mhurhangee/ep-ind-claims huggingface dataset:
A device for damping mechanical vibrations in electric lines through which modulated currents flow comprising at least one sound or vibration sensor aligned towards line or fastened to the line, at least one actuator connected to the line and a control circuit, to which signals representing sound or vibrations generated by the at least one sound or vibration sensor are fed via respective signal lines, and which actuates the at least one actuator via respective control lines so that said actuator counteracts the vibration of the line, characterized in that the at least one sound or vibration sensor comprises an optical microphone, which enables a local resolution of the vibration amplitude along at least one part of the line, and that the control circuit is set up to actuate the at least one actuator so that the maximum vibration amplitude is reduced.
An air-conditioning apparatus (100, 101, 102) comprising: a refrigerant circuit connecting a compressor, a heat source side heat exchanger, and an expansion device, characterized in that the air conditioning apparatus further comprises a use side heat exchanger with pipes and circulating a refrigerant whose density in a saturated refrigerant gas at 0 degrees C is 35 to 65% of a density of an R410A saturated refrigerant gas at 0 degrees C; and supercooling means (4, 101B) making a temperature of a high-pressure liquid refrigerant sent from the heat source side heat exchanger to the expansion device be 5 degrees C or less in a cooling operation, and wherein HFO1234yf or HFO1234ze gas is used as refrigerant. a refrigerant circuit connecting a compressor, a heat source side heat exchanger, and an expansion device, characterized in that the air conditioning apparatus further comprises a use side heat exchanger with pipes and circulating a refrigerant whose density in a saturated refrigerant gas at 0 degrees C is 35 to 65% of a density of an R410A saturated refrigerant gas at 0 degrees C; and supercooling means (4, 101B) making a temperature of a high-pressure liquid refrigerant sent from the heat source side heat exchanger to the expansion device be 5 degrees C or less in a cooling operation, and wherein HFO1234yf or HFO1234ze gas is used as refrigerant.
A method for operating a clothes treating apparatus comprising a hot air supplying unit (130, 140) provided with a heater and a blowing device, and having a drying function of drying clothes by supplying hot air into a drum by use of the hot air supplying unit (130, 140), the method comprising: rotating the drum with the clothes introduced therein; and supplying hot air into the drum by using the heater and the blowing device while the drum is rotated, wherein an air flow rate supplied by the blowing device changes during the hot air supplying step, wherein the hot air supplying step comprises: a first drying step of increasing an inner temperature of the drum; a second drying step of constantly maintaining the inner temperature of the drum after the first drying step; and a third drying step of re-increasing the inner temperature of the drum after the second drying step, wherein the air flow rate changes during the second drying step. rotating the drum with the clothes introduced therein; and supplying hot air into the drum by using the heater and the blowing device while the drum is rotated, wherein an air flow rate supplied by the blowing device changes during the hot air supplying step, wherein the hot air supplying step comprises: a first drying step of increasing an inner temperature of the drum; a second drying step of constantly maintaining the inner temperature of the drum after the first drying step; and a third drying step of re-increasing the inner temperature of the drum after the second drying step, wherein the air flow rate changes during the second drying step. a first drying step of increasing an inner temperature of the drum; a second drying step of constantly maintaining the inner temperature of the drum after the first drying step; and a third drying step of re-increasing the inner temperature of the drum after the second drying step, wherein the air flow rate changes during the second drying step.
Pyrotechnic circuit breaker, in particular for an on-board electrical system of a motor vehicle, having a conductor structure with two connecting arms and with a link arm which connects the two connecting arms in an electrically conductive manner, and having a pyrotechnical unit and a separating element for severing the link arm in the event of actuation, characterized in that the separating element severs the link arm along a single separating line in the event of actuation, and in that the link arm is formed by a conductor strip with a curved profile, so that the separating line intersects the conductor strip in at least two spatially separated sections along the profile of the conductor strip, and in that the separating element and/or the link arm is/are designed in such a way that, in the event of actuation, a separator is separated from the link arm.
A method performed by a base station for reducing distortion of an uplink signal received in a receiver part of the base station, said distortion being caused by intermodulation, IM, products, the method comprising: generating, from a transmitter source signal, a modeled signal of IM components, as n th order IM components of the transmitter source signal, n being an integer value of 3 and 5; detecting IM products of the received uplink signal, the received uplink signal comprising UL traffic components and the IM products, by correlating the received uplink signal with the IM components of the modeled signal; producing a cancellation signal based on the detected IM products of the received uplink signal, and subtracting the cancellation signal from the received uplink signal; characterised in that before generating, estimating if there are IM products in the UL frequency band by calculating where IM products may end up, based on the distance between the DL and the UL frequencies, and not performing the method if it is estimated that the IM products end up outside the UL frequency band. generating, from a transmitter source signal, a modeled signal of IM components, as n th order IM components of the transmitter source signal, n being an integer value of 3 and 5; detecting IM products of the received uplink signal, the received uplink signal comprising UL traffic components and the IM products, by correlating the received uplink signal with the IM components of the modeled signal; producing a cancellation signal based on the detected IM products of the received uplink signal, and subtracting the cancellation signal from the received uplink signal; characterised in that before generating, estimating if there are IM products in the UL frequency band by calculating where IM products may end up, based on the distance between the DL and the UL frequencies, and not performing the method if it is estimated that the IM products end up outside the UL frequency band.
A process for the manufacture of a polyester polymer, comprising: a) polycondensing a polyester polymer in the presence of one or more polycondensation catalysts; b) adding at least one additive compound comprising a catalyst deactivator compound to said polyester polymer after said polyester polymer has reached an intrinsic viscosity (It. V.) of at least 0.45 dl/g, It. V. being determined at 25 °C in 60% phenol and 40% 1,1,2,2-tetrachloroethane at a concentration of 0.25 g/50 ml using a viscometer according to ASTM D 4603 or ASTM D 5225; and c) further increasing the It.V of said polyester polymer to an It.V of at least 0.72 dl/g thereby producing a polyester polymer with a vinyl ends concentration of at least 0.8 μeq/gram, and an acetaldehyde generation rate of less than 22 ppm, the measurement method for the vinyl ends concentration being defined in the description, and the AA generation rate being determined at 295°C for 5 min using ASTM # F 2013-00, wherein the sample preparation for measuring the vinyl ends concentration and AA generation rate is defined in the description, respectively; wherein said polycondensation catalyst comprises titanium and said catalyst deactivator comprises phosphorus atoms and is present in such an amount that the molar ratio of phosphorus to titanium is at least 0.7 to 1. a) polycondensing a polyester polymer in the presence of one or more polycondensation catalysts; b) adding at least one additive compound comprising a catalyst deactivator compound to said polyester polymer after said polyester polymer has reached an intrinsic viscosity (It. V.) of at least 0.45 dl/g, It. V. being determined at 25 °C in 60% phenol and 40% 1,1,2,2-tetrachloroethane at a concentration of 0.25 g/50 ml using a viscometer according to ASTM D 4603 or ASTM D 5225; and c) further increasing the It.V of said polyester polymer to an It.V of at least 0.72 dl/g thereby producing a polyester polymer with a vinyl ends concentration of at least 0.8 μeq/gram, and an acetaldehyde generation rate of less than 22 ppm, the measurement method for the vinyl ends concentration being defined in the description, and the AA generation rate being determined at 295°C for 5 min using ASTM # F 2013-00, wherein the sample preparation for measuring the vinyl ends concentration and AA generation rate is defined in the description, respectively;
An apparatus (110, 120, 210, 220, 230, 310, 320, 330) for manufacturing magnet segments constituting a field pole magnetic body by cleaving a plate-like magnetic body having a coating applied to its outer surfaces and a plurality of scheduled cleaving incision parts on one side of the magnetic body, comprising: placing tables (41, 42) on which the magnetic body is to be placed; a pressing unit adapted to cleave the magnetic body along the cleaving incision parts by pressing a side of the magnetic body, where the cleaving incision parts are not formed, at a position corresponding to a scheduled cleaving incision part, said cleaving incision part being arranged between two of the placing tables (41, 42); and a cutting unit (43, 44, 45, 47, 48, 49, 50, 53, 54) adapted to cut the coating on the side of the magnetic body, where the cleaving incision parts are not formed, along the position corresponding to said scheduled cleaving incision part, which has been cleaved by the pressing unit. placing tables (41, 42) on which the magnetic body is to be placed; a pressing unit adapted to cleave the magnetic body along the cleaving incision parts by pressing a side of the magnetic body, where the cleaving incision parts are not formed, at a position corresponding to a scheduled cleaving incision part, said cleaving incision part being arranged between two of the placing tables (41, 42); and a cutting unit (43, 44, 45, 47, 48, 49, 50, 53, 54) adapted to cut the coating on the side of the magnetic body, where the cleaving incision parts are not formed, along the position corresponding to said scheduled cleaving incision part, which has been cleaved by the pressing unit.
A drug delivery device comprising a delivery unit including an internal reservoir, a subcutaneous delivery mechanism, a pump for pumping liquid from the internal reservoir to the subcutaneous delivery system, and a liquid filling mechanism configured for injecting liquid from an external reservoir or vial into the internal reservoir, the liquid filling mechanism comprising a filling port and a valve mechanism selectively operable to: - open a first fluid path extending from the filling port to the internal fluid reservoir and close a second fluid path extending from the internal reservoir to the subcutaneous delivery member, or - close the first fluid path and open the second fluid path, wherein the valve mechanism comprises a valve housing fixedly mounted in relation to a housing of the drug delivery device and a valve stem received within the valve housing and arranged to rotate about an axial direction of the filling port, whereby the first fluid path and the second fluid path are selectively operated by the rotational position of the valve stem in relation to the valve housing, such that when the valve stem is in a first position, the first fluid path is open while the second fluid path is closed, and when the valve stem is in a second position, the second fluid path is open while the first fluid path is closed. - open a first fluid path extending from the filling port to the internal fluid reservoir and close a second fluid path extending from the internal reservoir to the subcutaneous delivery member, or - close the first fluid path and open the second fluid path,
A vehicle interior trim component having a hinge assembly, said hinge assembly comprising: - a rotatable component, comprising an armrest; - a shaft disposed through the rotatable component; - a first friction disk rotationally coupled to the shaft; - a second friction disk rotationally coupled to the rotatable component; and - a biasing member configured to urge the first and second friction disks (62, 68) toward one another to establish a friction force that provides resistance to rotation of the rotatable component about the shaft, characterized in that the hinge assembly comprises an end cap configured to retain the first and second friction disks (62, 68), wherein the end cap comprises a radial protrusion configured to engage a recess within the shaft to secure the end cap to the shaft, wherein the shaft comprises a recess and the first friction disk comprises an inner protrusion configured to engage the recess to rotationally couple the first friction disk to the shaft, wherein the rotatable component comprises a passage, and the shaft passes through the passage to facilitate rotation of the rotatable component, and wherein the shaft (40, 114) and the friction disks (62, 68) are constructed from plastic. - a rotatable component, comprising an armrest; - a shaft disposed through the rotatable component; - a first friction disk rotationally coupled to the shaft; - a second friction disk rotationally coupled to the rotatable component; and - a biasing member configured to urge the first and second friction disks (62, 68) toward one another to establish a friction force that provides resistance to rotation of the rotatable component about the shaft, characterized in that the hinge assembly comprises an end cap configured to retain the first and second friction disks (62, 68), wherein the end cap comprises a radial protrusion configured to engage a recess within the shaft to secure the end cap to the shaft,
A device configured to stimulate the laryngeal elevator musculature of a submandibular region of a patient, said device comprising: a pair of electrodes (14, 16) adapted for transmitting an electrical stimulus, the pair of electrodes (14, 16) each comprising: a first leg (42, 43) having a first length, a first end (42a, 43a) and a second end (42b, 43b); a second leg (44, 45) having a second length, a first end (44a, 45a) and a second end (44b, 45b), wherein the first end (42a, 43a) of the first leg (42, 43) and the first end (44a, 45a) of the second leg (44, 45) are connected; an arcuate portion connecting the second end (42b, 43b) of the first leg (42, 43) with the second end (44b, 45b) of the second leg (44, 45); wherein each electrode (14, 16) making up the pair of electrodes comprises a series of electrically conductive elements (22, 24) configured to be oriented parallel to the submandibular region muscle fibers in use. a pair of electrodes (14, 16) adapted for transmitting an electrical stimulus, the pair of electrodes (14, 16) each comprising: a first leg (42, 43) having a first length, a first end (42a, 43a) and a second end (42b, 43b); a second leg (44, 45) having a second length, a first end (44a, 45a) and a second end (44b, 45b), wherein the first end (42a, 43a) of the first leg (42, 43) and the first end (44a, 45a) of the second leg (44, 45) are connected; an arcuate portion connecting the second end (42b, 43b) of the first leg (42, 43) with the second end (44b, 45b) of the second leg (44, 45); a first leg (42, 43) having a first length, a first end (42a, 43a) and a second end (42b, 43b); a second leg (44, 45) having a second length, a first end (44a, 45a) and a second end (44b, 45b), wherein the first end (42a, 43a) of the first leg (42, 43) and the first end (44a, 45a) of the second leg (44, 45) are connected; an arcuate portion connecting the second end (42b, 43b) of the first leg (42, 43) with the second end (44b, 45b) of the second leg (44, 45); wherein each electrode (14, 16) making up the pair of electrodes comprises a series of electrically conductive elements (22, 24) configured to be oriented parallel to the submandibular region muscle fibers in use.
Device for the simultaneous 3D printing of a plurality of objects, comprising a plurality of printing heads and a plurality of object holders which are in each case assigned to one of the printing heads, wherein the printing heads and the object holders by way of at least three translatory actuators (6, 7, 8) are able to be moved relative to one another along three translation axes in three spatial dimensions, wherein the printing heads are disposed on exactly one carrier element, and the object holders are disposed on one or a plurality of object holder carriers, or wherein the printing heads are disposed on a plurality of carrier elements, and the object holders are disposed on exactly one object holder carrier, characterized in that the printing heads on the one carrier element or the plurality of carrier elements are disposed so as to be offset along at least two of the three translation axes.
A screw element comprising an internal torque limitation for fastening a line, in particular a liquid-conducting line, to a counter-piece, in particular to a device connector or to a coupling for a further line, said screw element having a connection part, which preferably has a thread, and an actuation part; and having a torque limiting unit which limits a torque that can be transmitted from the actuation part to the connection part, wherein the torque limiting unit is arranged between the connection part and the actuation part and has a separate limiting element which can be assembled from two limiting element parts (19', 19") connectable to one another and which limits the torque limiting unit in an axial direction of a longitudinal axis of the screw element, wherein the connection part and the actuation part are rotatable about the longitudinal axis of the screw element, but are axially connected to one another via a connection point so that the entire screw element can be rotated about the longitudinal axis and the rotary movement can be transmitted to the connection part, wherein the axial connection keeps the actuation part and the connection part beside one another as long as the applied torque does not exceed a limit value, wherein the axial connection is disconnected as soon as the limit value is exceeded, whereby the actuation part is rotatable relative to the connection part, characterized in that, in the assembled state, the limiting element has a peripheral groove, in particular a throughgoing peripheral groove, in which a recognition element can be fixed, with the recognition element being designed as a coding ring which can be embedded in the peripheral groove. a connection part, which preferably has a thread, and an actuation part; and having a torque limiting unit which limits a torque that can be transmitted from the actuation part to the connection part, wherein the torque limiting unit is arranged between the connection part and the actuation part and has a separate limiting element which can be assembled from two limiting element parts (19', 19") connectable to one another and which limits the torque limiting unit in an axial direction of a longitudinal axis of the screw element, wherein the connection part and the actuation part are rotatable about the longitudinal axis of the screw element, but are axially connected to one another via a connection point so that the entire screw element can be rotated about the longitudinal axis and the rotary movement can be transmitted to the connection part, wherein the axial connection keeps the actuation part and the connection part beside one another as long as the applied torque does not exceed a limit value, wherein the axial connection is disconnected as soon as the limit value is exceeded, whereby the actuation part is rotatable relative to the connection part, characterized in that, in the assembled state, the limiting element has a peripheral groove, in particular a throughgoing peripheral groove, in which a recognition element can be fixed, with the recognition element being designed as a coding ring which can be embedded in the peripheral groove.
Composition comprising: (a) one or more anionic surfactants, (b) a mixture of a first nonionic surfactant chosen from saturated or unsaturated, linear or branched, oxyalkylenated C 8 to C 40 fatty alcohols and of a second nonionic surfactant, different from the first nonionic surfactant, chosen from saturated or unsaturated, linear or branched, oxyalkylenated C 8 to C 40 fatty alcohols, oxyalkylenated esters of saturated or unsaturated, linear or branched C 8 to C 30 acids and of sorbitol, or mixtures thereof; the mixture of nonionic surfactants being present in a total content of at least 3% by weight relative to the total weight of the composition, (c) one or more amphoteric surfactants in a total content of at least 2% by weight relative to the total weight of the composition, and (d) one or more cationic polymers with a cationic charge density of greater than or equal to 4 meq./g. (a) one or more anionic surfactants, (b) a mixture of a first nonionic surfactant chosen from saturated or unsaturated, linear or branched, oxyalkylenated C 8 to C 40 fatty alcohols and of a second nonionic surfactant, different from the first nonionic surfactant, chosen from saturated or unsaturated, linear or branched, oxyalkylenated C 8 to C 40 fatty alcohols, oxyalkylenated esters of saturated or unsaturated, linear or branched C 8 to C 30 acids and of sorbitol, or mixtures thereof; the mixture of nonionic surfactants being present in a total content of at least 3% by weight relative to the total weight of the composition, (c) one or more amphoteric surfactants in a total content of at least 2% by weight relative to the total weight of the composition, and (d) one or more cationic polymers with a cationic charge density of greater than or equal to 4 meq./g.
A cleaning composition comprising: (a) from 5% to 50% by weight of one or more branched, unalkoxylated C 6 -C 14 alkyl sulfate surfactants; (b) from 0.05% to 10% by weight of one or more linear or branched C 4 -C 11 alkyl or aryl alkoxylated alcohol surfactants having a weight average degree of alkoxylation ranging from 1 to 10; and (c) one or more additional ingredients. (a) from 5% to 50% by weight of one or more branched, unalkoxylated C 6 -C 14 alkyl sulfate surfactants; (b) from 0.05% to 10% by weight of one or more linear or branched C 4 -C 11 alkyl or aryl alkoxylated alcohol surfactants having a weight average degree of alkoxylation ranging from 1 to 10; and (c) one or more additional ingredients.