mhurhangee/ep-ind-claims huggingface dataset:
Method of disintegrating rock in the drilling process by melting and by synergism of water streams, comprising action of the heat flow source on the rock, action of the water stream source on the melted rock, characterized in that: - the heat flow source or the energy flow source acts on the rock at least until its local phase transition into the melt occurs, - at least one water stream is directed into the locally created melt, on which it acts, - by action of water stream on the melt by physical explosion, a rock melt fragmentation process is realized, - simultaneously with the fragmentation process, a process of conversion of heat energy into kinetic energy of fragmented particles movement occurs, - fragmented particles undergo the reverse phase transition into the solid phase. - the heat flow source or the energy flow source acts on the rock at least until its local phase transition into the melt occurs, - at least one water stream is directed into the locally created melt, on which it acts, - by action of water stream on the melt by physical explosion, a rock melt fragmentation process is realized, - simultaneously with the fragmentation process, a process of conversion of heat energy into kinetic energy of fragmented particles movement occurs, - fragmented particles undergo the reverse phase transition into the solid phase.
An airflow tube releasably attachable to a chassis of a respiratory pressure therapy device that includes a blower and a humidifier integrated with the RPT device to provide pressurized air to a patient interface to treat a respiratory disorder in a patient, the airflow tube comprising: a first portion moulded from a first rigid material, the first portion having an outlet end configured to be connected to an air circuit to direct pressurized air to the patient interface, and a second portion having a seal that is configured to contact and seal against an outlet of a humidifier reservoir, the seal forming an inlet end configured to receive air pressurized by the blower; wherein the airflow tube comprises a bend positioned between the inlet end and the outlet end, characterized in that the second portion is overmoulded from a second compliant material: wherein the second portion comprises at least a portion of the bend. a first portion moulded from a first rigid material, the first portion having an outlet end configured to be connected to an air circuit to direct pressurized air to the patient interface, and a second portion having a seal that is configured to contact and seal against an outlet of a humidifier reservoir, the seal forming an inlet end configured to receive air pressurized by the blower; wherein the airflow tube comprises a bend positioned between the inlet end and the outlet end, characterized in that the second portion is overmoulded from a second compliant material: wherein the second portion comprises at least a portion of the bend.
A method of providing lawful interception for use in a communication network, the method comprising: at a Call Server in the communication network, handling a communication subject to lawful interception; generating instructions for creating at a Lawful Intercept node a complete intercept context required to perform interception between an originating party, a terminating party, and a mediation device; sending to the Lawful Intercept node the generated instructions; routing the communication subject to lawful interception via a generated central static intercept context at the Lawful Intercept node; the method characterized by if required, generating an additional helper context between the central static intercept context and a device that requires the additional helper context. at a Call Server in the communication network, handling a communication subject to lawful interception; generating instructions for creating at a Lawful Intercept node a complete intercept context required to perform interception between an originating party, a terminating party, and a mediation device; sending to the Lawful Intercept node the generated instructions; routing the communication subject to lawful interception via a generated central static intercept context at the Lawful Intercept node; the method characterized by if required, generating an additional helper context between the central static intercept context and a device that requires the additional helper context.
A fill level radar for continuous fill level measurement, comprising: a radar arrangement, configured to generate and emit a radar signal to the surface of a filling material, an impedance spectroscopy arrangement, setup for detecting adhesion to the radar arrangement or a gas phase of the filling material by means of impedance spectroscopy, wherein the radar arrangement comprises an antenna which is set up to emit the radar signal to the surface of the filling material, characterized in that the impedance spectroscopy arrangement comprises a ring-shaped, strip-shaped or cross-shaped measurement sensor (107, 108), which is integrated in the antenna. a radar arrangement, configured to generate and emit a radar signal to the surface of a filling material, an impedance spectroscopy arrangement, setup for detecting adhesion to the radar arrangement or a gas phase of the filling material by means of impedance spectroscopy, wherein the radar arrangement comprises an antenna which is set up to emit the radar signal to the surface of the filling material, characterized in that the impedance spectroscopy arrangement comprises a ring-shaped, strip-shaped or cross-shaped measurement sensor (107, 108), which is integrated in the antenna.
An electrical energy storage system for an aircraft, comprising at least one electrical energy storage unit with power supply lines (212a, 212b) and an energy source that is configured to store electrical energy and to supply electrical power at a predetermined voltage range via the power supply lines (212a, 212b), wherein the at least one electrical energy storage unit comprises: a power switching unit that is adapted to operate in an associated supply mode for supplying electrical power from the energy source via the power supply lines (212a, 212b), and to operate in an associated disconnect mode for disconnecting the energy source from the power supply lines (212a, 212b); a driver enable stage that comprises at least a first enable channel and a second enable channel, wherein each one of the first enable channel and the second enable channel is adapted to operate in one of an enable mode and a disable mode; and a switch driver unit that is adapted to operate in one of an enable mode and a disable mode; wherein the power switching unit is configured to operate in the supply mode if the switch driver unit and at least one of the first enable channel and the second enable channel are operated in enable mode, and wherein the power switching unit is configured to operate in the disconnect mode if the switch driver unit is operated in disable mode, or if both the first enable channel and the second enable channel are operated in disable mode. a power switching unit that is adapted to operate in an associated supply mode for supplying electrical power from the energy source via the power supply lines (212a, 212b), and to operate in an associated disconnect mode for disconnecting the energy source from the power supply lines (212a, 212b); a driver enable stage that comprises at least a first enable channel and a second enable channel, wherein each one of the first enable channel and the second enable channel is adapted to operate in one of an enable mode and a disable mode; and a switch driver unit that is adapted to operate in one of an enable mode and a disable mode; wherein the power switching unit is configured to operate in the supply mode if the switch driver unit and at least one of the first enable channel and the second enable channel are operated in enable mode, and wherein the power switching unit is configured to operate in the disconnect mode if the switch driver unit is operated in disable mode, or if both the first enable channel and the second enable channel are operated in disable mode.
A cap remover, comprising: a cap remover body having a proximal end, a distal end, and an interior wall defining a cavity within the proximal end of the cap remover body; a protrusion extending inwardly from the interior wall of the cap remover body into the cavity; and a flange provided adjacent the distal end of the cap remover body, wherein the cavity is sized to accommodate a cap disposed on a needle of a medical injector at least partially therein, and wherein with the cap received within the cavity, the cap remover may remove the cap from the medical injector, characterized in that an opening is defined through a a sidewall of the cap remover body, the sidewall extending between the proximal end and the distal end of the cap remover body and the opening being configured to assist a user in simultaneously removing the cap remover and the cap. a cap remover body having a proximal end, a distal end, and an interior wall defining a cavity within the proximal end of the cap remover body; a protrusion extending inwardly from the interior wall of the cap remover body into the cavity; and a flange provided adjacent the distal end of the cap remover body, wherein the cavity is sized to accommodate a cap disposed on a needle of a medical injector at least partially therein, and wherein with the cap received within the cavity, the cap remover may remove the cap from the medical injector, characterized in that an opening is defined through a a sidewall of the cap remover body, the sidewall extending between the proximal end and the distal end of the cap remover body and the opening being configured to assist a user in simultaneously removing the cap remover and the cap.
A power station capable of wirelessly transmitting power to a chargeable device (150, 600) in proximity to the power station (110, 200, 401), the power station (110, 200, 401) comprising: a communication module configured to transmit and receive signals of a first communication protocol to and from the chargeable device (150, 600); a coil module (240, 340) that includes a plurality of coils (115, 345, 410); a coil driving module configured to drive the plurality of coils with signals using a second communication protocol that is different from the first communication protocol; and a load detection module (250, 350) configured to detect signals loaded onto the plurality of coils (115, 345, 410) from the chargeable device (150, 600); characterized in that the communication module and the coil module (240, 340) are configured to receive a response signal from the chargeable device (150, 600) in response to the transmitted signal via at least one of the communication module and the coil module (240, 340); and the coil driving module is configured to drive each of the plurality of coils (115, 345, 410) simultaneously so as to transmit the signal to the chargeable device (150, 600) by the plurality of coils (115, 345, 410) at different frequencies. a communication module configured to transmit and receive signals of a first communication protocol to and from the chargeable device (150, 600); a coil module (240, 340) that includes a plurality of coils (115, 345, 410); a coil driving module configured to drive the plurality of coils with signals using a second communication protocol that is different from the first communication protocol; and a load detection module (250, 350) configured to detect signals loaded onto the plurality of coils (115, 345, 410) from the chargeable device (150, 600); characterized in that the communication module and the coil module (240, 340) are configured to receive a response signal from the chargeable device (150, 600) in response to the transmitted signal via at least one of the communication module and the coil module (240, 340); and the coil driving module is configured to drive each of the plurality of coils (115, 345, 410) simultaneously so as to transmit the signal to the chargeable device (150, 600) by the plurality of coils (115, 345, 410) at different frequencies.
A device for detecting wear of an electromechanical device, the device comprising a measuring device which is designed to detect at least one predetermined operating parameter of the electromechanical device; and an evaluation device which is designed to determine a current operating state of the electromechanical device from the recorded predetermined operating parameter of the electromechanical device by means of machine learning with the aid of mass data, preferably in the form of training data; characterised in that the evaluation device is designed to determine the current operating state from the recorded predetermined operating parameter assuming a multimodal failure distribution. a measuring device which is designed to detect at least one predetermined operating parameter of the electromechanical device; and an evaluation device which is designed to determine a current operating state of the electromechanical device from the recorded predetermined operating parameter of the electromechanical device by means of machine learning with the aid of mass data, preferably in the form of training data; characterised in that the evaluation device is designed to determine the current operating state from the recorded predetermined operating parameter assuming a multimodal failure distribution.
Method for charging and/or discharging energy stores of a multilevel converter comprising at least one phase module branch (6p1, 6p2, 6p3, 6n1, 6n2, 6n3) having a series circuit formed by submodules, which each have at least one power semiconductor circuit for turning on or off an energy store connected in parallel with the power semiconductor circuit (T1, T2) and a submodule sensor for detecting an energy store actual value Uc, wherein - with an energy change state being obtained a determination is made as to whether turned-on energy stores of a phase module branch (6p1, 6p2, 6p3, 6n1, 6n2, 6n3) can be charged or discharged, - and the next energy store to be switched in each phase module branch is selected by means of a predetermined logic in a manner dependent on the energy change state, characterized in that the sum of all the turned-on energy store actual values is formed with an energy store summation actual value being obtained, the difference between a predetermined phase module branch energy desired value and the energy store summation actual value is determined with an energy difference value being obtained, and a switching instant at which the selected energy store is switched is defined if the magnitude of the energy difference value or the magnitude of a quantity derived from the energy difference value exceeds the magnitude of a switching threshold value. - with an energy change state being obtained a determination is made as to whether turned-on energy stores of a phase module branch (6p1, 6p2, 6p3, 6n1, 6n2, 6n3) can be charged or discharged, - and the next energy store to be switched in each phase module branch is selected by means of a predetermined logic in a manner dependent on the energy change state,
A method of detecting a status of a lamp, comprising: calculating a slope of a curve of an output voltage of a driver of the lamp to measure a degree of a variation of the output voltage, determining the status of the lamp according to the degree of the variation of the output voltage of the driver of the lamp, wherein the status of the lamp is determined as outputting light when the degree of the variation of the output voltage is less than a threshold which is set corresponding to an output current of the driver. calculating a slope of a curve of an output voltage of a driver of the lamp to measure a degree of a variation of the output voltage, determining the status of the lamp according to the degree of the variation of the output voltage of the driver of the lamp, wherein the status of the lamp is determined as outputting light when the degree of the variation of the output voltage is less than a threshold which is set corresponding to an output current of the driver.
A method of crosslinking a silicon carbide fiber precursor polymer, comprising: exposing a first portion of silicon carbide fiber precursor polymer provided on a platform to e-beam radiation from an e-beam radiation mechanism, wherein the platform comprises a drum-like base including a processing surface which carry the silicon carbide fiber precursor polymer; translating at least one of the platform and the e-beam radiation with respect to the other and exposing a second portion of the silicon carbide fiber precursor polymer to e-beam radiation, wherein translating at least one of the platform and the e-beam radiation with respect to the other includes rotating the platform about an axis of rotation; and regulating the temperature of the platform to thereby prevent the temperature of the first and second portions (16A,B) of the silicon carbide fiber precursor polymer from reaching their softening point due to the e-beam radiation; and characterized in that the drum-like base forms a drum-like surface such that the processing surface is arcuate and extends, at least partially, about the axis of rotation, wherein the silicon carbide fiber precursor polymer is provided on the processing surface of the drum-like base of the platform by winding the silicon carbide fiber precursor polymer on the platform. exposing a first portion of silicon carbide fiber precursor polymer provided on a platform to e-beam radiation from an e-beam radiation mechanism, wherein the platform comprises a drum-like base including a processing surface which carry the silicon carbide fiber precursor polymer; translating at least one of the platform and the e-beam radiation with respect to the other and exposing a second portion of the silicon carbide fiber precursor polymer to e-beam radiation, wherein translating at least one of the platform and the e-beam radiation with respect to the other includes rotating the platform about an axis of rotation; and regulating the temperature of the platform to thereby prevent the temperature of the first and second portions (16A,B) of the silicon carbide fiber precursor polymer from reaching their softening point due to the e-beam radiation; and characterized in that
A method of building a soft robot actuator, the method comprising providing a plurality of flexible elementary units comprising a mechanical connector configured to provide a physical coupling to another flexible elementary unit, wherein each of the molded flexible units has one or more walls; arranging the one or more walls of the plurality of flexible elementary units to define a cavity and form a flexible actuator; and providing an inlet coupled to the cavity, wherein the inlet is configured to receive pressurized or depressurized fluid to inflate or deflate a portion of the flexible actuator, thereby causing an actuation of the flexible actuator; wherein the mechanical connector of each molded flexible unit comprises a male mechanical connector and a female mechanical connector, wherein the male mechanical connector of a first molded flexible unit is configured to couple to a female mechanical connector of a second molded flexible unit.
Modular spray bar system for selective cooling and/or lubrication of rolls and/or rolling material, comprising at least one central connection block with at least one first fluid connection opening into a first main bore, which extends in the direction of a spray bar axis and which forms a part of a first main fluid channel of a spray bar, as well as at least one first transverse bore extending transversely of the first main bore and opening into a first fluid outlet opening (10, 11); at least two central expansion blocks connectible with the central connecting block, wherein each of the central expansion blocks comprises a first main bore, which extends in the direction of the spray bar axis and which forms a part of the first main fluid channel of the spray bar, as well as at least one first transverse bore, which extends transversely of the first main bore and opens into a first fluid outlet opening; at least two outer expansion blocks connectible with the central expansion blocks, wherein each of the outer expansion blocks comprises a first main bore, which extends in the direction of the spray bar axis and which forms a part of the first main fluid channel of the spray bar, as well as at least one first transverse bore extending transversely of the first main bore and opening into a first fluid outlet opening; at least two outer connection blocks, which are connectible with the outer expansion blocks, each with at least one respective second fluid connection opening into a first main bore, which extends in the direction of the spray bar axis and is closed at one end and which forms an end part of the first main fluid channel of the spray bar; and at least one clamping element by means of which the spray bar formed from the different blocks can be clamped. at least two central expansion blocks connectible with the central connecting block, wherein each of the central expansion blocks comprises a first main bore, which extends in the direction of the spray bar axis and which forms a part of the first main fluid channel of the spray bar, as well as at least one first transverse bore, which extends transversely of the first main bore and opens into a first fluid outlet opening; at least two outer expansion blocks connectible with the central expansion blocks, wherein each of the outer expansion blocks comprises a first main bore, which extends in the direction of the spray bar axis and which forms a part of the first main fluid channel of the spray bar, as well as at least one first transverse bore extending transversely of the first main bore and opening into a first fluid outlet opening; at least two outer connection blocks, which are connectible with the outer expansion blocks, each with at least one respective second fluid connection opening into a first main bore, which extends in the direction of the spray bar axis and is closed at one end and which forms an end part of the first main fluid channel of the spray bar; and at least one clamping element by means of which the spray bar formed from the different blocks can be clamped.