mhurhangee/ep-ind-claims huggingface dataset:
An electronic memory system with a passive interface and an electronic memory device, the passive interface comprising: a signal connection point, a power connection point and a ground connection point on said electronic memory device; the signal connection point to be used for transmitting data or both transmitting and receiving data, a first passive component and a second passive component, the first passive component forming an electrical connection between the signal connection point and the second passive component; the second passive component forming an electrical connection between the ground connection point and the first passive component; wherein the power connection point for the electronic memory device is derived at a node formed solely by the electrical connection between the first passive component and the second passive component; wherein the power connection point receives power solely from a conditioned voltage signal, which is a voltage signal generated by current flowing through first passive component, through the electrical connection between the signal connection point and the power connection point. a signal connection point, a power connection point and a ground connection point on said electronic memory device; the signal connection point to be used for transmitting data or both transmitting and receiving data, a first passive component and a second passive component, the first passive component forming an electrical connection between the signal connection point and the second passive component; the second passive component forming an electrical connection between the ground connection point and the first passive component; wherein the power connection point for the electronic memory device is derived at a node formed solely by the electrical connection between the first passive component and the second passive component; wherein the power connection point receives power solely from a conditioned voltage signal, which is a voltage signal generated by current flowing through first passive component, through the electrical connection between the signal connection point and the power connection point.
An orthodontic appliance for movably disposed inside dental patient's mouth, the dental patient's mouth having a maxillary dental arch, a mandibular dental arch, and defining a lingual side (LiS), a labial side (LaS) and a buccal side (BuS), the orthodontic appliance having a hard maxillary retainer, being fitted and detachably engaged with the maxillary dental arch; a hard mandibular retainer, being fitted and detachably engaged with the mandibular dental arch; characterised in that the orthodontic appliance comprises further a soft retainer, having a median part, a first holding part, a second holding part, a third holding part and a fourth holding part, the first holding part engaging with the labial side (LaS) or the buccal side (BuS) of the hard maxillary retainer, the second holding part engaging with the labial side (LaS) or the buccal side (BuS) of the hard mandibular retainer, the third holding part engaging with the lingual side (LiS) of the hard maxillary retainer, the fourth holding part engaging with the lingual side (LiS) of the hard mandibular retainer, the first holding part and the third holding part being located at upper half of the median part, the second holding part and the fourth holding part being located at lower half of the median part. a hard maxillary retainer, being fitted and detachably engaged with the maxillary dental arch; a hard mandibular retainer, being fitted and detachably engaged with the mandibular dental arch; characterised in that the orthodontic appliance comprises further a soft retainer, having a median part, a first holding part, a second holding part, a third holding part and a fourth holding part, the first holding part engaging with the labial side (LaS) or the buccal side (BuS) of the hard maxillary retainer, the second holding part engaging with the labial side (LaS) or the buccal side (BuS) of the hard mandibular retainer, the third holding part engaging with the lingual side (LiS) of the hard maxillary retainer, the fourth holding part engaging with the lingual side (LiS) of the hard mandibular retainer, the first holding part and the third holding part being located at upper half of the median part, the second holding part and the fourth holding part being located at lower half of the median part.
A vacuum insulating panel comprising: a first substrate; a second substrate; a plurality of spacers provided in a gap between at least the first and second substrates, wherein the gap is at pressure less than atmospheric pressure; a seal provided at least partially between at least the first and second substrates, the seal comprising a first seal layer and a second seal layer (31, 32); and characterized in that the first seal layer comprises from about 20-80 wt.% tellurium oxide, the tellurium oxide comprising TeO 4 and TeO 3, and wherein the first seal layer comprises more TeO 3 than TeO 4 by wt.%. a first substrate; a second substrate; a plurality of spacers provided in a gap between at least the first and second substrates, wherein the gap is at pressure less than atmospheric pressure; a seal provided at least partially between at least the first and second substrates, the seal comprising a first seal layer and a second seal layer (31, 32); and characterized in that the first seal layer comprises from about 20-80 wt.% tellurium oxide, the tellurium oxide comprising TeO 4 and TeO 3, and wherein the first seal layer comprises more TeO 3 than TeO 4 by wt.%.
A pliant link for a subsea riser, the link comprising: an articulated spine having a longitudinal series of interconnected rigid segments that is capable of being coupled to upper and lower sections (58, 60) of the riser to transmit loads along the riser through the link on a load path that extends through the segments; and a pliant pipe terminating in end fittings that are capable of being joined, respectively, to the upper and lower sections (58, 60) of the riser for fluid communication along the riser through the link. an articulated spine having a longitudinal series of interconnected rigid segments that is capable of being coupled to upper and lower sections (58, 60) of the riser to transmit loads along the riser through the link on a load path that extends through the segments; and a pliant pipe terminating in end fittings that are capable of being joined, respectively, to the upper and lower sections (58, 60) of the riser for fluid communication along the riser through the link.
A light source evaluation device, comprising: a spectro-radio meter configured to measure a spectral irradiance L (λ) of a light source for illuminating a measurement target solar cell; a first storage unit configured to store a pre-measured spectral irradiance S (λ) of reference sunlight, characterized by a second storage unit configured to store, as a spectral responsivity Pi (λ) at each of a plurality (i) of irradiation levels, a dependency P (λ, Ib) for each wavelength λ of a short-circuit current Ib of the target solar cell generated by irradiating monochromatic light while irradiating white bias light of the solar cell, which is pre-measured at each irradiance level; and a computing unit configured to compute a value for adjusting a light quantity of the light source for illuminating the solar cell, using a spectral responsivity Ps (λ) of the solar cell corresponding to the irradiance level of each wavelength of the light source determined by computation using the spectral responsivity Pi (λ) at each of the plurality (i) of irradiation levels of the solar cell, the spectral irradiance S (λ) of the reference sunlight, and the spectral irradiance L (λ) of the light source, wherein based on a relation between an amount of change in short-circuit current and an amount of change in irradiation intensity of light, the spectral responsivity Pi (λ) wherein the spectrum of the reference sunlight has a spectral irradiance that generates short-circuit current Ib that is the same as in the case where an irradiation light energy is a prescribed value, is used as the spectral responsivity Ps (λ). a spectro-radio meter configured to measure a spectral irradiance L (λ) of a light source for illuminating a measurement target solar cell; a first storage unit configured to store a pre-measured spectral irradiance S (λ) of reference sunlight, characterized by a second storage unit configured to store, as a spectral responsivity Pi (λ) at each of a plurality (i) of irradiation levels, a dependency P (λ, Ib) for each wavelength λ of a short-circuit current Ib of the target solar cell generated by irradiating monochromatic light while irradiating white bias light of the solar cell, which is pre-measured at each irradiance level; and a computing unit configured to compute a value for adjusting a light quantity of the light source for illuminating the solar cell, using a spectral responsivity Ps (λ) of the solar cell corresponding to the irradiance level of each wavelength of the light source determined by computation using the spectral responsivity Pi (λ) at each of the plurality (i) of irradiation levels of the solar cell, the spectral irradiance S (λ) of the reference sunlight, and the spectral irradiance L (λ) of the light source, wherein based on a relation between an amount of change in short-circuit current and an amount of change in irradiation intensity of light, the spectral responsivity Pi (λ) wherein the spectrum of the reference sunlight has a spectral irradiance that generates short-circuit current Ib that is the same as in the case where an irradiation light energy is a prescribed value, is used as the spectral responsivity Ps (λ).
A polymer-clay composite material comprising: - clay nanoparticles; - a polymer, wherein the polymer comprises phosphate and/or phosphonate ligands; and - water, such that the polymer-clay composite material is in the form of a hydrogel. - clay nanoparticles; - a polymer, wherein the polymer comprises phosphate and/or phosphonate ligands; and - water, such that the polymer-clay composite material is in the form of a hydrogel.
Vegetated panel comprising at least two growth media for plants, which are vertically superposed in position of use, wherein said growth media are separated by at least an interlayer, said interlayer both - preventing direct contact between both growth media, and - being water permeable, and wherein said interlayer is a material with a water retention capacity, named pf1, lower than 10% and which resists roots, characterized in that this interlayer comprises at least one layer of particles or flakes of the millimeter or centimeter size, generally mostly from 0,5mm to 5cm wide and at least a veil preventing the passage of roots. - preventing direct contact between both growth media, and - being water permeable,
A bias carcass for pneumatic tires comprising a plurality of two ply hybrid cords characterized in that said two ply hybrid cords consist of one ply of aramide yarns and one ply of nylon yarns, and said hybrid cords have 45-65% nylon content by weight and a total linear density value between 6000-9000 dtex and a twisting level of 150-400 turns/meter.
A sensor device for a rolling bearing having an outer ring and an inner ring that can be rotated relative thereto, wherein the sensor device comprises: • at least one sensor which can be connected for conjoint rotation with one of the two bearing rings (04, 05), • at least one signal transmitter which can be connected for conjoint rotation with the other of the two bearing rings (04, 05), wherein the sensor device further comprises an external ring which can be fastened to an end face of the outer ring of the rolling bearing and an internal ring which can be fastened to an end face of the inner ring of the rolling bearing, wherein the sensor and signal transmitter are arranged on mutually opposite lateral surfaces of the external and internal ring (08, 09), and wherein the external ring is designed as an open C-shaped ring, such that a self-centring of the external ring takes place during assembly. • at least one sensor which can be connected for conjoint rotation with one of the two bearing rings (04, 05), • at least one signal transmitter which can be connected for conjoint rotation with the other of the two bearing rings (04, 05),
Fuel filter, which comprises a filter head and a filter bowl which is detachably connected thereto and in which a filter element is located, wherein in the filter head an inflow channel as well as an outflow channel for the fuel are formed, so that the flow path of the fuel extends from the inflow channel in the filter head, through the filter bowl and through the filter element located therein to the outflow channel, and wherein a riser pipe projecting into the filter element and an arrangement for dividing gas bubbles accumulating in the interior of the fuel filter are further provided, the filter element being in the form of an approximately hollow cylinder which is provided with an inner cavity extending over its entire height into which the riser pipe protrudes, characterized in that the riser pipe, at its end facing the filter head, is connected thereto such that its internal bore opens into the outflow channel, in that the arrangement for dividing gas bubbles is formed exclusively by a restriction section provided in the interior of the riser pipe and in that said arrangement for dividing gas bubbles has the following features: - it reduces the diameter of the inner bore of the riser pipe compared to the inner diameter of the outflow channel, - it begins directly at the end of the riser pipe projecting into the inner cavity of the filter element, - it extends at least over part of the length of the riser pipe through which the fuel flows, and - it comprises a cross-sectional area, the size of which is no larger than a circular area with a diameter of 0.9 cm. - it reduces the diameter of the inner bore of the riser pipe compared to the inner diameter of the outflow channel, - it begins directly at the end of the riser pipe projecting into the inner cavity of the filter element, - it extends at least over part of the length of the riser pipe through which the fuel flows, and - it comprises a cross-sectional area, the size of which is no larger than a circular area with a diameter of 0.9 cm.
A neutron detector, comprising a straw tube formed from a narrow film having a surface coated with a 10 B 4 C layer of a thickness of 0.5 to 2 μm, wherein the film's coated surface forms an interior surface of the tube.
A method for reporting channel state information at a user equipment, UE in a wireless communication system, the method comprising: receiving configuration information for periodically reporting channel state information; and periodically reporting a first channel state information related to coordinating transmission points at a first period and a second channel state information related to a serving-point at a second period based on the configuration information, wherein the second period is longer than the first period, wherein the second period is set to a sum of a first value, a second value and a third value, and wherein the first value is set to a value of the first period, the second value is set to a value proportional to the number of the coordinating transmission points involved in a coordinated multi-point transmission operation in a coordinated multi-point transmission mode, and the third value is set to a value in accordance with a number of an additional feedback content required for the coordinated multi-point transmission. receiving configuration information for periodically reporting channel state information; and periodically reporting a first channel state information related to coordinating transmission points at a first period and a second channel state information related to a serving-point at a second period based on the configuration information, wherein the second period is longer than the first period, wherein the second period is set to a sum of a first value, a second value and a third value, and wherein the first value is set to a value of the first period, the second value is set to a value proportional to the number of the coordinating transmission points involved in a coordinated multi-point transmission operation in a coordinated multi-point transmission mode, and the third value is set to a value in accordance with a number of an additional feedback content required for the coordinated multi-point transmission.
A method for reducing engine flywheel power reduction of an engine on a vehicle while protecting a drivetrain of the vehicle, the method comprising: monitoring gear selection of a transmission of the vehicle; determining a reduction in engine flywheel power needed to protect the drivetrain as a result of the gear selection of the transmission; monitoring engine power consumption by power loads other than the drivetrain consuming power produced by the engine; characterized in that: when the engine power consumption by the power loads other than the drivetrain is less than the reduction in engine flywheel power needed to protect the drivetrain, reducing engine flywheel power by the difference between the reduction in engine flywheel power needed to protect the drivetrain and the engine power consumption by the power loads other than the drivetrain; and when the engine power consumption by the power loads other than the drivetrain is greater than or equal to the reduction in engine flywheel power needed to protect the drivetrain, not reducing the engine flywheel power. monitoring gear selection of a transmission of the vehicle; determining a reduction in engine flywheel power needed to protect the drivetrain as a result of the gear selection of the transmission; monitoring engine power consumption by power loads other than the drivetrain consuming power produced by the engine; characterized in that: when the engine power consumption by the power loads other than the drivetrain is less than the reduction in engine flywheel power needed to protect the drivetrain, reducing engine flywheel power by the difference between the reduction in engine flywheel power needed to protect the drivetrain and the engine power consumption by the power loads other than the drivetrain; and when the engine power consumption by the power loads other than the drivetrain is greater than or equal to the reduction in engine flywheel power needed to protect the drivetrain, not reducing the engine flywheel power. when the engine power consumption by the power loads other than the drivetrain is less than the reduction in engine flywheel power needed to protect the drivetrain, reducing engine flywheel power by the difference between the reduction in engine flywheel power needed to protect the drivetrain and the engine power consumption by the power loads other than the drivetrain; and when the engine power consumption by the power loads other than the drivetrain is greater than or equal to the reduction in engine flywheel power needed to protect the drivetrain, not reducing the engine flywheel power.
Holder for at least one electronic household meter, to be affixed from the front side to a support construction comprising two support profile rails (14, 16) arranged at a relative distance from each other, - a housing being provided, to be assembled from a lower part and an upper part, - the lower part and the upper part are each designed in the form of a hood or a trough or plate, - the lower part can be screwed to both support profile rails (14, 16) of an open-air meter and distribution cabinet, - means for fitting the upper part of the housing surrounding an electronic household meter like a frame and resting on an adapter for the electronic household meter being provided, characterised in that - break-out areas (66, 68, 70) are provided in the floor plate of the housing for screwing the lower part to a meter support plate, which can in turn be screwed to the two support profile rails (14, 16) of an in-house meter and distribution cabinet, - further break-out areas in the floor plate of the housing being provided for routing lines through the same. - a housing being provided, to be assembled from a lower part and an upper part, - the lower part and the upper part are each designed in the form of a hood or a trough or plate, - the lower part can be screwed to both support profile rails (14, 16) of an open-air meter and distribution cabinet, - means for fitting the upper part of the housing surrounding an electronic household meter like a frame and resting on an adapter for the electronic household meter being provided, - break-out areas (66, 68, 70) are provided in the floor plate of the housing for screwing the lower part to a meter support plate, which can in turn be screwed to the two support profile rails (14, 16) of an in-house meter and distribution cabinet, - further break-out areas in the floor plate of the housing being provided for routing lines through the same.
A valve arrangement for use in an extracorporeal blood circuit comprising at least one arterial blood line and at least one venous blood line, wherein the valve arrangement comprises at least: a first valve which is arranged in the arterial blood line, a second valve which is arranged in the venous blood line, a fourth valve which is arranged in a first arteriovenous connection line between the arterial blood line of the extracorporeal blood circuit and the venous blood line of the extracorporeal blood circuit, and a fifth valve which is arranged in a second arteriovenous connection line between the arterial blood line and the venous blood line; characterized in that a third valve which is arranged for establishing a fluid connection in a blood line between the arterial blood line and the venous blood line of the extracorporeal blood circuit. a first valve which is arranged in the arterial blood line, a second valve which is arranged in the venous blood line, a fourth valve which is arranged in a first arteriovenous connection line between the arterial blood line of the extracorporeal blood circuit and the venous blood line of the extracorporeal blood circuit, and a fifth valve which is arranged in a second arteriovenous connection line between the arterial blood line and the venous blood line; characterized in that a third valve which is arranged for establishing a fluid connection in a blood line between the arterial blood line and the venous blood line of the extracorporeal blood circuit.