mhurhangee/ep-ind-claims huggingface dataset:
Front and rear contacted solar cell comprising at least one hetero junction, front and back contacts (18b,18f), wherein at least one contact comprises a stack of layers, which stack comprises an n-doped or p-doped poly SiOx layer (11,12) of > 10 nm thickness, a n-doped or p-doped crystalline Si layer (13,14) of 100 nm-5000 nm thickness, wherein the poly SiOx layer (11,12) and crystalline Si layer (13,14) are both p-doped or are both n-doped, and in between said layers a dielectric barrier layer of thickness of 0 < t diel <2.5 nm, wherein said layers cover one and another, characterized in that the ratio of doping of poly SiOx:crystalline Si at the dielectric barrier layer is > 2, preferably > 5, more preferably > 10, even more preferably > 10 2. at least one hetero junction, front and back contacts (18b,18f), wherein at least one contact comprises a stack of layers, which stack comprises an n-doped or p-doped poly SiOx layer (11,12) of > 10 nm thickness, a n-doped or p-doped crystalline Si layer (13,14) of 100 nm-5000 nm thickness, wherein the poly SiOx layer (11,12) and crystalline Si layer (13,14) are both p-doped or are both n-doped, and in between said layers a dielectric barrier layer of thickness of 0 < t diel <2.5 nm, wherein said layers cover one and another, characterized in that the ratio of doping of poly SiOx:crystalline Si at the dielectric barrier layer is > 2, preferably > 5, more preferably > 10, even more preferably > 10 2.
Inorganic, intermetallic compound, characterized in that the compound contains at least two phases, where the compound comprises at least one Heusler phase and additionally at least one other Heusler phase or a semi-Heusler phase, where the formation of the phases has occurred during the synthesis of the compound and the phases are immiscible, are thermodynamically stable and the phases are semiconducting or semimetallic.
Method for controlling the quality of a photovoltaic device comprising a photovoltaic cell assembled with a substrate by way of an assembly interface, comprising the following steps: - injecting (S 0) an electrical current (I 1) through the photovoltaic cell; and - acquiring (S 1) a signal (IM 0) measuring the luminous radiation emitted by the photovoltaic cell, by electroluminescence, in response to the injected current; the injection current (I 1) being a first current having a density higher than a preset assembly defect detection current threshold, and a step (S 5) of detecting at least one defect in the assembly interface on the basis of said acquired measuring signal is provided. - injecting (S 0) an electrical current (I 1) through the photovoltaic cell; and - acquiring (S 1) a signal (IM 0) measuring the luminous radiation emitted by the photovoltaic cell, by electroluminescence, in response to the injected current;
Print control strip, the at least one print control strip including at least one control patch configured as an element for color management, the at least one element for color management being configured to measure a color density and/or at least one spectral value and/or an area coverage of the individual printed printing colors, the at least one print control strip including at least one control patch configured as a printing mark, the at least one printing mark being configured to align a substrate in the transport direction and/or in the transverse direction, characterized in that the at least one print control strip includes at least one control patch configured as a plate recognition patch, and that the at least one plate recognition patch is configured to assign at least one printing color used to a printing plate and/or to an application mechanism and/or is configured for its assignment.
A pivot assembly (14; 48) for a control lever, the pivot assembly (14; 48) comprising: a primary pivot bearing arranged about a longitudinal axis; and a redundant pivot bearing (24; 74) arranged about the longitudinal axis, the redundant pivot bearing (24; 74) configured to become operative as a bearing in the event that the primary pivot bearing malfunctions, and to produce haptic feedback in the control lever throughout operation of the redundant pivot bearing (24; 74). a primary pivot bearing arranged about a longitudinal axis; and a redundant pivot bearing (24; 74) arranged about the longitudinal axis, the redundant pivot bearing (24; 74) configured to become operative as a bearing in the event that the primary pivot bearing malfunctions, and to produce haptic feedback in the control lever throughout operation of the redundant pivot bearing (24; 74).
A system for providing a unified connected network, said system comprising: a server, the server being configured to be communicatively coupled to an electronic control unit, ECU, of a vehicle, a first set of electronic devices, and a second set of electronic devices, wherein the first set of electronic devices comprises one or more of an infotainment system, a mobile phone and a home area network, one or more circuits in said server being configured to: receive a first set of data from said ECU of said vehicle and a second set of data from said first set of electronic devices associated with at least one of a plurality of services, based on detection of an event; extract information from said received first set of data and said received second set of data, based on analysis of said received first set of data and said received second set of data; determine one or more responses corresponding to said detected event, based on said extracted information; and transmit said determined one or more responses to said second set of electronic devices associated with said at least one of said plurality of services, wherein said plurality of services correspond to cloud-based services, wherein said cloud-based services correspond to home automation services. a server, the server being configured to be communicatively coupled to an electronic control unit, ECU, of a vehicle, a first set of electronic devices, and a second set of electronic devices, wherein the first set of electronic devices comprises one or more of an infotainment system, a mobile phone and a home area network, one or more circuits in said server being configured to: receive a first set of data from said ECU of said vehicle and a second set of data from said first set of electronic devices associated with at least one of a plurality of services, based on detection of an event; extract information from said received first set of data and said received second set of data, based on analysis of said received first set of data and said received second set of data; determine one or more responses corresponding to said detected event, based on said extracted information; and transmit said determined one or more responses to said second set of electronic devices associated with said at least one of said plurality of services, wherein said plurality of services correspond to cloud-based services, receive a first set of data from said ECU of said vehicle and a second set of data from said first set of electronic devices associated with at least one of a plurality of services, based on detection of an event; extract information from said received first set of data and said received second set of data, based on analysis of said received first set of data and said received second set of data; determine one or more responses corresponding to said detected event, based on said extracted information; and transmit said determined one or more responses to said second set of electronic devices associated with said at least one of said plurality of services, wherein said plurality of services correspond to cloud-based services, wherein said cloud-based services correspond to home automation services.
An anti-fog coating composition comprising an adhesive polymer, a hard polymer, and a hydrophilic polymer, wherein the adhesive polymer, hard polymer, and hydrophilic polymer are different, wherein the adhesive polymer comprises a polyester or a polyurethane, wherein the hard polymer has a pencil hardness of at least H as measured according to ASTM D3363 and comprises a polymer or interpolymer prepared from ethylenically unsaturated monomers comprising styrene, styrene derivatives, acrylic acid or its derivate, methacrylic acid or its derivate, (meth)acrylonitriles, itaconic acid and its derivatives, maleic acid and its derivatives, vinyl halides, vinylidene halides, fluoropolymers, or combinations thereof, wherein the hydrophilic polymer comprises a polymer having a polyurethane backbone and hydrophilic segments covalently bonded to the polyurethane backbone, and wherein the adhesive polymer is present in an amount within a range of 10 wt% to 80 wt% based on the total dry weight of the anti-fog coating composition.
A gripping system for introducing a vehicle seat into the body of a vehicle, having a gripper arm and a gripping means, arranged on the gripper arm, for gripping the vehicle seat, characterised in that the gripping means has at least two gripping elements, which can be spread apart and which are formed as angular bolts, which elements are designed to engage positively in at least two receiving elements which are provided in the region of transition from the sitting surface to the backrest surface of the vehicle seat.
A method of controlling services comprising: receiving in a processor (402-410, 502) bounding information from a first server computing device in a first communication network, the bounding information identifying an upper bound on a maximum amount of latency allowed per decision of a decision tree; receiving in the processor (402-410, 502) decision making information from a second server computing device in a second communication network, the decision making information comprising information for determining how services are to be charged to subscribers and how network resources are to be controlled; receiving in the processor (402-410, 502) a request for a decision; defining bounds for generating the decision based on the received bounding information; generating the decision based on the received decision making information and within the defined bounds; and sending the generated decision to a third server computing device implementing a functional system. receiving in a processor (402-410, 502) bounding information from a first server computing device in a first communication network, the bounding information identifying an upper bound on a maximum amount of latency allowed per decision of a decision tree; receiving in the processor (402-410, 502) decision making information from a second server computing device in a second communication network, the decision making information comprising information for determining how services are to be charged to subscribers and how network resources are to be controlled; receiving in the processor (402-410, 502) a request for a decision; defining bounds for generating the decision based on the received bounding information; generating the decision based on the received decision making information and within the defined bounds; and sending the generated decision to a third server computing device implementing a functional system.
A pitch control system for a rotor assembly, said rotor assembly having a rotatable rotor frame mounted to a static engine frame about a central axis and a plurality of propeller blades (32, 34) circumferentially mounted to the rotor frame, the pitch control system comprising: an annular actuator mountable to the static frame about the central axis, the annular actuator being translatable parallel to the central axis; a load transfer bearing translationally fixed to the actuator; a crank rod having a first end pivotally attached to the LTB, and a second end pivotally attachable to a propeller blade crankshaft; characterized in that the pitch control system further comprises: a radial pin extending outward from the LTB; and a guide shaft pivotally attached to the radial pin to direct in use the radial pin along an arcuate path relative to the rotor frame upon translation of the actuator. an annular actuator mountable to the static frame about the central axis, the annular actuator being translatable parallel to the central axis; a load transfer bearing translationally fixed to the actuator; a crank rod having a first end pivotally attached to the LTB, and a second end pivotally attachable to a propeller blade crankshaft; a radial pin extending outward from the LTB; and a guide shaft pivotally attached to the radial pin to direct in use the radial pin along an arcuate path relative to the rotor frame upon translation of the actuator.
Small hydroelectric power station in the form of a water vortex power station, comprising a vortex basin with an inlet channel, which is designed as an acceleration channel tapering in the direction of flow, and an outlet channel, a turbine being rotatably arranged in the vortex basin, an outlet opening into the outlet channel is located below the turbine, the inlet channel is designed to be tapered in the direction of flow of the water, and at least one side wall (10, 11) of the inlet channel being bent or curved so as to widen at its base, the end facing away from the swirl basin. and wherein a bottom of the inlet channel slopes down towards the swirl basin, characterised in that an inflow control in the form of an elastic element which can be subjected to pressure, is connected to a pressure source and can be filled with a medium is arranged in the inlet channel.
A method of recovering lactoferrin comprising: (a) subjecting raw milk to a cold separation at a temperature of 8 to 15 °C and separating the cream; (b) subjecting the cold separated skimmed milk to Expanded Bed Adsorption, wherein the lactoferrin is adsorbed by the adsorbent in the EBA column; and then (c) the latoferrin is re-eluted, desalted, dehydrated and isolated as a dry product. (a) subjecting raw milk to a cold separation at a temperature of 8 to 15 °C and separating the cream; (b) subjecting the cold separated skimmed milk to Expanded Bed Adsorption, wherein the lactoferrin is adsorbed by the adsorbent in the EBA column; and then (c) the latoferrin is re-eluted, desalted, dehydrated and isolated as a dry product.
An antenna shield assembly for a logging tool sensor, the shield assembly comprising: a cylindrical shield deployed about at least one logging sensor disposed on a logging tool collar; first and second cylindrical end clamps deployed about opposing axial ends of the cylindrical shield, at least one of the first and second end clamps including one or more keys for engaging a corresponding slot in the shield and a corresponding pocket in an outer surface of the tool collar; said engagement of the at least one key with the corresponding slot and the corresponding pocket operative to prevent relative rotational and relative axial motion between the cylindrical shield, the first and second end clamps, and the tool collar; characterized in that the cylindrical shield comprises a single piece having a stepped down outer diameter surface on each axial end thereof; each of the first and second end clamps comprises an inner diameter surface that engages a corresponding one of the stepped down outer diameter surfaces on the cylindrical shield; and the stepped down outer diameter surfaces comprise a circumferential protrusion that engages a corresponding circumferential channel in the inner diameter surfaces. a cylindrical shield deployed about at least one logging sensor disposed on a logging tool collar; first and second cylindrical end clamps deployed about opposing axial ends of the cylindrical shield, at least one of the first and second end clamps including one or more keys for engaging a corresponding slot in the shield and a corresponding pocket in an outer surface of the tool collar; said engagement of the at least one key with the corresponding slot and the corresponding pocket operative to prevent relative rotational and relative axial motion between the cylindrical shield, the first and second end clamps, and the tool collar; characterized in that the cylindrical shield comprises a single piece having a stepped down outer diameter surface on each axial end thereof; each of the first and second end clamps comprises an inner diameter surface that engages a corresponding one of the stepped down outer diameter surfaces on the cylindrical shield; and the stepped down outer diameter surfaces comprise a circumferential protrusion that engages a corresponding circumferential channel in the inner diameter surfaces.
A turbine ring assembly comprising a plurality of ring sectors (1b; 1c) made of ceramic matrix composite material forming a turbine ring, and also a ring support structure, each ring sector (1b; 1c) having a portion forming an annular base with an inner face defining the inside space of the turbine ring and an outer face from which an attachment portion (19a; 19b; 29a; 29b) of the ring sector to the ring support structure extends, the ring support structure comprising two annular flanges (21a; 21b; 31a; 31b; 50) between which the attachment portion of each ring sector is held, each of the annular flanges of the ring support structure presenting at least one sloping portion(12a; 12b; 13a; 13b) bearing against the attachment portions of the ring sectors, said sloping portion, when observed in meridian section, forming a non-zero angle relative to the radial direction and relative to the axial direction, characterized in that the attachment portions (19a; 19b; 29a; 29b) of the ring sectors (1b; 1c) are held to the ring support structure by axial portions (16a; 16b) each extending parallel to the axial direction, these axial portions being formed by a plurality of fitted elements engaged without clearance when cold through the annular flanges.
Procedure to determine properties of a hydrogenous gas mixture, which particularly contains natural gas or biogas, comprising the following steps: The gas mixture is allowed to flow through a measuring arrangement; Determination of a pressure-dependent and temperature-dependent viscosity measured value, an associated temperature measured value and an associated pressure measured value of the flowing gas mixture (110, 210); Determination of a first value of a first variable, which characterizes the energy content of the flowing gas mixture, on the basis of the viscosity measured value, the associated temperature measured value, and the associated pressure measured value, wherein the first variable that characterizes the energy content is the Wobbe index (130, 220) or the calorific value of the flowing gas mixture (150, 250); and Determination of a second value of a second variable, which characterizes the energy content of the flowing gas mixture, on the basis of a current density measured value or a current sound velocity measured value of the flowing gas mixture (160, 260) at the corresponding pressure measured value and the corresponding temperature measured value without using a viscosity measured value, wherein the second variable that characterizes the energy content is the Wobbe index or the calorific value of the flowing gas mixture. The gas mixture is allowed to flow through a measuring arrangement; Determination of a pressure-dependent and temperature-dependent viscosity measured value, an associated temperature measured value and an associated pressure measured value of the flowing gas mixture (110, 210); Determination of a first value of a first variable, which characterizes the energy content of the flowing gas mixture, on the basis of the viscosity measured value, the associated temperature measured value, and the associated pressure measured value, wherein the first variable that characterizes the energy content is the Wobbe index (130, 220) or the calorific value of the flowing gas mixture (150, 250); and Determination of a second value of a second variable, which characterizes the energy content of the flowing gas mixture, on the basis of a current density measured value or a current sound velocity measured value of the flowing gas mixture (160, 260) at the corresponding pressure measured value and the corresponding temperature measured value without using a viscosity measured value, wherein the second variable that characterizes the energy content is the Wobbe index or the calorific value of the flowing gas mixture.
A stabilized protease product comprising a protease cross-linked to a carbomer, wherein primary amines of the protease are cross-linked to carboxyl groups of the carbomer and wherein the amines of said protease are further crosslinked via an amine reactive crosslinking reagent.
A method of airport traffic control implemented on a first device associated with a first user, the first device comprising a memory for storing routing rules and status, the first device further comprising a processor and a route management module, the method comprising: sending, by the route management module, a taxiing routing message from the first device to a vehicle, wherein the taxiing routing message indicates a route assignment associated with an airport; in response to receiving, at the first device, an acknowledgment of the taxiing routing message from the vehicle, indicating the status at a graphical user interface presented on a display, the first device being coupled to the display, the status being associated with the taxiing routing message; the first device receiving one or more conditions, the conditions providing information about the vehicle, the conditions indicating a location of the vehicle; in response to determining, by the route management module, that the vehicle is at, or is headed towards, a location associated with a second device, the second device being associated with a second user, and that the routing rules indicate that the second user associated with the second device controls vehicles that are at, or are headed towards the location, automatically sending by the route management module a message from the first device to the second device to indicate that the second user associated with the second device controls the vehicle; and updating the graphical user interface to indicate that the second user associated with the second device controls the vehicle. sending, by the route management module, a taxiing routing message from the first device to a vehicle, wherein the taxiing routing message indicates a route assignment associated with an airport; in response to receiving, at the first device, an acknowledgment of the taxiing routing message from the vehicle, indicating the status at a graphical user interface presented on a display, the first device being coupled to the display, the status being associated with the taxiing routing message; the first device receiving one or more conditions, the conditions providing information about the vehicle, the conditions indicating a location of the vehicle; in response to determining, by the route management module, that the vehicle is at, or is headed towards, a location associated with a second device, the second device being associated with a second user, and that the routing rules indicate that the second user associated with the second device controls vehicles that are at, or are headed towards the location, automatically sending by the route management module a message from the first device to the second device to indicate that the second user associated with the second device controls the vehicle; and updating the graphical user interface to indicate that the second user associated with the second device controls the vehicle.