mhurhangee/ep-ind-claims huggingface dataset:
An ink jet printing device for printing letter by ejecting ink, comprising: a liquid container for containing ink or solvent; a surface level sensor for detecting the surface level of ink or solvent in the liquid container; storage unit (102, 103) for a control unit; and a display unit, wherein the display unit displays - for a leak detection processing - an indication based on a comparison between (i) an elapsed time that is calculated based on the detected and stored time of how long the surface level takes to reach a second level from a first level, and (ii) a detection time for the surface level to reach the second level from the first level which is calculated based on the printing contents and the ambient temperature, and a comparison between the elapsed time and a past elapsed time that is the stored elapsed time of a previous leak detection processing. a liquid container for containing ink or solvent; a surface level sensor for detecting the surface level of ink or solvent in the liquid container; storage unit (102, 103) for a control unit; and a display unit, wherein the display unit displays - for a leak detection processing - an indication based on a comparison between (i) an elapsed time that is calculated based on the detected and stored time of how long the surface level takes to reach a second level from a first level, and (ii) a detection time for the surface level to reach the second level from the first level which is calculated based on the printing contents and the ambient temperature, and a comparison between the elapsed time and a past elapsed time that is the stored elapsed time of a previous leak detection processing.
A device for producing reaction plastics, comprising: a first metering device with a first metering unit and a second metering unit, each of which is configured for receiving and dispensing, in a metered manner, a first mixing component; a second metering device which is configured for receiving and dispensing, in a metered manner, a second mixing component; and a mixing device, which is configured for receiving and mixing the first mixing component dispensed by the first metering unit and/or the second metering unit of the first metering device and the second mixing component dispensed by the second metering device; characterized in that the first metering unit and the second metering unit are connected to the mixing device such that prior to beginning the mixing process, the first mixing component is able to be brought to an operating state required for the mixing process, by guiding the first mixing component from the first metering unit to the second metering unit via the mixing device, wherein a required operating state is a pressure, a temperature and/or a viscosity. a first metering device with a first metering unit and a second metering unit, each of which is configured for receiving and dispensing, in a metered manner, a first mixing component; a second metering device which is configured for receiving and dispensing, in a metered manner, a second mixing component; and a mixing device, which is configured for receiving and mixing the first mixing component dispensed by the first metering unit and/or the second metering unit of the first metering device and the second mixing component dispensed by the second metering device; characterized in that the first metering unit and the second metering unit are connected to the mixing device such that prior to beginning the mixing process, the first mixing component is able to be brought to an operating state required for the mixing process, by guiding the first mixing component from the first metering unit to the second metering unit via the mixing device, wherein a required operating state is a pressure, a temperature and/or a viscosity.
A laundry detergent composition, which comprises: (i) an encapsulated volatile benefit agent; (ii) an encapsulated phase change active having a phase transition temperature of from 24 to 39°C; (iii) at least one anionic surfactant; and (iv) at least one non-ionic surfactant; wherein the composition further comprises a non-encapsulated volatile benefit agent, wherein the volatile benefit agent is selected from perfumes, essential oils, sensates such as menthol and aromatherapy actives, wherein the phase change active comprises hydrocarbon materials comprising a linear or branched alkyl chain comprising an average of from 12 to 50 carbon atoms per molecule. (i) an encapsulated volatile benefit agent; (ii) an encapsulated phase change active having a phase transition temperature of from 24 to 39°C; (iii) at least one anionic surfactant; and (iv) at least one non-ionic surfactant;
A circuit breaker comprising: a trip unit having an external communications device, said trip unit including a first processor responsive to executeable computer instructions when executed on said first processor for generating a first signal in response to a second signal being received by said external communications device; a mechanism operably coupled to said trip unit; characterized in that it further comprises a closing actuator comprising: a solenoid operably coupled to said mechanism; and a controller electrically coupled between said trip unit and said solenoid, said controller including a second processor responsive to executable computer instructions when executed on said second processor for enabling current to said solenoid in response to said first signal being received from said trip unit, wherein the closing actuator allows the installation of the closing actuator after the initial circuit breaker installation. a trip unit having an external communications device, said trip unit including a first processor responsive to executeable computer instructions when executed on said first processor for generating a first signal in response to a second signal being received by said external communications device; a mechanism operably coupled to said trip unit; characterized in that it further comprises a closing actuator comprising: a solenoid operably coupled to said mechanism; and a controller electrically coupled between said trip unit and said solenoid, said controller including a second processor responsive to executable computer instructions when executed on said second processor for enabling current to said solenoid in response to said first signal being received from said trip unit, a solenoid operably coupled to said mechanism; and a controller electrically coupled between said trip unit and said solenoid, said controller including a second processor responsive to executable computer instructions when executed on said second processor for enabling current to said solenoid in response to said first signal being received from said trip unit, wherein the closing actuator allows the installation of the closing actuator after the initial circuit breaker installation.
A method for improving the high temperature stress resistance of a plant, comprising a step of applying a high temperature stress resistance-improving agent comprising allantoin as an active ingredient to the plant.
A greenhouse screen comprising strips of film material that are interconnected by a yarn system of transverse threads (12, 14, 18) and longitudinal threads (13a, 13b; 15; 19) by means of a knitting, warp-knitting or weaving process to form a continuous product, wherein at least some of the strips comprise a polyester film having a transparency of at least 93% as measured according to ASTM-D 1003-6 (method A), said polyester film having at least one base layer B comprising a thermoplastic polyester and a UV stabilizer, said polyester film has a first and a second surface, wherein a permanent anti-fog coating is applied to at least one of the first or second surfaces of the polyester film, characterized in that said anti-fog coating is a dispersion composition and comprises a) a hygroscopic, porous material; b) a polymer-based crosslinker; c) an adhesion-promoting organofunctional silane; and d) one or more surfactants; said anti-fog coating has a thickness of at least 60 nm and at the most 150 nm, and a refractive index of below 1.64 at a wavelength of 589 nm in the machine direction of the film, said refractive index being lower than the refractive index of base layer B. a) a hygroscopic, porous material; b) a polymer-based crosslinker; c) an adhesion-promoting organofunctional silane; and d) one or more surfactants;
An internal-combustion engine crankcase lubricating oil composition having a phosphorus content, expressed as atoms of phosphorus, of 0.05 to no greater than 0.09 mass %; a sulphur content, expressed as atoms of sulphur, of not greater than 0.3 mass %; and a sulphated ash content of not greater than 1 mass %, which composition contains, or is made by admixing, the following additive components in respective minor amounts: A. at least one oil-soluble or oil-dispersible nitrogen-containing derivative of a polyalkenyl-substituted mono- or dicarboxylic acid, anhydride or ester, the polyalkenyl substituted mono- or dicarboxylic acid, anhydride or ester being made from a polyalkene exclusively by the thermal "ene" reaction, being the sole ashless, nitrogen-containing dispersant(s) in the lubricating oil composition and providing from 0.03 to 0.07 mass % of nitrogen in the lubricating oil composition; B. 0.5 to 3 wt.% of at least one oil-soluble or oil-dispersible overbased calcium sulfonate, being the sole overbased metal detergent system in the lubricating oil composition, and; C. 0.01 to 10 mass % of at least one viscosity modifier. A. at least one oil-soluble or oil-dispersible nitrogen-containing derivative of a polyalkenyl-substituted mono- or dicarboxylic acid, anhydride or ester, the polyalkenyl substituted mono- or dicarboxylic acid, anhydride or ester being made from a polyalkene exclusively by the thermal "ene" reaction, being the sole ashless, nitrogen-containing dispersant(s) in the lubricating oil composition and providing from 0.03 to 0.07 mass % of nitrogen in the lubricating oil composition; B. 0.5 to 3 wt.% of at least one oil-soluble or oil-dispersible overbased calcium sulfonate, being the sole overbased metal detergent system in the lubricating oil composition, and; C. 0.01 to 10 mass % of at least one viscosity modifier.
A vacuum pump with abatement function, comprising: a vacuum pump having a discharge port to which an abatement part for treating an exhaust gas discharged from the vacuum pump to make the exhaust gas harmless is attached; the abatement part comprising: a cylindrical member attached to the discharge port of the vacuum pump and having a substantially cylindrical container shape with a closed end and an open opposite end, wherein the cylindrical member has an exhaust gas introduction port (10 IN) formed at the closed end side and configured to introduce the exhaust gas to be treated, and a gas outlet port (10 OUT) formed at the open opposite end side and configured to discharge gases which have been treated; a plurality of fuel nozzles provided at a circumferential wall of the cylindrical member and configured to eject a fuel; and a plurality of air nozzles (15-1, 15-2, 15-3) provided at the circumferential wall of the cylindrical member and configured to eject air so as to form a swirling flow of air along an inner circumferential surface of the circumferential wall, the plurality of air nozzles (15-1, 15-2, 15-3) being disposed at a plurality of stages spaced in an axial direction of the cylindrical member. a cylindrical member attached to the discharge port of the vacuum pump and having a substantially cylindrical container shape with a closed end and an open opposite end, wherein the cylindrical member has an exhaust gas introduction port (10 IN) formed at the closed end side and configured to introduce the exhaust gas to be treated, and a gas outlet port (10 OUT) formed at the open opposite end side and configured to discharge gases which have been treated; a plurality of fuel nozzles provided at a circumferential wall of the cylindrical member and configured to eject a fuel; and a plurality of air nozzles (15-1, 15-2, 15-3) provided at the circumferential wall of the cylindrical member and configured to eject air so as to form a swirling flow of air along an inner circumferential surface of the circumferential wall, the plurality of air nozzles (15-1, 15-2, 15-3) being disposed at a plurality of stages spaced in an axial direction of the cylindrical member.
A head support comprising: a foldable longitudinal middle section, configured to be folded between different user positions; and a first supporting section connected to a first distal extremity of the middle section, the first supporting section comprising a foldable flat surface palm section connected to the first distal extremity of the middle section, at least two foldable longitudinal finger sections extending from a distal extremity of the flat surface palm section, and a foldable longitudinal thumb section extending from a lateral side of the foldable flat palm surface, the head support being characterized in that each of the middle section and the foldable flat surface palm section comprises at least two foldable longitudinal rods, and that each of the at least two foldable longitudinal finger sections comprises at least one foldable longitudinal rod attached to and extending from each of the at least two foldable longitudinal rods of the foldable flat surface palm section. a foldable longitudinal middle section, configured to be folded between different user positions; and a first supporting section connected to a first distal extremity of the middle section, the first supporting section comprising a foldable flat surface palm section connected to the first distal extremity of the middle section, at least two foldable longitudinal finger sections extending from a distal extremity of the flat surface palm section, and a foldable longitudinal thumb section extending from a lateral side of the foldable flat palm surface, a foldable flat surface palm section connected to the first distal extremity of the middle section, at least two foldable longitudinal finger sections extending from a distal extremity of the flat surface palm section, and a foldable longitudinal thumb section extending from a lateral side of the foldable flat palm surface, the head support being characterized in that each of the middle section and the foldable flat surface palm section comprises at least two foldable longitudinal rods, and that each of the at least two foldable longitudinal finger sections comprises at least one foldable longitudinal rod attached to and extending from each of the at least two foldable longitudinal rods of the foldable flat surface palm section.
Plug-in connector having an electronic circuit, a plug-in connector housing, a plug-in connection having at least one electrical plug-in contact, and having a printed circuit board, the printed circuit board being fitted with the electronic circuit and being connected in a signal-conducting manner to the electrical plug-in contact, the printed circuit board being designed as a flexible printed circuit board, the printed circuit board being connected in a signal-conducting manner to the plug-in contact at a first end portion facing the plug-in connection, and the printed circuit board being connected in a signal-conducting manner to the plug-in connector housing at a second connecting first end portion facing the plug-in contact, the printed circuit board with electronic circuit being arranged within the plug-in connector housing, and the plug-in connector having a longitudinal axis, a retaining element being connected to the plug-in connection, the retaining element being arranged to run within the plug-in connector housing and the printed circuit board being fixed to the retaining element at a second end portion remote from the plug in connection, characterized in that the printed circuit board comprises a main part extending in the direction of the longitudinal axis, in that the electronic circuit is arranged on the main part, in that the main part is arranged in the direction of the longitudinal axis between the first end portion and the second end portion in that the printed circuit board comprises a first connecting portion, in that the first connecting portion connects the main part to the first end portion, and in that the first connecting portion extends in a curved manner between the main part and the first end portion, for tension relief of the main part and the first end portion.
Driver assembly, wherein the driver assembly comprises the following: a predetermined number of semiconductor switches, wherein one of the semiconductor switches is arranged inside a circle line and the remaining semiconductor switches are arranged on the circle line, characterized in that distances of the semiconductor switches which are situated on the circle line from the central semiconductor switch are identical, and in that a total of nine semiconductor switches are provided, the driver assembly comprises three half-bridges (305, 310, 315) for actuating a three-phase synchronous motor and - each half-bridge (305, 310, 315) comprises three semiconductor switches which are connected to one another as high-side switch, low-side switch and phase separator; - wherein the phase separator is provided for connecting a centre tap between the high-side switch and the low-side switch to a phase connection (215, 220, 225) of the synchronous motor. - each half-bridge (305, 310, 315) comprises three semiconductor switches which are connected to one another as high-side switch, low-side switch and phase separator; - wherein the phase separator is provided for connecting a centre tap between the high-side switch and the low-side switch to a phase connection (215, 220, 225) of the synchronous motor.
A colored food that contains rosmarinic acid and a dye component and in which the ratio in weight concentration of luteolin-3'-glucuronide to rosmarinic acid is 0.5 or less and which further contains 20 vol% or more of ethanol.
An aptamer capable of binding to Plasmodium lactate dehydrogenase comprising a nucleic acid sequence having at least 85% identity with any portion of SEQ ID NOs: 1, 2, 3 or 4, wherein the aptamer is from 30 nucleotide bases to 100 nucleotide bases in length.
A connector part of a subsea connector adapted to be mated with a second part of the subsea connector, wherein the connector part comprises: - at least a first contact configured for engagement with a respective second contact of the second connector part for establishing a connection, characterized in that the connector part further comprises - a damper unit, wherein at least the first contact is mounted to the damper unit, wherein said damper unit comprises a damper body defining a chamber and further comprises a piston providing a wall of the chamber, wherein the piston is movable relative to the damper body to change the volume of the chamber, wherein the chamber is filled with a liquid and comprises an opening through which the liquid can enter and escape the chamber, wherein the first contact is mounted to the piston or the damper body, and wherein the damper unit is configured to be activated by an engagement of the connector part with the second connector part and is further configured to delay the engagement of said first contact with the second contact of the second connector part during the engagement of the connector part with the second connector part; and, wherein a delay in the engagement of the first contact with the second contact at least partly results from the time required to expel liquid from within said chamber through said opening when moving the damper body relative to the piston. - at least a first contact configured for engagement with a respective second contact of the second connector part for establishing a connection, characterized in that the connector part further comprises - a damper unit, wherein at least the first contact is mounted to the damper unit, wherein said damper unit comprises a damper body defining a chamber and further comprises a piston providing a wall of the chamber, wherein the piston is movable relative to the damper body to change the volume of the chamber, wherein the chamber is filled with a liquid and comprises an opening through which the liquid can enter and escape the chamber, wherein the first contact is mounted to the piston or the damper body, and wherein the damper unit is configured to be activated by an engagement of the connector part with the second connector part and is further configured to delay the engagement of said first contact with the second contact of the second connector part during the engagement of the connector part with the second connector part; and, wherein a delay in the engagement of the first contact with the second contact at least partly results from the time required to expel liquid from within said chamber through said opening when moving the damper body relative to the piston.
A process diagnostic method for a Laser Shock Peening process performed on a target, the method including the following steps: providing a device for generating and transmitting a laser pulse to the target; positioning the target in the laser path so that a surface of the target is impacted by the laser pulse; locating a solid medium in the laser path which is transparent to incident laser light to allow the laser pulse to pass through it; supplying a fluid into a fluid flow path arranged between the solid medium and the contact surface of the target so that the fluid is in direct contact with the solid medium and the target to eliminate any air-fluid interface in the travel path of the laser pulse; characterised in that the method includes adjusting a fluid layer of a constant thickness so as to control the occurrence of a second shock event through cavitation in the fluid layer upon the collapse of a plasma bubble generated after the laser pulse striking the target; and determining a first bubble oscillation period of the plasma bubble generated after a laser pulse striking the target as a measure of the bubble energy. providing a device for generating and transmitting a laser pulse to the target; positioning the target in the laser path so that a surface of the target is impacted by the laser pulse; locating a solid medium in the laser path which is transparent to incident laser light to allow the laser pulse to pass through it; supplying a fluid into a fluid flow path arranged between the solid medium and the contact surface of the target so that the fluid is in direct contact with the solid medium and the target to eliminate any air-fluid interface in the travel path of the laser pulse; characterised in that the method includes adjusting a fluid layer of a constant thickness so as to control the occurrence of a second shock event through cavitation in the fluid layer upon the collapse of a plasma bubble generated after the laser pulse striking the target; and determining a first bubble oscillation period of the plasma bubble generated after a laser pulse striking the target as a measure of the bubble energy.