mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine aero engine having a pair of coaxial spools, the gas turbine aero engine further having an electro-magnetic coupling system for transferring torque between a pair of coaxial spools of a gas turbine aero engine, the system including a first rotor rotatable with one of the spools, a second rotor rotatable with the other of the spools, and a stator, the first and second rotors and the stator being coaxial with each other, and the second rotor operably coupling the first rotor and the stator; wherein: the first rotor carries a plurality of magnetic flux-producing formations which produce a first magnetic field, the stator carries a plurality of electrical winding coils which are energisable to generate a second magnetic field, and the second rotor carries an arrangement of interpoles which modulate the first and second magnetic fields such that the modulated fields interact to transfer torque between the spools. the first rotor carries a plurality of magnetic flux-producing formations which produce a first magnetic field, the stator carries a plurality of electrical winding coils which are energisable to generate a second magnetic field, and the second rotor carries an arrangement of interpoles which modulate the first and second magnetic fields such that the modulated fields interact to transfer torque between the spools.
A liquid ejecting apparatus comprising: an ejection portion having one or more nozzles configured to eject liquid onto a medium; a transport unit for transporting the medium; a control unit for controlling the ejection portion and the transport unit; a waste liquid container configured to store a waste liquid discharged from the ejection portion; a housing that houses the ejection portion; and a humidity adjustment portion configured to adjust humidity inside the housing, wherein the waste liquid container is configured to store moisture discharged from the humidity adjustment portion, and wherein the ejection portion and the transport unit are disposed in the housing. an ejection portion having one or more nozzles configured to eject liquid onto a medium; a transport unit for transporting the medium; a control unit for controlling the ejection portion and the transport unit; a waste liquid container configured to store a waste liquid discharged from the ejection portion; a housing that houses the ejection portion; and a humidity adjustment portion configured to adjust humidity inside the housing, wherein the waste liquid container is configured to store moisture discharged from the humidity adjustment portion, and wherein the ejection portion and the transport unit are disposed in the housing.
A drilling device comprising a receiving unit for receiving a freight door of an aircraft and spacecraft, having at least one drill head for introducing at least one bore (58, 60) into the freight door, characterized in that the receiving unit defines a pivot axis for pivoting the freight door and allows, while considering the weight, stress-free mounting of the freight door in its installed position, and that a holding fixture is provided for positioning attachment parts with respect to the freight door in their required position.
A system, comprising: an electroactive material sensor; and a control system for performing measurements of an electrical characteristic which comprises an impedance or an impedance phase angle of the electroactive material sensor at at least a first frequency and at a second frequency different from the first frequency, wherein the control system is adapted to derive from the measurements a temperature at the electroactive material sensor and an external pressure or force applied to the electroactive material sensor. an electroactive material sensor; and a control system for performing measurements of an electrical characteristic which comprises an impedance or an impedance phase angle of the electroactive material sensor at at least a first frequency and at a second frequency different from the first frequency, wherein the control system is adapted to derive from the measurements a temperature at the electroactive material sensor and an external pressure or force applied to the electroactive material sensor.
A method for checking a time-discrete signal value of a sensor for freedom from errors, wherein the signal value of the sensor is converted to a first measurement value and a second measurement value by two different evaluators (5, 6) of electronics, wherein the first and second measurement values (8, 9) are transmitted from the electronics to a controller, and a first control signal is calculated from the first measurement value and a second control signal is calculated from the second measurement value in parallel thereto by the controller, wherein the controller comprises a comparator comparing the first control signal and the second control signal for checking their identity, and wherein the sensor is a rotation sensor sensing a rotation signal of an electric motor, in particular a blower motor, as the time-discrete signal value, characterized in that the first measurement value is converted to a first speed and the second measurement value is converted to a second speed which are compared by the comparator for checking their identity, wherein for conversion of the first and second measurement values to the respective speed (20, 21), speed-equivalent and/or corresponding values based on different times bases are utilized for the conversion.
Combustion chamber comprising a burner with a burner axis extending orthogonally to a burner head plate through a center of the burner head plate, and comprising a sensor system with at least one first optical sensor device including first receiving optics with a first optical axis, wherein, with the first optical axis parallel to or under an acute angle with respect to the burner axis, preferably under an angle of less than 45°, the first optical sensor device is arranged in the direction of the burner axis downstream of a flame zone of the burner with the sensor orientation being directed upstream the first optical axis, and wherein the first sensor device receives and detects infrared radiation and ultraviolet radiation, wherein the sensor system comprises at least one second optical sensor device with second receiving optics having a second optical axis, wherein the second optical sensor device is arranged in an area to the side of the flame zone, with the second optical axis transverse to the burner axis, and wherein the second sensor device (5, 6) receives and detects infrared radiation and ultraviolet radiation.
A device for administering bone substitute pastes or bone cements, wherein the device comprises: A) a vessel-type bottom piece with a first end, a second end, and a cavity, which defines a first longitudinal axis, is closed at the first end and is open at the second end; and B) a filling piston, slidably insertable into the cavity, with a second longitudinal axis and two or more hollow spaces, which pervade the filling piston coaxially or parallel with respect to the second longitudinal axis and into which a cannula of an administering device can be optionally inserted. A) a vessel-type bottom piece with a first end, a second end, and a cavity, which defines a first longitudinal axis, is closed at the first end and is open at the second end; and B) a filling piston, slidably insertable into the cavity, with a second longitudinal axis and two or more hollow spaces, which pervade the filling piston coaxially or parallel with respect to the second longitudinal axis and into which a cannula of an administering device can be optionally inserted.
Rotating machine component, particularly a gas turbine combustion component, comprising at least one part built from a porous material comprising a plurality of pores, wherein at least a subset of the plurality of pores is at least partly filled with a gas with a composition different from air and/or with a powder, characterised in that the porous material is a laser sintered or laser melted material in which void local regions form the plurality of pores.
A composition comprising based on dry matter basis from 2 to 16% carbohydrate; from 5 to 7% total dietary fibre, wherein the total dietary fibre contains from 15 to 35% soluble fibre and from 85 to 65% insoluble fibre; and from 0.1 to 10% omega-3 fatty acids; wherein the composition has a digestibility coefficient of at least 80 for use in maintaining or improving the gastrointestinal health of an animal susceptible to or suffering from poor gastrointestinal health.
Separator which is an organic/inorganic composite porous film with no additional substrate, which film comprises: (a) inorganic particles; and (b) a binder polymer coating layer formed partially or totally on surfaces of the inorganic particles, wherein the inorganic particles are interconnected among themselves and are fixed by the binder polymer, and interstitial volumes among the inorganic particles form a micropore structure, wherein, as the size of the inorganic particles increases, interstitial distance among the inorganic particles increases, thereby increasing the pore size. (a) inorganic particles; and (b) a binder polymer coating layer formed partially or totally on surfaces of the inorganic particles, wherein the inorganic particles are interconnected among themselves and are fixed by the binder polymer, and interstitial volumes among the inorganic particles form a micropore structure,
A battery module, comprising: a cell stack formed by stacking a plurality of battery cells; a bus bar frame assembly including a bus bar frame configured to cover one longitudinal end and the other longitudinal end of the cell stack and a plurality of bus bars fixed on the bus bar frame and electrically connected to the battery cells; and a FPCB assembly including a first FPCB extending along a longitudinal direction of the cell stack to cover at least a portion of an upper surface of the cell stack, a second FPCB extending from both longitudinal ends of the first FPCB and electrically connected to the bus bars, and a pair of temperature sensors mounted to both longitudinal ends of the first FPCB, wherein the first FPCB has a temperature sensor placing portion formed by cutting a part of the first FPCB, and wherein both longitudinal ends of the temperature sensor placing portion are formed as fixed ends, and both widthwise ends of the temperature sensor placing portion are formed as free ends. a cell stack formed by stacking a plurality of battery cells; a bus bar frame assembly including a bus bar frame configured to cover one longitudinal end and the other longitudinal end of the cell stack and a plurality of bus bars fixed on the bus bar frame and electrically connected to the battery cells; and a FPCB assembly including a first FPCB extending along a longitudinal direction of the cell stack to cover at least a portion of an upper surface of the cell stack, a second FPCB extending from both longitudinal ends of the first FPCB and electrically connected to the bus bars, and a pair of temperature sensors mounted to both longitudinal ends of the first FPCB, wherein the first FPCB has a temperature sensor placing portion formed by cutting a part of the first FPCB, and wherein both longitudinal ends of the temperature sensor placing portion are formed as fixed ends, and both widthwise ends of the temperature sensor placing portion are formed as free ends.
Construction device, comprising - a carrier device, - an approximately vertical mast, which is mounted on the carrier device, - a movement element, which is vertically movable along a linear guide on the mast, and - at least one GPS receiving unit, which is arranged in the region of the mast, characterized in that - the movement element is a beam shaped leader element, - in that the leader element comprises a linear slide guide on a front side facing away from the mast, - in that a slide is provided which is mounted vertically movably along the slide guide of the leader element, - in that the at least one GPS receiving unit is attached in an upper region of the leader element and - in that the at least one GPS receiving unit can be moved between an upper, first measuring position and a lower, second measuring position by means of the movement element. - a carrier device, - an approximately vertical mast, which is mounted on the carrier device, - a movement element, which is vertically movable along a linear guide on the mast, and - at least one GPS receiving unit, which is arranged in the region of the mast, - the movement element is a beam shaped leader element, - in that the leader element comprises a linear slide guide on a front side facing away from the mast, - in that a slide is provided which is mounted vertically movably along the slide guide of the leader element, - in that the at least one GPS receiving unit is attached in an upper region of the leader element and - in that the at least one GPS receiving unit can be moved between an upper, first measuring position and a lower, second measuring position by means of the movement element.
An electrode (1, 23) for a bipolar lithium ion secondary battery comprising: a collector (3, 11) comprising a first conductive layer; and a second conductive layer, a positive electrode active material layer (5, 13) formed on the first conductive layer side surface of the collector (3, 11); and a negative electrode active material layer (7, 15) formed on the second conductive layer side surface of the collector (3, 11), characterized in that the first conductive layer is configured by adding a conductive filler into a base material that contains an imide group-containing resin; and the second conductive layer is configured by adding a conductive filler into a base material that contains a polar resin containing no imide group. a collector (3, 11) comprising a first conductive layer; and a second conductive layer, a positive electrode active material layer (5, 13) formed on the first conductive layer side surface of the collector (3, 11); and a negative electrode active material layer (7, 15) formed on the second conductive layer side surface of the collector (3, 11), characterized in that the first conductive layer is configured by adding a conductive filler into a base material that contains an imide group-containing resin; and the second conductive layer is configured by adding a conductive filler into a base material that contains a polar resin containing no imide group. a positive electrode active material layer (5, 13) formed on the first conductive layer side surface of the collector (3, 11); and a negative electrode active material layer (7, 15) formed on the second conductive layer side surface of the collector (3, 11), the first conductive layer is configured by adding a conductive filler into a base material that contains an imide group-containing resin; and the second conductive layer is configured by adding a conductive filler into a base material that contains a polar resin containing no imide group.
Method for preheating a build plate for additive manufacturing with at least one energy beam emitting a power, wherein the method comprises controlling a power distribution (P XY) of the power over dimensions (X, Y) of the build plate comprising: - determining a center temperature (T C) indicative of a temperature in a center area of the base plate, - determining an edge temperature (T E) indicative of a temperature in an edge region of the base plate, - determining the power of the beam based on a target temperature (T SET) for the base plate and controlling the power by a first controller, - determining a temperature distribution (ΔT) based on a difference between the center temperature (T C) and the edge temperature (T E) and - determining the allocation of the power to the dimensions (X, Y) based on the temperature distribution (ΔT) in the base plate, wherein the power distribution (P XY) is controlled by a second controller based on a target temperature difference (ΔT SET) as a set value for the temperature distribution (ΔT), wherein the target temperature difference (ΔT SET) is provided to generate a control difference between the target temperature difference (ΔT SET) and the current temperature distribution (ΔT) as an input for the second controller. - determining a center temperature (T C) indicative of a temperature in a center area of the base plate, - determining an edge temperature (T E) indicative of a temperature in an edge region of the base plate, - determining the power of the beam based on a target temperature (T SET) for the base plate and controlling the power by a first controller, - determining a temperature distribution (ΔT) based on a difference between the center temperature (T C) and the edge temperature (T E) and - determining the allocation of the power to the dimensions (X, Y) based on the temperature distribution (ΔT) in the base plate,
A method of controlling the operation of a parallel hybrid electric vehicle during vehicle start, comprising an engine, a first clutch, an integrated starter/generator/motor (ISGM) coupled to said engine in accordance with the operating state of said first clutch, a combination of a torque converter and a second clutch connected in parallel therewith, said combination being mechanically coupled between said ISGM and an output drive shaft that propels the vehicle, and an energy storage device electrically coupled to said ISGM, comprising: transmitting electrical energy from said energy storage device to said ISGM, wherein said ISGM functions as a motor having an output torque; transmitting a portion of the output torque from said ISGM through said torque converter to the output drive shaft to launch the vehicle; and operating said first clutch to enable a remaining portion of the output torque of said ISGM to be coupled to said engine to enable the starting of said engine, wherein during the transmitting of electrical energy, said ISGM is accelerated to a predefined percentage above an idle speed of said engine. transmitting electrical energy from said energy storage device to said ISGM, wherein said ISGM functions as a motor having an output torque; transmitting a portion of the output torque from said ISGM through said torque converter to the output drive shaft to launch the vehicle; and operating said first clutch to enable a remaining portion of the output torque of said ISGM to be coupled to said engine to enable the starting of said engine, wherein during the transmitting of electrical energy, said ISGM is accelerated to a predefined percentage above an idle speed of said engine.
wherein compound 1 has peaks in its X-ray powder diffraction pattern at about 9.3, about 16.9, and about 26.4 degrees 2-theta, and wherein x-ray powder diffraction patterns are collected as described in the description and x-ray powder diffraction patterns are collected with use of Cu Kα radiation. wherein compound 1 has peaks in its X-ray powder diffraction pattern at about 9.3, about 16.9, and about 26.4 degrees 2-theta, and wherein x-ray powder diffraction patterns are collected as described in the description and x-ray powder diffraction patterns are collected with use of Cu Kα radiation.
Horizontal outlet drainage assembly for sanitary appliances, more particularly a shower tray drain, comprising: - a body having a circular bottom and a cylindrical wall provided with an outlet opening cooperating with a horizontal discharge tube, an internal circular partition delimiting with the cylindrical wall a descending helical channel opening into the horizontal discharge tube, the height of the circular partition being less than that of the cylindrical wall; - a flat cover covering the body, comprising a central opening bordered by a circular groove; - a dip tube substantially of the same diameter as that of the central opening and whose upper edge rests in the central opening; and - a cylindrical flange resting in the groove and on which is located a removable hood, a free space being provided between the flange and the hood. characterized in that, on the one hand, the hood has, on its face facing the flange, a plunger pin, and, on the other hand, the dip tube comprising, in its interior space, a blind tube receiving the plunger pin and having a side tube opening outside this dip tube. - a body having a circular bottom and a cylindrical wall provided with an outlet opening cooperating with a horizontal discharge tube, an internal circular partition delimiting with the cylindrical wall a descending helical channel opening into the horizontal discharge tube, the height of the circular partition being less than that of the cylindrical wall; - a flat cover covering the body, comprising a central opening bordered by a circular groove; - a dip tube substantially of the same diameter as that of the central opening and whose upper edge rests in the central opening; and - a cylindrical flange resting in the groove and on which is located a removable hood, a free space being provided between the flange and the hood.
A method of operating a TETRA-compatible mobile radio communications system, characterised by comprising: using a four slot time-division multiple access scheme in 12.5 kHz channels, with each 12.5 kHz channel containing two, four or six sub-carriers and each sub-carrier being modulated with a modulation scheme that encodes at least 4 bits per symbol, for transmissions in the system; and including fewer synchronisation and/or pilot symbols in transmissions using the 12.5 kHz four slot time-division multiple access scheme than are included in transmissions using the TEDS standard; wherein the ratio of synchronisation and pilot symbols to payload symbols is smaller in transmissions using the 12.5 kHz four slot time-division multiple access scheme than in transmissions using the TEDS standard. using a four slot time-division multiple access scheme in 12.5 kHz channels, with each 12.5 kHz channel containing two, four or six sub-carriers and each sub-carrier being modulated with a modulation scheme that encodes at least 4 bits per symbol, for transmissions in the system; and including fewer synchronisation and/or pilot symbols in transmissions using the 12.5 kHz four slot time-division multiple access scheme than are included in transmissions using the TEDS standard; wherein the ratio of synchronisation and pilot symbols to payload symbols is smaller in transmissions using the 12.5 kHz four slot time-division multiple access scheme than in transmissions using the TEDS standard.
A sensor means or module for determining a displacement, in particular an elastic displacement, of an insert in relation to a panel, in particular a glass or glass ceramic panel, the sensor means (11, 35, 49, 71) or module and the panel forming a weighing means, in particular a scale, the sensor means (11, 35, 49, 71) or module - being adapted to be integrated in or allocated to a household appliance, in particular a cooking hob, more in particular an induction cooking hob, and - comprising or being connected to at least one processing and/or interpretation and/or compilation means, preferably for providing a particular high sensor sensitivity and/or evaluation unit accuracy characterized in that the insert is displaced or moved in relation to the panel under the weight of an item to be weighed, wherein the insert is a, preferably removable, cover part of a downdraft device or system in or allocated to the household appliance, particularly a cover part or a lid of a downdraft cooking hob. - being adapted to be integrated in or allocated to a household appliance, in particular a cooking hob, more in particular an induction cooking hob, and - comprising or being connected to at least one processing and/or interpretation and/or compilation means, preferably for providing a particular high sensor sensitivity and/or evaluation unit accuracy
A nanostructure conjugate comprising at least one nanostructure and at least one modulator compound for targeting and modulation of a NMDA receptor at an extrasynaptic location; wherein the modulator compound is an NMDAR modulator; wherein the nanostructure conjugate has an average hydrodynamic diameter of 20 - 75 nm; and wherein the nanostructure is linked to the NMDAR modulator through a linker.