigured mappings from CIF-values to component carriers to the user equipment. reconfiguring mappings from CIF-values to component carriers, while maintaining at least one mapping of CIF-value to a first component carrier and changing at least one mapping of CIF-value from a second component carrier to a third component carrier transmitted on the first component carrier, wherein the first component carrier comprises said at least one downlink control channel and a shared data channel addressed by said at least one downlink control channel, wherein the second component carrier and the third component carrier comprises a respective shared data channel addressed by the downlink control channel of the first component carrier, and sending at least one of the reconfigured mappings from CIF-values to component carriers to the user equipment.
Hydraulic press drive for a tool part that is movable to accelerate by means of a rapid traverse cylinder arrangement of the press drive and is able to be subjected to a counter-pressure by means of a counter-acting cylinder arrangement of the press drive, wherein the counter-acting cylinder arrangement and the rapid traverse cylinder arrangement are each arranged in circles, separated hydraulically from one another, each with a hydraulic machine (30, 62), characterized in that the hydraulic machine arranged in a rapid traverse branch consists of a multiplicity of hydraulic machine units (62a, 62b, 62c) that are connected in parallel and are actuable individually, jointly or in any desired combination.
A vehicle display system comprising: a vehicle detection device configured to detect at least one other vehicle present in surroundings of a host vehicle; a vehicle speed detection device configured to detect a speed of the host vehicle; a display device configured to display the host vehicle and the at least one other vehicle respectively as vehicle icons; and a display control part configured to control a content of display of the display device, characterized in that when the speed of the host vehicle is equal to or less than a predetermined value, the display control part is configured to blank out the display of or display transparently at least a part of a vehicle icon of a following vehicle detected by the vehicle detection device and positioned at a rear of the host vehicle in a driving lane of the host vehicle. a vehicle detection device configured to detect at least one other vehicle present in surroundings of a host vehicle; a vehicle speed detection device configured to detect a speed of the host vehicle; a display device configured to display the host vehicle and the at least one other vehicle respectively as vehicle icons; and a display control part configured to control a content of display of the display device, characterized in that when the speed of the host vehicle is equal to or less than a predetermined value, the display control part is configured to blank out the display of or display transparently at least a part of a vehicle icon of a following vehicle detected by the vehicle detection device and positioned at a rear of the host vehicle in a driving lane of the host vehicle.
An apparatus comprising: a heat exchanger plate comprising a channel extending longitudinally along a surface of the heat exchanger plate; and a heat pipe coupled substantially within the channel; wherein a bottom surface and a lateral surface of the heat pipe are thermally bonded to a bottom surface and a lateral surface of the channel, respectively, characterised in that the heat exchanger plate comprises a recess formed adjacent to the channel in the surface of the heat exchanger plate, the recess is configured to receive a thermal interface material configured to thermally couple the heat exchanger plate to a thermal sink; and the recess comprises a depth configured to select a compression force for the thermal interface material while the heat exchanger plate is coupled to the thermal sink. a heat exchanger plate comprising a channel extending longitudinally along a surface of the heat exchanger plate; and a heat pipe coupled substantially within the channel; wherein a bottom surface and a lateral surface of the heat pipe are thermally bonded to a bottom surface and a lateral surface of the channel, respectively, characterised in that the heat exchanger plate comprises a recess formed adjacent to the channel in the surface of the heat exchanger plate, the recess is configured to receive a thermal interface material configured to thermally couple the heat exchanger plate to a thermal sink; and the recess comprises a depth configured to select a compression force for the thermal interface material while the heat exchanger plate is coupled to the thermal sink.
Portable, handy, supple thermal container,for self-service consumable preparations, including inside an auto-heating or auto-cooling thermal charge, composed of a first pocket, envelope or bag containing the consumer product (2"), a reaction chamber containing a reagent (5") and a chemical reaction product, with calibrated release and coupling, means or walls to separate the reaction product from the products for preparation and consumption, said thermal supple container with embodied internal thermal exchange being shaped like an envelope or bag with a second pocket formed interposed within a first pocket, said first pocket to contain the consumer product (2"), said second pocket to contain the reaction chamber, the second pocket intended to contain the reaction chamber being built by folding a sheet, said thermal supple container having a top side carrying a sprout, a bottom side opposite to said top side and two lateral sides extending between said top side and said bottom side, characterized in that said thermal supple container comprises a safety valve intended to control a possible excessive pressure generated in the reaction chamber or an overheating of the consumer product in the first pocket with production of vapours, said safety valve performing its function at the same time for both the first and second pockets (2, 3), and in that said safety valve is arranged along at least one of said lateral sides of the container to prevent the prevalent lateral breaking or collapse of the said pockets.
Boat with an electronic driving system boat being equipped with an electric water-jet engine connected to a series of supply batteries, with a paddle, oar, fin or other palm-like extension, and being movable by a user through said paddle, oar, fin or other palm-like extension, characterized in that said driving system comprises: - a first electronic device composed of an electronic circuit, provided with a power supply, a first processor, a first Bluetooth or Wi-Fi circuit, a first accelerometer and at least one helix-like sensor arranged on a surface of said paddle oar, fin or other palm-like extension for detecting a pushing force of the user, said first electronic device being positioned on said paddle, oar, fin or other palm-like extension of the boat and said first Bluetooth or Wi-Fi circuit being able to communicate the information relating to said pushing force to a second electronic device placed on the boat; - said second electronic device placed on the boat and composed of a second electronic circuit, provided with a power supply, a second processor, a second Bluetooth or Wi-Fi circuit, a second accelerometer, a gyroscope, a GPS chip and at least a second sensor for detecting a thrusting force of said electric water-jet engine of the boat, said second processor and said second Bluetooth or Wi-Fi circuit being able to receive and process the information sent by said at least one helix-like sensor and said first accelerometer of said first electronic device and to manage, based on said information, the power of said electric water-jet engine of the boat. - a first electronic device composed of an electronic circuit, provided with a power supply, a first processor, a first Bluetooth or Wi-Fi circuit, a first accelerometer and at least one helix-like sensor arranged on a surface of said paddle oar, fin or other palm-like extension for detecting a pushing force of the user, said first electronic device being positioned on said paddle, oar, fin or other palm-like extension of the boat and said first Bluetooth or Wi-Fi circuit being able to communicate the information relating to said pushing force to a second electronic device placed on the boat; - said second electronic device placed on the boat and composed of a second electronic circuit, provided with a power supply, a second processor, a second Bluetooth or Wi-Fi circuit, a second accelerometer, a gyroscope, a GPS chip and at least a second sensor for detecting a thrusting force of said electric water-jet engine of the boat, said second processor and said second Bluetooth or Wi-Fi circuit being able to receive and process the information sent by said at least one helix-like sensor and said first accelerometer of said first electronic device and to manage, based on said information, the power of said electric water-jet engine of the boat.
A dimpled workpiece comprising: a plurality of dimples, configured to increase pressure of an oil film, formed in a workpiece, wherein: each of the plurality of dimples has an aspect ratio of 5.0 or more and 50.0 or less, and the aspect ratio is a ratio of a vertical length of the dimple in a longitudinal direction to a lateral length of the dimple in a lateral direction orthogonal to the longitudinal direction, and each of the plurality of dimples has a spindle shape. each of the plurality of dimples has an aspect ratio of 5.0 or more and 50.0 or less, and the aspect ratio is a ratio of a vertical length of the dimple in a longitudinal direction to a lateral length of the dimple in a lateral direction orthogonal to the longitudinal direction, and each of the plurality of dimples has a spindle shape.
An outer conductor arrangement for a coaxial plug connector, wherein the outer conductor arrangement is formed in two parts, having a contact component for the electrical and mechanical connection with an outer conductor of a mating plug connector and having a connection component for the electrical and mechanical connection with an outer conductor of a coaxial cable, wherein the contact component and the connection component are connected to one another electrically and mechanically at a contact section, wherein a compensating section is arranged between the contact component and the connection component to compensate for a component difference in the region of the contact section, characterized in that the compensating section is formed by a folded-over material section of the connection component and, that the folded-over material section abuts against the contact surface on a radially inwardly directed surface.
A system for age-compensated monitoring of a patient experiencing an administration of at least one drug having anesthetic properties, the system comprising: a plurality of sensors configured to acquire physiological data from the patient while receiving the at least one drug having anesthetic properties; at least one processor configured to: receive physiological data from the plurality of sensors, wherein the physiological data is electroencephalography data; determine, from the physiological data and using a spectral estimation method, signal markers at least consistent with an apparent patient age; determine the apparent patient age based on at least one of the signal markers; and generate a report including at least the physiological data adjusted for the apparent patient age. a plurality of sensors configured to acquire physiological data from the patient while receiving the at least one drug having anesthetic properties; at least one processor configured to: receive physiological data from the plurality of sensors, wherein the physiological data is electroencephalography data; determine, from the physiological data and using a spectral estimation method, signal markers at least consistent with an apparent patient age; determine the apparent patient age based on at least one of the signal markers; and generate a report including at least the physiological data adjusted for the apparent patient age. receive physiological data from the plurality of sensors, wherein the physiological data is electroencephalography data; determine, from the physiological data and using a spectral estimation method, signal markers at least consistent with an apparent patient age; determine the apparent patient age based on at least one of the signal markers; and generate a report including at least the physiological data adjusted for the apparent patient age.
A lawn-care apparatus comprising a rotatable cutting element driven by an electronically commutated motor, wherein the electronically commutated motor is powered by a battery unit, wherein the apparatus further comprises a battery compartment having an openable battery cover, characterised in that the battery unit comprises engagement means comprising a plurality of grooves or ribs for slidable engagement with a complementary engagement means provided in or on the battery compartment.