mhurhangee/ep-ind-claims huggingface dataset:
A method for refueling of gas into a pressurized gas tank of a vehicle with repeated adjustment of a target pressure (Ptarget) for the refueling, said target pressure being the pressure that is used to stop the refueling before the vehicle tank is overfilled, said method comprising the steps of: - recording starting conditions for the refueling - establishing a mathematical relation between the recorded starting conditions, the actual refueling time (t refueling) passed and the target pressure (Ptarget) for the refueling - starting the refueling - repeatedly calculating the target pressure (Ptarget) corresponding to the actual refueling time passed (t refueling) and measuring the nozzle pressure of the refueling station, until the calculated target pressure (Ptarget) has been reached - recording starting conditions for the refueling - establishing a mathematical relation between the recorded starting conditions, the actual refueling time (t refueling) passed and the target pressure (Ptarget) for the refueling - starting the refueling - repeatedly calculating the target pressure (Ptarget) corresponding to the actual refueling time passed (t refueling) and measuring the nozzle pressure of the refueling station, until the calculated target pressure (Ptarget) has been reached
An optical communication connector device (10A, 10B, 10C, 10D) comprising: a collimating lens (111A, 111B, 111C, 111D) configured to collimate light from an optical transmission path (202A, 202B, 202C, 202D); a refracting section (13A, 13B, 13C, 13D) arranged on a leading end side with respect to the collimating lens, and configured to refract and eject light from the optical transmission path ejected from the collimating lens; a scattering section (151A, 151B, 151C, 151D) configured to scatter at least a part of the light ejected from the refracting section; characterised in that a surface of the refracting section on a light input side includes a plurality of refracting surfaces (133A, 133B, 135A, 135B) having different angles from one another with respect to incident light from the collimating lens and configured to refract a plurality of lights from the optical transmission path collimated by the collimating lens so as to cross each other. a collimating lens (111A, 111B, 111C, 111D) configured to collimate light from an optical transmission path (202A, 202B, 202C, 202D); a refracting section (13A, 13B, 13C, 13D) arranged on a leading end side with respect to the collimating lens, and configured to refract and eject light from the optical transmission path ejected from the collimating lens; a scattering section (151A, 151B, 151C, 151D) configured to scatter at least a part of the light ejected from the refracting section; characterised in that a surface of the refracting section on a light input side includes a plurality of refracting surfaces (133A, 133B, 135A, 135B) having different angles from one another with respect to incident light from the collimating lens and configured to refract a plurality of lights from the optical transmission path collimated by the collimating lens so as to cross each other.
A sliding mechanism (1,2) for digital and visual signaling, intended for use on a waste container, said sliding mechanism comprising: a base plate having a length direction; a slider which is arranged on the base plate to slide in the length direction of the base plate; a transmitting device in the base plate, and a sensor in the base plate which is arranged to detect the position of the slider in the length direction of the base plate, wherein the base plate comprises one or more fields of information which may be entirely or partly covered by the slider, in response to the position of the slider on the base plate, wherein the transmitting device is arranged to send information about the position of the slider on base plate to an external receiver, and an associated field of information is visible on the base plate to provide a visual feedback, and wherein the mechanism is arranged so that the slider has one or several distinct positions on the base plate. a base plate having a length direction; a slider which is arranged on the base plate to slide in the length direction of the base plate; a transmitting device in the base plate, and a sensor in the base plate which is arranged to detect the position of the slider in the length direction of the base plate, wherein the base plate comprises one or more fields of information which may be entirely or partly covered by the slider, in response to the position of the slider on the base plate, wherein the transmitting device is arranged to send information about the position of the slider on base plate to an external receiver, and an associated field of information is visible on the base plate to provide a visual feedback, and wherein the mechanism is arranged so that the slider has one or several distinct positions on the base plate.
A system for producing hot water and/or steam and for storing water in liquid and/or gaseous form for use for a gas turbine power plant having a compressor (1.2) and a turbine (1.5), characterised in that - the system for producing hot water and/or steam comprises at least one storage system having at least a second storage container (2.2) for storing water, in which the water is heated by supplying energy, - having at least a first external energy source, which is arranged outside the gas turbine power plant and/or the system and which provides the energy for heating the water in the second storage container, - wherein the energy in the second storage container (2.2) can be coupled in at temperatures greater than 95°C, and - the second storage container (2.2) stores hot water and/or steam and is designed for a pressure in the order of 10 bar or above, and - the hot water and/or the steam stored in the second storage container (2.2) can be injected into a fluid flow between the compressor (1.2) and the turbine (1.5) and/or into the turbine (1.5) of the gas turbine power plant. - the system for producing hot water and/or steam comprises at least one storage system having at least a second storage container (2.2) for storing water, in which the water is heated by supplying energy, - having at least a first external energy source, which is arranged outside the gas turbine power plant and/or the system and which provides the energy for heating the water in the second storage container, - wherein the energy in the second storage container (2.2) can be coupled in at temperatures greater than 95°C, and - the second storage container (2.2) stores hot water and/or steam and is designed for a pressure in the order of 10 bar or above, and - the hot water and/or the steam stored in the second storage container (2.2) can be injected into a fluid flow between the compressor (1.2) and the turbine (1.5) and/or into the turbine (1.5) of the gas turbine power plant.
Sensor arrangement for detecting moisture on a motor vehicle windscreen, comprising at least one moisture sensor linked to a first temperature sensor, designed to cooperate in order to determine a percentage by mass of water in the air, which sensors are housed in a shell of the trim of a foot of a central rear-view mirror of a motor vehicle, said foot being attached in a middle upper portion of a windscreen of said vehicle, characterized in that the moisture sensor is arranged in a first front region of the shell, arranged close to the windscreen, an active face of said sensor being arranged parallel to a first opening of the shell essentially perpendicular to the windscreen, so as to allow a flow of air along an inner face of the windscreen to cover the entire active surface of the moisture sensor.
Machine for preparing drinks by infusion, comprising a device for heating fluid comprising at least one duct for circulating a fluid, characterised by the fact that the duct comprises means for creating turbulence of the fluid circulating in the inner volume thereof, means for creating turbulence which comprise embossed surfaces on the inner wall of the duct, machine wherein the inner wall comprises a heat exchange part capable of cooperating with the heating means and wherein the embossed surfaces are formed outside of the heat exchange part, and wherein at least one part of the embossed surfaces is configured to divert to fluid in the direction of the heat exchange part.
Anchoring means for anchoring a guy line of a tent to the ground, comprising an elongated tent peg having two main surfaces (3a, 3b) oppositely disposed on the outside of the tent peg and facing away from each other and a pointed ground end and an extraction end, which tent peg at the location of or near the extraction end is provided with coupling means to which a guy line can be attached, which anchoring means further include an elongated auxiliary element which is provided with two further main surfaces (5a, 5b) present on the outside of the auxiliary element oppositely disposed and facing away from each other, which auxiliary element is parallel to the tent peg and is movably connected to the tent peg in longitudinal direction, wherein the auxiliary element's further main surface facing the tent peg and the tent peg's main surface facing the auxiliary element are in contact with each other and are movable relative to each other between a first and a second position, in at least the first position said surfaces (3a, 5b) are in contact with each other over a first surface and in the second position said surfaces (3a, 5b) are in contact with each other over a second surface, characterized in that the first position is an insertion position, and the second position is an extraction position, in the first surface being larger than the second surface.
A radiolabelling kit comprising: - a suitable amount of acetate salt or buffer to balance at least the acidic pH eluate from a gallium-68 generator to a pH value ranging from 3 to 5 when said generator is eluted in the kit; - a chelate-functionalized targeting agent, said chelate function being able to chelate gallium-68 in the radiolabelling conditions; and - a metal inhibitor, which is a co-chelating agent, capable of inactivating contaminating metals without interfering with the chelation between gallium-68 and said chelate-functionalized targeting agent, under the conditions of the labelling reaction, wherein said radiolabelling reaction is carried out at a temperature near or equal to room temperature and at a pH of between 3 and 5, wherein said metal inhibitor is selected from the group comprising: DOTA, monosaccharides, and disaccharides, wherein said targeting agent is a peptide consisting essentially of 2 to 20 amino acids, and wherein said chelate functional group of the targeting agent is selected from the group comprising: NOTA, Tris(hydroxypyridinone), open-chain chelators such as HBED, DFO, EDTA, 6SS, B6SS, PLED, TAME, and YM103; NTP(PRHP) 3, H 2 dedpa, (4,6-MeO 2 sal) 2 -BAPEN, and citrate, wherein said metal inhibitor and said chelate-functionalized targeting agent are not chemically linked. - a suitable amount of acetate salt or buffer to balance at least the acidic pH eluate from a gallium-68 generator to a pH value ranging from 3 to 5 when said generator is eluted in the kit; - a chelate-functionalized targeting agent, said chelate function being able to chelate gallium-68 in the radiolabelling conditions; and - a metal inhibitor, which is a co-chelating agent, capable of inactivating contaminating metals without interfering with the chelation between gallium-68 and said chelate-functionalized targeting agent, under the conditions of the labelling reaction,
Lighting device comprising a plurality of LEDs for emitting light, which are arranged alongside one another along a longitudinal axis of the lighting device, and a planar transmission window composed of a transmissive transmission window material that is transparent to the light emitted by the LEDs, wherein the transmission window is arranged in a manner spaced apart from the LEDs by way of a gas volume and at least a large portion of the light emitted by the LEDs penetrates through the transmission window, and wherein anisotropic light deflection particles are embedded into the transmission window material, said light deflection particles each having a deflection axis and a passing axis perpendicular thereto, wherein light incident perpendicularly to the two axes (3, 4) is fanned out to a greater extent on the deflection axis than on the passing axis, and wherein the majority of the light deflection particles are aligned such that the respective deflection axes extend along the longitudinal axis of the lighting device, and wherein the transmission window is configured in the form of an elongate envelope bulb, that is to say extends in a curved fashion as viewed in sectional planes perpendicular to the longitudinal axis and, consequently, at least partly circumferentially around the longitudinal axis, characterized in that the transmission window is mounted with a thickness that varies over its area, wherein at least one of two light passage surfaces (37, 38) of the transmission window which are opposite to one another with respect to a thickness direction is curved in such a way that the transmission window as viewed in the sectional planes perpendicular to the longitudinal axis acts as a lens, that is to say that a light intensity distribution upstream of the transmission window is different from that downstream of the transmission window.
Surface cleaning machine comprising an appliance body and a cleaning head which is arranged on the appliance body, wherein at least one driven cleaning roller unit is positioned on the cleaning head and a dirty fluid tank device is arranged on the cleaning head, and a drive motor, wherein the at least one cleaning roller unit comprises a wiper guide device which acts on the at least one cleaning roller unit, the wiper guide device is arranged at an inlet opening of the dirty fluid tank device and the wiper guide device is arranged and formed in such a way that dirty fluid is couplable from the at least one cleaning roller unit via the inlet opening of the dirty fluid tank device into the dirty fluid tank device without a suction fan, characterized in that the dirty fluid tank device is arranged between the cleaning roller unit and the drive motor.
A toilet frame comprising a left side frame; a right side frame; and a crossbar that connects the left and ride side frames (3,4) at the front of the toilet frame: wherein each of the left and right side frames (3,4) is movable between a folded position in which it extends alongside the crossbar and an unfolded position in which it extends transversely of the crossbar; and the left and right side frames (3,4) are not connected by a crossbar at the back of the toilet frame, and characterized in that: each of the side frames (3,4) has a respective front leg of which a lower part is fixed with respect to the crossbar and extends outwardly from the side frame (3,4), to the side of the toilet frame, to enlarge the width of the toilet frame at the front of the toilet frame; each of the front legs has an upper part that pivots with respect to the lower part of the leg, along with the rest of the side frame (3,4), when the side frame (3,4) moves between the folded and unfolded positions; and each of the side frames (3,4) is provided with a respective armrest, the height of which is adjustable relative to the side frame (3,4). each of the side frames (3,4) has a respective front leg of which a lower part is fixed with respect to the crossbar and extends outwardly from the side frame (3,4), to the side of the toilet frame, to enlarge the width of the toilet frame at the front of the toilet frame; each of the front legs has an upper part that pivots with respect to the lower part of the leg, along with the rest of the side frame (3,4), when the side frame (3,4) moves between the folded and unfolded positions; and each of the side frames (3,4) is provided with a respective armrest, the height of which is adjustable relative to the side frame (3,4).
A container for a packaging assembly, the container comprising: a body having a base and a sidewall extending upwardly therefrom, the body defining an interior comprising a product space configured for housing at least one product, the body further having an opening leading to the interior; and an active agent disposed within a compartment that is provided within the interior, the active agent optionally comprising at least one of a desiccant or an oxygen scavenger, the compartment being separated from a remainder of the interior by a sealing layer, optionally a foil sealing layer, in order to encapsulate the active agent within the compartment so as to prevent fluid communication between the active agent and the product space, characterised in that the compartment comprises a base surface, a first peripheral surface extending upwardly from the base surface, and a second peripheral surface extending laterally outwardly from the first peripheral surface, the active agent being heat sealed to the base surface, the base surface being spaced-apart below the second peripheral surface, and at least a portion of the sealing layer being sealed to the second peripheral surface. a body having a base and a sidewall extending upwardly therefrom, the body defining an interior comprising a product space configured for housing at least one product, the body further having an opening leading to the interior; and an active agent disposed within a compartment that is provided within the interior, the active agent optionally comprising at least one of a desiccant or an oxygen scavenger, the compartment being separated from a remainder of the interior by a sealing layer, optionally a foil sealing layer, in order to encapsulate the active agent within the compartment so as to prevent fluid communication between the active agent and the product space, characterised in that the compartment comprises a base surface, a first peripheral surface extending upwardly from the base surface, and a second peripheral surface extending laterally outwardly from the first peripheral surface, the active agent being heat sealed to the base surface, the base surface being spaced-apart below the second peripheral surface, and at least a portion of the sealing layer being sealed to the second peripheral surface.
A method comprising: receiving in a single input information indicating that two or more media streams of different media types relating to a communication between participant apparatuses are to be blocked for a participant apparatus; characterized by blocking (404, 405, 408, 417, 418), in response to receiving the information, the two or more media streams both from the participant apparatus and to the participant apparatus while maintaining a connection established for the communication, wherein blocking of the two or more media streams is performed to each of the two or more media streams by discarding or disturbing all the content of the media stream. receiving in a single input information indicating that two or more media streams of different media types relating to a communication between participant apparatuses are to be blocked for a participant apparatus; characterized by blocking (404, 405, 408, 417, 418), in response to receiving the information, the two or more media streams both from the participant apparatus and to the participant apparatus while maintaining a connection established for the communication, wherein blocking of the two or more media streams is performed to each of the two or more media streams by discarding or disturbing all the content of the media stream.
Method for determining the position of a vehicle which is moved along a lane, wherein markers, in particular code carriers or barcodes, are arranged along the lane which are detected with a digital camera arranged on the vehicle, characterised in that by means of image processing a relative position of the vehicle in relation to the respective marker (21, 22, 23) or the respective markers (21, 22, 23) is determined from a position of at least one marker image in the detection range of the digital camera and a shape of the marker image or the marker images, at least one tilt angle (β) of an optical axis (60, 61) of the digital camera relative to the lane is determined, and an actual position of the digital camera over the lane is determined from the distance of the digital camera from a marker (21, 22, 23) and the tilt angle (β) or the tilt angles.
Process for the fine grinding of a feedstock of carbon-based material, according to which the feedstock of carbon-based material, in the form of particles of millimetric or micronic dimensions, is introduced at the inlet of a first vibrating-type mill chamber, the outlet of which is connected to the inlet of a second vibrating-type mill chamber, the first and the second vibrating mill chambers each comprising grinding bodies freely housed within it and suitable for grinding particles, according to which process the first chamber and the second chamber are set in vibration so as to crush the particles introduced, on the one hand, between the grinding bodies and, on the other hand, between the latter and the peripheral internal wall of each chamber, characterized in that there are additionally introduced, at the inlet of the second vibrating mill chamber, additives of inorganic material and/or additives of plant material and/or additives of material of plant origin, the additives being in the form of a powder of micronic dimension.
A chemically defined medium for human pluripotent stem cell culture, comprising water, at least one carbon source, one or more vitamins, one or more salts, one or more fatty acids, one or more buffer components, selenium, at least one substance of the group of Functional Inhibitors of Acid Sphingomyelinase (FIASMAs) and at least one polypeptide of the TGF-β superfamily with the ability to inhibit stem cell differentiation, wherein the at least one polypeptide of the TGF-β superfamily is selected from the group consisting of activins, nodal, myostatin and GDF3.
A cross bar that can be applied to the roof of a vehicle to support an accessory, comprising: - a profile section which predominantly extends along a first direction and comprising a first groove for the insertion of a portion of an accessory; - a terminal applied to at least one end of the profile section and comprising a movable portion that is movable between: i) a first configuration in which it obstructs a side access opening to said first groove; and ii) a second configuration in which it allows access to said opening to allow the insertion or extraction of an accessory in/from the first groove; wherein it further comprises: - locking means to lock said terminal in the first configuration; and - an unlocking control to unlock said locking means, characterized by said control being a button operable by a user. - a profile section which predominantly extends along a first direction and comprising a first groove for the insertion of a portion of an accessory; - a terminal applied to at least one end of the profile section and comprising a movable portion that is movable between: i) a first configuration in which it obstructs a side access opening to said first groove; and ii) a second configuration in which it allows access to said opening to allow the insertion or extraction of an accessory in/from the first groove; wherein it further comprises: - locking means to lock said terminal in the first configuration; and - an unlocking control to unlock said locking means, characterized by said control being a button operable by a user. i) a first configuration in which it obstructs a side access opening to said first groove; and ii) a second configuration in which it allows access to said opening to allow the insertion or extraction of an accessory in/from the first groove; wherein it further comprises: - locking means to lock said terminal in the first configuration; and - an unlocking control to unlock said locking means, characterized by said control being a button operable by a user. - locking means to lock said terminal in the first configuration; and - an unlocking control to unlock said locking means,