mhurhangee/ep-ind-claims huggingface dataset:
A method for treating concrete wash water with carbon dioxide, which method comprises: (a) holding concrete wash water in a holding tank in which water is agitated to prevent settling of solids, a first conduit being operably connected to the holding tank, wherein the first conduit comprises an inlet from the holding tank to admit wash water to the first conduit and an outlet to replace wash water back in the holding tank after it has circulated through the first conduit; and (b) pumping wash water through the first conduit and introducing carbon dioxide into wash water pumped through the first conduit. (a) holding concrete wash water in a holding tank in which water is agitated to prevent settling of solids, a first conduit being operably connected to the holding tank, wherein the first conduit comprises an inlet from the holding tank to admit wash water to the first conduit and an outlet to replace wash water back in the holding tank after it has circulated through the first conduit; and (b) pumping wash water through the first conduit and introducing carbon dioxide into wash water pumped through the first conduit.
A security container cassette for banknotes or values for Bancomat or ATMs, defining an internal volume and comprising a perimeter boundary comprising an upper wall and: - a first container arranged in said internal volume and said upper wall forming structurally part of said first container, - said first container having an internal volume separated from an external portion of said security container cassette by said upper wall, - said first container being designed to contain marking fluid and being arranged close to said banknotes and values, - said security container cassette being configured so that said upper wall, comprises passage windows or weakened upper portions. - a first container arranged in said internal volume and said upper wall forming structurally part of said first container, - said first container having an internal volume separated from an external portion of said security container cassette by said upper wall, - said first container being designed to contain marking fluid and being arranged close to said banknotes and values, - said security container cassette being configured so that said upper wall, comprises passage windows or weakened upper portions.
A process for preparing a block copolymer comprising polyarylene ether and polyalkylene oxide blocks, comprising the reaction of an HO-terminated polyarylene ether with a monomeric alkylene oxide.
Flexible piping for capturing accidental under pressure fluid leaks, resulting from pipes which transport these products, in case of pipes rupture, due to various causes, made from a number n ≥ 1 of longitudinal bands from composite materials comprising zipper locks and flexible elements made from cable or chain, the bands being assembleable together through interconnection using the zipper locks around the damaged pipe and being closeable using the towage of the flexible elements made from cable or chain, characterised by the fact that the bands are provided with liquid tight and gas tight zipper teeth on both longitudinal edges of the bands, and provided with at least one area of heat shrinkable material provided with incorporated electric resistances for heating.
A process for preparing succinate ester comprising the steps of: (a) fermentation of carbohydrate substrates using a biocatalyst to produce succinate salt; (b) clarification of fermentation broth to remove biocatalyst and insolubles; (c) acidification of fermentation broth from step (b) with phosphoric acid; (d) controlled crystallization of succinic acid in the acidified fermentation broth from step (c); (e) separating crystalline succinic acid from mother liquor; (f) dissolving said crystalline succinic acid crystal from step (e) in an alcohol; (g) esterification of said succinic acid dissolved in alcohol in step (f); and (h) recovering succinic acid ester through distillation. (a) fermentation of carbohydrate substrates using a biocatalyst to produce succinate salt; (b) clarification of fermentation broth to remove biocatalyst and insolubles; (c) acidification of fermentation broth from step (b) with phosphoric acid; (d) controlled crystallization of succinic acid in the acidified fermentation broth from step (c); (e) separating crystalline succinic acid from mother liquor; (f) dissolving said crystalline succinic acid crystal from step (e) in an alcohol; (g) esterification of said succinic acid dissolved in alcohol in step (f); and (h) recovering succinic acid ester through distillation.
A method comprising: causing, by a computing device comprising a processor, a rotating tail rotor to operate in a tail rotor mode when an aircraft is operating at a speed less than a rudder control power threshold; receiving, by the computing device, a command that indicates a request to transition the aircraft; determining, by the computing device, whether a rudder of the aircraft has enough control power to support operating in a pusher propeller mode in an amount greater than a second threshold based on receiving the command; and causing, by the computing device, the rotating tail rotor to operate in the pusher propeller mode based on determining that the rudder has control power in the amount greater than the second threshold. receiving, by the computing device, a command that indicates a request to transition the aircraft; determining, by the computing device, whether a rudder of the aircraft has enough control power to support operating in a pusher propeller mode in an amount greater than a second threshold based on receiving the command; and causing, by the computing device, the rotating tail rotor to operate in the pusher propeller mode based on determining that the rudder has control power in the amount greater than the second threshold.
A welding device, in particular a laser welding device, for welding workpieces, having at least one welding head, in particular laser welding head, which is directed onto a working area when in the working position, and at least one heating device acting on the working area in order to heat up the workpiece, in particular before and/or after the welding operation, characterized in that the welding device comprises at least two adjacently disposed welding stations or welding lines which can be set up with workpieces or workpiece parts to be welded by means of at least one workpiece carrier and that the least one heating device (5, 22) is configured so that the workpieces or workpiece parts can be heated by the heating device (5, 22) in timed cycles.
A method for setting a safety threshold that triggers the sending, by an acceleration or movement sensor device, of a safety signal that causes a safety movement of a motorized screen used as a closure or as a sunshade or for privacy, said method comprising the following steps: - putting the sensor device into a setting mode, - manual shaking of the screen, - recording of a signal produced by a sensor means during the manual shaking step, data defining the signal being recorded into a memory of a logical processing unit, and - determination by calculation of the safety threshold from this recording. - putting the sensor device into a setting mode, - manual shaking of the screen, - recording of a signal produced by a sensor means during the manual shaking step, data defining the signal being recorded into a memory of a logical processing unit, and - determination by calculation of the safety threshold from this recording.
An image processing apparatus comprising: first processing unit (303, 304) configured to apply first gamma processing and first screen processing to image data using a first threshold matrix having a first screen ruling; second processing unit (306, 307) configured to apply second gamma processing and second screen processing to the image data using a second threshold matrix having a second screen ruling higher than the first screen ruling; and edge detection means configured to detect an edge portion of an object included in the image data; wherein the first processing unit (303, 304), the second processing unit (306, 307), and the edge detection means are arranged to be applied to the image data (500a, 600a); and the image processing apparatus further comprises output means configured to select and output image data obtained by a logical OR operation between image data obtained by said first processing unit and image data obtained by said second processing unit for a pixel detected by said edge detection means as an edge portion, and select and output the image data obtained by said first processing unit for a pixel other than the edge portion. first processing unit (303, 304) configured to apply first gamma processing and first screen processing to image data using a first threshold matrix having a first screen ruling; second processing unit (306, 307) configured to apply second gamma processing and second screen processing to the image data using a second threshold matrix having a second screen ruling higher than the first screen ruling; and edge detection means configured to detect an edge portion of an object included in the image data; wherein the first processing unit (303, 304), the second processing unit (306, 307), and the edge detection means are arranged to be applied to the image data (500a, 600a); and the image processing apparatus further comprises output means configured to select and output image data obtained by a logical OR operation between image data obtained by said first processing unit and image data obtained by said second processing unit for a pixel detected by said edge detection means as an edge portion, and select and output the image data obtained by said first processing unit for a pixel other than the edge portion.
Reaction engine which comprises: - a compressor block equipped with at least a compressor intended to carry out a compression of air that enters the engine and which comprises, in turn, a rotor and a stator, the stator comprising a stator air inlet channel and a stator air exhaust channel, the latter comprising a stator expulsion valve, - a combustion block, which in turn comprises at least a combustion chamber intended to house an ignition of a fuel together with high pressured air coming from the compressor block, - a turbine actuated by exhaust gases produced in the combustion chamber and which comprises a torque transmission system with at least a shaft which is joined to at least the compressor thus carrying out the aforementioned compression of air, wherein the stator of the compressor is eccentric with respect to the rotor which permits alternative radial displacement of an array of radial blades disposed on the rotor to carry out the closure in a radial direction of a unit formed by the rotor and the stator, the reaction engine characterized by comprising: - shock absorbers arranged on the stator expulsion valve; and - at least two further channels located in the stator wherein are disposed electronic distribution rods adapted to control the shock absorbers. - a compressor block equipped with at least a compressor intended to carry out a compression of air that enters the engine and which comprises, in turn, a rotor and a stator, the stator comprising a stator air inlet channel and a stator air exhaust channel, the latter comprising a stator expulsion valve, - a combustion block, which in turn comprises at least a combustion chamber intended to house an ignition of a fuel together with high pressured air coming from the compressor block, - a turbine actuated by exhaust gases produced in the combustion chamber and which comprises a torque transmission system with at least a shaft which is joined to at least the compressor thus carrying out the aforementioned compression of air, wherein the stator of the compressor is eccentric with respect to the rotor which permits alternative radial displacement of an array of radial blades disposed on the rotor to carry out the closure in a radial direction of a unit formed by the rotor and the stator, the reaction engine characterized by comprising: - shock absorbers arranged on the stator expulsion valve; and - at least two further channels located in the stator wherein are disposed electronic distribution rods adapted to control the shock absorbers. - shock absorbers arranged on the stator expulsion valve; and - at least two further channels located in the stator wherein are disposed electronic distribution rods adapted to control the shock absorbers.
Supporting wall element (63, 65) of a supporting structure of an escalator or a moving walkway, which supporting wall element (63, 65) has a side wall part which is made in one piece from a metal sheet, an upper chord being formed on a first longitudinal edge of the side wall part by folding and a side wall of the side wall part extending between the upper chord and a second longitudinal edge opposite the first longitudinal edge, the supporting wall element (63, 65) comprising at least one fastening flange for fastening balustrade components (53, 55, 57) of a balustrade, characterized in that a first region of the fastening flange is rigidly connected to the side wall of the side wall part and a second region of the fastening flange projects beyond the upper chord orthogonally to the longitudinal extent thereof and a central region of the fastening flange arranged between the first region and the second region at least partially encloses the portion of the upper chord present in this region.
A system comprising: a firing resistor; a switch coupled to a node and configured to control current through the firing resistor; first means for pre-charging the node to a first potential; a first transistor (MN1; MN14); second means (108; 106) for selectively discharging the node to a second potential across at least a first path that has only the first transistor (MN1; MN14) between the node and the second potential; and characterized in that there is provided third means for attenuating a signal used by the first means to pre-charge the node. a firing resistor; a switch coupled to a node and configured to control current through the firing resistor; first means for pre-charging the node to a first potential; a first transistor (MN1; MN14); second means (108; 106) for selectively discharging the node to a second potential across at least a first path that has only the first transistor (MN1; MN14) between the node and the second potential; and characterized in that there is provided third means for attenuating a signal used by the first means to pre-charge the node.
A leg actuation system (420, 520) for a patient transport cot comprising: a telescoping hydraulic cylinder having a piston and a cylinder housing; a hydraulic pressure source in fluid communication with the cylinder housing and providing pressurized hydraulic fluid to the telescoping hydraulic cylinder; and characterised in that it further comprises a carriage (430, 530) coupled to the telescoping hydraulic cylinder, an amplification rail, and a transmission assembly (440, 540) coupled to the amplification rail (436, 536), the transmission assembly (440, 540) applying forces to the amplification rail (436, 536) to translate the amplification rail away from the carriage (430, 530) a distance that is generally proportional to an extension distance of the piston relative to the cylinder housing. a telescoping hydraulic cylinder having a piston and a cylinder housing; a hydraulic pressure source in fluid communication with the cylinder housing and providing pressurized hydraulic fluid to the telescoping hydraulic cylinder; and characterised in that it further comprises a carriage (430, 530) coupled to the telescoping hydraulic cylinder, an amplification rail, and a transmission assembly (440, 540) coupled to the amplification rail (436, 536), the transmission assembly (440, 540) applying forces to the amplification rail (436, 536) to translate the amplification rail away from the carriage (430, 530) a distance that is generally proportional to an extension distance of the piston relative to the cylinder housing.
A radiation shield cover for covering a radiation shield (11,13) of an X-ray system, the cover comprising: cover sides; a cover bottom at the bottom of the cover sides configured to prevent contact of the radiation shield with a patient; a connection mechanism for connecting the cover to a radiation detector and/or a radiation source, and/or the radiation shield of the X-ray system; and a deployment mechanism configured to retract and/or extend the shield cover when the radiation shield retracts and/or extends, or thereafter. cover sides; a cover bottom at the bottom of the cover sides configured to prevent contact of the radiation shield with a patient; a connection mechanism for connecting the cover to a radiation detector and/or a radiation source, and/or the radiation shield of the X-ray system; and a deployment mechanism configured to retract and/or extend the shield cover when the radiation shield retracts and/or extends, or thereafter.
A vena cava filter, comprising at least two anchoring branches for anchoring the filter in the wall of the blood vessel, the anchoring branches including a fixed end and a free end, the fixed ends of the anchoring branches being attached to each other, each of the anchoring branches comprising an anti-transfixion protection, the free ends terminating in a hook oriented outwards, the anti-transfixion protection being a loop having an equivalent diameter comprised between 990 and 1,210 μm and the anti-transfixion protection being made on the anchoring branch proximate to the hook. the free ends terminating in a hook oriented outwards, the anti-transfixion protection being a loop having an equivalent diameter comprised between 990 and 1,210 μm and the anti-transfixion protection being made on the anchoring branch proximate to the hook.
A ring-traveler system for a ring-type spinning machine in which liquid lubricant is not applied for sliding movement, the ring-traveler system comprising: a plurality of cracks formed in a sliding surface between a ring and a traveler, wherein an average of the number of cracks is less than 400 per centimeter, characterized in that the plurality of cracks has an average crack width of 0.6 μm or greater and 1.5 μm or less. a plurality of cracks formed in a sliding surface between a ring and a traveler, wherein an average of the number of cracks is less than 400 per centimeter, characterized in that the plurality of cracks has an average crack width of 0.6 μm or greater and 1.5 μm or less.
Mobile station, having first evaluation means that evaluate a third message from a base station for whether data to be sent from a further base station subsequently associated with the mobile station to the mobile station have been conditioned, to increase reception quality, by the base station or by the further base station subsequently associated with the mobile station by measures that relate to a transmission channel between the base station (1, 2) and the mobile station and characterized in that the mobile station, in the event of a handover, before the change from the first base station to the further base station, decides how it needs to detect the data to be sent by the further base station.
An imaging apparatus comprising: an imaging unit that generates image data; a posture data generation unit that generates posture data; a notification unit that performs notification for correlating the image data and the posture data on a basis of a trigger; and a detector that detects notification by the notification unit; wherein the posture data generation unit generates posture data based on at least one of: detection information of a gyro sensor and detection information of an acceleration sensor; and wherein the notification unit is a light emitting unit configured to emit light during capture of a frame of the image data imaged at a generation start timing of the posture data, and the detector is the imaging unit. an imaging unit that generates image data; a posture data generation unit that generates posture data; a notification unit that performs notification for correlating the image data and the posture data on a basis of a trigger; and a detector that detects notification by the notification unit; wherein the posture data generation unit generates posture data based on at least one of: detection information of a gyro sensor and detection information of an acceleration sensor; and wherein the notification unit is a light emitting unit configured to emit light during capture of a frame of the image data imaged at a generation start timing of the posture data, and the detector is the imaging unit.
Propulsion system for a watercraft having a diesel engine, a propeller, at least one auxiliary generator set, a generator and a drive unit for at least one appliance, wherein the diesel engine can be connected on the one hand to the propeller and on the other hand by means of the generator to an on-board power supply system in the watercraft, and wherein the drive unit for appliances has at least one converter (34, 36, 38, 62) which can be connected on the one hand to the on-board power supply system and on the other hand to the appliances, characterized in that at least one of these converters (34, 36, 38, 62) of the drive unit for appliances is connected to the generator on the load side by means of a switch device.
A leadless cardiac pacemaker system comprising: a first leadless cardiac pacemaker configured to be implantable at a ventricular site; a second leadless cardiac pacemaker configured to be implantable at an atrial site, the second LCP configured to sensing atrial contractions; the first LCP and the second LCP are configured to be communicatively coupled such that the first LCP and the second LCP can deliver pacing therapy to the ventricular site in a tracking mode; and wherein the first LCP and/or the second LCP are configured to deliver pacing therapy to the ventricular site in a non-tracking mode if an interval between atrial contractions sensed by the second LCP becomes shorter than a threshold duration; and characterised in that the first LCP is configured to deliver pacing pulses to the ventricular site at a safe rate based on an implemented lower rate limit interval (LRLI) period, measured from the last sensed ventricular event or paced ventricular event, when communication between the first LCP and the second LCP fails. a first leadless cardiac pacemaker configured to be implantable at a ventricular site; a second leadless cardiac pacemaker configured to be implantable at an atrial site, the second LCP configured to sensing atrial contractions; the first LCP and the second LCP are configured to be communicatively coupled such that the first LCP and the second LCP can deliver pacing therapy to the ventricular site in a tracking mode; and wherein the first LCP and/or the second LCP are configured to deliver pacing therapy to the ventricular site in a non-tracking mode if an interval between atrial contractions sensed by the second LCP becomes shorter than a threshold duration; and characterised in that the first LCP is configured to deliver pacing pulses to the ventricular site at a safe rate based on an implemented lower rate limit interval (LRLI) period, measured from the last sensed ventricular event or paced ventricular event, when communication between the first LCP and the second LCP fails.