mhurhangee/ep-ind-claims huggingface dataset:
A cooling device for a superconducting cable used for transmitting electricity, the cooling device cooling the superconducting cable, by supplying and circulating a refrigerant, the cooling device comprising: a reservoir tank which stores the refrigerant; a circulation pump unit which is accommodated in the reservoir tank and pumps the refrigerant stored in the reservoir tank; and a cooling unit which is accommodated in the reservoir tank, and supplies the refrigerant to the superconducting cable after cooling the refrigerant pumped from the circulation pump unit, the circulation pump unit including: a chamber configured to store the refrigerant introduced from the reservoir tank; a pump device disposed in the chamber and configured to pump the refrigerant stored in the chamber; and a shutoff valve for switching between an open state where the inside of the chamber is in communication with the reservoir tank, and a closed state where the inside of the chamber is isolated from the reservoir tank; characterized in that the cooling device comprises: a refrigerant discharge line which extends from a vicinity of a bottom portion of the chamber to the outside; a valve disposed on the refrigerant discharge line; and a refrigerant storage tank connected to a distal end of the refrigerant discharge line. a reservoir tank which stores the refrigerant; a circulation pump unit which is accommodated in the reservoir tank and pumps the refrigerant stored in the reservoir tank; and a cooling unit which is accommodated in the reservoir tank, and supplies the refrigerant to the superconducting cable after cooling the refrigerant pumped from the circulation pump unit, the circulation pump unit including: a chamber configured to store the refrigerant introduced from the reservoir tank; a pump device disposed in the chamber and configured to pump the refrigerant stored in the chamber; and a shutoff valve for switching between an open state where the inside of the chamber is in communication with the reservoir tank, and a closed state where the inside of the chamber is isolated from the reservoir tank; a chamber configured to store the refrigerant introduced from the reservoir tank; a pump device disposed in the chamber and configured to pump the refrigerant stored in the chamber; and a shutoff valve for switching between an open state where the inside of the chamber is in communication with the reservoir tank, and a closed state where the inside of the chamber is isolated from the reservoir tank; characterized in that the cooling device comprises: a refrigerant discharge line which extends from a vicinity of a bottom portion of the chamber to the outside; a valve disposed on the refrigerant discharge line; and a refrigerant storage tank connected to a distal end of the refrigerant discharge line. a refrigerant discharge line which extends from a vicinity of a bottom portion of the chamber to the outside; a valve disposed on the refrigerant discharge line; and a refrigerant storage tank connected to a distal end of the refrigerant discharge line.
An audio network interface device that is configured to be used with different types of microphones, comprising: a housing that carries at least one set of electrical connectors, each of the at least one set of electrical connectors being adapted to be electrically connected to a microphone and comprising at least one general purpose input, and at least two general purpose outputs; a first network connector that is adapted to provide connection to a data network; a second network connector that is adapted to provide connection to a separate data network path for a different electronic device; a microphone phantom power source that is configured to provide phantom power to a microphone that is connected to one of the at least one set of electrical connectors; a processing system that is configured to cause the conversion of input signals from a microphone that is connected to one of the at least one set of electrical connectors, to digital output signals that are provided to the first network connector; and an internal power supply that is configured to derive power from the data network connected via the first network connector, and provide derived power to the microphone phantom power source, DC power to a microphone connector, and the processing system. a housing that carries at least one set of electrical connectors, each of the at least one set of electrical connectors being adapted to be electrically connected to a microphone and comprising at least one general purpose input, and at least two general purpose outputs; a first network connector that is adapted to provide connection to a data network; a second network connector that is adapted to provide connection to a separate data network path for a different electronic device; a microphone phantom power source that is configured to provide phantom power to a microphone that is connected to one of the at least one set of electrical connectors; a processing system that is configured to cause the conversion of input signals from a microphone that is connected to one of the at least one set of electrical connectors, to digital output signals that are provided to the first network connector; and an internal power supply that is configured to derive power from the data network connected via the first network connector, and provide derived power to the microphone phantom power source, DC power to a microphone connector, and the processing system.
A valve device for controlling a recycled gaseous fluid and/or for the heat exchanger/bypass control for a heat exchanger of an internal combustion engine of a motor vehicle, having - at least one valve body - at least one valve housing for receiving, at least in sections, the valve body, wherein the valve housing has at least one inlet opening (22, 23) for the inflow of a gaseous fluid, at least one first outlet opening for flowing the gaseous fluid through a heat exchanger, and at least one second outlet opening for bypassing the gaseous fluid around the heat exchanger, characterised in that the valve body has at least one first hollow body-like valve body subcomponent for controlling the flow rate of at least one outlet opening (24, 25) and at least one second valve body subcomponent which is, at least in sections, formed conically, in particular plate-like, for controlling the flow rate of the inlet opening (22, 23), wherein at least one outlet opening (24, 25), in particular the at least one first outlet opening and/or the at least one second outlet opening, and/or the at least one inlet opening (22, 23) are formed slot-like. - at least one valve body - at least one valve housing for receiving, at least in sections, the valve body, wherein the valve housing has at least one inlet opening (22, 23) for the inflow of a gaseous fluid, at least one first outlet opening for flowing the gaseous fluid through a heat exchanger, and at least one second outlet opening for bypassing the gaseous fluid around the heat exchanger,
A method of connecting a first threaded tubular to a second threaded tubular, comprising: engaging the threads of the tubulars; rotating the first tubular relative to the second tubular to makeup a threaded connection; during makeup of the threaded connection: measuring time; measuring torque applied to the connection; and measuring turns of the first tubular; and using a controller for: evaluating at least one of the measured turns, the measured torque, and the measured time for discontinuities, wherein at least one discontinuity exists in at least one of the measured turns, the measured torque, and the measured time; plotting the measured torque against the measured turns to create a torque-turns curve, wherein the at least one discontinuity is present in the torque-turns curve; correcting the at least one of the measured turns, the measured torque, and the measured time to eliminate the at least one discontinuity and to smooth the torque-turns curve; and accepting or rejecting the connection based on the evaluation. engaging the threads of the tubulars; rotating the first tubular relative to the second tubular to makeup a threaded connection; during makeup of the threaded connection: measuring time; measuring torque applied to the connection; and measuring turns of the first tubular; and measuring time; measuring torque applied to the connection; and measuring turns of the first tubular; and using a controller for: evaluating at least one of the measured turns, the measured torque, and the measured time for discontinuities, wherein at least one discontinuity exists in at least one of the measured turns, the measured torque, and the measured time; plotting the measured torque against the measured turns to create a torque-turns curve, wherein the at least one discontinuity is present in the torque-turns curve; correcting the at least one of the measured turns, the measured torque, and the measured time to eliminate the at least one discontinuity and to smooth the torque-turns curve; and accepting or rejecting the connection based on the evaluation. evaluating at least one of the measured turns, the measured torque, and the measured time for discontinuities, wherein at least one discontinuity exists in at least one of the measured turns, the measured torque, and the measured time; plotting the measured torque against the measured turns to create a torque-turns curve, wherein the at least one discontinuity is present in the torque-turns curve; correcting the at least one of the measured turns, the measured torque, and the measured time to eliminate the at least one discontinuity and to smooth the torque-turns curve; and accepting or rejecting the connection based on the evaluation.
A vertical bounce detection system of an elevator system, the vertical bounce detection system comprising: at least one sensor operable to detect vertical movement of an elevator car in a hoistway of the elevator system; a processing system communicatively coupled to the at least one sensor; and a memory system having a plurality of instructions stored thereon that, when executed by the processing system, cause the vertical bounce detection system to: determine a bounce energy level of the elevator car based on sensor data from the at least one sensor; compare the bounce energy level to a bounce condition threshold; and command a speed reduction of the elevator car to continue movement of the elevator car at a reduced speed based on determining that the bounce energy level exceeds the bounce condition threshold; characterized in that the at least one sensor, the processing system, and the memory system are components of a safety actuator operable to apply a braking force to an element of the elevator system. at least one sensor operable to detect vertical movement of an elevator car in a hoistway of the elevator system; a processing system communicatively coupled to the at least one sensor; and a memory system having a plurality of instructions stored thereon that, when executed by the processing system, cause the vertical bounce detection system to: determine a bounce energy level of the elevator car based on sensor data from the at least one sensor; compare the bounce energy level to a bounce condition threshold; and command a speed reduction of the elevator car to continue movement of the elevator car at a reduced speed based on determining that the bounce energy level exceeds the bounce condition threshold; characterized in that determine a bounce energy level of the elevator car based on sensor data from the at least one sensor; compare the bounce energy level to a bounce condition threshold; and command a speed reduction of the elevator car to continue movement of the elevator car at a reduced speed based on determining that the bounce energy level exceeds the bounce condition threshold; characterized in that the at least one sensor, the processing system, and the memory system are components of a safety actuator operable to apply a braking force to an element of the elevator system.
A fluid detergent dispensing device for dispensing fluid detergent into an automatic washing machine comprising a compressible bottle having an outlet and containing a collapsible pouch for containing said fluid detergent, the bottle having a detergent release control means disposed adjacent to its outlet, characterised in that the detergent is only dosed when an amount of wash liquor is brought into contact with said release control means, and in that the compressible bottle has a plurality of faces with differing stiffness.
Instant beverage composition, particularly for producing a preferably reduced-calorie instant drink in the form of pellets through preparation with a drinkable liquid, wherein the composition comprises at least a pellet former and at least a flavouring agent, wherein the amount of pellet former is 50 to 95 wt.-%, based on the composition and/or the pellets by weight and the pellet former is isomaltulose, wherein the amount of flavouring agent is 2 to 25 wt.-%, based on the composition and/or the pellets, while the flavouring agent is selected from extracts, plant powders, fruit powders, juice powders or mixtures thereof, wherein the composition comprises pellets in a bulk density of 200 to 600 g/l and wherein the composition and/or the pellets has/have a total residual moisture of 0.5 to 8 wt.-% based on the composition and/or the pellets.
An emergency converter comprising a test switch, a status indicator light with at least a first LED, wherein the test switch is configured to short circuit terminals of at least the first LED, a battery duration select switch, wherein the battery duration select switch comprises at least two switches (SW2, SW3), a control circuit, and characterized in that the emergency converter comprises circuitry connected to the test switch, the status indicator light, the battery duration select switch and the control circuit, and the circuitry is configured to enable the control circuit to detect if the test switch is actuated or the battery select switch is actuated using a single input terminal of the control circuit, wherein the input terminal is an analogue-to-digital-converter input of the control circuit, that the circuitry comprises a divider network configured to provide a voltage with a value depending on switch states of the at least two switches (SW2, SW3) to the input terminal of the control circuit, that the circuitry comprises a switching element (SWi) arranged in parallel to the divider network, wherein the switching element (SWi) is configured to pull the voltage at the input terminal of the control circuit to ground potential when the test switch is actuated, and that a further switching element of the circuitry is configured to connect a control terminal of the first switching element to ground potential when the test switch is not actuated, to switch the first switching element into a conducting state when the test switch is actuated. a test switch, a status indicator light with at least a first LED, wherein the test switch is configured to short circuit terminals of at least the first LED, a battery duration select switch, wherein the battery duration select switch comprises at least two switches (SW2, SW3), a control circuit, and that the emergency converter comprises circuitry connected to the test switch, the status indicator light, the battery duration select switch and the control circuit, and the circuitry is configured to enable the control circuit to detect if the test switch is actuated or the battery select switch is actuated using a single input terminal of the control circuit, wherein the input terminal is an analogue-to-digital-converter input of the control circuit, that the circuitry comprises a divider network configured to provide a voltage with a value depending on switch states of the at least two switches (SW2, SW3) to the input terminal of the control circuit, that the circuitry comprises a switching element (SWi) arranged in parallel to the divider network, wherein the switching element (SWi) is configured to pull the voltage at the input terminal of the control circuit to ground potential when the test switch is actuated, and that a further switching element of the circuitry is configured to connect a control terminal of the first switching element to ground potential when the test switch is not actuated, to switch the first switching element into a conducting state when the test switch is actuated.
An RFID interrogation probe for interrogating RFID tagged disposable cryogenic storage containers, the probe comprising: a ring shaped housing, having a length along a central axis running through the housing from one side to an opposite side which is less than and transverse to the innermost diameter (d i) of the ring shaped housing; a looped antenna housed within the ring shaped housing; wherein the interrogation probe further comprises: an RFID reader module communicably connected to the antenna for transmitting an encoded radio signal to the RFID tagged container. a ring shaped housing, having a length along a central axis running through the housing from one side to an opposite side which is less than and transverse to the innermost diameter (d i) of the ring shaped housing; a looped antenna housed within the ring shaped housing;
Process for the preparation of a topography for improved fibrin network formation and cell mineralization on at least a portion of a dental implant made of a binary titanium-zirconium alloy, said portion being destined to be embedded in a patient's jawbone and to be in contact with the jawbone via a bone-contacting surface, the process comprising the subsequent steps of a) subjecting the bone-contacting surface of the dental implant to a sandblasting treatment, b) etching the sandblasted bone-contacting surface, and c) treating the sandblasted and etched bone-contacting surface with an aqueous solution for a duration of more than two days, during which nanostructures continuously grow on the bone-contacting surface, said nanostructures extending in at least two dimensions to 200 nm at most, the aqueous solution having a pH value ranging from 3 to 7, characterized in that the treatment of c) is carried out at a temperature from 40°C to 60°C and a duration of 4 weeks at most, and that prior to step c) the dental implant is packed in a dental implant packaging, in which the dental implant is immersed in the aqueous solution, the packaging being made of a material selected from the group consisting of cyclic olefin copolymer, polyethylene, polypropylene, polyether ether ketone (PEEK), polyether ketone ketone (PEKK) and Teflon ®. a) subjecting the bone-contacting surface of the dental implant to a sandblasting treatment, b) etching the sandblasted bone-contacting surface, and c) treating the sandblasted and etched bone-contacting surface with an aqueous solution for a duration of more than two days, during which nanostructures continuously grow on the bone-contacting surface, said nanostructures extending in at least two dimensions to 200 nm at most, the aqueous solution having a pH value ranging from 3 to 7, characterized in that the treatment of c) is carried out at a temperature from 40°C to 60°C and a duration of 4 weeks at most, and that prior to step c) the dental implant is packed in a dental implant packaging, in which the dental implant is immersed in the aqueous solution, the packaging being made of a material selected from the group consisting of cyclic olefin copolymer, polyethylene, polypropylene, polyether ether ketone (PEEK), polyether ketone ketone (PEKK) and Teflon ®.
System for dispensing a fluid contained in a bottle, said system comprising a body intended to be associated with said bottle and a plunger tube mounted in an association portion formed on said body, said tube being intended to be immersed in the fluid in order to allow for the supplying of said system with fluid to be dispensed, the association portion comprising a bore wherein a portion of the plunger tube is fitted, said bore having an annular protrusion with a small diameter compared with the diameter of the portion of the tube which is fitted and a profile with a cylindrical section of revolution, the plunger tube having a cylindrical geometry of revolution, the protrusion being formed at the junction between a lower converging portion and an upper diverging portion, said system being characterised in that the diverging portion has an outlet diameter that is at least equal to that before fitting of the portion of the tube which is fitted.
A cold crucible comprising: - a so-called cold cage comprising sectors made of a good electrical conductor material, copper in general, and within which a charge to be molten is intended to be introduced, and - a cooling device with a heat-transfer fluid, water in general, the cooling device being configured so as to cool down, from inside, each segment of the cold cage, the cold crucible being such that at least one of the sectors of the cold crucible comprises a so-called functionalising housing able and intended to accommodate therein at least one functionalising device (12, 120) of the cold crucible, the cold crucible being characterised in that at least one of the sectors of the cold crucible is removable. - a so-called cold cage comprising sectors made of a good electrical conductor material, copper in general, and within which a charge to be molten is intended to be introduced, and - a cooling device with a heat-transfer fluid, water in general, the cooling device being configured so as to cool down, from inside, each segment of the cold cage, the cold crucible being such that at least one of the sectors of the cold crucible comprises a so-called functionalising housing able and intended to accommodate therein at least one functionalising device (12, 120) of the cold crucible, the cold crucible being characterised in that at least one of the sectors of the cold crucible is removable.