mhurhangee/ep-ind-claims huggingface dataset:
Installation for producing soda comprising at least one carbonization column (104, 204, 304, 404), at least one ammonia absorber (102, 202, 302, 402) for the absorption of ammonia from weak gases and a rinser of exhaust gases (101, 201, 301, 401), characterized in that it further comprises an integrated CO 2 recovery unit (DeCO2) for contacting streams of residual gases removed from the carbonization column (204, 304, 404) in the soda process with the absorbent, with obtaining, by absorption process, an absorbent enriched in carbon dioxide, and desorption of the previously absorbed carbon dioxide in a desorption column (224, 324, 424) of the integrated CO 2 recovery unit (DeCO2), with simultaneous regeneration of the absorbent, wherein the desorbed carbon dioxide is recirculated from integrated CO 2 recovery unit (DeCO2) back to the carbonization column (204, 304, 404), and wherein integrated CO 2 recovery unit (DeCO2)is placed downstream of at least one carbonization column (204, 304, 404) in the upper part of at least one carbonization column, or in the lower part of the rinser of exhaust gases, between at least one ammonia absorber and zone of rinsing exhaust gases, or after at least one ammonia absorber, in the upper part of the rinser of exhaust gases, and wherein said integrated CO 2 recovery unit (DeCO2) is provided with a cooling zone located downstream of the desorption column (224, 324, 424), which cooling zone comprises at least one heat exchanger (225, 226, 227, to 425, 426, 427), where the stream of extracted carbon dioxide, after its desorption, is cooled down using a cooling agent selected from cooling water or other process streams used in the soda process, such as a stream of raw brine of temperature 15-30°C, or a stream of filtered mother liquor obtained upon separation of sodium bicarbonate of temperature 15-40°C, or a stream of salinated effluents of temperature 20-35°C. and wherein integrated CO 2 recovery unit (DeCO2)is placed downstream of at least one carbonization column (204, 304, 404) in the upper part of at least one carbonization column, or in the lower part of the rinser of exhaust gases, between at least one ammonia absorber and zone of rinsing exhaust gases, or after at least one ammonia absorber, in the upper part of the rinser of exhaust gases, and wherein said integrated CO 2 recovery unit (DeCO2) is provided with a cooling zone located downstream of the desorption column (224, 324, 424), which cooling zone comprises at least one heat exchanger (225, 226, 227, to 425, 426, 427), where the stream of extracted carbon dioxide, after its desorption, is cooled down using a cooling agent selected from cooling water or other process streams used in the soda process, such as a stream of raw brine of temperature 15-30°C, or a stream of filtered mother liquor obtained upon separation of sodium bicarbonate of temperature 15-40°C, or a stream of salinated effluents of temperature 20-35°C.
A medical device for phototherapy, the device comprising: a quantum dot light-emitting diode chip package comprising a blue solid-state LED backlight optically coupled to a heavy metal-free QD, and wherein the medical device is configured as a dressing or shaped article dimensioned to provide photodynamic therapy to a patient in need thereof.
Lid for an appliance for cooking food under pressure, intended to be attached sealingly on a vessel in order to form a sealed cooking chamber, said lid being provided with at least one locking jaw connected to a drive arm, mounted so as to be able to move radially on the lid in order to provide the locking/unlocking of the lid on the vessel by means of a control device which is able to act on a drive spindle connected to the drive arm, which is thus secured to said at least one locking jaw by one of its ends, referred to as the external end, the drive spindle being permanently fixed to the drive arm towards its other end, referred to as the internal end, said lid being provided with a system for guiding the radial movement of said at least one locking jaw, said guidance system being formed by guidance means separated from each other along the drive arm, in order to form internal guidance means and external guidance means, said external guidance means being formed by a guide groove provided in the drive arm and by a male means secured to a top piece disposed above the drive arm.
An evacuation system for a vessel or offshore facility, comprising a storage unit having a length, a width and a height defining a volume of the storage unit, the storage unit in a storage situation being adapted to house - one or more inflatable floatable units, the inflatable floatable units each having a capacity of more than 150 persons, and - a deployment arrangement having a displacement device, wherein a maximum height of the storage unit is 2.7 metres, and the displacement device is adapted to displace the one or more inflatable floatable units in a substantially horizontal and linear direction out of the storage unit below the maximum height and subsequently lower the one or more self-propelling, inflatable floatable units into the water in a substantially vertical direction, characterised in that the one or more inflatable floatable units are self-propelling and that the evacuation system further comprises a climate device adapted to control the environment inside the storage unit. - one or more inflatable floatable units, the inflatable floatable units each having a capacity of more than 150 persons, and - a deployment arrangement having a displacement device,
Method for validating an aircraft cockpit on the ground using a three-dimensional measurement system, allowing three-dimensional reconstruction in azimuth, elevation and distance of a real surface, comprising a hardware part having a wide-angle two-axis azimuth/elevation mobile assembly associated with a distance measurement device, which are mounted on a fixed part, each axis being equipped with an angle encoder delivering at any instant a sighting direction, and a software part having an input control part and an output acquisition part, wherein the two-axis mobile assembly comprises two parts respectively allowing an azimuth rotation about one axis and an elevation rotation about another axis, wherein each part comprises a motor and an angle encoder, wherein the software part comprises a man-machine interface allowing measurement value parameter selection and postprocessing, and a driver module comprising, for each axis, a comparator which makes it possible to compare a real angle obtained from an angle encoder and a real-time setpoint obtained from the man-machine interface, a controller receiving the output signal of the comparator and a module for driving the corresponding motor, which delivers the control of the motor phases, the method being characterized in that it comprises: - a step of positioning the hardware part of the system in the cockpit, - a step of calibrating the position of the system by sighting a known point in the cockpit and by measuring three parameters: azimuth, elevation and distance, - a step of setting measurement points of a real surface of the aircraft cockpit on the ground in correspondence with points of the same surface of the aircraft cockpit on the ground which have already be defined by the original CAD definition, - a step of inputting measurement parameters: measurement angle, required precision, recording format, - a step of validating the cockpit after comparison of data measured with the aid of the distance measurement device and of the two angle encoders and real-time set points obtained from the man-machine interface. - a step of positioning the hardware part of the system in the cockpit, - a step of calibrating the position of the system by sighting a known point in the cockpit and by measuring three parameters: azimuth, elevation and distance, - a step of setting measurement points of a real surface of the aircraft cockpit on the ground in correspondence with points of the same surface of the aircraft cockpit on the ground which have already be defined by the original CAD definition, - a step of inputting measurement parameters: measurement angle, required precision, recording format, - a step of validating the cockpit after comparison of data measured with the aid of the distance measurement device and of the two angle encoders and real-time set points obtained from the man-machine interface.
Adjusting device for a lock of an engine bonnet of a motor vehicle which is movable from a normal position into an elevated position, wherein the adjusting device has a carriage which can be slid along a guide and connected to the lock, characterised in that the carriage is clamped with the guide in a clamping position by at least one wedge (6, 7, 8, 9) and can be brought by an actuator for sliding the at least one wedge (6, 7, 8, 9) into a non-clamping position in which the carriage can be slid.
A cannula for dispensing fluid products for vaginal and anal applications, comprising an inner tubular body for containing a fluid product, which is provided, at a first end, with an outlet for dispensing said product and, at a second end that lies opposite the first end, with a grip, at least one rectilinear longitudinal slot that is formed on the lateral surface of said inner tubular body, an outer tubular body, which is open at its two opposite ends (6a, 6b) and is fitted substantially coaxially over said inner tubular body and is associated therewith with a rotary coupling, a helical guide formed on the inner lateral surface of said outer tubular body, and a plunger, which is accommodated in said inner tubular body, with which it is associated so that it can slide axially, and is provided with at least one pin, which is inserted so that it can slide within said rectilinear longitudinal slot and is provided with an end that extends beyond said rectilinear longitudinal slot and couples to said helical guide, the relative rotation of said inner tubular body and of said outer tubular body being adapted to move said plunger so that it slides along said inner tubular body in order to expel said product from said outlet, characterized in that said grip comprises a tang, which is formed at said second end of the inner tubular body and extends beyond said outer tubular body, and a cap, which is fitted monolithically over said tang, means for coupling their relative rotation and means for coupling their relative sliding being formed between said tang and said cap, wherein said means for coupling the relative rotation of said tang and of said cap comprise a plurality of knurlings, which run longitudinally on at least one portion of the inner lateral surface of said cap and mesh with corresponding knurlings formed on a respective portion of the outer lateral surface of said tang, and wherein said means for coupling the relative sliding of said tang and of said cap comprise at least one ring that protrudes from said outer lateral surface of the tang and is coupled by interlocking with a corresponding annular groove formed in said inner lateral surface of the cap.
A method for transmitting data, comprising: monitoring a delay of data during transmission; wherein the monitoring the delay of the data during the transmission comprises: determining whether an amount of data saved in a retransmission buffer of the sending end is greater than a preset threshold value; if the amount of data saved in the retransmission buffer of the sending end is greater than the preset threshold value, it indicates that the delay is greater than the preset threshold value; if the amount of data saved in the retransmission buffer of the sending end is not greater than the preset threshold value, it indicates that the delay is not greater than the preset threshold value; if the delay is greater than a first delay threshold value, sending blocking information, wherein the blocking information is used to block low priority data sent by an upper layer; receiving high priority data sent by the upper layer; encapsulating the high priority data into a data unit, and marking the data unit with a flag indicating that retransmission is not needed; and sending the data unit to a receiving. end. monitoring a delay of data during transmission; wherein the monitoring the delay of the data during the transmission comprises: determining whether an amount of data saved in a retransmission buffer of the sending end is greater than a preset threshold value; if the amount of data saved in the retransmission buffer of the sending end is greater than the preset threshold value, it indicates that the delay is greater than the preset threshold value; if the amount of data saved in the retransmission buffer of the sending end is not greater than the preset threshold value, it indicates that the delay is not greater than the preset threshold value; if the delay is greater than a first delay threshold value, sending blocking information, wherein the blocking information is used to block low priority data sent by an upper layer; receiving high priority data sent by the upper layer; encapsulating the high priority data into a data unit, and marking the data unit with a flag indicating that retransmission is not needed; and sending the data unit to a receiving. end.
A control device for an internal combustion engine including a plurality of cylinders, a filter configured to trap particulate matter in exhaust gas discharged from the cylinders, and a fuel injection valve provided in each of the cylinders, the control device comprising an electronic control unit configured to execute temperature acquisition processing for acquiring a temperature of the filter and dither control processing, the dither control processing including a first mode, and a second mode that is executed after the first mode, the dither control processing being processing for operating the fuel injection valve to provide a period during which at least one cylinder among the cylinders becomes a lean combustion cylinder having an air-fuel ratio leaner than a stoichiometric air-fuel ratio, and cylinders different from the at least one cylinder among the cylinders become rich combustion cylinders having an air-fuel ratio richer than the stoichiometric air-fuel ratio when a regeneration request for the filter is established and controlling an average value of exhaust gas air-fuel ratios in a predetermined period including the period to a target air-fuel ratio, and in the second mode, an absolute value of the difference between the air-fuel ratio in the lean combustion cylinder and the air-fuel ratio in the rich combustion cylinder being less than in the first mode, the dither control processing including switching processing for switching from the first mode to the second mode when the temperature of the filter becomes a predetermined temperature, wherein said predetermined temperature is a temperature at which oxygen supplied to the filter combusts particulate matter trapped thereon; and the control device being characterized in that the average value of exhaust gas air-fuel ratios in the second mode is leaner than the average value in the first mode.
A thermoplastic composition comprising, based on the weight of the composition, at least 30 wt. % aromatic polycarbonate, at most 70 wt. % of polyester comprising poly(ethylene terephthalate), from 0.1 - 20 wt. % of an impact modifier, from 0.05 to 1.0 wt. % of a monovalent ionomer comprising repeat units derived from ethylene, a dicarboxylic acid or derivative thereof, a monocarboxylic acid, and optionally a comonomer. at least 30 wt. % aromatic polycarbonate, at most 70 wt. % of polyester comprising poly(ethylene terephthalate), from 0.1 - 20 wt. % of an impact modifier, from 0.05 to 1.0 wt. % of a monovalent ionomer comprising repeat units derived from ethylene, a dicarboxylic acid or derivative thereof, a monocarboxylic acid, and optionally a comonomer.
A toe guard assembly (30; 100) for use with an elevator car having a front wall having an opening allowing entry into the elevator car, a rear wall opposite the front wall, a left wall and a right wall and a platform positioned at an underside of the elevator car, the retractable toe guard assembly comprising: a first panel (32; 102) and a second panel (34; 104, 106), the second panel having an extended position and a retracted position; characterised by: further comprising a fixed bracket (56; 101), the fixed bracket secured to the platform, wherein the first panel (32; 102) is secured to the fixed bracket (56; 101) in an immovable manner; the second panel (34; 104, 106) movable from the extended position to the retracted position by traveling in one of a left direction towards the left wall and a right direction towards the right wall. further comprising a fixed bracket (56; 101), the fixed bracket secured to the platform, wherein the first panel (32; 102) is secured to the fixed bracket (56; 101) in an immovable manner; the second panel (34; 104, 106) movable from the extended position to the retracted position by traveling in one of a left direction towards the left wall and a right direction towards the right wall.
A method for applying glue onto comminuted lignocellulosic particles in the course of the production of material boards, wherein a glue, which can be cured by temperature and/or addition of curing agents and comprises at least one formation of colloids, is brought via a conveying device of adjustable volumetric flow rate and via conveying lines (15a, 15c) to a dispersing unit, in which the glue is homogenized by means of a comminution device and a mixing device and ultimately conveyed via conveying lines to nozzle assemblies that spray the glue onto the particles in a mixing chamber, characterized in that the amount of glue conveyed is determined and assigned in an evaluation unit to a rotation speed of the dispersing unit, and in that this rotation speed is then adjusted.
A polyol premix composition which comprises a combination of a blowing agent, a polyol, a silicone surfactant, and an amine catalyst; wherein the blowing agent comprises a hydrohaloolefin selected from trans 1,3,3,3-tetrafluoropropene (trans HFO-1234ze), 1-chloro-3,3,3-trifluoropropene (HFCO-1233zd) and combinations thereof; wherein the amine is selected from dimorpholinodiethylether, N-ethylmorpholine, N-methylmorpholine, bis(dimethylaminoethyl) ether, N-methylimidazole, 1,2-dimethylimidazole and dimorpholinodimethylether. wherein the blowing agent comprises a hydrohaloolefin selected from trans 1,3,3,3-tetrafluoropropene (trans HFO-1234ze), 1-chloro-3,3,3-trifluoropropene (HFCO-1233zd) and combinations thereof; wherein the amine is selected from dimorpholinodiethylether, N-ethylmorpholine, N-methylmorpholine, bis(dimethylaminoethyl) ether, N-methylimidazole, 1,2-dimethylimidazole and dimorpholinodimethylether.
Apparatus for converting energy of sea waves into electrical energy, comprising: a base anchored to the sea floor to limit drift of the base; a panel that lies at least partially in said sea and that is pivotally mounted on said base to pivot back and forth between spaced panel positions when moved by the waves; and a pair of power extraction means lying on opposite sides of said panel; characterized in that: the power extraction means comprise capacitor devices that each include a sheet of elastomeric material and a pair of electrodes (72,74) that lie at opposite faces of the sheet, with the sheet of each capacitor device being stretched and with a voltage between the corresponding pair of electrodes, said capacitor devices each being coupled to said panel so pivoting of the panel changes the amount of stretching of the sheets of the capacitor devices, and so that when stretching of the sheet of a first of said capacitor devices is increased, stretching of the sheet of the other of said capacitor devices is decreased, and vice versa, wherein each of said capacitor devices includes a plurality of sheets (62, 64, 66) of elastomeric material in the form of tubes that are nested with each other or a sheet of elastomeric material wrapped in a plurality of turns in a spiral about an axis, and wherein said power extraction means comprises means for adding the voltage outputs of the two capacitor devices. a base anchored to the sea floor to limit drift of the base; a panel that lies at least partially in said sea and that is pivotally mounted on said base to pivot back and forth between spaced panel positions when moved by the waves; and a pair of power extraction means lying on opposite sides of said panel; the power extraction means comprise capacitor devices that each include a sheet of elastomeric material and a pair of electrodes (72,74) that lie at opposite faces of the sheet, with the sheet of each capacitor device being stretched and with a voltage between the corresponding pair of electrodes, said capacitor devices each being coupled to said panel so pivoting of the panel changes the amount of stretching of the sheets of the capacitor devices, and so that when stretching of the sheet of a first of said capacitor devices is increased, stretching of the sheet of the other of said capacitor devices is decreased, and vice versa, wherein each of said capacitor devices includes a plurality of sheets (62, 64, 66) of elastomeric material in the form of tubes that are nested with each other or a sheet of elastomeric material wrapped in a plurality of turns in a spiral about an axis, and wherein said power extraction means comprises means for adding the voltage outputs of the two capacitor devices.
A method of controlling a mobile terminated procedure between a mobile terminal device and a network node device (14, 16) of a mobile radio communications network, and including the step of transmitting a connection-maintaining request from the terminal device to the network node device during the mobile terminated procedure and seeking to maintain connectivity with the network node device, wherein the connection-maintaining request is provided during a location update procedure, characterized in that the connection-maintaining request from the mobile terminal device is transmitted responsive to a determination that a network-originating procedure will arrive from the network subsequent to a location update procedure.
Vacuum cleaner bag with a filter material with at least one layer of non-woven material and an air-permeable plastics material film, which are connected together at least regionally, wherein the filter material comprises a pre-filter non-woven material, a coarse dust store, a fine filter and an air-permeable plastics material film, characterised in that, for formation of a viewing window, at one location just the plastics material film bounds the vacuum cleaner bag and the plastics material film is constructed to be impermeable to air in the region of the viewing window.
A writing instrument comprising a body and a writing tip that is mounted on the body, the body and the writing tip extending along an axial direction, the writing tip presenting a distal end portion having a cross-section perpendicular to the axial direction that is U-shaped.