mhurhangee/ep-ind-claims huggingface dataset:
Method of adjusting a pitch angle (α) of a rotor blade of a rotor of a wind turbine, comprising the following steps: a0) reducing the rotational speed of the rotor below a speed limit; a) varying the pitch angle of the rotor blade during wind operation of the wind turbine from a starting angle to reach a limit angle comprising a stall angle (α 1, α 2) at which the rotor blade starts to stall, b) deriving a safe angle (α 3, α 4) dependent on the limit angle (α 1, α 2), c) operating the rotor blade at the safe angle (α 3, α 4) or an angle lower than the safe angle (α 3, α 4). a0) reducing the rotational speed of the rotor below a speed limit; a) varying the pitch angle of the rotor blade during wind operation of the wind turbine from a starting angle to reach a limit angle comprising a stall angle (α 1, α 2) at which the rotor blade starts to stall, b) deriving a safe angle (α 3, α 4) dependent on the limit angle (α 1, α 2), c) operating the rotor blade at the safe angle (α 3, α 4) or an angle lower than the safe angle (α 3, α 4).
System containing a retaining device for retaining an electronic unit on a wall, having: a. a fastening element for installing the retaining device in an installed position on a wall, and having b. a rear side, which is designed and intended to be directed towards the wall in the installed position, and having c. a quadrilateral frame, which surrounds an accommodating space for the electronic unit, said accommodating space being open in the direction of a front side, and having d. at least one fixing means by way of which an electronic unit can be fixed in a fixing position in the accommodating space without the use of tools and can be released again from the fixing position without the use of tools, and containing an electronic unit which, in relation to the quadrilateral frame, can be, or is, fixed in a form-fitting manner in a fixing position in the accommodating space, characterized in that the frame has the shape and the dimensions of a standard wall-socket frame or of a standard rocker-switch frame, and in that the electronic unit fixed in the fixing position has its rear side butting against a protrusion, and in that the electronic unit can be pivoted about the protrusion, in order to be released from the fixing position, by its front side being subjected to a force or, in the rearward direction, a hollow is adjacent to the accommodating space, it being possible for an edge or a corner of the electronic unit to be pivoted into said hollow, in order to be released from the fixing position, such that an opposite edge or corner of the electronic unit moves in the forward direction out of the accommodating space. a. a fastening element for installing the retaining device in an installed position on a wall, and having b. a rear side, which is designed and intended to be directed towards the wall in the installed position, and having c. a quadrilateral frame, which surrounds an accommodating space for the electronic unit, said accommodating space being open in the direction of a front side, and having d. at least one fixing means by way of which an electronic unit can be fixed in a fixing position in the accommodating space without the use of tools and can be released again from the fixing position without the use of tools,
An information processing apparatus, comprising a controller that is configured to: - acquire a multimedia document of data broadcast including instruction information that instructs to acquire application control information related to an application for presenting a data program related to a television program provided via broadcast wave transmission, - acquire, based on a determination whether a predetermined indicia on a display screen is operated by a user, in which by execution of a script as the instruction information of the multimedia document the display screen is generated when a connection to a network is determined to be possible, the application control information via the network, - acquire the application based on the application control information, - execute the application to present the data program which is provided via the network, and - end, based on a determination whether switching of the multimedia document is indicated by information for indicating multimedia document switching in the data broadcast, along with a switch of the multimedia document of the data broadcast accompanied by an update of the multimedia document while the data program is being presented based on the application, the execution of the application and acquire the switched multimedia document. - acquire a multimedia document of data broadcast including instruction information that instructs to acquire application control information related to an application for presenting a data program related to a television program provided via broadcast wave transmission, - acquire, based on a determination whether a predetermined indicia on a display screen is operated by a user, in which by execution of a script as the instruction information of the multimedia document the display screen is generated when a connection to a network is determined to be possible, the application control information via the network, - acquire the application based on the application control information, - execute the application to present the data program which is provided via the network, and - end, based on a determination whether switching of the multimedia document is indicated by information for indicating multimedia document switching in the data broadcast, along with a switch of the multimedia document of the data broadcast accompanied by an update of the multimedia document while the data program is being presented based on the application, the execution of the application and acquire the switched multimedia document.
A heating device comprising: - a housing (1, 2) having an opening and surrounding an interior space, - a fan (7; 8) arranged in proximity to the housing (1, 2), - a heating element arranged in the housing (1, 2), and - a heat distribution element arranged in the housing (1, 2) and in proximity to the heating element, wherein - the heating element is adapted to generate heat, - the heat distribution element is adapted to transfer the heat generated by the heating element to air in the interior space, and - the fan (7; 8) is adapted to provide a flow of air through the interior space of the housing (1, 2) such that the air is heated and the heated air leaves the housing (1, 2) through the opening, wherein, - the heating element is an infrared heating element which is adapted to convert electrical energy into infrared radiation, characterized in that - the heat distribution element is formed with several perforated plates, wherein the perforated plates pairwise encircle an acute angle. - a housing (1, 2) having an opening and surrounding an interior space, - a fan (7; 8) arranged in proximity to the housing (1, 2), - a heating element arranged in the housing (1, 2), and - a heat distribution element arranged in the housing (1, 2) and in proximity to the heating element, wherein - the heating element is adapted to generate heat, - the heat distribution element is adapted to transfer the heat generated by the heating element to air in the interior space, and - the fan (7; 8) is adapted to provide a flow of air through the interior space of the housing (1, 2) such that the air is heated and the heated air leaves the housing (1, 2) through the opening, wherein, - the heating element is an infrared heating element which is adapted to convert electrical energy into infrared radiation, characterized in that - the heat distribution element is formed with several perforated plates, wherein the perforated plates pairwise encircle an acute angle.
A driving device for driving an artificial muscle module, the artificial muscle module comprising a heat reaction driving unit and a casing unit, the heat reaction driving unit being configured to deform in shape in response to the temperature of a fluid being charged into the casing unit, and the casing unit being connected to the heat reaction driving unit and being deformable therewith, the driving device comprising: a fluid tank unit comprising a high temp water tank for receiving a high temperature fluid, and a low temp water tank for receiving a low temperature fluid; a fluid providing line for connection to a first side of the artificial muscle module for providing fluid to the artificial muscle module; a fluid retrieving line for connecting a second side of the artificial muscle module to the fluid tank unit for retrieving the fluid charged to the artificial muscle module; a circulation pump unit configured to pump fluid in at least one of the fluid providing line and the fluid retrieving line for circulating fluid between the artificial muscle module and the fluid tank unit; a temp control unit configured to mix fluid discharged from the high temp water tank and fluid discharged from the low temp water tank to provide fluid having a controlled temperature in the fluid proving line, wherein the fluid providing line connects the temp control unit to the first side of the artificial muscle module for deforming the shape of the heat reaction driving unit based on the controlled temperature of the fluid; and a fluid distributing unit for distributing the fluid from the fluid retrieving line to the high temp water tank or the low temp water tank. a fluid tank unit comprising a high temp water tank for receiving a high temperature fluid, and a low temp water tank for receiving a low temperature fluid; a fluid providing line for connection to a first side of the artificial muscle module for providing fluid to the artificial muscle module; a fluid retrieving line for connecting a second side of the artificial muscle module to the fluid tank unit for retrieving the fluid charged to the artificial muscle module; a circulation pump unit configured to pump fluid in at least one of the fluid providing line and the fluid retrieving line for circulating fluid between the artificial muscle module and the fluid tank unit; a temp control unit configured to mix fluid discharged from the high temp water tank and fluid discharged from the low temp water tank to provide fluid having a controlled temperature in the fluid proving line, wherein the fluid providing line connects the temp control unit to the first side of the artificial muscle module for deforming the shape of the heat reaction driving unit based on the controlled temperature of the fluid; and a fluid distributing unit for distributing the fluid from the fluid retrieving line to the high temp water tank or the low temp water tank.
Multi-part sealing system (6, 7, 8) for a housing of a motor vehicle control unit, said housing being composed of a first housing part and at least one further housing part (3, 15), having - at least one electronic component in the interior of the housing, and - at least one conductor structure which leads out of the interior of the housing between the housing parts (2, 3) and connects an electronic component in the interior of the housing to components outside the housing in an electrically conductive fashion, characterized in that at least one housing part (2, 3, 15) has at least one device (10, 11, 12) for accommodating at least part of Multi-part sealing system (6, 7, 8) and in that the first part of the sealing system is embodied as an adhesive or as a solid seal and is attached in the direction of the outer wall of the housing, and is specifically suitable for preventing liquid noxious substances from penetrating into the interior of the housing, and the further parts (7, 8) of the sealing system are embodied as a catalytic converter, a filter or as a getter layer and are attached in the direction of the interior of the housing, and are specifically suitable for preventing gaseous noxious substances from penetrating into the interior of the housing. - at least one electronic component in the interior of the housing, and - at least one conductor structure which leads out of the interior of the housing between the housing parts (2, 3) and connects an electronic component in the interior of the housing to components outside the housing in an electrically conductive fashion,
Device for cleaning with explosive material, the device comprises - a lance,, comprising - a number of lance pipes (104a, 106a), (104b, 106b, 108b), - a first connection for cooling means in a first end of the lance,, such that a coolant is supplied through the lance pipes (104a, 106a), (104b, 106b, 108b) - an inlet channel, for an electric cable, the inlet channel guiding the electric cable through the lance pipes (104a, 106a), (104b, 106b, 108b), - a sleeve connector in a second end of the lance,, for connecting a breakable part to the lance,, - a control unit comprising - an inlet for the cooling means - an outlet for connecting the cooling means to the first connection of the lance,,, - an explosion trigger, - an electric cable arranged in connection with the explosion trigger and a detonator, - a detonator arranged to the breakable part next to explosive material, - a breakable part comprising explosive material, and - cooling means for cooling the explosive material and/or detonator, characterized in that the device comprises an additional cooling pipe arranged between the first end of the lance and a second point of the lance for transferring the coolant closer to the second end of the lance. - a lance,, comprising - a number of lance pipes (104a, 106a), (104b, 106b, 108b), - a first connection for cooling means in a first end of the lance,, such that a coolant is supplied through the lance pipes (104a, 106a), (104b, 106b, 108b) - an inlet channel, for an electric cable, the inlet channel guiding the electric cable through the lance pipes (104a, 106a), (104b, 106b, 108b), - a sleeve connector in a second end of the lance,, for connecting a breakable part to the lance,, - a number of lance pipes (104a, 106a), (104b, 106b, 108b), - a first connection for cooling means in a first end of the lance,, such that a coolant is supplied through the lance pipes (104a, 106a), (104b, 106b, 108b) - an inlet channel, for an electric cable, the inlet channel guiding the electric cable through the lance pipes (104a, 106a), (104b, 106b, 108b), - a sleeve connector in a second end of the lance,, for connecting a breakable part to the lance,, - a control unit comprising - an inlet for the cooling means - an outlet for connecting the cooling means to the first connection of the lance,,, - an explosion trigger, - an inlet for the cooling means - an outlet for connecting the cooling means to the first connection of the lance,,, - an explosion trigger, - an electric cable arranged in connection with the explosion trigger and a detonator, - a detonator arranged to the breakable part next to explosive material, - a breakable part comprising explosive material, and - cooling means for cooling the explosive material and/or detonator,
Traffic management system for clearing paths for an emergency vehicle and/or a convoy of emergency vehicles in a traffic network with node points controlled by light signals, comprising light signal systems for control of traffic flows passing the light signals by means of switching on enabling phases, a traffic control centre, which is configured to determine an emergency vehicle route from a location of the emergency vehicle to an emergency location, a vehicle device for determining a current location of the emergency vehicle and also for transmitting the determined location to the emergency vehicle control centre, and a traffic computer centre connected to the light signal systems for switching on enabling phases at light signal systems of the node points lying on the emergency vehicle route determined, characterized in that the traffic computer centre and the emergency vehicle control centre are coupled via an interface for data transmission, via which route data describing the emergency vehicle route determined is able to be transmitted from the emergency vehicle control centre to the traffic computer centre, wherein the traffic computer centre is embodied to provide current traffic information for the traffic network and to transmit this descriptive traffic data over the interface to the emergency vehicle control centre, and wherein the emergency vehicle control centre is embodied to determine the emergency vehicle route, taking into account the traffic data transmitted.
A graphitized porous silicon-carbon anode material comprising a core and a carbon coating layer coated on an outer surface of the core, wherein the core sequentially comprises an inner layer and a shallow surface layer from inside to outside, the graphitized porous silicon-carbon anode material is internally provided with pores in gradient distribution, and the porosity is gradually decreased from inside to outside along the inner layer, the shallow surface layer and the carbon coating layer, the inner layer has a porosity within the range from 30% to 60%, the shallow surface layer has a porosity within the range from 10% to 30%, the carbon coating layer has a porosity within the range from 1% to 10%; and the core comprises a silicon-carbon composite comprising nano-silicon particles, a conductive agent and a graphitized carbon material, the conductive agent is a one-dimensional carbon material, the one-dimensional carbon material is conductive carbon material, the conductive carbon material comprises at least one selected from the group consisting of single-walled CNTs, multi-walled CNTs, and VGCF; wherein the porosity is obtained by computerized tomography scanning technique.
Method for selective isolation of microorganisms of interest in a liquid biological sample comprising or likely to comprise, notably: • microorganisms of interest whose cell membrane or capsid does not contain cholesterol, and • untargeted elements, i.e.: - untargeted cells whose cell membrane contains cholesterol, and - optionally, viruses with envelopes containing cholesterol, and - optionally mycoplasmas containing cholesterol, and - optionally, debris of microorganisms of interest and/or of untargeted cells, said method comprising the following steps: a) bringing the liquid biological sample into contact with a saponin formulation, in order to destabilize the cell membranes containing cholesterol or the viral envelopes containing cholesterol or the membranes of mycoplasmas containing cholesterol, b) performing osmotic shock of the untargeted cells in order to lyse them specifically, c) adding a solution of at least one enzyme able to lyse the free nucleic acids, DNA and/or RNA derived from the untargeted elements lysed in solution in the sample, allowing the microorganisms of interest to be obtained selectively, d) adding an agent for precipitating the unlysed microorganisms of interest in solution in the sample, said agent allowing the adhesion of the pellet containing said microorganisms of interest and being chosen among polyethylene glycol, glycogen, the nucleic acids or a mixture of these precipitating agents. • microorganisms of interest whose cell membrane or capsid does not contain cholesterol, and • untargeted elements, i.e.: - untargeted cells whose cell membrane contains cholesterol, and - optionally, viruses with envelopes containing cholesterol, and - optionally mycoplasmas containing cholesterol, and - optionally, debris of microorganisms of interest and/or of untargeted cells, - untargeted cells whose cell membrane contains cholesterol, and - optionally, viruses with envelopes containing cholesterol, and - optionally mycoplasmas containing cholesterol, and - optionally, debris of microorganisms of interest and/or of untargeted cells, a) bringing the liquid biological sample into contact with a saponin formulation, in order to destabilize the cell membranes containing cholesterol or the viral envelopes containing cholesterol or the membranes of mycoplasmas containing cholesterol, b) performing osmotic shock of the untargeted cells in order to lyse them specifically, c) adding a solution of at least one enzyme able to lyse the free nucleic acids, DNA and/or RNA derived from the untargeted elements lysed in solution in the sample, allowing the microorganisms of interest to be obtained selectively, d) adding an agent for precipitating the unlysed microorganisms of interest in solution in the sample, said agent allowing the adhesion of the pellet containing said microorganisms of interest and being chosen among polyethylene glycol, glycogen, the nucleic acids or a mixture of these precipitating agents.
A thrust washer (10; 110; 210; 310), comprising an annular body with an aperture therein and having a first axial face and a second axial face, an outer edge (20; 120) and an inner edge extending between the first and second axial faces, wherein at least one of the first and second axial faces includes a plurality of recessed grooves (24; 124; 224; 324) extending at least partially between the inner edge and the outer edge and defining un-recessed lands (26; 126; 226; 326) there between with the plurality of recessed grooves defining a groove width and the plurality of lands defining an average land width between the grooves, wherein a ratio of the groove width to the land width is in a range of 0.1 to 2 and characterized in that the plurality of recessed grooves include a lead in surface having an elliptical geometry with a ratio of a major diameter to a minor diameter in a range of 1.5:1 to 30:1 and that the plurality of recessed grooves have a depth in a range of 0.05 to 2 mm.
An electric vehicle charging station comprising a transformer, wherein: - said transformer is a multi-winding transformer comprising one primary winding and a plurality of secondary windings, - said secondary windings are electrically isolated from one another, and - said electric vehicle charging station further comprises an AC/DC converter to which a secondary winding is connected, characterised in that the electric vehicle charging station further comprises: - a switchboard with a plurality of switches, there being a plurality of secondary windings and each one being connected to a separate switch of the switchboard, and - a medium voltage input switchgear, said medium voltage input switchgear being connected to the primary winding of the multi-winding transformer, wherein the medium voltage level is 1-72 kV AC. - said transformer is a multi-winding transformer comprising one primary winding and a plurality of secondary windings, - said secondary windings are electrically isolated from one another, and - said electric vehicle charging station further comprises an AC/DC converter to which a secondary winding is connected, - a switchboard with a plurality of switches, there being a plurality of secondary windings and each one being connected to a separate switch of the switchboard, and - a medium voltage input switchgear, said medium voltage input switchgear being connected to the primary winding of the multi-winding transformer, wherein the medium voltage level is 1-72 kV AC.
Tank device for an aqueous urea solution (2, 18) for injection into an exhaust tract of a motor vehicle, having: - a tank with a tank housing, with an interior situated therein, with a base and with a top wall; - a separate base section, which is attached to the tank housing and partially delimits the interior; and - a lamellar structure which is formed on a top side of the separate base section, wherein the lamellar structure has at least one lamella which divides the interior of the tank above the base section at least partially into a multiplicity of cells, characterized in that the at least one lamella tapers in an upward direction. - a tank with a tank housing, with an interior situated therein, with a base and with a top wall; - a separate base section, which is attached to the tank housing and partially delimits the interior; and - a lamellar structure which is formed on a top side of the separate base section, wherein the lamellar structure has at least one lamella which divides the interior of the tank above the base section at least partially into a multiplicity of cells, characterized in that the at least one lamella tapers in an upward direction.