mhurhangee/ep-ind-claims huggingface dataset:
A control device which controls a power supply flight vehicle, comprising: a control unit configured to control the power supply flight vehicle so as to cause a light irradiation unit to radiate light toward a solar cell panel while flying following flight of a power supply target flight vehicle on which the solar cell panel is mounted; an image acquisition unit configured to acquire a captured image of the power supply target flight vehicle captured by a camera included in the power supply flight vehicle, wherein on a basis of the captured image, the control unit is configured to control the power supply flight vehicle so as to adjust a direction of light radiated by the light irradiation unit, characterized in that the control unit is configured to determine a status of the solar cell panel of the power supply target flight vehicle on a basis of the captured image, and control the power supply flight vehicle so as to adjust a direction of light radiated by the light irradiation unit according to the determination result. a control unit configured to control the power supply flight vehicle so as to cause a light irradiation unit to radiate light toward a solar cell panel while flying following flight of a power supply target flight vehicle on which the solar cell panel is mounted; an image acquisition unit configured to acquire a captured image of the power supply target flight vehicle captured by a camera included in the power supply flight vehicle, wherein on a basis of the captured image, the control unit is configured to control the power supply flight vehicle so as to adjust a direction of light radiated by the light irradiation unit, characterized in that the control unit is configured to determine a status of the solar cell panel of the power supply target flight vehicle on a basis of the captured image, and control the power supply flight vehicle so as to adjust a direction of light radiated by the light irradiation unit according to the determination result.
A method for acquiring a mass spectrum of analyte ions with a Fourier transform mass spectrometer, comprising the steps of: providing the analyte ions and at least one reporter ion in a measuring cell wherein the analyte ions and the at least one reporter ion oscillate at mass specific frequencies in the measuring cell and interact by coulomb forces; and recording a time domain signal of the reporter ion motion; characterized in that a mass signal of the analyte ions is determined from a sideband signal of the at least one reporter ion in the frequency domain or from the instantaneous frequency of the at least one reporter ion in the time domain. providing the analyte ions and at least one reporter ion in a measuring cell wherein the analyte ions and the at least one reporter ion oscillate at mass specific frequencies in the measuring cell and interact by coulomb forces; and recording a time domain signal of the reporter ion motion; characterized in that a mass signal of the analyte ions is determined from a sideband signal of the at least one reporter ion in the frequency domain or from the instantaneous frequency of the at least one reporter ion in the time domain.
Brake booster having - an input element which can be activated by a driver, - an actuator for generating an assistance force (F sup), - an output element to which an input force (F in) or the assistance force (F sup) can be applied by the input element and/or the actuator, and by means of which an activation force can be applied to a piston of a master brake cylinder, - a force-transmitting unit with elastic properties which is arranged between the input element and the actuator, on the one hand, and the output element, on the other, and which transmits the input force (F in) and/or the assistance force (F sup) to the output element, characterized in that - the brake booster has a prestressing unit which acts on the force-transmitting unit in such a way that it applies a pair of forces to the force-transmitting unit in the state of rest of the brake booster. - an input element which can be activated by a driver, - an actuator for generating an assistance force (F sup), - an output element to which an input force (F in) or the assistance force (F sup) can be applied by the input element and/or the actuator, and by means of which an activation force can be applied to a piston of a master brake cylinder, - a force-transmitting unit with elastic properties which is arranged between the input element and the actuator, on the one hand, and the output element, on the other, and which transmits the input force (F in) and/or the assistance force (F sup) to the output element, characterized in that - the brake booster has a prestressing unit which acts on the force-transmitting unit in such a way that it applies a pair of forces to the force-transmitting unit in the state of rest of the brake booster.
A fully automatic coffee maker for household applications, having a flexible conduit which can be actuated at least on one side, a fixing section on a central section of the conduit and a facility for the reversible fixing of the fixing section on the fully automatic coffee maker, characterised by a magnetic fixing of the fixing section.
A crucible device comprising a crucible body configured to store evaporation material, an opening being disposed on the crucible body; a crucible cover which matches the opening of the crucible body and which forms a hermetic space in cooperation with the crucible body when being in a closed state and opens the opening of the crucible body when being in an open state, characterized in that the crucible device further comprises a driving mechanism comprising a housing with a cavity therein and a piston disposed within the cavity, the cavity being divided by the piston into a closed chamber and an open chamber, the open chamber being in communication with outside of the chamber body through a cavity opening of the cavity, the closed chamber storing gas therein, the piston being connected with the crucible cover by a transmission mechanism, the piston being moved within the cavity in accordance with change of pressure in the open chamber, thereby driving the crucible cover to switch between the open state and the closed state. a crucible body configured to store evaporation material, an opening being disposed on the crucible body; a crucible cover which matches the opening of the crucible body and which forms a hermetic space in cooperation with the crucible body when being in a closed state and opens the opening of the crucible body when being in an open state, characterized in that the crucible device further comprises a driving mechanism comprising a housing with a cavity therein and a piston disposed within the cavity, the cavity being divided by the piston into a closed chamber and an open chamber, the open chamber being in communication with outside of the chamber body through a cavity opening of the cavity, the closed chamber storing gas therein, the piston being connected with the crucible cover by a transmission mechanism, the piston being moved within the cavity in accordance with change of pressure in the open chamber, thereby driving the crucible cover to switch between the open state and the closed state.
Method for position determination of a rail vehicle travelling on a stretch of track, wherein in the method a radar signal is emitted, a returning radar signal is received and the location of the rail vehicle is determined using the radar signals, wherein - in the direction of the ground carrying the stretch of track, a radar pulse signal or a frequency-modulated continuous wave radar signal is beamed into the ground as a ground radar signal, namely with a beam power that enables a penetration of the ground radar signal into the ground with an average penetration depth of at least half a metre, and returns to the rail vehicle from inside the ground, at least partially, as a response signal in the form of a depth profile signal of the ground, - the response signal is evaluated with the formation of an item of underground information, which is an item of depth profile information for the ground, - the underground information is compared with underground information that has been captured in advance and saved in a location-specific manner for the stretch of track, - a ground radar-based location indicator is ascertained on the basis of the result of the comparison and - the position of the rail vehicle on the stretch of track is determined on the vehicle side at least also on the basis of the ground radar-based location indicator. - in the direction of the ground carrying the stretch of track, a radar pulse signal or a frequency-modulated continuous wave radar signal is beamed into the ground as a ground radar signal, namely with a beam power that enables a penetration of the ground radar signal into the ground with an average penetration depth of at least half a metre, and returns to the rail vehicle from inside the ground, at least partially, as a response signal in the form of a depth profile signal of the ground, - the response signal is evaluated with the formation of an item of underground information, which is an item of depth profile information for the ground, - the underground information is compared with underground information that has been captured in advance and saved in a location-specific manner for the stretch of track, - a ground radar-based location indicator is ascertained on the basis of the result of the comparison and - the position of the rail vehicle on the stretch of track is determined on the vehicle side at least also on the basis of the ground radar-based location indicator.
Coating unit for a coating machine for coating in particular board-like or strip-like workpieces which preferably in at least one section are made of wood, derived timber products, plastic or the like, with a coating material, characterised in that the coating unit has a first interface for receiving and supplying energy to an exchangeable device for preparing a joining agent, and a first device for preparing a joining agent which can be substituted in the first interface and which has an energy conversion device for converting the energy provided via the interface for preparing a joining agent for joining the coating material, wherein the unit has a second interface (3") for receiving and supplying energy to an exchangeable device for preparing a joining agent.
Tugboat for assisting cargo vessels, comprising the following features: 1.1 the tugboat comprises at least one drive; 1.2 at least one tow line for making a pulling connection between a cargo vessel and the tugboat; characterized by the following features: 1.3 with at least one detecting device for detecting at least one variable at least indirectly characterizing the bollard pull describing the force prevailing in the tow line or the line; 1.4 with a control and/or regulating device that is coupled to the detecting device for detecting at least one variable at least indirectly characterizing the bollard pull and that is configured to form at least one control variable (Y 3) for activating at least one control device of the at least one drive of the tugboat for influencing the thrust force and/or the direction of thrust of the tugboat. 1.1 the tugboat comprises at least one drive; 1.2 at least one tow line for making a pulling connection between a cargo vessel and the tugboat; 1.3 with at least one detecting device for detecting at least one variable at least indirectly characterizing the bollard pull describing the force prevailing in the tow line or the line; 1.4 with a control and/or regulating device that is coupled to the detecting device for detecting at least one variable at least indirectly characterizing the bollard pull and that is configured to form at least one control variable (Y 3) for activating at least one control device of the at least one drive of the tugboat for influencing the thrust force and/or the direction of thrust of the tugboat.
Temperature sensor comprising - a first conductor made of a first material and having an end section, - a second conductor made of a second material, which differs from the first material, and having an end section; - a casing for receiving the end sections (111, 121) of the two conductors (110, 120) and intended for positioning in a process atmosphere or in a process fluid and/or on a surface of a process structure; - a measuring junction structure, which is arranged within the casing or on the casing, wherein - the first conductor and the second conductor directly or indirectly form a thermocouple in or on the measuring junction structure, and - the measuring junction structure comprises a barrier material, characterized in that the barrier material has at the same temperature a lower diffusion coefficient for at least one foreign component present in the process atmosphere and/or in the process fluid and/or in the material of the casing and/or in the material of the surface of the process structure than the materials of the two conductors (110, 120). - a first conductor made of a first material and having an end section, - a second conductor made of a second material, which differs from the first material, and having an end section; - a casing for receiving the end sections (111, 121) of the two conductors (110, 120) and intended for positioning in a process atmosphere or in a process fluid and/or on a surface of a process structure; - a measuring junction structure, which is arranged within the casing or on the casing, wherein - the first conductor and the second conductor directly or indirectly form a thermocouple in or on the measuring junction structure, and - the measuring junction structure comprises a barrier material,
Device for labelling containers (2, 22) with sleeve labels, comprising: - spreading units for spreading the sleeve labels; - lifting units for lifting the containers standing in an upright position into the spread sleeve labels; and comprising - guide units (8, 28), characterised in that the guide units can be closed in order to provide lateral guidance for the containers standing on the lifting units during lifting, and the guide units are designed to lock the rotational position (2b, 22c) of the containers standing on the lifting units. - spreading units for spreading the sleeve labels; - lifting units for lifting the containers standing in an upright position into the spread sleeve labels; and comprising - guide units (8, 28), characterised in that the guide units can be closed in order to provide lateral guidance for the containers standing on the lifting units during lifting,
A wind turbine drive system, comprising: a plurality of drive devices provided in a first structure and including a meshing portion meshing with a ring gear provided in a second structure, the first structure and the second structure being configured to rotate relative to each other, each of the plurality of drive devices including: a motor drive portion for outputting power; a speed reducing portion for receiving the power transmitted from the motor drive portion; a motor braking portion for braking the motor drive portion; a state quantity detection unit for detecting, for each of the plurality of drive devices, a load between the meshing portion of the each of the plurality of drive devices and the ring gear; and a control unit for controlling the motor drive portion and/or the motor braking portion of each of the plurality of drive devices based on the load for the each of the plurality of drive devices detected by the state quantity detection unit, so as to reduce a degree of variation in the load among the plurality of drive devices, characterized in that in a state where the motor braking portion of each of the plurality of drive devices is applying a braking force to the corresponding motor drive portion, the control unit is configured to reduce the degree of variation in the load among the plurality of drive devices by controlling at least the motor braking portion of a drive device for which the load is largest among the plurality of drive devices to weaken the braking force thereof. a motor drive portion for outputting power; a speed reducing portion for receiving the power transmitted from the motor drive portion; a motor braking portion for braking the motor drive portion; a state quantity detection unit for detecting, for each of the plurality of drive devices, a load between the meshing portion of the each of the plurality of drive devices and the ring gear; and a control unit for controlling the motor drive portion and/or the motor braking portion of each of the plurality of drive devices based on the load for the each of the plurality of drive devices detected by the state quantity detection unit, so as to reduce a degree of variation in the load among the plurality of drive devices, characterized in that in a state where the motor braking portion of each of the plurality of drive devices is applying a braking force to the corresponding motor drive portion, the control unit is configured to reduce the degree of variation in the load among the plurality of drive devices by controlling at least the motor braking portion of a drive device for which the load is largest among the plurality of drive devices to weaken the braking force thereof.
An injector device for a burner of a gas turbine comprising an elongated body with a leading edge and a trailing edge, gas nozzles and oil nozzles, an oil supply duct housed within the elongated body and connected to the oil nozzles, a gas supply duct housed within the elongated body and connected to the gas nozzles, characterized in that the oil supply duct is connected to the gas supply duct only via a connection provided between at least one oil nozzle and one gas nozzle, the gas supply duct is connected to the elongated body only via at least one bridge.
A composition comprising: a. a polyurethane substrate; b. a polyvinylpyrrolidone hydrogel on at least one of the two faces of the polyurethane substrate; c. chlorhexidine and Ag nanoparticles on the at least one face comprising the PVP hydrogel; wherein the PVP hydrogel is covalently linked to the polyurethane substrate. a. a polyurethane substrate; b. a polyvinylpyrrolidone hydrogel on at least one of the two faces of the polyurethane substrate; c. chlorhexidine and Ag nanoparticles on the at least one face comprising the PVP hydrogel;
A biocompatible composite element, in particular for use as a fitting for bioreactors, preferably single-use bioreactors, to provide a window into the bioreactor, comprising: - an outer frame including or made of a polymer material, in particular for being connected to a wall of the bioreactor, in particular for being inseparably connected to the wall of the single-use bioreactor; and - an inner component consisting of at least two parts, namely comprising a transparent component and a coupling part, wherein the coupling part is directly or indirectly joined to the transparent component and is also joined to the outer frame, wherein the inner component is retained in the outer frame in a sterile sealed manner and defines a window, in particular in order to enable spectral process control from outside the bioreactor. - an outer frame including or made of a polymer material, in particular for being connected to a wall of the bioreactor, in particular for being inseparably connected to the wall of the single-use bioreactor; and - an inner component consisting of at least two parts, namely comprising a transparent component and a coupling part, wherein the coupling part is directly or indirectly joined to the transparent component and is also joined to the outer frame, wherein the inner component is retained in the outer frame in a sterile sealed manner and defines a window, in particular in order to enable spectral process control from outside the bioreactor.
An electronic unit comprising a reading unit for reading a code, wherein the electronic unit comprises a second hook-and-loop fastener part, wherein the second hook-and-loop fastener part can be connected via a first hook-and-loop fastener member which is firmly connected to a textile element so that, in a working position, the second hook-and-loop fastener part can be firmly connected to the first hook-and-loop fastener member and thus, the electronic unit can be firmly connected to the textile element, and wherein, in a pause position, the second hook-and-loop fastener part can be detached from the first hook-and-loop fastener member and thus, the electronic unit can be separated from the textile element, characterized in that, in the working position, when the textile element is worn, the electronic unit can be disposed in the region of the back of the hand of a user, that the electronic unit comprises a trigger, wherein the trigger is electrically connected to the reading unit via an electric line, wherein, for reading the code, the reading unit starts upon actuation of the trigger, and wherein, in the working position, the trigger can be disposed in a region where the user can operate the trigger with the thumb of the hand on which the user is wearing the electronic garment.
Single line for a charging cable, comprising a) an open support structure (011, 012) having a longitudinal extent, b) at least one channel conductor, made of electrically conductive material, and c) an insulation, wherein d) the at least one channel conductor wraps around and contacts the open support structure (011, 012) along its longitudinal extent, and e) the insulation encases the open support structure (011, 012) and the at least one channel conductor, and f) at least one channel for a cooling fluid is provided and this channel is formed by the support structure (011, 012) and the channel conductor, and g) wherein the insulation is impermeable to the cooling fluid and is electrically insulating, wherein h) each of said channel conductors follows a helical line having a thread direction, a pitch and a radius, and the thread direction and pitch of the helical lines of all channel conductors are substantially the same, i) wherein the support structure is a helix, characterised in that i) the pitch ratio, which is the smallest pitch of the helical line of one of the channel conductors divided by a pitch of the helix of the support structure, is a quasi-irrational number comprising an irrational number or a rational number which, presented as a reduced decimal fraction, has a denominator and a numerator greater than or equal to 5, which is greater than 4 and is in particular greater than 6, and wherein the pitch ratio is less than 50. a) an open support structure (011, 012) having a longitudinal extent, b) at least one channel conductor, made of electrically conductive material, and c) an insulation, wherein d) the at least one channel conductor wraps around and contacts the open support structure (011, 012) along its longitudinal extent, and e) the insulation encases the open support structure (011, 012) and the at least one channel conductor, and f) at least one channel for a cooling fluid is provided and this channel is formed by the support structure (011, 012) and the channel conductor, and g) wherein the insulation is impermeable to the cooling fluid and is electrically insulating, wherein h) each of said channel conductors follows a helical line having a thread direction, a pitch and a radius, and the thread direction and pitch of the helical lines of all channel conductors are substantially the same, i) wherein the support structure is a helix, i) the pitch ratio, which is the smallest pitch of the helical line of one of the channel conductors divided by a pitch of the helix of the support structure, is a quasi-irrational number comprising an irrational number or a rational number which, presented as a reduced decimal fraction, has a denominator and a numerator greater than or equal to 5, which is greater than 4 and is in particular greater than 6, and wherein the pitch ratio is less than 50.