mhurhangee/ep-ind-claims huggingface dataset:
An organic light emitting diode display, comprising: a substrate; a semiconductor layer over the substrate; a first insulation layer that covers the semiconductor layer; a first conductor over the first insulation layer; a second insulation layer that covers the first conductor; a second conductor over the second insulation layer; a third insulation layer that covers the second conductor; and a third conductor (171, 172) over the third insulation layer, wherein, in a portion of the semiconductor layer that overlaps the first conductor, a doped area is between two undoped areas, and the first conductor continuously overlaps one of the two undoped areas, the doped area and the other of the undoped areas. a substrate; a semiconductor layer over the substrate; a first insulation layer that covers the semiconductor layer; a first conductor over the first insulation layer; a second insulation layer that covers the first conductor; a second conductor over the second insulation layer; a third insulation layer that covers the second conductor; and a third conductor (171, 172) over the third insulation layer, wherein, in a portion of the semiconductor layer that overlaps the first conductor, a doped area is between two undoped areas, and the first conductor continuously overlaps one of the two undoped areas, the doped area and the other of the undoped areas.
A method for forcibly draining drip and/or press whey from a cheese press, which is equipped with movable covers for pressing cheese in a plurality of cheese molds such that pressure can be exerted on the cheese via the covers, wherein the cheese molds are arranged in at least one pressing row, the cheese molds are introduced into the relevant pressing row via an entrance and discharged from the pressing row via an exit and are intermittently conveyed from the entrance to the exit, wherein the cheese is pressed in the stationary position of the cheese molds in the pressing row and wherein the drip and/or press whey that comes out of the cheese molds of a pressing row is captured and collected on a base wall of the cheese press, guided away to one end of the pressing row and subsequently discharged from the cheese press, characterized in that a flushing liquid provided as hygienically innocuous fresh water or another hygienic liquid is supplied, as needed and whenever appropriate, to the drip and/or press whey flowing away to the end of the pressing row, from the other end of the pressing row, as a result of which the drip and/or press whey is conveyed more quickly to the outlet of the cheese press and supplied for the further processing procedure without a deterioration in quality.
Machine for the functional postural training of a person comprising: a platform comprising a plurality of load cells on which said person is positioned; extendable cables (15, 42) provided with handle (16, 43); means for providing said cables (15, 42) with a given load; means for detecting the dynamic posture of said person during the exercise; means (23, 49) for determining the various body segments of said person on the basis of the information received from said means for detecting the dynamic posture of said person; means for calculating the centre of pressure of said person on the basis of the information provided by said plurality of load cells; means for displaying the centre of pressure of the person on said platform and means for displaying said body segments of said person; means for comparing said body segments of said person with corresponding body segments stored in memory; means for warning said person if there are differences between said body segments of said person and said body segments stored in memory; means for warning said person that the position of said centre of pressure has changed.
A combined cycle power plant, flue gas ducting and a stack, wherein the water steam cycle of the combined cycle power plant comprises two steam turbine arrangements (14, 15), the first steam turbine arrangement comprising at least one intermediate pressure turbine designed to expand steam to a back pressure, which is suitable as supply pressure for a CO2 capture system based on Ammines or based on Ammonia, wherein the second steam turbine arrangement comprises a low-pressure turbine with an inlet pressure, which is matched to the outlet pressure of the intermediate pressure turbine, characterized in that the low-pressure turbine of the second steam turbine arrangement is connectable to a generator (45, 5) by an overrunning clutch, and designed for the steam mass flow of the CO2 capture system to convert the thermal energy of the outlet steam of the intermediate pressure steam turbine into mechanical energy when the CO2 capture system is not operating.
Circuit arrangement having a plurality of parallel-connected partial circuit arrangements for feeding at least one inverter circuit that is connectable to a power grid, wherein a partial circuit arrangement consists of an unregulated voltage source having an output DC voltage that varies over time, a synchronous converter having a first capacitor connected between the first terminals (42a/b) of a switching stage of the synchronous converter and a series circuit of second capacitors (50a/b) at the second terminals (44a/b) of said switching stage, wherein at least one coil (32, 34) is also provided in at least one lead between the first capacitor and the first terminals (42a/b), having a respective DC voltage source, which is embodied in redundant fashion (60, 62) and, for its supply, is connected to the first capacitor and one of the second capacitors (50a/b), for supplying a regulating circuit for driving the synchronous converter, which is configured to have at least a first operating mode, in which the series circuit of second capacitors (50a/b) is charged from the DC voltage present at the first terminals (42a/b), as up-converter and a second operating mode, in which the first capacitor is charged from the DC voltage present at the second terminals (44a/b), as down-converter, having a plurality of measuring devices (70, 74), wherein the respective DC voltage source is configured, in both operating modes of the synchronous converter, to be charged by means of the first capacitor and/or said one of the second capacitors (50a/b) and in turn to supply the regulating circuit of the synchronous converter, and thus by means of the regulating circuit, upon a threshold value of the output voltage of the unregulated voltage source being exceeded, the respective synchronous converter to be switched over autonomously and directly from the second to the first operating mode.
A flashing assembly for a roof window adapted for being installed in an inclined roof surface and having a frame comprising a plurality of frame members (11,12,14) delimiting a frame opening, said flashing assembly including a top flashing member adapted for being arranged above the roof window in the mounted state extending along a top frame member of the roof window, a bottom flashing member adapted for being arranged below the roof window in the mounted state extending along a bottom frame member of the roof window, and at least one side flashing member adapted for extending between the top flashing member and the bottom flashing member in the mounted state extending along a side frame member of the roof window, where each flashing member (21,22,23,24,25) has an interior side and an exterior side, said exterior side being adapted to face the exterior in the mounted state, where at least the top flashing member and the side flashing member each has a first leg (211,221,231,241,251) and a second leg (212,222,232,242,252), said first leg being adapted for lying substantially in plane with the roof surface and extending away from the roof window, and said second leg extending at an angle with respect to the first leg and being adapted for extending up along an outer side of an adjacent frame member, said outer side facing away from the frame opening, and a joint (215,225,235,245,255) between the first leg and the second leg extending substantially in parallel with the adjacent frame member in the mounted state and defining a length direction of the flashing member, and where said angle of the second leg with respect to the first leg is non-perpendicular so that the exterior angle between the first leg and the second leg on the exterior side of the flashing member is larger than 90 degrees, and so that the joint between the first leg and the second leg is located at a distance from the outer side of the adjacent frame member in the mounted state thereby giving room for insulating material (51,52) between the frame of the roof window and the interior side of the flashing member, wherein at least the second leg of the side flashing member is adapted for extending above the outer side of the top frame member in the mounted state so that it covers at least a part of the distance between the outer side of the top frame member and the interior side of the top flashing member, and characterized in that at least the end edge of the side flashing member adapted for facing the top flashing member in the mounted state is oblique so that the length of the second leg is longer at the joint between the first leg and the second leg than at a free edge of the second leg facing away from this joint.
A hydraulic manifold for a hydraulic heating and/or cooling system which comprises a feed conduit (152; 212) and a return conduit (154; 216), wherein the feed conduit (152; 212) comprises at least one feed connection (160; 258), and the return conduit (154; 216) comprises at least one return connection (162; 260), for the connection of a load circuit, wherein the manifold is constructed in a modular manner with a main module (102; 202) and at least one load module (104; 204) which is joined onto the main module (102; 202), the main module (102; 202) comprises at least one section of the feed conduit (152; 212) and/or of the return conduit (154; 216), as well as an electric connection, the at least one load module (104; 204) comprises a section of the feed conduit (152; 212) with a feed connection (160; 258), and/or a section of the return conduit (154; 216) with a return connection (162; 260), as well as at least one regulating device (164; 230) for regulating the flow through a load circuit connected to the feed connection and to the return connection, and the main module (102; 202) comprises a manifold control device (149; 206) which is designed for the control of the regulating device (164; 230) in the at least one and preferably several load modules (104; 204), characterised in that the load module (104; 204) at a first longitudinal end comprises at least one first electric plug-in contact as part of an electrical coupling (174; 268, 270), wherein a corresponding second electrical plug-in contact (174; 264) is formed on the main module (102; 202) on a side facing the load module (104; 204) and can be releasably brought into contact with the first plug-in contact of the load module (104; 204), and the load module (104; 204) at a second longitudinal end opposite to the first longitudinal end comprises a second electric plug-in contact (174; 270) which can be releasably brought into contact with a first electric plug-in contact (174; 268) on a first longitudinal end of a second load module (104; 204).
A deployable device for covering the pathway for passengers between a terminal building and transport means, e.g. air transport means, the device comprising: - a rigid structure defined by a frames hinged together in pairs and in alternation via a common segment and via the ends of side segments (12a, 12b) extending from a common segment, to go between a contracted configuration in which the frames are pressed together against one another, and a deployed position in which the frames form angles relative to one another; and - a flexible covering extending, when the structure is in the deployed configuration, between the spaced-apart frames in such a manner as to define a shelter for isolating and protecting the passengers, and, when the structure is in the contracted configuration, outside two consecutive pressed-together frames so as to guarantee compactness for the device in the contracted configuration, said device being characterized in that the flexible covering includes small panels, each of which defines a substantially triangular outline having its two side edges fastened to respective ones of the side segments of two frames extending from the same common side, the remaining edge constituting a free edge for the small panel. - a rigid structure defined by a frames hinged together in pairs and in alternation via a common segment and via the ends of side segments (12a, 12b) extending from a common segment, to go between a contracted configuration in which the frames are pressed together against one another, and a deployed position in which the frames form angles relative to one another; and - a flexible covering extending, when the structure is in the deployed configuration, between the spaced-apart frames in such a manner as to define a shelter for isolating and protecting the passengers, and, when the structure is in the contracted configuration, outside two consecutive pressed-together frames so as to guarantee compactness for the device in the contracted configuration, said device being characterized in that the flexible covering includes small panels, each of which defines a substantially triangular outline having its two side edges fastened to respective ones of the side segments of two frames extending from the same common side, the remaining edge constituting a free edge for the small panel.
A method of creating a doped layer at a rear side of a crystalline silicon bifacial solar cell, comprising: texturing at least a rear side of a silicon substrate of the solar cell to create a pattern of pyramids, thereby creating a pyramidal topology of the rear side; and forming (S102-1, S102-2, S102-3, S102-4) a doped layer at said rear side by, using epitaxial growth, growing at least one doped silicon epitaxial smoothing layer on the pyramids, wherein, simultaneously with forming the doped layer and by using facet evolution, the pyramidal topology of the rear side is smoothed by the growing of the at least one smoothing layer to have several facets, where an angle between a slope of a facet (142, 144) with respect to an extension plane of the substrate changes abruptly when moving from one facet to a neighboring facet, and wherein the epitaxial growth is continued until, on upper parts of a majority of the pyramids, one such angle is between 5 to 35°. texturing at least a rear side of a silicon substrate of the solar cell to create a pattern of pyramids, thereby creating a pyramidal topology of the rear side; and forming (S102-1, S102-2, S102-3, S102-4) a doped layer at said rear side by, using epitaxial growth, growing at least one doped silicon epitaxial smoothing layer on the pyramids, wherein, simultaneously with forming the doped layer and by using facet evolution, the pyramidal topology of the rear side is smoothed by the growing of the at least one smoothing layer to have several facets, where an angle between a slope of a facet (142, 144) with respect to an extension plane of the substrate changes abruptly when moving from one facet to a neighboring facet, and wherein the epitaxial growth is continued until, on upper parts of a majority of the pyramids, one such angle is between 5 to 35°.
A mobile charging unit, particularly for one or more electric vehicles, of the type including rechargeable batteries, comprising a mobile charging vehicle, and a charging apparatus, installed on said charging vehicle, having, in turn: an energy accumulation group, equipped with accumulators for storing energy for charging said electric vehicles; an inverter unit, connected to said accumulators, comprising a DC-AC-DC converter, for converting the direct current from said accumulators into alternating current, wherein said inverter unit is connectable to an alternating-current network and is adapted to transform the alternating current of said alternating-current network into direct current for charging said accumulators; and an internal control system, connected to said inverter unit, adapted to control the operation of said inverter unit; said charging apparatus is characterised in that said inverter unit further comprises a direct current bus, connected to said DC-AC-DC converter, and a DC-DC converter, from direct current into direct current, connected to said direct current bus and connectable to the rechargeable batteries of said vehicle, wherein said DC-DC converter and said DC-AC-DC converter comprise a switch respectively, each switch being connectable to said alternating-current network, and to said vehicle, and wherein said accumulators are connected to said direct current bus. an energy accumulation group, equipped with accumulators for storing energy for charging said electric vehicles; an inverter unit, connected to said accumulators, comprising a DC-AC-DC converter, for converting the direct current from said accumulators into alternating current, wherein said inverter unit is connectable to an alternating-current network and is adapted to transform the alternating current of said alternating-current network into direct current for charging said accumulators; and an internal control system, connected to said inverter unit, adapted to control the operation of said inverter unit;
A molding tool having a clamp plate moveable with respect to a cavity, and a coolant flowing through a tube fixed with respect to the clamp plate, the clamp plate having a bore, a base replaceably mounted within the bore, the base having no threaded connection with respect to the clamp plate, the tube secured to said base, said base forming fluidic communication between a coolant inlet and a passageway of said base, wherein said base has first threads engageable with second threads of the tube.
Hydrogenated nitrile-diene-carboxylic ester copolymers containing (a) 0.1% to 20% by weight of at least one α,β-ethylenically unsaturated nitrile unit, (b) 15% to 74.9% by weight of at least one conjugated diene unit and (c) 25% to 65% by weight of at least one α,β-ethylenically unsaturated carboxylic ester unit, wherein at least 15% by weight, preferably at least 20% by weight, of the α,β-ethylenically unsaturated carboxylic ester units (c) based on the total amount of all monomer units of 100% by weight are derived from a PEG acrylate (d) of general formula wherein R is branched or unbranched C 1 -C 20 -alkyl, preferably C 2 -C 20 -alkyl, particularly preferably ethyl, butyl or ethylhexyl, n is 2 to 12, preferably 2 to 8, particularly preferably 2 to 5 and very particularly preferably 2 or 3 and R 1 is hydrogen or CH 3 -. (a) 0.1% to 20% by weight of at least one α,β-ethylenically unsaturated nitrile unit, (b) 15% to 74.9% by weight of at least one conjugated diene unit and (c) 25% to 65% by weight of at least one α,β-ethylenically unsaturated carboxylic ester unit, R is branched or unbranched C 1 -C 20 -alkyl, preferably C 2 -C 20 -alkyl, particularly preferably ethyl, butyl or ethylhexyl, n is 2 to 12, preferably 2 to 8, particularly preferably 2 to 5 and very particularly preferably 2 or 3 and R 1 is hydrogen or CH 3 -.
An industrial vehicle comprising storage and retrieval hardware, a tag reader, a reader module, and a vehicle controller, wherein: the storage and retrieval hardware is configured to store and retrieve items from selected storage elements positioned along an aisle path; the industrial vehicle being characterised in that: the tag reader and the reader module cooperate to identify individual tags of a tag layout along the aisle path; the tag reader comprises two read antennas positioned on opposite sides of a longitudinal travel axis of the industrial vehicle; the read antennas define respective read ranges and generate respective tag read signals when tags enter the respective read ranges of the read antennas; the tag reader and the reader module further cooperate to generate a vehicle direction signal when the individual tags of the tag layout are identified with reference to tag read signals from only one of the two read antennas; and the vehicle controller controls operational functions of the storage and retrieval hardware partially as a function of the vehicle direction signal. the storage and retrieval hardware is configured to store and retrieve items from selected storage elements positioned along an aisle path; the industrial vehicle being characterised in that: the tag reader and the reader module cooperate to identify individual tags of a tag layout along the aisle path; the tag reader comprises two read antennas positioned on opposite sides of a longitudinal travel axis of the industrial vehicle; the read antennas define respective read ranges and generate respective tag read signals when tags enter the respective read ranges of the read antennas; the tag reader and the reader module further cooperate to generate a vehicle direction signal when the individual tags of the tag layout are identified with reference to tag read signals from only one of the two read antennas; and the vehicle controller controls operational functions of the storage and retrieval hardware partially as a function of the vehicle direction signal. the tag reader and the reader module cooperate to identify individual tags of a tag layout along the aisle path; the tag reader comprises two read antennas positioned on opposite sides of a longitudinal travel axis of the industrial vehicle; the read antennas define respective read ranges and generate respective tag read signals when tags enter the respective read ranges of the read antennas; the tag reader and the reader module further cooperate to generate a vehicle direction signal when the individual tags of the tag layout are identified with reference to tag read signals from only one of the two read antennas; and the vehicle controller controls operational functions of the storage and retrieval hardware partially as a function of the vehicle direction signal.
Control method of a device for cleaning a suspension, said device having at least one chamber for the suspension and a heavy fraction separator that is connected thereto, characterized in that the degree of turbulence and/or the extent of the contaminant load and/or the bulk height is optically detected in the area of the heavy fraction separator and is taken this into account during the control of the device, wherein the change in position of individual particles is evaluated during the optical detection. that the degree of turbulence and/or the extent of the contaminant load and/or the bulk height is optically detected in the area of the heavy fraction separator and is taken this into account during the control of the device, wherein the change in position of individual particles is evaluated during the optical detection.
An exhaust gas purification system comprising: a. a first injector for injecting ammonia or a compound decomposable to ammonia into the exhaust gas; b. a diesel particulate filter including an inlet and an outlet, wherein the filter includes a selective catalytic reduction catalyst and an oxidation catalyst; c. a second injector for injecting ammonia or a compound decomposable to ammonia into the exhaust gas, located downstream of the filter; and d. a downstream catalyst comprising a selective catalytic reduction catalyst, located downstream of the second injector; and wherein the oxidation catalyst is coated on the outlet of the filter. a. a first injector for injecting ammonia or a compound decomposable to ammonia into the exhaust gas; b. a diesel particulate filter including an inlet and an outlet, wherein the filter includes a selective catalytic reduction catalyst and an oxidation catalyst; c. a second injector for injecting ammonia or a compound decomposable to ammonia into the exhaust gas, located downstream of the filter; and d. a downstream catalyst comprising a selective catalytic reduction catalyst, located downstream of the second injector; and