mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a pressurized water reactor comprising a pressure vessel containing a nuclear reactor core comprising fissile material; a radiological containment structure inside of which the PWR is disposed; an emergency core cooling system configured to respond to a vessel penetration break at the top of the pressure vessel that results in depressurization of the pressure vessel by draining water from a body of water through an injection line into the pressure vessel; and a barrier configured to operate concurrently with the emergency core cooling system to suppress flow of liquid water from the pressure vessel out the vessel penetration break at the top of the pressure vessel, wherein the PWR further comprises a central riser disposed inside the pressure vessel and defining a coolant circulation path in which coolant water heated by the nuclear reactor core flows upward inside the central riser, exits a top opening of the central riser, and flows downward in a downcomer annulus defined between the central riser and the pressure vessel to return to the nuclear reactor core, and the barrier comprises: an extension of the injection line disposed inside the pressure vessel and passing through the central riser to drain water from the body of water into the central riser of the pressure vessel. a pressurized water reactor comprising a pressure vessel containing a nuclear reactor core comprising fissile material; a radiological containment structure inside of which the PWR is disposed; an emergency core cooling system configured to respond to a vessel penetration break at the top of the pressure vessel that results in depressurization of the pressure vessel by draining water from a body of water through an injection line into the pressure vessel; and a barrier configured to operate concurrently with the emergency core cooling system to suppress flow of liquid water from the pressure vessel out the vessel penetration break at the top of the pressure vessel, wherein the PWR further comprises a central riser disposed inside the pressure vessel and defining a coolant circulation path in which coolant water heated by the nuclear reactor core flows upward inside the central riser, exits a top opening of the central riser, and flows downward in a downcomer annulus defined between the central riser and the pressure vessel to return to the nuclear reactor core, and the barrier comprises: an extension of the injection line disposed inside the pressure vessel and passing through the central riser to drain water from the body of water into the central riser of the pressure vessel.
A power tool connectable to a power supply, the power tool comprising: a motor; and a voltage increasing control circuit that is configured to regulate power supplied to the motor, wherein the voltage increasing control circuit includes: a voltage increasing unit configured to increase voltage that is supplied from the power supply, and to supply the motor with the voltage, a power estimation unit configured to determine whether or not to increase the power supplied to the motor, and a voltage control unit that is configured to control the voltage increasing unit, wherein the voltage control unit is configured to, when the power estimation unit determines to increase the power supplied to the motor, control the voltage increasing unit to increase the power supplied to the motor, characterized by the power tool further comprising a trigger switch that is configured to provide the power estimation unit with a drive signal in correspondence with an amount the trigger switch is operated by a user, wherein the power estimation unit is configured to determine whether or not to increase the power supplied to the motor based on the drive signal. a motor; and a voltage increasing control circuit that is configured to regulate power supplied to the motor, wherein the voltage increasing control circuit includes: a voltage increasing unit configured to increase voltage that is supplied from the power supply, and to supply the motor with the voltage, a power estimation unit configured to determine whether or not to increase the power supplied to the motor, and a voltage control unit that is configured to control the voltage increasing unit, wherein the voltage control unit is configured to, when the power estimation unit determines to increase the power supplied to the motor, control the voltage increasing unit to increase the power supplied to the motor, a voltage increasing unit configured to increase voltage that is supplied from the power supply, and to supply the motor with the voltage, a power estimation unit configured to determine whether or not to increase the power supplied to the motor, and a voltage control unit that is configured to control the voltage increasing unit, wherein the voltage control unit is configured to, when the power estimation unit determines to increase the power supplied to the motor, control the voltage increasing unit to increase the power supplied to the motor, characterized by the power tool further comprising a trigger switch that is configured to provide the power estimation unit with a drive signal in correspondence with an amount the trigger switch is operated by a user, wherein the power estimation unit is configured to determine whether or not to increase the power supplied to the motor based on the drive signal.
Interaction device for a vehicle, comprising at least one active exterior trim part that includes at least one movable visible component, a vehicle environment sensor system and an access authorisation system and/or a vehicle status sensor system wherein an evaluation and control unit evaluates information from the vehicle environment sensor system and/or the access authorisation system and/or the vehicle status sensor system and controls the at least one movable component of the at least one active exterior trim part as a function of the evaluation for interaction with other road users in the vehicle environment, at least one movable visible first component being configured as an exterior mirror housing that can be adjusted between a folded-in storage position and a folded-out operating position by means of an actuator, and/or at least one movable visible second component being configured as an adjustable segment (32B, 32C, 32D) that can be adjusted between a storage position and a deployed operating position by means of the actuator, wherein, during the driving operation, if a possible hazard to the other road user is detected, the evaluation and control unit adjusts at least one of the movable components as a recognition scenario between the storage position and the operating position and back by means of the corresponding actuator at a specified switching frequency.
A method for preparation of aggregated protein particles, comprising the steps: a) dissolving or dispersing a protein in an aqueous solution at a concentration between 4% and 15% by weight; b) aggregating the proteins into particles having a volume weighted mean diameter between 200 nanometer and 20 micrometer; c) separating aggregated protein particles from non-aggregated protein by washing with water, and wherein an aqueous dispersion of aggregated protein particles at a concentration of 1% by weight at 25°C has a surface tension of at least 60 mN·m -1. a) dissolving or dispersing a protein in an aqueous solution at a concentration between 4% and 15% by weight; b) aggregating the proteins into particles having a volume weighted mean diameter between 200 nanometer and 20 micrometer; c) separating aggregated protein particles from non-aggregated protein by washing with water,
A method for treating an infection by Pseudomonas syringae and/or Pseudomonas syringae pv actinidiae in a tree, comprising: applying a temperature sensor in a hole created in a wood of the tree; arranging a carbon crystal electric heating element in a vicinity of the tree; and coupling the temperature sensor to the carbon crystal electric heating element; and maintaining the temperature to be within a temperature range for a period less than 48 hours comprising: heating the tree using infrared light emitted by the carbon crystal electric heating element; measuring a temperature of the tree using the temperature sensor; switching off the carbon crystal electric heating element when the measured temperature has reached a desired temperature; and switching the carbon crystal electric heating element back on when the measured temperature drops below the desired temperature; wherein the desired temperature is at least 39 degrees Celsius; and wherein the tree is a tree of the genus Aesculus, in particular a tree of the species Aesculus hippocastanum, and/or a tree of the genus Actinidia, in particular a tree of the species Actinidia chinesis and/or Actinidia deliciosa. applying a temperature sensor in a hole created in a wood of the tree; arranging a carbon crystal electric heating element in a vicinity of the tree; and coupling the temperature sensor to the carbon crystal electric heating element; and maintaining the temperature to be within a temperature range for a period less than 48 hours comprising: heating the tree using infrared light emitted by the carbon crystal electric heating element; measuring a temperature of the tree using the temperature sensor; switching off the carbon crystal electric heating element when the measured temperature has reached a desired temperature; and switching the carbon crystal electric heating element back on when the measured temperature drops below the desired temperature; heating the tree using infrared light emitted by the carbon crystal electric heating element; measuring a temperature of the tree using the temperature sensor; switching off the carbon crystal electric heating element when the measured temperature has reached a desired temperature; and switching the carbon crystal electric heating element back on when the measured temperature drops below the desired temperature; wherein the desired temperature is at least 39 degrees Celsius; and wherein the tree is a tree of the genus Aesculus, in particular a tree of the species Aesculus hippocastanum, and/or a tree of the genus Actinidia, in particular a tree of the species Actinidia chinesis and/or Actinidia deliciosa.
An arrangement for generating vibration according to an electrical input signal, the arrangement comprising: a phase; a surface supported with respect to the base by at least one supporting member; a first permanent magnet arrangement coupled with the surface and comprising a first permanent magnet; a frame coupled with the base and comprising magnetic material; a second permanent magnet configured to be arranged between the first permanent magnet and the frame and to be coupled with the frame, one or more portion of the frame extending at least in one direction over an edge area of the second permanent magnet, wherein the first permanent magnet is between the second permanent magnet and the surface; the second permanent magnet further configured to face, at a distance, the first permanent magnet such that a magnetic interaction between the first permanent magnet and the second permanent magnet causes a first force to the surface, wherein the frame is configured to be magnetized by the same polarity of the second permanent magnet as polarity of a pole of the second permanent magnet coupled with the frame in order to cause magnetic interaction between said one or more portion of the frame and the first permanent magnet arrangement in order to cause a second force to the surface having an opposite direction compared with the first force; and a coil coupled with an input for receiving an electrical input signal, the coil configured to generate a magnetic field according to the electrical input signal in order to displace the surface to generate vibration. a phase; a surface supported with respect to the base by at least one supporting member; a first permanent magnet arrangement coupled with the surface and comprising a first permanent magnet; a frame coupled with the base and comprising magnetic material; a second permanent magnet configured to be arranged between the first permanent magnet and the frame and to be coupled with the frame, one or more portion of the frame extending at least in one direction over an edge area of the second permanent magnet, wherein the first permanent magnet is between the second permanent magnet and the surface; the second permanent magnet further configured to face, at a distance, the first permanent magnet such that a magnetic interaction between the first permanent magnet and the second permanent magnet causes a first force to the surface, wherein the frame is configured to be magnetized by the same polarity of the second permanent magnet as polarity of a pole of the second permanent magnet coupled with the frame in order to cause magnetic interaction between said one or more portion of the frame and the first permanent magnet arrangement in order to cause a second force to the surface having an opposite direction compared with the first force; and a coil coupled with an input for receiving an electrical input signal, the coil configured to generate a magnetic field according to the electrical input signal in order to displace the surface to generate vibration.
A sport shoe with studs including a fitting part and an outsole, said outsole having an interior part able to receive the forefoot, a middle part able to receive the midfoot and a posterior part able to receive the heel; said shoe being such that said posterior part of said outsole consists of a hollow shell and a heel pad, removable from the inside of said fitting part fitting the entire heel surface of the shoe, said heel pad being removably provided in a housing formed by said hollow shell and in that said posterior part has an extra thickness with respect to said anterior part, said extra thickness being adjustable by modifying the thickness of said movable heel pad.
A method of increasing packing density of particulates loaded into a plurality of microchannels in microchannel apparatus, comprising: providing a microchannel apparatus comprising a plurality of microchannels that comprise particulates; positioning a ultrasound-producing head at one end of the plurality of microchannels and placing the head in sonic contact with the plurality of microchannels; where sonic contact means that the ultrasound-producing head is either in direct contact or the ultrasound-producing head contacts the plurality of microchannels through a solid medium that transmits sound; applying ultrasonic energy to the plurality of microchannels from the ultrasound-producing head, wherein the ultrasonic energy has a frequency of 20 to 40 kHz; and wherein the ultrasound-producing head is pressed against the apparatus with a contact pressure of 200 kPa to 280 kPa (40 psi). providing a microchannel apparatus comprising a plurality of microchannels that comprise particulates; positioning a ultrasound-producing head at one end of the plurality of microchannels and placing the head in sonic contact with the plurality of microchannels; where sonic contact means that the ultrasound-producing head is either in direct contact or the ultrasound-producing head contacts the plurality of microchannels through a solid medium that transmits sound; applying ultrasonic energy to the plurality of microchannels from the ultrasound-producing head, wherein the ultrasonic energy has a frequency of 20 to 40 kHz; and wherein the ultrasound-producing head is pressed against the apparatus with a contact pressure of 200 kPa to 280 kPa (40 psi).
A security gate mechanism for a currency handling apparatus having a currency passageway comprising: a rotatable gate having a slit therein, wherein the slit is aligned with the currency passageway when the rotatable gate is in an initial position; a drive wheel coupled to the rotatable gate, wherein the drive wheel is configured to drive the rotatable gate in first and second directions, the second direction being opposite the first direction; a positioning member selectively engageable with the drive wheel for positioning the rotatable gate in the initial position such that the slit in the rotatable gate is substantially aligned with the currency passageway; wherein the positioning member is configured to be engageable with the drive wheel for rotating the rotatable gate in the second direction and not engageable with the drive wheel when the drive wheel rotates the rotatable gate in the first direction, characterized in that the security gate mechanism further comprises a housing; and that the rotatable gate, the drive wheel and the positioning member are coupled to the housing; and that the housing further includes a locking mechanism selectively engageable with the currency handling apparatus. a rotatable gate having a slit therein, wherein the slit is aligned with the currency passageway when the rotatable gate is in an initial position; a drive wheel coupled to the rotatable gate, wherein the drive wheel is configured to drive the rotatable gate in first and second directions, the second direction being opposite the first direction; a positioning member selectively engageable with the drive wheel for positioning the rotatable gate in the initial position such that the slit in the rotatable gate is substantially aligned with the currency passageway; wherein the positioning member is configured to be engageable with the drive wheel for rotating the rotatable gate in the second direction and not engageable with the drive wheel when the drive wheel rotates the rotatable gate in the first direction, characterized in that the security gate mechanism further comprises a housing;
A dual action container for killing insects and their larvae, comprising: a housing (100, 200) having a closed bottom (128, 228) and closed sidewalls (126, 226) and an open top (110, 210) with a grate (112, 212); a single side extended opening (140, 240) in the housing substantially at least midway between the closed bottom (128, 228) and the open top (110, 210); and an adulticidal coating layer on an inner surface of the housing; a larvicidal coating layer on an inner surface of the housing, wherein the adulticidal coating layer and the larvicidal coating layer kills both adult insects and their larvae over time, characterized in that the housing (100, 200) is of a generally pyramid shape having a narrow upper end with an inclined substantially narrower open top (110, 210). a housing (100, 200) having a closed bottom (128, 228) and closed sidewalls (126, 226) and an open top (110, 210) with a grate (112, 212); a single side extended opening (140, 240) in the housing substantially at least midway between the closed bottom (128, 228) and the open top (110, 210); and an adulticidal coating layer on an inner surface of the housing; a larvicidal coating layer on an inner surface of the housing, wherein the adulticidal coating layer and the larvicidal coating layer kills both adult insects and their larvae over time, characterized in that the housing (100, 200) is of a generally pyramid shape having a narrow upper end with an inclined substantially narrower open top (110, 210).
An airway device for human or animal use comprising an airway tube having a first end and a second end, the first end of which is surrounded by a non-inflatable laryngeal cuff configured to fit over the laryngeal inlet of a patient when in situ, characterised in that the first end of the airway tube is provided with an intubating ramp configured to direct a tube inserted through the airway tube into the laryngeal inlet of the patient when in situ wherein the airway tube comprises an internal wall, the internal wall comprising a ventral side and a dorsal side, and wherein the internal wall of the ventral side of the first end of the airway tube is flattened rather than curved and wherein the first end of the airway tube is of greater diameter than a remainder of the airway tube.
An inductor device wiring architecture, comprising: an inductor device and a plurality of dummy metals located under the inductor device, wherein the plurality of dummy metals are arranged in a plurality of metal layers, each of the plurality of metal layers corresponds to some of the plurality of dummy metals, characterised in that arrangement areas of dummy metals corresponding to at least three adjacent metal layers of the plurality of metal layers progressively increase in a direction away from the inductor device. an inductor device and a plurality of dummy metals located under the inductor device, wherein the plurality of dummy metals are arranged in a plurality of metal layers, each of the plurality of metal layers corresponds to some of the plurality of dummy metals, characterised in that arrangement areas of dummy metals corresponding to at least three adjacent metal layers of the plurality of metal layers progressively increase in a direction away from the inductor device.
A composite mining screen comprising: a cast elastomer frame encapsulating a pultruded composite mining screen insert, wherein the insert contains from 60 to 80 wt.% fibrous reinforcing material, based on the weight of the insert, and wherein a polyol component of the cast elastomer contains polymer regrind, wherein the cast elastomer is selected from polyurethane and thermoplastic polyurethane.
Duplex ferritic austenitic stainless steel for the use chemical industry for nitric acid environments wherein good uniform corrosion resistance and high strength are required, characterized in that the microstructure of the stainless steel consists of 35-65 volume % of ferrite, the balance being austenite, and the chemical composition consists of less than 0,03 weight % carbon, less than 1 weight % silicon, 3 weight % or less manganese, 26-29,5 weight % chromium, 5-8,5 weight % nickel, 1-3 weight % molybdenum, 0,25-0,35 weight % nitrogen, 1-3 weight % copper, optionally one or more added elements: less than 0,04 weight % Al, preferably less than 0,03 weight % Al, less than 0,003 weight % B, less than 0,003 weight % Ca, less than 0,1 weight % Ce, up to 1 weight % Co, up to 1 weight % W, up to 0,1 weight % Nb, up to 0,1 weight % Ti, less than 0,2 weight % V, less than 0,010 weight % S, preferably less than 0,005 weight % S, less than 0,040 weight % P so that the sum of S+P is less than 0,04 weight %, and the total oxygen content is below 100 ppm, preferably below 50 ppm unless in a case of metal powder where total oxygen content is up to 250 ppm, the rest being iron and inevitable impurities occurring in stainless steels and that the sigma equivalent SGR calculated using the formula Cr+2xMo-40xN+0,5xMn-2xCu is less than 18, the Huey equivalent HRE calculated using the formula Cr+1,5xNi-1,4xMn+0,6xMo+0.1xN is in the range of 35 to 39,5 and that the pitting resistance equivalent value PRE calculated using the formula Cr+3,3xMo+30xN-Mn is in the range of more than 41.