mhurhangee/ep-ind-claims huggingface dataset:
A wideband patch antenna module comprising: a patch antenna for receiving a signal transmitted from at least one of a GPS satellite, a GLONASS satellite, and a BeiDou satellite, and for outputting linearly polarized signals through a first feeding point (112, 240, 350) and a second feeding point (114, 250, 360) in response to the received signal; a first low-noise amplifier coupled to the first feeding point, and adapted to remove noise of a linearly polarized signal outputted from the first feeding point and to amplify the noise-removed signal; a second low-noise amplifier coupled to the second feeding point, and adapted to remove noise of a linearly polarized signal outputted from the second feeding point and to amplify the noise-removed signal; a hybrid coupler adapted to generate a phase difference to the linearly polarized signal amplified by one of the first low-noise amplifier and the second low-noise amplifier, and adapted to combine the linearly polarized signal to which the phase difference is generated with the linearly polarized signal amplified by the other low-noise amplifier so as to generate a circularly polarized signal; a saw filter adapted to pass only a GPS signal and a GLONASS signal of the circularly polarized signal and to attenuate remaining frequencies, wherein the two low-noise amplifiers (120, 130) are arranged in parallel and before the hybrid coupler to minimize an increase in noise caused by insertion loss due to the hybrid coupler. a patch antenna for receiving a signal transmitted from at least one of a GPS satellite, a GLONASS satellite, and a BeiDou satellite, and for outputting linearly polarized signals through a first feeding point (112, 240, 350) and a second feeding point (114, 250, 360) in response to the received signal; a first low-noise amplifier coupled to the first feeding point, and adapted to remove noise of a linearly polarized signal outputted from the first feeding point and to amplify the noise-removed signal; a second low-noise amplifier coupled to the second feeding point, and adapted to remove noise of a linearly polarized signal outputted from the second feeding point and to amplify the noise-removed signal; a hybrid coupler adapted to generate a phase difference to the linearly polarized signal amplified by one of the first low-noise amplifier and the second low-noise amplifier, and adapted to combine the linearly polarized signal to which the phase difference is generated with the linearly polarized signal amplified by the other low-noise amplifier so as to generate a circularly polarized signal; a saw filter adapted to pass only a GPS signal and a GLONASS signal of the circularly polarized signal and to attenuate remaining frequencies, wherein the two low-noise amplifiers (120, 130) are arranged in parallel and before the hybrid coupler to minimize an increase in noise caused by insertion loss due to the hybrid coupler.
Toilet paper, comprising: at least two sheets (10, 20) on which embossments (30, 40) are formed, the embossments (30, 40) including embossed protrusions (32, 42), each embossed protrusion (32, 42) having a shape of a truncated quadrangular pyramid, and the sheets (10, 20) being joined together in a nested manner such that the embossed protrusion formed on one of the sheets (10, 20) faces a non-embossed part (11, 21) of another one of the sheets (10, 20) where no embossment (30, 40) is formed, wherein an area of a top part (33, 43) of the embossed protrusion (32, 42) of each of the embossments (30, 40) is between 0.8 mm 2 and 1.5 mm 2; and an area percentage of top parts (33, 43) of the embossed protrusions (32, 42) of the embossments (30, 40) is between 5% and 10%. at least two sheets (10, 20) on which embossments (30, 40) are formed, the embossments (30, 40) including embossed protrusions (32, 42), each embossed protrusion (32, 42) having a shape of a truncated quadrangular pyramid, and the sheets (10, 20) being joined together in a nested manner such that the embossed protrusion formed on one of the sheets (10, 20) faces a non-embossed part (11, 21) of another one of the sheets (10, 20) where no embossment (30, 40) is formed, wherein an area of a top part (33, 43) of the embossed protrusion (32, 42) of each of the embossments (30, 40) is between 0.8 mm 2 and 1.5 mm 2; and an area percentage of top parts (33, 43) of the embossed protrusions (32, 42) of the embossments (30, 40) is between 5% and 10%.
A porous substrate having a length and a width and comprising a reagent reservoir region and a lateral flow region, said reagent reservoir region comprising or bordered by an impermeable or hydrophobic barrier, said impermeable or hydrophobic barrier blocking flow of a liquid from the reagent reservoir region into the lateral flow region until lateral flow is initiated, wherein said reagent reservoir region comprises at least a first reagent reservoir sub-region and a second reagent reservoir sub-region, wherein the first and second reagent reservoir sub-regions are not in fluid communication and are separated by a hydrophobic or impermeable barrier that is parallel relative to flow direction, wherein said lateral flow region comprises at least a first lateral flow sub-region and a second lateral flow sub-region, wherein said first and second lateral flow sub-regions are not in fluid communication and are separated by a hydrophobic or impermeable barrier that is parallel relative to flow direction, and wherein each reagent reservoir sub-region is configured to be individually contacted to a lateral flow sub-region.
A tablet comprising particles, each particle comprising: a drug-containing core; a taste masking layer composed of a material which is insoluble in saliva at a neutral to basic pH and completely soluble in saliva at a pH of less than 6.5; and a spacing layer surrounding said core, wherein said spacing layer increases the weight of the core by between 5 and 100 percent by weight and sequestering said core from said taste masking layer; wherein said taste masking layer is provided in an amount of between 5 and 100 percent weight gain based on the weight of the core and the spacing layer; wherein the tablet contains a disintegrating agent and disintegrates in the mouth of a patient in less than 90 seconds to form a suspension of particles; and wherein the particles have a diameter of no larger than 1,500 micrometer.
A device for moving and fastening a movable door, especially a protective door or fitting located in front of a danger point to be protected, with at least one profile rail (3, 4) by means of which the door is held in a guided arrangement, with an driving device for adjusting the door by means of which the door can be moved along a movement or adjusting device, with a locking element arranged on the door swivelling in a restricted arc in which reaches around a guide column running parallel to the profile rails (3, 4), and with a contact strip arranged on the bottom edge of the door that is in a driving connection with the locking element and by means of which a non-positive or positive acting connection is created for locking the door between the locking element and the guide column, characterised in that, a signal conductor electrically isolated from the device is arranged in parallel to the guide rails (3, 4), that an electrical circuit is made by the signal conductor when the locking element is activated and that an electrical signal S 1, S 2, S s) is generated which can be evaluated for the driving device.
A battery pack (1802, 1904, 1906), comprising: a battery module including a positive terminal and a negative terminal; and a charging dock interface including: a positive contact connected with the positive terminal; a negative contact connected with the negative terminal; and a chemistry contact connected to the positive terminal, wherein the battery module provides the chemistry contact a non-zero voltage related to a charge state of the battery module; and a memory having data stored thereon, the data including a charging voltage for the battery pack (1802, 1904, 1906), the data being accessible to a charging device to enable the charging device to charge the battery pack (1802, 1904, 1906) using the charging voltage. a battery module including a positive terminal and a negative terminal; and a charging dock interface including: a positive contact connected with the positive terminal; a negative contact connected with the negative terminal; and a chemistry contact connected to the positive terminal, wherein the battery module provides the chemistry contact a non-zero voltage related to a charge state of the battery module; and a memory having data stored thereon, the data including a charging voltage for the battery pack (1802, 1904, 1906), the data being accessible to a charging device to enable the charging device to charge the battery pack (1802, 1904, 1906) using the charging voltage. a positive contact connected with the positive terminal; a negative contact connected with the negative terminal; and a chemistry contact connected to the positive terminal, wherein the battery module provides the chemistry contact a non-zero voltage related to a charge state of the battery module; and a memory having data stored thereon, the data including a charging voltage for the battery pack (1802, 1904, 1906), the data being accessible to a charging device to enable the charging device to charge the battery pack (1802, 1904, 1906) using the charging voltage.
A Rogowski coil comprising: a thermally stable core including an encircling core body; and a winding including a conductive wire; wherein the winding is disposed in a generally helical coil about the core body; wherein the core body: is thermally stable, has an isotropic coefficient of linear thermal expansion, CLTE, of less than one of 15 ppm/°C, 12 ppm/°C, 10 ppm/°C, or 8 ppm/°C, wherein the Rogowski coil is characterised in that the core body is made of a thermally stable CLTE ceramic, wherein the ceramic is Steatite L-5. a thermally stable core including an encircling core body; and a winding including a conductive wire; wherein the winding is disposed in a generally helical coil about the core body; wherein the core body: is thermally stable, has an isotropic coefficient of linear thermal expansion, CLTE, of less than one of 15 ppm/°C, 12 ppm/°C, 10 ppm/°C, or 8 ppm/°C, wherein the Rogowski coil is characterised in that the core body is made of a thermally stable CLTE ceramic, wherein the ceramic is Steatite L-5. is thermally stable, has an isotropic coefficient of linear thermal expansion, CLTE, of less than one of 15 ppm/°C, 12 ppm/°C, 10 ppm/°C, or 8 ppm/°C, wherein the Rogowski coil is characterised in that the core body is made of a thermally stable CLTE ceramic, wherein the ceramic is Steatite L-5.
A pharmaceutical multiparticulate dosage form comprising one or more populations of timed, pulsatile release beads of a weakly basic drug; wherein the weakly basic drug comprises a nitrogen -containing selective serotonin 5-HT 3 blocking agent, or a pharmaceutically acceptable salt thereof, having a pKa in the range of from about 5 to 14 and a solubility of not more than about 200 μg/mL at pH 6.8; wherein the TPR beads comprise organic acid core particles comprising at least one pharmaceutically acceptable organic acid, which are barrier coated with a SR (sustained release) polymer membrane comprising a water-insoluble polymer alone or in combination with a water-soluble polymer or an enteric polymer, on which the weakly basic drug is layered and further coated with a lag-time membrane such that both the organic acid and the weakly basic drug exhibit comparable drug-release profiles; and wherein the weakly basic drug and the organic acid do not contact each other in the dosage form.
Traction battery charging arrangement for charging a traction battery of a motor vehicle, having a charging station, which has a charging plug for producing an electrical charging connection to the traction battery of the motor vehicle, a supply unit, which is formed separately from the charging station and which is connected to the charging station by means of an electrical charging-current line, an electrical safety loop, which has a loop-current source, at least one actuable loop break contact and at least one loop-current sensor (701, 702), and a charging-current control means (34, 52), which switches off the charging current when the loop-current sensor (701, 702) does not detect a loop current, characterized in that the safety loop runs through both the supply unit and the charging station, and wherein the supply unit and the charging station each have at least one loop-current sensor (701, 702) and a respective charging-current control means (34, 52) associated therewith. a charging station, which has a charging plug for producing an electrical charging connection to the traction battery of the motor vehicle, a supply unit, which is formed separately from the charging station and which is connected to the charging station by means of an electrical charging-current line, an electrical safety loop, which has a loop-current source, at least one actuable loop break contact and at least one loop-current sensor (701, 702), and a charging-current control means (34, 52), which switches off the charging current when the loop-current sensor (701, 702) does not detect a loop current, characterized in that the safety loop runs through both the supply unit and the charging station, and wherein the supply unit and the charging station each have at least one loop-current sensor (701, 702) and a respective charging-current control means (34, 52) associated therewith.
Method for determining the state of an electric line by means of a measurement device during operational use, in which data is transmitted unidirectionally or bidirectionally via the electric line in accordance with a data transmission protocol, wherein a) according to the data transmission protocol, data is bundled into data packets (dp) which are transmitted separately from each other at time intervals (dg) via the electric line; b) at least one measurement pulse (mp) is transmitted via the electric line during the time intervals (dg); c) within a time window, signal components (rsa) of the measurement pulse (mp) are measured which were reflected at reflection points of the electric line; d) the reflected signal components (rsa) are evaluated, and a corresponding state of the electric line is determined for at least one associated reflection point or damage location; and that from the measured reflected signal components (rsa) or from the data transmitted according to the data transmission protocol or from parameters (fp) of a data transmission device at least one second measurement value, such as the signal quality, the bit error rate or a control variable of a filter or of a regenerator is derived; characterised in, that on the basis of the measured reflected signal components (rsa) or the course of the measured reflected signal components (rsa) and on the basis of second measurement values (sg, bfr, fp) or the course of the second measurement values (sg, bfr, fp) a maintenance and prognosis signal (wvs) is formed for the electric line, wherein the maintenance and prognosis signal (wvs) is a mathematical function which is calculated continuously in time. a) according to the data transmission protocol, data is bundled into data packets (dp) which are transmitted separately from each other at time intervals (dg) via the electric line; b) at least one measurement pulse (mp) is transmitted via the electric line during the time intervals (dg); c) within a time window, signal components (rsa) of the measurement pulse (mp) are measured which were reflected at reflection points of the electric line; d) the reflected signal components (rsa) are evaluated, and a corresponding state of the electric line is determined for at least one associated reflection point or damage location; and that from the measured reflected signal components (rsa) or from the data transmitted according to the data transmission protocol or from parameters (fp) of a data transmission device at least one second measurement value, such as the signal quality, the bit error rate or a control variable of a filter or of a regenerator is derived; characterised in, that on the basis of the measured reflected signal components (rsa) or the course of the measured reflected signal components (rsa) and on the basis of second measurement values (sg, bfr, fp) or the course of the second measurement values (sg, bfr, fp) a maintenance and prognosis signal (wvs) is formed for the electric line, wherein the maintenance and prognosis signal (wvs) is a mathematical function which is calculated continuously in time.
A method for wireless communication by a base station, BS, comprising: assigning at least one user equipment, UE, -specific configuration, wherein the UE-specific configuration comprises an allocation of resources for a synchronization signal, SS, for mobility, wherein the mobility is a L3 mobility wherein the UE has an active radio resource control, RRC, connection with a base station; and wherein the UE-specific configuration comprises an indication of a SS to be transmitted by a serving base station and an indication of a SS to be transmitted by a target base station, wherein the indications of the SS indicate locations in time and/or frequency of the SS; and communicating with the UE based, at least in part, on the UE-specific configuration.
A coating layer for a vehicle part, comprising: a resin layer having a front side exposed to an outside and a rear side opposite to the front side; a metallic texture layer formed on the rear side of the resin layer, characterized in that the metallic texture layer comprises i) a multilayered optical film layer comprising three or more layers of alternatively layered refractive layers comprising metal oxides and one or more of said refractive layers have different refractive indexes and ii) a germanium layer configured to reflect light; and a reflection layer formed on a rear side of the metallic texture layer. a resin layer having a front side exposed to an outside and a rear side opposite to the front side; a metallic texture layer formed on the rear side of the resin layer, characterized in that the metallic texture layer comprises i) a multilayered optical film layer comprising three or more layers of alternatively layered refractive layers comprising metal oxides and one or more of said refractive layers have different refractive indexes and ii) a germanium layer configured to reflect light; and a reflection layer formed on a rear side of the metallic texture layer.
An adjustable device for connecting two walls to form a block, comprising two elements each provided with means for assembling them together, which assembling means comprise projections (2, 3) and through openings, wherein the two elements each comprise a locking device of the elastic engagement type provided at least one of the projections (2, 3) of the element considered, which elements are capable of being assembled and locked to each other facing each other removably by interlocking at least one of the projections (2, 3) provided with the locking device of one of the elements in one of the openings of the other element, and by concomitant elastic engagement of the locking device in said opening, to constitute a spacer extending along a longitudinal axis and which is adjustable in length.
A lithium secondary battery comprising a positive electrode (10, 41), a negative electrode (20, 50), and a separator (30, 60) and an electrolyte interposed therebetween, wherein the electrolyte is a gel polymer electrolyte, and wherein lithium metal is formed on the negative electrode current collector (21,51) in the negative electrode (20, 50) by moving from the positive electrode (10, 40) by charging; characterized in that the negative electrode (20, 50) further comprises a protective layer formed on a surface in contact with the separator (30, 60), wherein the protective layer comprises at least one lithium salt. wherein the electrolyte is a gel polymer electrolyte, and wherein lithium metal is formed on the negative electrode current collector (21,51) in the negative electrode (20, 50) by moving from the positive electrode (10, 40) by charging; characterized in that the negative electrode (20, 50) further comprises a protective layer formed on a surface in contact with the separator (30, 60), wherein the protective layer comprises at least one lithium salt.
Method for manufacturing a multi-capillary packing from a substrate of ablative preforms, each preform being suitable for forming, during its ablation, a conduit enabling the convection of a fluid in said packing, said method comprising the following steps: (a) assembling the ablative preforms in the form of at least one bundle; (b) creating a gel between the ablative preforms of the bundle by hydrolysis of an organometallic precursor in the presence of a quantity of water not exceeding ten times the stoichiometric quantity required for complete hydrolysis of said organometallic precursor; (c) ablating the preforms, preferably by pyrolysis, oxidation, vaporization, melting and drainage, mechanical extraction or chemical attack, so as to form a plurality of conduits in the gel. (a) assembling the ablative preforms in the form of at least one bundle; (b) creating a gel between the ablative preforms of the bundle by hydrolysis of an organometallic precursor in the presence of a quantity of water not exceeding ten times the stoichiometric quantity required for complete hydrolysis of said organometallic precursor; (c) ablating the preforms, preferably by pyrolysis, oxidation, vaporization, melting and drainage, mechanical extraction or chemical attack, so as to form a plurality of conduits in the gel.
A device for introducing an implant into blood vessels or hollow organs of the human or animal body, comprising an implant and a release tube, wherein the implant is deformable so that in a microcatheter it adopts a shape with reduced diameter and at the implantation site it expands once the external constraint of the microcatheter disappears, adapting to the diameter of the blood vessel or hollow organ, and the release tube has a lumen running in the longitudinal direction of the device, through which an insertion wire can be guided in a longitudinally displaceable manner, characterised in that the release tube protrudes into the proximal end of the implant, wherein an elastic contact surface is present between the inside of the implant and the outside of the release tube, so that a frictional lock is generated between the implant and the release tube, bringing about a longitudinal displaceability of the implant inside the microcatheter by longitudinal movement of the release tube distally or proximally.
A heat rejection system for a vehicle, the heat rejection system comprising: a heat exchanger configured to take in input coolant and to output a warmed coolant; a heat of vaporization device, HVD; a heat of fusion device, HFD; a controller configured to direct the warmed coolant to the HVD or to the HFD based on an input, characterised in that the input indicates altitude of the vehicle or ambient pressure. a heat exchanger configured to take in input coolant and to output a warmed coolant; a heat of vaporization device, HVD; a heat of fusion device, HFD; a controller configured to direct the warmed coolant to the HVD or to the HFD based on an input, characterised in that the input indicates altitude of the vehicle or ambient pressure.