mhurhangee/ep-ind-claims huggingface dataset:
Device for metering electrical energy having: - a pulse-type meter in order to provide an electrical pulse or completion of an electrical circuit for each predetermined quantity of electrical energy, and - a communication module connected to said pulse-type meter in order to send energy and/or electric power information, said communication module having two inputs in order to receive the connection to said pulse-type meter, characterized in that said communication module has discrimination means (11, 18, 31) connected to said inputs in order to distinguish between energy pulse information and state information of an electrical appliance connected to said inputs. - a pulse-type meter in order to provide an electrical pulse or completion of an electrical circuit for each predetermined quantity of electrical energy, and - a communication module connected to said pulse-type meter in order to send energy and/or electric power information, said communication module having two inputs in order to receive the connection to said pulse-type meter,
Switching device, in particular a contactor, comprising an electromagnetic switching drive which has a drive coil system, in particular having a pull-in coil and a holding coil, and an open-loop or closed-loop control device for controlling the energization of the drive coil system in an open-loop manner or for controlling the electromagnetic drive in a closed-loop manner, the open-loop or closed-loop control device having a device for detecting measured variables in the electromagnetic drive of the switching device, which device has - an inductive transformer, the primary side of which is connected in series with a coil of the electromagnetic drive, the switching device being characterized in that the device for detecting measured variables further has - a digital electronic measuring device connected to the secondary side of the transformer for measuring a voltage U L2 transferred to the secondary side and for determining at least one measured variable of the electromagnetic drive as a function of the measured voltage U L2 and known values of the transformer and/or of the drive according to at least one determination and calculation function. - an inductive transformer, the primary side of which is connected in series with a coil of the electromagnetic drive, the switching device being characterized in that the device for detecting measured variables further has - a digital electronic measuring device connected to the secondary side of the transformer for measuring a voltage U L2 transferred to the secondary side and for determining at least one measured variable of the electromagnetic drive as a function of the measured voltage U L2 and known values of the transformer and/or of the drive according to at least one determination and calculation function.
An intraocular drainage device, comprising: a monolithic silicone body having a flap; a rigid bottom plate having a portion configured to contact a corresponding portion of the flap; a rigid top plate; and a tube having a proximal end disposed between the flap and the rigid bottom plate, wherein the corresponding portion of the flap is configured to separate from the portion of the rigid bottom plate responsive to a pressure of aqueous humor received from the tube. a monolithic silicone body having a flap; a rigid bottom plate having a portion configured to contact a corresponding portion of the flap; a rigid top plate; and a tube having a proximal end disposed between the flap and the rigid bottom plate, wherein the corresponding portion of the flap is configured to separate from the portion of the rigid bottom plate responsive to a pressure of aqueous humor received from the tube.
A motor-driven compressor with multiple compression sections, the motor-driven compressor comprising: - at least one housing; - at least two drive shafts (5, 6), the at least two drive shafts being rotatably supported in the housing by at least two bearings (8, 9, 10, 11, 21, 24); - a flexible coupling device connecting the drive shafts; - an electric motor mounted on a first compression shaft of said at least two drive shafts; and - at least two compression sections (13, 14, 17, 20), wherein: a first compression section (13, 17) of said at least two compression sections is cantilevered at a free end of the first compression shaft of said at least two drive shafts, and a second compression section (14, 20) is mounted between two bearings (10, 11, 21) on the second compression shaft of said at least two drive shafts. - at least one housing; - at least two drive shafts (5, 6), the at least two drive shafts being rotatably supported in the housing by at least two bearings (8, 9, 10, 11, 21, 24); - a flexible coupling device connecting the drive shafts; - an electric motor mounted on a first compression shaft of said at least two drive shafts; and - at least two compression sections (13, 14, 17, 20), wherein: a first compression section (13, 17) of said at least two compression sections is cantilevered at a free end of the first compression shaft of said at least two drive shafts, and a second compression section (14, 20) is mounted between two bearings (10, 11, 21) on the second compression shaft of said at least two drive shafts.
An apparatus for dispensing drinking water, able to produce sparkling water and comprising: - a reservoir for chilled water; - a sparkling water producing line, extending between an outlet of the reservoir and a dispensing point for the sparkling water, the circuit comprising a pump, and a carbonator disposed downstream of the pump in the direction towards the dispensing point to carbonate the chilled water coming from the reservoir; - a cooling circuit (4, 5) extending over the part of the sparkling water producing line going from the reservoir to the pump, then over the part of the sparkling water producing line going from the pump to a point of the sparkling water producing line located between the pump and the carbonator, and the cooling circuit (4, 5) extending from that point to the reservoir, characterized in that: - the reservoir for chilled water is removable; - the cooling circuit is disposed, over part of its length, in a situation of heat exchange with at least part of the carbonator, so as to cool it; and - the apparatus for dispensing drinking water further comprises time delay means adapted to circulate the chilled water in the cooling circuit for a predetermined time before producing sparkling water via the sparkling water producing line. - a reservoir for chilled water; - a sparkling water producing line, extending between an outlet of the reservoir and a dispensing point for the sparkling water, the circuit comprising a pump, and a carbonator disposed downstream of the pump in the direction towards the dispensing point to carbonate the chilled water coming from the reservoir; - a cooling circuit (4, 5) extending over the part of the sparkling water producing line going from the reservoir to the pump, then over the part of the sparkling water producing line going from the pump to a point of the sparkling water producing line located between the pump and the carbonator, and the cooling circuit (4, 5) extending from that point to the reservoir, - the reservoir for chilled water is removable; - the cooling circuit is disposed, over part of its length, in a situation of heat exchange with at least part of the carbonator, so as to cool it; and - the apparatus for dispensing drinking water further comprises time delay means adapted to circulate the chilled water in the cooling circuit for a predetermined time before producing sparkling water via the sparkling water producing line.
Game controller having an actuator (2, 102) rotationally movable relative to a fixed part (3, 103), so as to simulate a control of the rotation of a steering column of a simulated vehicle, the said game controller implementing means for detecting the angle of the rotational movement of the said actuator (2, 102) comprising at least one Hall effect or magnetoresistive effect detection unit, characterised in that the said at least one Hall effect or magnetoresistive effect detection unit consists of at least two elements, including a permanent magnet (37, 127b) and a multiaxial magnetic sensor (24, 124) measuring the characteristics of the magnetic field of the said magnet (37, 127b), and in that, at least during the rotation of the said actuator (2, 102), a first of the said elements is rotationally integral with the said actuator (2, 102) and a second of the said elements is rotationally integral with the said fixed part (3, 103), and in that the said game controller implements a force return and/or return to neutral position system of the actuator (2, 102), the said magnet (37, 127b) being substantially aligned with the axis of rotation of a shaft (33, 141) of the said force feedback system and/or of return to neutral position through which the said system acts on the actuator (2, 102).
A method for policy mapping, comprising: mapping, by a user equipment, UE, part of policies used in a first mobile communication system to corresponding policies used in a second mobile communication system, wherein the policies used in the first mobile communication system at least comprise a UE route selection policy, URSP, and wherein the mapping, by a user equipment, UE, part of policies used in a first mobile communication system to corresponding policies used in a second mobile communication system comprises: mapping, by the UE, all rules or part of rules of the URSP to the second mobile communication system for use, wherein a first rule used in the first mobile communication system and a second rule used in the second mobile communication system correspond to a same traffic descriptor and/or rule precedence, and the second rule is obtained by mapping the first rule. mapping, by a user equipment, UE, part of policies used in a first mobile communication system to corresponding policies used in a second mobile communication system, wherein the policies used in the first mobile communication system at least comprise a UE route selection policy, URSP, and wherein the mapping, by a user equipment, UE, part of policies used in a first mobile communication system to corresponding policies used in a second mobile communication system comprises: mapping, by the UE, all rules or part of rules of the URSP to the second mobile communication system for use, wherein a first rule used in the first mobile communication system and a second rule used in the second mobile communication system correspond to a same traffic descriptor and/or rule precedence, and the second rule is obtained by mapping the first rule. mapping, by the UE, all rules or part of rules of the URSP to the second mobile communication system for use, wherein a first rule used in the first mobile communication system and a second rule used in the second mobile communication system correspond to a same traffic descriptor and/or rule precedence, and the second rule is obtained by mapping the first rule.
A motor vehicle comprising a power train including an internal combustion engine, a turbocharger secured to an internal combustion engine and a charge air cooler disposed at a distance from the internal combustion engine, a flow of air being provided between the internal combustion engine or the turbocharger and the charge air cooler by two conduits (2, 3) in which the air flows in opposite directions, and including a connection permitting the two conduits (2, 3) to be secured together on a portion of their length, characterized in that the connection permits the two conduits (2, 3) to be secured together by bonding them to one another, said connection being secured to a fixed structure of the vehicle by fastenings which are detachable or non-detachable, of the screw type, detent elements or furrowed nipples.
A superconductor tape comprising: a substrate; a buffer layer overlying the substrate; and a superconductor film overlying the buffer layer; wherein the superconductor film comprises BaMO 3, where M = Zr, Sn, Ta, Nb, Hf, or Ce, characterised in that the superconductor film has a peak of BaMO 3 elongated along an axis that is between 60° to 90° from an axis of the peaks of the superconductor film, measured by X-ray diffraction. a substrate; a buffer layer overlying the substrate; and a superconductor film overlying the buffer layer; wherein the superconductor film comprises BaMO 3, where M = Zr, Sn, Ta, Nb, Hf, or Ce, characterised in that the superconductor film has a peak of BaMO 3 elongated along an axis that is between 60° to 90° from an axis of the peaks of the superconductor film, measured by X-ray diffraction.
A cosmetic method for adhering artificial eyelashes to human eyelashes, the method comprising: Positioning an eyelid separating film patch to cover one of an upper or lower set of existing human eyelashes and skin adjacent an eyelid rim of an eye in need of artificial eyelashes, thereby separating the covered upper or lower set of existing human eyelashes from the other of the upper or lower set of existing human eyelashes of the eye in need of artificial eyelashes and protecting the skin from an adhesive; adhering a single artificial eyelash hair to a single human eyelash hair of the other of the upper or lower set of human eyelashes on a hair-by-hair basis using the adhesive; and repeating the adhering step to apply at least one single artificial eyelash to a desired number of single human eyelashes of the other of the upper or lower set of human eyelashes to extend the human eyelashes on a hair-by-hair basis, characterised in that the adhesive comprises cyanoacrylate and a pigment and having a viscosity between about 800 and 2000 cP for conferring high viscosity, low blooming and low fuming properties. Positioning an eyelid separating film patch to cover one of an upper or lower set of existing human eyelashes and skin adjacent an eyelid rim of an eye in need of artificial eyelashes, thereby separating the covered upper or lower set of existing human eyelashes from the other of the upper or lower set of existing human eyelashes of the eye in need of artificial eyelashes and protecting the skin from an adhesive; adhering a single artificial eyelash hair to a single human eyelash hair of the other of the upper or lower set of human eyelashes on a hair-by-hair basis using the adhesive; and repeating the adhering step to apply at least one single artificial eyelash to a desired number of single human eyelashes of the other of the upper or lower set of human eyelashes to extend the human eyelashes on a hair-by-hair basis, characterised in that the adhesive comprises cyanoacrylate and a pigment and having a viscosity between about 800 and 2000 cP for conferring high viscosity, low blooming and low fuming properties.
A method of producing a LTP or LATP crystal particle, the method comprising: preparing glass containing, in molar ratio, 1 + x of Li 2 O, where 0 ≤ x ≤ 1, x of Al 2 O 3, 4 - 2x of TiO 2, 3 + y of P 2 O 5, where 1 ≤ y ≤ 4, and from more than y to less than 3y of ZnO; subjecting, after the preparation of glass, the glass to thermal treatment for crystallization; and selectively eluting a substance other than a LTP or LATP crystal through acid treatment. preparing glass containing, in molar ratio, 1 + x of Li 2 O, where 0 ≤ x ≤ 1, x of Al 2 O 3, 4 - 2x of TiO 2, 3 + y of P 2 O 5, where 1 ≤ y ≤ 4, and from more than y to less than 3y of ZnO; subjecting, after the preparation of glass, the glass to thermal treatment for crystallization; and selectively eluting a substance other than a LTP or LATP crystal through acid treatment.
A refrigeration cycle apparatus comprising: a screw compressor; an oil reservoir configured to store a refrigerating machine oil discharged from the screw compressor; an oil injection passage configured to allow the refrigerating machine oil to flow from the oil reservoir to a compression chamber in the screw compressor; an oil adjusting device configured to adjust a flow of the refrigerating machine oil in the oil injection passage; and a controller configured to control the oil adjusting device, wherein in a case of stopping the screw compressor, the controller closes the oil adjusting device to prevent the refrigerating machine oil in the oil injection passage from flowing into the compression chamber in the screw compressor, and then stop the screw compressor; characterized in further comprising an inverter device configured to adjust a driving frequency of the screw compressor, wherein in the case of stopping the screw compressor, the inverter device reduces the driving frequency to a set stop frequency determined in advance, and then stops the screw compressor; and wherein the set stop frequency is a driving frequency lower than a lowest driving frequency in a normal operation. a screw compressor; an oil reservoir configured to store a refrigerating machine oil discharged from the screw compressor; an oil injection passage configured to allow the refrigerating machine oil to flow from the oil reservoir to a compression chamber in the screw compressor; an oil adjusting device configured to adjust a flow of the refrigerating machine oil in the oil injection passage; and a controller configured to control the oil adjusting device, wherein in a case of stopping the screw compressor, the controller closes the oil adjusting device to prevent the refrigerating machine oil in the oil injection passage from flowing into the compression chamber in the screw compressor, and then stop the screw compressor; characterized in further comprising an inverter device configured to adjust a driving frequency of the screw compressor, wherein in the case of stopping the screw compressor, the inverter device reduces the driving frequency to a set stop frequency determined in advance, and then stops the screw compressor; and wherein the set stop frequency is a driving frequency lower than a lowest driving frequency in a normal operation.
A mudguard extension for a mudguard of a mobile agricultural apparatus, wherein in the mounted condition the mudguard extension extends longitudinally in an arcuate configuration and provides an extension for the mudguard transversely relative to the direction of travel of the mobile apparatus, and the mudguard extension has at least a first extension portion and a second separate extension portion, characterised in that the extension portions (8, 9) each extend over a respective arc portion (10, 11) of the mudguard extension and each have a respective locking device (12, 13) for locking the extension portions (8, 9) together, wherein the extension portions (8, 9) in the locked condition are locked together in positively locking and/or force-locking relationship by the locking devices (12, 13), wherein a locking action is provided only in one direction along the arcuate longitudinal extent of the mudguard extension or however in addition in a direction perpendicular thereto.
Apparatus for measuring distance, having at least one transmission branch with at least one transmitter (22, 24) for emitting modulated measurement radiation (16, 26, 36) in the direction of a target object, and having at least one reception branch for receiving the measurement radiation (17, 44) returning from the target object, and having a control and evaluation unit (28, 58) for ascertaining the distance between the apparatus and the target object, characterized in that the apparatus has means that allow measurement of distances with different measurement uncertainties, wherein the control and evaluation unit (28, 58) is prescribed a value for the maximum measurement time and the measurement uncertainty to be reached, the measured signal-to-noise ratio is compared with the signal-to-noise ratio that corresponds to the measurement uncertainty to be reached, and the measurement is terminated if the measured signal-to-noise ratio corresponds to the signal-to-noise ratio that corresponds to the measurement uncertainty to be reached, or the measurement uncertainty is increased if the required measurement time would exceed the maximum measurement time, wherein the apparatus has an output unit, particularly a display unit, which presents the measurement result of the distance measurement using the decimals for the measured value of the distance which correspond to the measurement uncertainty.
A method of wireless communications by a user equipment, UE, comprising: transmitting a first data packet for a first bearer using a Hybrid Automatic Repeat request, HARQ, process to a base station on a first channel; receiving at least two acknowledgments (508, 510, 608, 610), for the first data packet of the HARQ process on a second channel different than the first channel indicating that the first data packet was successfully received by the base station; determining whether a second data packet is communicated for the first bearer or a second bearer; and determining, in response to receiving the at least two acknowledgments (508, 510, 608, 610) for the first data packet, based at least in part on the determination that the second data packet is not communicated, to enter into an inactive mode in which at least the second channel is not decoded. transmitting a first data packet for a first bearer using a Hybrid Automatic Repeat request, HARQ, process to a base station on a first channel; receiving at least two acknowledgments (508, 510, 608, 610), for the first data packet of the HARQ process on a second channel different than the first channel indicating that the first data packet was successfully received by the base station; determining whether a second data packet is communicated for the first bearer or a second bearer; and determining, in response to receiving the at least two acknowledgments (508, 510, 608, 610) for the first data packet, based at least in part on the determination that the second data packet is not communicated, to enter into an inactive mode in which at least the second channel is not decoded.