mhurhangee/ep-ind-claims huggingface dataset:
A mobile Human Machine Interface HMI device adapted to wirelessly communicate, via a first communication channel, with an Intelligent Electronic Device IED configured to perform a protection function for a substation and to exchange IED data via the first communication channel, and adapted to wirelessly communicate, via a second communication channel, with a system server configured to exchange server data via the second communication channel, the mobile HMI running an IED application configured to display IED source data and accept IED destination data, and running a server application configured to display server data,, wherein the IED application and/or server application strictly separate the information flows to the first and the second communication channel thus that no unauthorized information flows between the first and second communication channel, wherein the server application is configured to accept server request data and to display server response data responsive to the server request data, wherein the HMI device is adapted to receive confirmatory input from an operator of the mobile HMI device before server response data transmitted to the mobile HMI device from the system server is provided to the IED application, wherein the server response data is prohibited from being provided to the IED application without manual intervention by the operator of the mobile HMI device. via a first communication channel, with an Intelligent Electronic Device IED configured to perform a protection function for a substation and to exchange IED data via the first communication channel, and adapted to wirelessly communicate, via a second communication channel, with a system server configured to exchange server data via the second communication channel, the mobile HMI running an IED application configured to display IED source data and accept IED destination data, and running a server application configured to display server data,, wherein the IED application and/or server application strictly separate the information flows to the first and the second communication channel thus that no unauthorized information flows between the first and second communication channel, wherein the server application is configured to accept server request data and to display server response data responsive to the server request data, wherein the HMI device is adapted to receive confirmatory input from an operator of the mobile HMI device before server response data transmitted to the mobile HMI device from the system server is provided to the IED application, wherein the server response data is prohibited from being provided to the IED application without manual intervention by the operator of the mobile HMI device.
A method for producing a silver-plated product, the method comprising the steps of: preparing a silver plating solution which contains 80 to 110 g/L of silver, 70 to 160 g/L of potassium cyanide and 55 to 70 mg/L of selenium; and forming a surface layer of silver on an underlying layer of nickel, which is formed on a base material, by electroplating at a current density of 9 to 15 A/dm 2 in the silver plating solution so as to satisfy (32.6x - 300) ≦ y ≦ (32.6x + 200) assuming that a product of a concentration of potassium cyanide in the silver plating solution and the current density is y (g ▪ A/L ▪ dm 2) and that a liquid temperature of the silver plating solution is x (°C). preparing a silver plating solution which contains 80 to 110 g/L of silver, 70 to 160 g/L of potassium cyanide and 55 to 70 mg/L of selenium; and forming a surface layer of silver on an underlying layer of nickel, which is formed on a base material, by electroplating at a current density of 9 to 15 A/dm 2 in the silver plating solution so as to satisfy (32.6x - 300) ≦ y ≦ (32.6x + 200) assuming that a product of a concentration of potassium cyanide in the silver plating solution and the current density is y (g ▪ A/L ▪ dm 2) and that a liquid temperature of the silver plating solution is x (°C).
A composite article comprising a flexible substantially transparent substrate having at least a substrate surface and a graded-composition barrier coating disposed on said at least a substrate surface, characterized in that said graded-composition barrier coating comprises a coating material including an inorganic material and an organic material, a composition of which coating varies substantially continuously across a thickness of said graded-composition barrier coating.
A device for limitation of the injection pressure of a medical instrument for introduction of a fluid, having a housing, with an entrance of the housing for introducing the fluid at an entry pressure, with an outlet of the housing for introducing the fluid to the instrument, with a flow-through channel of the housing connecting the entrance and the outlet and with a plunger guided in the housing which is impinged on by the pressure of the fluid and through this pressure is movable against a resetting force, wherein the housing has a stroke space, in which the plunger is axially guided in sealed fashion, and wherein the resetting force acts coaxially to the plunger motion direction and engages on the one side on the plunger and on the other side on a support piece of the housing, wherein on the plunger a blocking element (30, 66) is arranged, which is located in the flow cross section of the flow-through channel, and wherein the blocking element (30, 66) releases the flow cross section, when the pressure of the fluid impinging on the plunger lies beneath a value preset by the resetting force, and blocks the flow cross section when the pressure of the fluid impinging on the plunger exceeds this preset value and moves the plunger against the resetting force, wherein the entrance and the outlet are arranged on a common longitudinal axis line and the stroke space is configured in the housing to be coaxial to the longitudinal axis line of same, characterized in that the outlet is configured as an interior tube projecting coaxially into the housing, which empties into the stroke space with one open end lying upstream, wherein the plunger is guided on this interior tube and the blocking element is a valve disk that is axially attached to the plunger, which sits in sealing fashion axially on the open end of the interior tube, to block the flow cross section, and which is axially displaced from the open end of the interior tube to release the flow cross section, wherein on the front side of plunger 22 facing entrance 12, a hollow cylindrical stub 28 is shaped, which is closed by the valve disk 30, wherein the valve disk 30 has the shape of a circular disk, the diameter of which projects over the outer diameter of interior tube 14 and wherein the wall of stub 28 is interrupted by flow-through openings 32.
A method, comprising: receiving, by controlling circuitry of a user equipment, configuration data representing (i) an offset from a start of an on portion of a discontinuous reception cycle including the on portion and an off portion, the offset being a specified number of time slots, (ii) identifiers of a plurality of triggering commands for adaptation operations that are active for the user equipment, and (iii) a plurality of windows, each of the plurality of windows having a specified duration within the offset and being associated with a respective subset of the triggering commands and a respective downlink control information format; performing a monitoring operation over physical downlink control channels to determine whether a physical downlink control channel having a downlink control information format with which at least one of the plurality of windows is associated is present; and in response to detecting a physical downlink control channel having the downlink control information format, performing an adaptation operation according to triggering commands of the plurality of triggering commands with which the at least one of the plurality of windows is associated. receiving, by controlling circuitry of a user equipment, configuration data representing (i) an offset from a start of an on portion of a discontinuous reception cycle including the on portion and an off portion, the offset being a specified number of time slots, (ii) identifiers of a plurality of triggering commands for adaptation operations that are active for the user equipment, and (iii) a plurality of windows, each of the plurality of windows having a specified duration within the offset and being associated with a respective subset of the triggering commands and a respective downlink control information format; performing a monitoring operation over physical downlink control channels to determine whether a physical downlink control channel having a downlink control information format with which at least one of the plurality of windows is associated is present; and in response to detecting a physical downlink control channel having the downlink control information format, performing an adaptation operation according to triggering commands of the plurality of triggering commands with which the at least one of the plurality of windows is associated.
A fatty alcohol forming acyl-CoA reductase variant that has FAR activity and has at least 70% sequence identity to SEQ ID NO:2, wherein the variant comprises a substitution at position 511, wherein the position is numbered with reference to SEQ ID NO:2, and wherein a cell in which the FAR variant is expressed produces more fatty alcohol than a corresponding cell of the same type in which the wild-type FAR from which the FAR variant is derived is expressed, wherein the substitution of the amino acid at position 511 is glycine, isoleucine, lysine, proline, glutamine, arginine, serine, or threonine.
A method of screening an agent selected from the group consisting of: (i) an agent that inhibits kinase activity of TOPK, and (ii) an agent for preventing or treating breast cancer, comprising the steps of: (a) contacting a polypeptide selected from the group consisting of: a polypeptide comprising the amino acid sequence of SEQ ID NO: 92; and a polypeptide comprising the amino acid sequence that has at least about 90% identity to SEQ ID NO: 92, wherein the polypeptide has a phosphorylating activity with a substrate that is phosphorylated by the polypeptide and an agent under a condition that allows phosphorylation of the substrate; (b) detecting the phosphorylation level of the substrate; (c) comparing the phosphorylation level of the substrate with the phosphorylation level of the substrate detected in the absence of the agent; and a step selected from the group consisting of: selecting the agent that reduced the phosphorylation level of the substrate as an agent that inhibits kinase activity of TOPK, and selecting the agent that reduced the phosphorylation level of the substrate as an agent for treating or preventing breast cancer, wherein the substrate is histone or a fragment thereof that comprises at least its phosphorylation site. (i) an agent that inhibits kinase activity of TOPK, and (ii) an agent for preventing or treating breast cancer, (a) contacting a polypeptide selected from the group consisting of: a polypeptide comprising the amino acid sequence of SEQ ID NO: 92; and a polypeptide comprising the amino acid sequence that has at least about 90% identity to SEQ ID NO: 92, wherein the polypeptide has a phosphorylating activity with a substrate that is phosphorylated by the polypeptide and an agent under a condition that allows phosphorylation of the substrate; a polypeptide comprising the amino acid sequence of SEQ ID NO: 92; and a polypeptide comprising the amino acid sequence that has at least about 90% identity to SEQ ID NO: 92, wherein the polypeptide has a phosphorylating activity (b) detecting the phosphorylation level of the substrate; (c) comparing the phosphorylation level of the substrate with the phosphorylation level of the substrate detected in the absence of the agent; and a step selected from the group consisting of: selecting the agent that reduced the phosphorylation level of the substrate as an agent that inhibits kinase activity of TOPK, and selecting the agent that reduced the phosphorylation level of the substrate as an agent for treating or preventing breast cancer, selecting the agent that reduced the phosphorylation level of the substrate as an agent that inhibits kinase activity of TOPK, and selecting the agent that reduced the phosphorylation level of the substrate as an agent for treating or preventing breast cancer,
A reflector system, comprising: a first reflector comprising a hub, a plurality of ribs pivotally coupled to the hub and an RF-reflective fabric supported by the ribs; a second reflector; and a plurality of collapsible restraints each being attached to the first and second reflectors, wherein the restraints are configured so that the restraints, when under tension and fully extended, locate the second reflector at a first predetermined position in relation to the first reflector; a tensioner attached to the first and the second reflectors, the tensioner being configured to urge the second reflector away from the first reflector and thereby tension the restraints, the first reflector being configured to be unfolded from a stowed position into a deployment configuration by moving the ribs to an unfolded state, which in turn unfolds the fabric and causes the fabric to assume a parabolic shape. a first reflector comprising a hub, a plurality of ribs pivotally coupled to the hub and an RF-reflective fabric supported by the ribs; a second reflector; and a plurality of collapsible restraints each being attached to the first and second reflectors, wherein the restraints are configured so that the restraints, when under tension and fully extended, locate the second reflector at a first predetermined position in relation to the first reflector; a tensioner attached to the first and the second reflectors, the tensioner being configured to urge the second reflector away from the first reflector and thereby tension the restraints, the first reflector being configured to be unfolded from a stowed position into a deployment configuration by moving the ribs to an unfolded state, which in turn unfolds the fabric and causes the fabric to assume a parabolic shape.
A method of printing a conducting or semiconducting pattern on a substrate using a liquid electrophotography apparatus (10, 31), the method comprising: causing a printing liquid to be provided to a plurality of members (12, 14, 20, 21, 22, 25, 26, 32, 38, 40, 42, 50) defining a flow path for the printing liquid, at least a first member of the plurality of members (12, 14, 20, 21, 22, 25, 26, 32, 38, 40, 42, 50) being an electric-field-generating member, wherein the printing liquid comprises one or more metals and/or one or more semiconductors, characterized in that the method further comprises: preventing, by a first insulation layer being arranged around at least a portion of a surface of the first member, a flow of charge from a layer of the printing liquid to the first member.
An arc fault circuit interrupter device having: a controller; nonvolatile and volatile memories (142, 144); an arc detection algorithm and a plurality of Look Up Tables including a default Look Up Table and a second Look Up Table; the volatile memory storing the default Look Up Table during arc detection calculations; a Look Up Table identifier for indicating to a user the default Look Up Table; and a Look Up Table selector mechanism for changing between the plurality of stored Look Up Tables to select a default Look Up Table for use with the detection algorithm; the arc fault interrupter device being characterized by: each Look Up Table storing pre-computed detection parameters for a different particular load configuration/profiles, the plurality of Look Up Tables being stored separately from the arc detection algorithm in the non-volatile memory. a controller; nonvolatile and volatile memories (142, 144); an arc detection algorithm and a plurality of Look Up Tables including a default Look Up Table and a second Look Up Table; the volatile memory storing the default Look Up Table during arc detection calculations; a Look Up Table identifier for indicating to a user the default Look Up Table; and a Look Up Table selector mechanism for changing between the plurality of stored Look Up Tables to select a default Look Up Table for use with the detection algorithm; the arc fault interrupter device being characterized by: each Look Up Table storing pre-computed detection parameters for a different particular load configuration/profiles, the plurality of Look Up Tables being stored separately from the arc detection algorithm in the non-volatile memory.
Use of a complex comprising one or more substituted 18-crown-6 ether, one or more lipohilic sulfonic acid, and a barium isotope selected from the group consisting of: 128 Ba, 131 Ba, 133 Ba and 137m Ba as a radioactively labelled tracer for studies and measurements of mass transport of a single organic phase or several organic phases in multiphase transport in one or more of the set fluid handling systems, confined tubes, open conduits, porous media and open unconfined flow systems. 128 Ba, 131 Ba, 133 Ba and 137m Ba as a radioactively labelled tracer for studies and measurements of mass transport of a single organic phase or several organic phases in multiphase transport in one or more of the set fluid handling systems, confined tubes, open conduits, porous media and open unconfined flow systems.
A display device comprising: a housing; a roller in the housing, including a top elongated in the housing and a bottom coupled to the top and elongated along the top; a display module including a display panel and a module cover covering the display panel, the display module configured to be wound or unwound around the roller; and a timing controller board positioned between the top and the bottom. a housing; a roller in the housing, including a top elongated in the housing and a bottom coupled to the top and elongated along the top; a display module including a display panel and a module cover covering the display panel, the display module configured to be wound or unwound around the roller; and a timing controller board positioned between the top and the bottom.
Device for recording biometric features of a face of a person, having a housing which has a housing front facing the person and in which a camera having a first focal length for recording the biometric features and a mirror for folding a beam path running between the face of the person and the camera are arranged, and having an operating unit which is connected to an evaluation and/or control unit in a wireless or wired communication link, which comprises a display and which is arranged between the housing front and the person, the operating unit being arranged inclined at an angle of inclination (a) with respect to the housing front in order to produce a predetermined length of the beam path, characterized in that a viewing protection filter is arranged on the display of the operating unit in such a way that the display is visible only at predetermined viewing angles.
Method for providing a manipulated variable for an actuator of an active chassis of a motor vehicle, in which, in the event that a value for a projection variable, which is dependent on an elevation profile of a surface to be driven on by the motor vehicle, is made available, the manipulated variable is formed from a combination of a Skyhook variable, which is dependent on a movement of a structure of the motor vehicle, and the projection variable, and wherein the manipulated variable is formed from a combination of a soft-spring variable, which is dependent on a wheel spring deflection of the motor vehicle, and the Skyhook variable, if no value is made available for the projection variable, characterised in that, in the event that a value for the projection variable is made available, a constant value is used for the soft-spring variable, wherein the manipulated variable is formed from a combination of the constant soft-spring variable, the Skyhook variable and the projection variable.
Method for producing doped regions (16, 18) on the rear face of a photovoltaic cell (100, 200), comprising at least, in this order, the steps of: a) depositing a first doping paste comprising doping agents with a first type of conductivity on a face, called the rear face, of a semiconductor-based substrate according to a pattern consistent with the desired distribution of regions doped with the first type of conductivity in the substrate, b) depositing an oxide layer (14, 26) at least on the portions of the rear face of the substrate not covered with the doping paste (10, 12), c) annealing the substrate at a temperature diffusing the doping agents in the substrate and forming doped regions (16, 18), in the substrate, under the doping paste (10, 12). a) depositing a first doping paste comprising doping agents with a first type of conductivity on a face, called the rear face, of a semiconductor-based substrate according to a pattern consistent with the desired distribution of regions doped with the first type of conductivity in the substrate, b) depositing an oxide layer (14, 26) at least on the portions of the rear face of the substrate not covered with the doping paste (10, 12), c) annealing the substrate at a temperature diffusing the doping agents in the substrate and forming doped regions (16, 18), in the substrate, under the doping paste (10, 12).
A method for affixing an ethylene-vinyl acetate ("EVA") item to a rubber item, the method comprising: placing an at least partially cured EVA item in contact with a less than cured rubber item, without a primer and without an adhesive there between forming a bi-component member; enclosing the bi-component member in a cavity formed from a material having a first dielectric constant less than or equal to a second dielectric constant of the partially cured EVA; and applying microwaves and pressure through the cavity to the at least partially cured EVA item and the less than cured rubber item for a predetermined amount of time.