mhurhangee/ep-ind-claims huggingface dataset:
A vehicle, comprising: one or more sensors (102, 103, 104, 105, 106) arranged on at least a dashboard of the vehicle,; an electronic control unit configured to communicate with the one or more sensors (102, 103, 104, 105, 106); and at least one of a morphing surface, a windshield display, and one or more displays (1, 2, 3, 4, 5, 900) configured to be controlled by the ECU, wherein the one or more sensors (102, 103, 104, 105, 106) are arranged under a black panel surface, wherein the black panel surface is comprised by a seamless surface of the dashboard, which includes a structure of a partially translucent layer, which is designed as a decorative cover layer, and a carrier layer having recesses in certain areas, and wherein the ECU receives data from the one or more sensors (102, 103, 104, 105, 106) on one or more of a position of an occupant, a position of an object, a size of an object, or a shape of an object, characterized in that the recesses are used to position the sensors (102, 103, 104, 105, 106) via fastening devices designed as clips and attached to the carrier layer so that no bumps on the cover layer arise and thus high-quality appearance is not disturbed. one or more sensors (102, 103, 104, 105, 106) arranged on at least a dashboard of the vehicle,; an electronic control unit configured to communicate with the one or more sensors (102, 103, 104, 105, 106); and at least one of a morphing surface, a windshield display, and one or more displays (1, 2, 3, 4, 5, 900) configured to be controlled by the ECU, wherein the one or more sensors (102, 103, 104, 105, 106) are arranged under a black panel surface, wherein the black panel surface is comprised by a seamless surface of the dashboard, which includes a structure of a partially translucent layer, which is designed as a decorative cover layer, and a carrier layer having recesses in certain areas, and wherein the ECU receives data from the one or more sensors (102, 103, 104, 105, 106) on one or more of a position of an occupant, a position of an object, a size of an object, or a shape of an object, characterized in that the recesses are used to position the sensors (102, 103, 104, 105, 106) via fastening devices designed as clips and attached to the carrier layer so that no bumps on the cover layer arise and thus high-quality appearance is not disturbed.
A power semiconductor system, comprising: a power stage module panel to be singulated comprising a plurality of power stage modules to be singulated from each other by singulating the power stage module panel, each power stage module comprising one or more power transistor dies attached to or embedded in a first printed circuit board; and a plurality of inductor modules, a respective inductor module being attached to a respective power stage module of the power stage module panel, the inductor module comprising an inductor electrically connected to an output node of the power stage module, the inductor being formed from a ferrite sheet embedded in a second printed circuit board and windings patterned into the second printed circuit board, wherein the inductor modules are soldered to the power stage modules of the power stage module panel. a power stage module panel to be singulated comprising a plurality of power stage modules to be singulated from each other by singulating the power stage module panel, each power stage module comprising one or more power transistor dies attached to or embedded in a first printed circuit board; and a plurality of inductor modules, a respective inductor module being attached to a respective power stage module of the power stage module panel, the inductor module comprising an inductor electrically connected to an output node of the power stage module, the inductor being formed from a ferrite sheet embedded in a second printed circuit board and windings patterned into the second printed circuit board, wherein the inductor modules are soldered to the power stage modules of the power stage module panel.
Covering panel for covering a floor, which comprises a contact surface intended to contact the floor and a visible surface that faces away from the contact surface, and which further comprises two pairs (12/14, 16/18) of opposing side edges, of which at least one is provided with coupling units (20, 22, 24, 26), said coupling units (20, 22, 24, 26) each comprising one coupling element (42, 48) and one coupling recess (44, 50), the coupling elements (42, 48) each being in the shape of a perfect L, a first coupling element that is assigned to a first side edge comprising a first main projection and a first secondary projection, and a second coupling element assigned to a second side edge comprising a second main projection and a second secondary projection, the first main projection and the second main projection extending substantially in parallel with the extension direction of the covering panel, a first coupling unit and a second coupling unit being formed and arranged such that they can be connected in a mutually engaging manner and with zero clearance, in relation to a relative displacement of the two covering panels in the extension direction thereof, to a second coupling unit and a first coupling unit, respectively, of an identical covering panel, characterised in that those pairs of surfaces (32b/46b, 32a/38a) of the first coupling unit and of the second coupling unit that provide for the substantially zero-clearance engagement in the extension direction of the covering panels extend obliquely to a direction that is orthogonal to the panel plane (L-Q), for one of the two coupling units (20, 22, 24, 26), the surfaces that form one part of the pairs of surfaces (32b/46b, 32a/38a) being side surfaces or side surface portions of the secondary projection of the coupling element, while for the other coupling unit in each case, said surfaces being side surfaces or side surface portions of the associated coupling recess, those surfaces (32a, 32b) of said pairs of surfaces (32b/46b, 32a/38a) that are formed on the first secondary projection of one of the panels forming, together with the end face thereof, a surface curve that defines the secondary projection in a convex manner, and the first coupling unit and the second coupling unit being formed such that, when two identical covering panels (10, 10') are connected, a first side surface of the first secondary projection of one of the panels that adjoins the visible surface and a first side surface of the other panel that adjoins the visible surface have, at least in one surface portion that adjoins the relevant visible surface, a predetermined minimum distance (d) from one another such that the two side edges (16, 18) of the panels do not rub against one another during a relative displacement in the vertical direction.
System for supplying a turbomachine with fluid, with the system for supplying comprising an upstream circuit and a downstream circuit (50, 60) connected to the upstream circuit, the upstream circuit comprising a low-pressure pumping unit, intended to increase the pressure of the fluid flowing toward a downstream circuit (50, 60) and which comprises a first centrifugal pump, the downstream circuit (50, 60) divides at an inlet node into a supply circuit of an injection system for a combustion chamber and into another supply circuit configured to convey fluid to variable geometries, wherein the supply circuit of the injection system comprises a high-pressure volumetric pump, characterised in that the low-pressure pumping unit is devoid of a volumetric pump and comprises at least one other centrifugal pump (111a, 111b) in series with the first centrifugal pump, in that the inlet node is situated between the low-pressure pumping unit and the high-pressure volumetric pump, and in that the variable geometries supply circuit is connected to the upstream circuit at an outlet node situated between two pumps (101a, 111a) of the low-pressure pumping unit.
A method for producing a patch including a support layer and an adhesive layer, comprising the step of forming the adhesive layer with use of an adhesive layer composition obtained by mixing an alkali metal diacetate, a drug, and a nonaqueous adhesive base such that the molar ratio between the drug and the alkali metal diacetate (the number of moles of the drug: the number of moles of the alkali metal diacetate) is from 1:0.5 to 1:15, wherein the drug is at least one selected from the group consisting of fumaric acid addition salts of a basic drug, maleic acid addition salts of a basic drug, citric acid addition salts of a basic drug, and hydrochloric acid addition salts of a basic drug, the basic drug is at least one selected from the group consisting of emedastine, setiptiline, and oxybutynin, and the nonaqueous adhesive base is at least one selected from the group consisting of a styrene-isoprene-styrene block copolymer, a (meth)acrylate (co)polymer, polyisobutylene, and a silicone polymer.
A method for wireless communication, the method being performed by a first device and comprising: performing registration with a network entity for assistance for peer discovery; sending a request to the network entity, wherein the request is valid for a predetermined period of time and comprises information used to match the first device with other devices; receiving a notification from the network entity to perform peer discovery, wherein the notification is determined by the network entity based on the request; receiving, from the network entity or from a second device, at least one parameter to use for peer discovery; performing peer discovery in response to receiving the notification from the network entity, including detecting at least one proximity detection signal transmitted by at least one other device in accordance with the at least one parameter; measuring received signal strength of the at least one proximity detection signal; reporting the received signal strength to the network entity; and receiving, from the network entity and in response to the reporting, an indication of one of a peer-to-peer, P2P, communication or a wide area network, WAN, communication to use for communicating with the at least one other device. performing registration with a network entity for assistance for peer discovery; sending a request to the network entity, wherein the request is valid for a predetermined period of time and comprises information used to match the first device with other devices; receiving a notification from the network entity to perform peer discovery, wherein the notification is determined by the network entity based on the request; receiving, from the network entity or from a second device, at least one parameter to use for peer discovery; performing peer discovery in response to receiving the notification from the network entity, including detecting at least one proximity detection signal transmitted by at least one other device in accordance with the at least one parameter; measuring received signal strength of the at least one proximity detection signal; reporting the received signal strength to the network entity; and receiving, from the network entity and in response to the reporting, an indication of one of a peer-to-peer, P2P, communication or a wide area network, WAN, communication to use for communicating with the at least one other device.
A subsea flexible riser installation, comprising: a seabed foundation; a steep-configuration flexible riser anchored to the seabed by the foundation, the riser extending from a generally horizontal bottom section to a generally upright ascending section via a curved sag bend section extending upwardly from the seabed; an attachment formation fixed relative to the riser at a position elevated above the seabed and above the sag bend section of the riser; and a locating formation fixed relative to the foundation at a position elevated above the seabed, the locating formation being engageable with the attachment formation on the riser to hold the attachment formation and the riser against axial, lateral and rotational movement when so engaged. a seabed foundation; a steep-configuration flexible riser anchored to the seabed by the foundation, the riser extending from a generally horizontal bottom section to a generally upright ascending section via a curved sag bend section extending upwardly from the seabed; an attachment formation fixed relative to the riser at a position elevated above the seabed and above the sag bend section of the riser; and a locating formation fixed relative to the foundation at a position elevated above the seabed, the locating formation being engageable with the attachment formation on the riser to hold the attachment formation and the riser against axial, lateral and rotational movement when so engaged.
A core-sheath rope, comprising an outer sheath provided in the form of a hollow braid and an inner sheath provided in the form of a hollow braid, wherein thread changes between threads (41, 42) of the inner sheath and threads (31, 32) of the outer sheath and/or enlacements between threads (41, 42) of the inner sheath and threads (31, 32) of the outer sheath are provided in certain places (5, 6), characterized in that, in said places, bridge threads (51, 61) extending in the longitudinal direction of the rope are provided, with the threads of the outer sheath and the inner sheath, respectively, which change from the inside to the outside and from the outside to the inside, respectively, being guided around those bridge threads.
Charging apparatus for charging electrical energy stores for motor vehicles, comprising at least one conversion device for converting a power supplied from a medium-voltage grid to a power suitable for the charging process of the energy store, characterized in that the conversion device comprises at least one phase unit connected to at least one phase of the medium-voltage grid, said phase unit having at least two strands (14, 24), namely at least one strand for a positive component of the phase and at least one strand for a negative component of the phase, and in that at least one module, having at least one input unit and at least one inverter unit and at least one transformer unit and at least one rectifier unit associated with the transformer unit and at least one output unit, is associated in each case with the strands (14, 24) and in that the charging apparatus comprises a plurality of charging points, to which in each case at least one energy store for motor vehicles can be coupled and in that the charging points can be supplied with the power required for a charging process of the energy store in each case by a plurality of modules and/or a plurality of phase units.
Method for monitoring a line for changed ambient conditions, wherein the line comprises a measuring line with a predetermined length, which comprises a measuring conductor surrounded by an insulation, wherein. an analog signal with a predetermined frequency is generated, characterized in that the signal is divided into a reference signal and a run signal, wherein the signal paths for the reference signal and the measuring signal differ, wherein the electrical signal path is extended by the measuring conductor, - the run signal is fed into the measuring conductor, - the signal fed into the measuring conductor passes through a forward path and a return path, and a return signal obtained from the run signal and propagating in the return path is combined with the reference signal, wherein - a transit time of the run signal fed into the measuring conductor depends on the predetermined length of the measuring conductor and on a dielectric constant of the insulation of the measuring conductor, which varies with the ambient conditions, wherein a modified dielectric constant results in a modified electrical path length - on the basis of a phase shift between the reference signal and the return signal resulting from different propagation times due to the changed electrical path length, a measure for the changed condition is determined. - the run signal is fed into the measuring conductor, - the signal fed into the measuring conductor passes through a forward path and a return path, and a return signal obtained from the run signal and propagating in the return path is combined with the reference signal, wherein - a transit time of the run signal fed into the measuring conductor depends on the predetermined length of the measuring conductor and on a dielectric constant of the insulation of the measuring conductor, which varies with the ambient conditions, wherein a modified dielectric constant results in a modified electrical path length - on the basis of a phase shift between the reference signal and the return signal resulting from different propagation times due to the changed electrical path length, a measure for the changed condition is determined.
A process for making a supported hydroprocessing catalyst, comprising: a) preparing a solution, slurry, or other mixture containing at least one Group VIB metal, at least one Group VIII metal, and acetylacetone as an organic solvent; b) impregnating a support with the solution, slurry, or mixture; c) drying the impregnated support at a temperature of from 200 to 450°C in an inert atmosphere for a time sufficient to yield a partially calcined, impregnated support having a residual carbon content of at least 5 wt% based on the weight of the partially calcined, impregnated support; and d) sulfiding the partially calcined, impregnated support. a) preparing a solution, slurry, or other mixture containing at least one Group VIB metal, at least one Group VIII metal, and acetylacetone as an organic solvent; b) impregnating a support with the solution, slurry, or mixture; c) drying the impregnated support at a temperature of from 200 to 450°C in an inert atmosphere for a time sufficient to yield a partially calcined, impregnated support having a residual carbon content of at least 5 wt% based on the weight of the partially calcined, impregnated support; and d) sulfiding the partially calcined, impregnated support.
A method of compressing the dynamic range of an audio signal, comprising: (a) obtaining an input audio signal; (b) providing a time-varying gain signal based on the input audio signal and a desired output range; and (c) applying the time-varying gain signal to the input audio signal to provide an output audio signal, wherein said step (b) includes: i) determining and providing an indication of whether a transient is occurring in the input audio signal, ii) providing an attack gain-response time and a release gain-response time based on the indication of whether a transient is occurring in the input audio signal, and iii) lowpass filtering a signal that is based on the input audio signal, using the attack gain-response time and the release gain-response time as filtering parameters, characterized in that the attack gain-response time is decreased and the release gain-response time is increased in response to a determination that a transient is occurring in the input audio signal. (a) obtaining an input audio signal; (b) providing a time-varying gain signal based on the input audio signal and a desired output range; and (c) applying the time-varying gain signal to the input audio signal to provide an output audio signal, iii) lowpass filtering a signal that is based on the input audio signal, using the attack gain-response time and the release gain-response time as filtering parameters, characterized in that the attack gain-response time is decreased and the release gain-response time is increased in response to a determination that a transient is occurring in the input audio signal.
A lighting apparatus comprising: - a compartment, provided with an opening and a lid, said compartment comprising - an illuminating body therein, comprising in turn - at least one lighting source, - optics, adapted to accommodate at least one lighting source and comprising an opening, adapted to allow the light emission along a main direction substantially orthogonal to the plane of said opening, - a first support integrally and thermally associated with said optics and - a second support associated with said first support so as to allow said first support to rotate about a first axis orthogonal to the upper resting surface of said second support; - actuating means associated with said first support and with said second support and adapted to adjust the orientation of said at least one lighting source, said actuating means being operable from the outside of said compartment characterized in that said actuating means associated with said first support and with said second support comprise: - first rotation means adapted to rotate said first support about a first axis which is perpendicular to the plane of the upper resting surface of said second support; - second rotation means adapted to rotate said second support about a second axis which is perpendicular to the plane of said opening, said first and second rotation means comprising a first and a second actuating knob which can be accessed externally to said compartment, respectively. - a compartment, provided with an opening and a lid, said compartment comprising - an illuminating body therein, comprising in turn - at least one lighting source, - optics, adapted to accommodate at least one lighting source and comprising an opening, adapted to allow the light emission along a main direction substantially orthogonal to the plane of said opening, - a first support integrally and thermally associated with said optics and - a second support associated with said first support so as to allow said first support to rotate about a first axis orthogonal to the upper resting surface of said second support; - actuating means associated with said first support and with said second support and adapted to adjust the orientation of said at least one lighting source, said actuating means being operable from the outside of said compartment characterized in that said actuating means associated with said first support and with said second support comprise: - first rotation means adapted to rotate said first support about a first axis which is perpendicular to the plane of the upper resting surface of said second support; - second rotation means adapted to rotate said second support about a second axis which is perpendicular to the plane of said opening, said first and second rotation means comprising a first and a second actuating knob which can be accessed externally to said compartment, respectively.