mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacture of a ferromagnetic part (22, 30) for an electromagnetic contactor, the method comprising the following successive steps: - a step a) of supplying an unfinished part made of soft ferromagnetic metal; and - a step b) of chemical nickel-plating of at least one part of the unfinished part in order to obtain the ferromagnetic part (22, 30), the part of which is coated on the surface by a surface nickel layer, the obtained ferromagnetic part comprising the soft ferromagnetic metal which, for said at least one chemically nickel-plated part, is disposed under the surface nickel layer, characterised in that the method comprises, after step b), a step c) of magnetic annealing of the ferromagnetic part coated during step b), so that the ferromagnetic part (22, 30) obtained at the end of step c) comprises: - on the external surface, the surface nickel layer, - the annealed soft ferromagnetic metal, under the surface nickel layer for said at least one part which is chemically nickel-plated during step b), and - a nickel layer diffused into the soft ferromagnetic metal due to the magnetic annealing, the diffused nickel layer connecting the surface nickel layer and the annealed soft ferromagnetic metal. - a step a) of supplying an unfinished part made of soft ferromagnetic metal; and - a step b) of chemical nickel-plating of at least one part of the unfinished part in order to obtain the ferromagnetic part (22, 30), the part of which is coated on the surface by a surface nickel layer, the obtained ferromagnetic part comprising the soft ferromagnetic metal which, for said at least one chemically nickel-plated part, is disposed under the surface nickel layer, - on the external surface, the surface nickel layer, - the annealed soft ferromagnetic metal, under the surface nickel layer for said at least one part which is chemically nickel-plated during step b), and - a nickel layer diffused into the soft ferromagnetic metal due to the magnetic annealing, the diffused nickel layer connecting the surface nickel layer and the annealed soft ferromagnetic metal.
Method for configuring a wind energy installation, comprising the following steps - predetermined parameters associated with the wind energy installation are selected from a control database for the purpose of configuring the wind energy installation, - a data storage medium identifier associated with the selected parameters and with the wind energy installation to be configured is stored on a mobile data storage medium, - the mobile data storage medium is coupled to the wind energy installation and a check is carried out in order to determine whether the data storage medium identifier matches that of the wind energy installation, - the selected parameters are transmitted from the control database to the wind energy installation using a monitoring device networked to the wind energy installation and to the control database, and the selected parameters are implemented in the wind energy installation if the data storage medium identifier matches that of the wind energy installation. - predetermined parameters associated with the wind energy installation are selected from a control database for the purpose of configuring the wind energy installation, - a data storage medium identifier associated with the selected parameters and with the wind energy installation to be configured is stored on a mobile data storage medium, - the mobile data storage medium is coupled to the wind energy installation and a check is carried out in order to determine whether the data storage medium identifier matches that of the wind energy installation, - the selected parameters are transmitted from the control database to the wind energy installation using a monitoring device networked to the wind energy installation and to the control database, and the selected parameters are implemented in the wind energy installation if the data storage medium identifier matches that of the wind energy installation.
An actuator control system comprising: (a) a plurality of electro-mechanical actuators for operating one or more end effectors; (b) a plurality of position sensors associated with the plurality of electro-mechanical actuators, each of the plurality of position sensors providing an output indicating an actual position value; and (c) a control system configured to receive an activation command signal and the position sensor outputs, and send a speed command for each of the plurality of electro-mechanical actuators; characterized in that the control system further is configured to: adjust the speed command of each of the plurality of electro-mechanical actuators using a common reference parameter to synchronize movement of the plurality of electro-mechanical actuators together, wherein the common reference parameter is a virtual position value generated from a virtual actuator controller. (a) a plurality of electro-mechanical actuators for operating one or more end effectors; (b) a plurality of position sensors associated with the plurality of electro-mechanical actuators, each of the plurality of position sensors providing an output indicating an actual position value; and (c) a control system configured to receive an activation command signal and the position sensor outputs, and send a speed command for each of the plurality of electro-mechanical actuators;
A stable pharmaceutical composition comprising: (a) a medium system, comprising a first ingredient, a second ingredient and a third ingredient, wherein the first ingredient is a phosphate buffered saline, the second ingredient is selected from the group consisting of vegetable oils, animal oils, fatty acids and combinations thereof, and the third ingredient is a combination of polyethylene glycol and dimethyl sulfoxide; and (b) n-butylidenephthalide. (a) a medium system, comprising a first ingredient, a second ingredient and a third ingredient, wherein the first ingredient is a phosphate buffered saline, the second ingredient is selected from the group consisting of vegetable oils, animal oils, fatty acids and combinations thereof, and the third ingredient is a combination of polyethylene glycol and dimethyl sulfoxide; and (b) n-butylidenephthalide.
One or more computer-readable media having computer-executable instructions that, in response to being executed by a computer, cause the computer to magnify a pointing indicium by performing operations comprising: identifying a current system pointer identifier from an operating system's application program interface; accessing a stored collection of predefined pointing indicia vector shapes; selecting a predefined vector shape from the collection, the selected vector shape correlated to the current system pointer identifier; scaling the vector shape to a magnification level; rasterizing the scaled vector shape; and rendering a magnified pointing indicium by displaying the rasterized shape. identifying a current system pointer identifier from an operating system's application program interface; accessing a stored collection of predefined pointing indicia vector shapes; selecting a predefined vector shape from the collection, the selected vector shape correlated to the current system pointer identifier; scaling the vector shape to a magnification level; rasterizing the scaled vector shape; and rendering a magnified pointing indicium by displaying the rasterized shape.
Method for manufacturing a light-emitting diode, comprising the following steps in succession, while maintaining a substrate in a vapour-phase epitaxial growth chamber: - epitaxial deposition, with an atmosphere in the chamber having a first non-zero concentration of ammonia, of a first GaN alloy layer P-doped with magnesium; - epitaxial deposition, on the first layer, of a sacrificial GaN alloy layer in an atmosphere in the chamber that is not supplied with magnesium; - placing the atmosphere inside the chamber under conditions with a second concentration of ammonia that is at least equal to a third of the first concentration in such a way as to remove the sacrificial layer; then - epitaxial deposition of a second N-type doped GaN alloy layer in such a way as to form a tunnel junction with the first layer. - epitaxial deposition, with an atmosphere in the chamber having a first non-zero concentration of ammonia, of a first GaN alloy layer P-doped with magnesium; - epitaxial deposition, on the first layer, of a sacrificial GaN alloy layer in an atmosphere in the chamber that is not supplied with magnesium; - placing the atmosphere inside the chamber under conditions with a second concentration of ammonia that is at least equal to a third of the first concentration in such a way as to remove the sacrificial layer; then - epitaxial deposition of a second N-type doped GaN alloy layer in such a way as to form a tunnel junction with the first layer.
Method for monitoring the operating environment of a plurality of communication channels in an access network, comprising the steps of: - determining a value indicating the crosstalk coupling between a first and a second communication channel of said plurality, based on measurements or by use of a suitable model; - predicting information on crosstalk coupling between said first and said second communication channel based on information in a database being indicative of crosstalk coupling between said at least some communication channels of said plurality, - comparing said information predicted in the previous step with the determined value indicating the crosstalk coupling and identifying based on said comparison possible anomalies in the access network. - determining a value indicating the crosstalk coupling between a first and a second communication channel of said plurality, based on measurements or by use of a suitable model; - predicting information on crosstalk coupling between said first and said second communication channel based on information in a database being indicative of crosstalk coupling between said at least some communication channels of said plurality, - comparing said information predicted in the previous step with the determined value indicating the crosstalk coupling and identifying based on said comparison possible anomalies in the access network.
An apparatus for producing plastic containers and in particular beverage containers, having a forming device which forms plastic preforms into plastic containers, wherein the forming device having a first transport device which transports the plastic preforms during their forming and with a filling device which is arranged downstream of the forming device in the transport direction of the plastic containers and fills the plastic containers with a liquid, wherein the apparatus having a further second transport device which transports the containers from the forming device to the filling device, wherein the second transport device having at least a first transport unit and a second transport unit which transport the plastic containers, wherein these two transport units (42, 44) each having a movable carrier (52, 54), on each of which a plurality of gripping devices are arranged, which are suitable and intended for gripping the plastic containers, characterized in that these gripping devices (42a, 44a) are each arranged pivotably with respect to these carriers (52, 54) in such a way that a gripping device (42a, 44a) with a plastic container held by this gripping device can be pivoted with respect to a predetermined pivot angle (a).
Metering system for metering at least one fluid (31, 31') at a certain first metering rate from at least one storage container into one or more reaction vessels (2, 2'), characterized by at least one metering device (87, 87', 54), means for determining a first pressure downstream of the metering device (87, 87', 54) and means for determining a second pressure upstream of the metering device, a device for applying pressure, wherein the device is suitable for applying the second pressure to the fluid in the storage container, and a control device, wherein the control device is suitable for defining at least one control value for the metering device (87, 87', 54) on the basis of a differential pressure between the second pressure and the first pressure and the specific first metering rate, and metering rate determining means (135, 136), wherein the metering rate determining means (135, 136) is suitable for measuring a second metering rate, and the control device is suitable for readjusting the at least one control value on the basis of a difference between the first determined metering rate and the second measured metering rate.
A method for preparing a vinyl chloride graft copolymer by emulsion polymerization, wherein the graft copolymer contains a graft base and a grafted copolymer phase that at least partially consists of vinyl chloride, comprising the steps: a) preparing a graft base by polymerization of monomers, wherein by selecting the monomers used the glass transition temperature Tg of the graft base is adjusted, and b) grafting a copolymer phase onto the graft base prepared in a) by emulsion polymerization, yielding a vinyl chloride graft copolymer latex, wherein by selecting the monomers used and the optionally used comonomers the glass transition temperature Tg of the grafted copolymer phase is adjusted in such a way that the glass transition temperature Tg of the graft base is lower than the glass transition temperature Tg of the grafted copolymer phase, and c) isolating the vinyl chloride graft copolymer as a solid from the vinyl chloride graft copolymer latex, characterized in that by selecting the polymerization conditions in step b) the average particle size of the vinyl chloride graft copolymer is adjusted to below 200 nm. a) preparing a graft base by polymerization of monomers, wherein by selecting the monomers used the glass transition temperature Tg of the graft base is adjusted, and b) grafting a copolymer phase onto the graft base prepared in a) by emulsion polymerization, yielding a vinyl chloride graft copolymer latex, wherein by selecting the monomers used and the optionally used comonomers the glass transition temperature Tg of the grafted copolymer phase is adjusted in such a way that the glass transition temperature Tg of the graft base is lower than the glass transition temperature Tg of the grafted copolymer phase, and c) isolating the vinyl chloride graft copolymer as a solid from the vinyl chloride graft copolymer latex,
Press assembly, in particular container press assembly, for pressing a pressed part from a powdery and/or granular ceramic material for pressing, wherein the press assembly comprises - a first press mould component which has a membrane which can be applied with pressure (pl) as a pressing pressure on the rear side, - an at least sectionally elastic outer mould which can be inserted or is inserted in the first press mould component, - a second press mould component (23, 60) disposable as a mating element for forming a mould space between an inner mould having an inner mould membrane and an inner mould core arranged at the second press mould component and an inside mould portion of the outer mould, and - a pressure line and a volume and/or pressure control means which is designed to fill a volume into the inner mould via the pressure line depending on a position or distance value (ss) of a cylinder of the volume and/or pressure control means for forming an inner mould membrane gap between the inner mould membrane and the inner mould core. - a first press mould component which has a membrane which can be applied with pressure (pl) as a pressing pressure on the rear side, - an at least sectionally elastic outer mould which can be inserted or is inserted in the first press mould component, - a second press mould component (23, 60) disposable as a mating element for forming a mould space between an inner mould having an inner mould membrane and an inner mould core arranged at the second press mould component and an inside mould portion of the outer mould, and - a pressure line and a volume and/or pressure control means which is designed to fill a volume into the inner mould via the pressure line depending on a position or distance value (ss) of a cylinder of the volume and/or pressure control means for forming an inner mould membrane gap between the inner mould membrane and the inner mould core.
High frequency oscillator with a reference frequency generator and a high frequency generator, wherein the reference frequency generator produces a variable reference frequency (f ref) and feeds it at least indirectly to the high frequency generator, wherein the high frequency generator has a phase control loop, wherein the high frequency generator produces a high frequency signal (f osc) at least indirectly from the variable reference frequency (f ref), wherein the phase control loop has at least a first mixer and a second mixer, characterised in that the phase control loop also has switches (46, 47, 48, 49, 50, 51, 52, 53), in that the first mixer, the second mixer and the switches (46, 47, 48, 49, 50, 51, 52, 53) are connected in series, in that the mixers (39, 40) can be switched individually and selectively into the phase control loop by means of the switches (46, 47, 48, 49, 50, 51, 52, 53), in that the phase control loop has a low-pass filter (41, 42, 43, 44, 45) after each mixer (36, 37, 38, 39, 40), in that the reference frequency generator feeds the variable reference frequency (f ref) or an integral multiple of the variable reference frequency (f ref) to the mixers (36, 37, 38, 39, 40), in that the phase control loop also has a phase discriminator, and in that the phase discriminator compares a signal produced by the phase control loop with a signal derived from the variable reference frequency (f ref).
A device for determining a contour of a dental treatment area and ablating at least a portion of the dental treatment area, the device comprising: a laser source for generating an ablation laser beam; an ablation laser beam guidance system for guiding, via a handpiece, the ablation laser beam to the dental treatment area; an imaging system to obtain an image of the dental treatment area based on light rays reflected therefrom; characterised in that the device comprises a processor adapted for: (a) generating a first contour of the dental treatment area based on a first image received at the imaging system; (b) generating a second contour of the dental treatment area based on a second image received at the imaging system after ablation of at least a portion of the dental treatment area; and (c) repeating steps (a) and (b) to generate additional contours until treatment is completed; and (d) generating a 3D model of portions of tissue removed from the dental treatment area using the generated contours. a laser source for generating an ablation laser beam; an ablation laser beam guidance system for guiding, via a handpiece, the ablation laser beam to the dental treatment area; an imaging system to obtain an image of the dental treatment area based on light rays reflected therefrom; characterised in that the device comprises a processor adapted for: (a) generating a first contour of the dental treatment area based on a first image received at the imaging system; (b) generating a second contour of the dental treatment area based on a second image received at the imaging system after ablation of at least a portion of the dental treatment area; and (c) repeating steps (a) and (b) to generate additional contours until treatment is completed; and (d) generating a 3D model of portions of tissue removed from the dental treatment area using the generated contours. (a) generating a first contour of the dental treatment area based on a first image received at the imaging system; (b) generating a second contour of the dental treatment area based on a second image received at the imaging system after ablation of at least a portion of the dental treatment area; and (c) repeating steps (a) and (b) to generate additional contours until treatment is completed; and (d) generating a 3D model of portions of tissue removed from the dental treatment area using the generated contours.
A method of preparing a fluorinated substrate, comprising: combining potassium fluoride, one or more quaternary ammonium salts, and a substrate having Formula IA or IB: wherein A is CI, Br, SO 2 R 3, or NO 2; B is H, CI, Br, SO 2 R 3, or NO 2; C is H, CI, Br, SO 2 R 3, or NO 2; R 1 is H, CN, or CO 2 R 3, wherein each R 3 is, independent of any other, optionally substituted C 1 -C 12 alkyl, C 2 -C 12 alkenyl, C 2 -C 12 alkynyl, heterocycloalkyl, heteroaryl, cycloalkyl, or aryl; and R 2 is H, substituted or unsubstituted aryl, or substituted or unsubstituted heteroaryl; and wherein the fluorinated product has Formula IIA or IIB: wherein D is B or F; and G is B or F. A is CI, Br, SO 2 R 3, or NO 2; B is H, CI, Br, SO 2 R 3, or NO 2; C is H, CI, Br, SO 2 R 3, or NO 2; R 1 is H, CN, or CO 2 R 3, wherein each R 3 is, independent of any other, optionally substituted C 1 -C 12 alkyl, C 2 -C 12 alkenyl, C 2 -C 12 alkynyl, heterocycloalkyl, heteroaryl, cycloalkyl, or aryl; and R 2 is H, substituted or unsubstituted aryl, or substituted or unsubstituted heteroaryl;
Fuel system, having: a first accumulator for a first fuel, which is present in the liquid phase and which has a first vapor pressure, and a second accumulator for a second fuel, which is present in the liquid phase and which has a second vapor pressure, wherein the second vapor pressure is higher than the first vapor pressure; a mixing device for mixing the first fuel, which is present in the liquid phase, with the second fuel, which is present in the liquid phase; and an injector which is hydraulically connected to the mixing device and which is designed such that, as or directly after the mixture passes through an outlet opening of the injector, the second fuel changes from the liquid phase into the gaseous phase, characterized in that in each case one first and second fuel pump (18, 44) is arranged in a region of the first and second accumulator (14, 40) respectively, and in that a pressure region of the first fuel pump is connected to a suction region of a first high-pressure fuel pump, and in that a pressure region of the second fuel pump is connected to a suction region of a second high-pressure fuel pump, and in that the pressure region of the first high-pressure fuel pump and the pressure region of the second high-pressure fuel pump are connected to the mixing device, and in that the mixing device is connected, downstream, to a pressure accumulator from which the mixture can be fed to the injector.