mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for generating electrical power for powering a device (64, 65) associated with a bladed rotor driven by a gas turbine engine of an aircraft, the apparatus comprising: a rotor shaft configured to be coupled to the bladed rotor of the aircraft and to be driven by a turbine shaft of the engine via a speed-reducing power transfer device; a speed-augmenting power transfer device (20; 120) having an input coupled to the rotor shaft and an output for outputting a rotation speed higher than a rotation speed of the rotor shaft received at the input of the speed-augmenting power transfer device (20; 120); and an electric generator, characterized by the electric generator being coupled to the output of the speed-augmenting power transfer device (20; 120) and configured be disposed inside a hub of the bladed rotor and to generate electrical power for the device (64, 65) associated with the bladed rotor. a rotor shaft configured to be coupled to the bladed rotor of the aircraft and to be driven by a turbine shaft of the engine via a speed-reducing power transfer device; a speed-augmenting power transfer device (20; 120) having an input coupled to the rotor shaft and an output for outputting a rotation speed higher than a rotation speed of the rotor shaft received at the input of the speed-augmenting power transfer device (20; 120); and an electric generator, characterized by the electric generator being coupled to the output of the speed-augmenting power transfer device (20; 120) and configured be disposed inside a hub of the bladed rotor and to generate electrical power for the device (64, 65) associated with the bladed rotor.
Split connector adapted to be used for interconnecting longitudinal profile bars in a frame structure, where the split connector comprises a first connecting element and a second connecting element (3; 4), where the split connector is cube-shaped when the first connecting element and the second connecting element (3; 4) are mounted to each other, characterized in that the first connecting element comprises a first screw hole adapted for connecting the first connecting element to a split profile bar section in a first direction, a second screw hole adapted for connecting the first connecting element to a profile bar in a second direction, where the first direction is perpendicular to the second direction, and a third screw hole adapted for connecting the first connecting element to the second connecting element (3; 4), where the second connecting element (3; 4) comprises a fourth screw hole adapted for connecting the second connecting element to a split profile section in the first direction, a fifth screw hole adapted for connecting the second connecting element to a profile bar, and a first threaded hole adapted for receiving a screw through the third screw hole connecting the first connecting element to the second connecting element (3; 4).
Method for manufacturing of a concrete element, in which method during the manufacturing of a concrete element, the concrete element is supported on a rack, and the rack is moved with a transfer car, which transfer car is equipped with a frame structure forming part of the transfer car, which frame structure includes two essentially parallel frames (14, 15), which extend on both side of the rack, characterized in that after the manufacturing the concrete element is supported on the same rack during the storing and transporting of the concrete element, and each frame (14, 15) is equipped with a lifting-wheel unit, which is arranged essentially in the centre of said frames (14, 15) longitudinally.
A positive electrode sheet, comprising a positive electrode current collector, a safe coating layer, and a positive electrode active material layer; the safe coating layer is coated on a surface of the positive electrode current collector, the positive electrode active material layer is coated on a surface of the safe coating layer; wherein the safe coating layer comprises a first positive electrode active material, a first conductive agent, and a first binder; the first positive electrode active material comprises a high nickel ternary positive electrode material and a lithium cobaltate material; a mass ratio of the high nickel ternary positive electrode material to the lithium cobaltate material is 1: (0.25-1); the lithium cobaltate material has a median particle diameter D 50 of 3-6 μm; the high nickel ternary positive electrode material has a median particle diameter D 50 of 4-5 μm; a molecular weight of the first binder is greater than a molecular weight of a second binder in the positive electrode active material layer; the safe coating layer has a thickness of 5-25 μm. wherein the safe coating layer comprises a first positive electrode active material, a first conductive agent, and a first binder; the first positive electrode active material comprises a high nickel ternary positive electrode material and a lithium cobaltate material; a mass ratio of the high nickel ternary positive electrode material to the lithium cobaltate material is 1: (0.25-1); the lithium cobaltate material has a median particle diameter D 50 of 3-6 μm; the high nickel ternary positive electrode material has a median particle diameter D 50 of 4-5 μm; a molecular weight of the first binder is greater than a molecular weight of a second binder in the positive electrode active material layer; the safe coating layer has a thickness of 5-25 μm.
A composite R-Fe-B based rare-earth sintered magnet comprising Pr and W, wherein, the rare-earth sintered magnet comprises an R 2 Fe 14 B type main phase, and R is a rare-earth element comprising at least Pr, characterized in that the raw material components therein comprise more than or equal to 7 wt% of Pr and 0.0005 wt%-0.03 wt% of W, an amount of oxygen in the rare-earth sintered magnet is less than or equal to 1000 ppm.
A mixture comprising: a) at least one nitrogen-containing fertilizer, and b) at least one nitrification inhibitor selected from the group consisting of 3,4-dimethyl-1 H -pyrazole, 3,4-dimethyl-1 H -pyrazole phosphate (DMPP), 2-(3,4-dimethyl-1 H- pyrazol-1-yl)succinic acid (DMPSA1), 2-(4,5-dimethyl-1 H -pyrazol-1-yl)succinic acid (DMPSA2), and salts thereof, and c) a composition comprising primary and/or secondary alkyl and/or alkylene monoamines and further 2 to 8 wt.-% of aluminium stearate, based on the total weight of composition, and/or 2 to 8 wt.-% fatty alcohol based on the total weight of composition. a) at least one nitrogen-containing fertilizer, and b) at least one nitrification inhibitor selected from the group consisting of 3,4-dimethyl-1 H -pyrazole, 3,4-dimethyl-1 H -pyrazole phosphate (DMPP), 2-(3,4-dimethyl-1 H- pyrazol-1-yl)succinic acid (DMPSA1), 2-(4,5-dimethyl-1 H -pyrazol-1-yl)succinic acid (DMPSA2), and salts thereof, and c) a composition comprising primary and/or secondary alkyl and/or alkylene monoamines and further 2 to 8 wt.-% of aluminium stearate, based on the total weight of composition, and/or 2 to 8 wt.-% fatty alcohol based on the total weight of composition. 2 to 8 wt.-% of aluminium stearate, based on the total weight of composition, and/or 2 to 8 wt.-% fatty alcohol based on the total weight of composition.
A frequency regulation method, applied to an insulation impedance detection apparatus in a direct current power system, wherein the method comprises: collecting sampling voltages at a sampling point at at least three time points; determining a voltage frequency regulation manner based on at least three sampling voltages obtained through sampling; and regulating a voltage frequency of a power supply in the insulation impedance detection apparatus according to the determined voltage frequency regulation manner. collecting sampling voltages at a sampling point at at least three time points; determining a voltage frequency regulation manner based on at least three sampling voltages obtained through sampling; and regulating a voltage frequency of a power supply in the insulation impedance detection apparatus according to the determined voltage frequency regulation manner.
Method for controlling home-automation devices in a dwelling, characterised in that the home-automation devices are controlled by a control device comprising a touch screen and which sends each command to a central unit that redirects the command to the home-automation device being controlled, the central unit being connected by radio link to the home-automation devices, the method comprising the steps of: - determining, by the central unit and by means of the radio link, of the list of home-automation devices, - associating, by means of the control device, of each home-automation device with an icon and with an alphanumeric identifier, - obtaining by the control device of an image of at least part of the dwelling, - displaying by the control device of the image on the touch screen, - detecting by the control device of a selection of an icon from a list of icons, - detecting by the control device of a positioning of the icon in the image and storage of the position of the icon determined, - detecting by the control device of a pressing on the image at the position of the icon stored, - generating by the control device of a command to the central unit and to the home-automation device with which the icon is associated or display of another icon linked to the icon, the position of which is stored if the pressing at the position of the icon in the image is detected. - determining, by the central unit and by means of the radio link, of the list of home-automation devices, - associating, by means of the control device, of each home-automation device with an icon and with an alphanumeric identifier, - obtaining by the control device of an image of at least part of the dwelling, - displaying by the control device of the image on the touch screen, - detecting by the control device of a selection of an icon from a list of icons, - detecting by the control device of a positioning of the icon in the image and storage of the position of the icon determined, - detecting by the control device of a pressing on the image at the position of the icon stored, - generating by the control device of a command to the central unit and to the home-automation device with which the icon is associated or display of another icon linked to the icon, the position of which is stored if the pressing at the position of the icon in the image is detected.
Lighting device, in particular shop lighting, comprising at least two separately controllable light sources (10, 12), preferably LEDs, that emit light of different colours, and a control device configured to transmit units of information (26, 28) by means of the light sources (10, 12), wherein a unit of information comprises an increase in brightness of a first wavelength range combined with a simultaneous decrease in brightness of a second wavelength range as well as a subsequent decrease in brightness of the first wavelength range combined with a simultaneous increase in brightness of the second wavelength range, characterised by the fact that a second unit of information comprises a decrease in brightness of the first wavelength range combined with a simultaneous increase in brightness of the second wavelength range and a subsequent increase in brightness of the first wavelength range combined with a simultaneous decrease in brightness of the second wavelength range, wherein a unit of information is to be understood as a bit.
A gel-type solid electrolyte comprising: an ionic liquid internalized into a porous oxide prepared by a hydrolysis reaction of silane compounds represented by the following Chemical Formula 1 in the presence of an acid: [Chemical Formula 1] Si(R 1) X (OR 2) y (CHCH 2) (4-x-y) wherein R 1 and R 2 are each independently an alkyl group having 1 to 3 carbon atoms; x is 0, 1, 2, or 3; y is 1, 2, 3, or 4; x+y is 2, 3 or 4; and wherein in 30 to 50 wt% of the silane compounds for preparing the porous oxide x+y is 2 or 3. wherein R 1 and R 2 are each independently an alkyl group having 1 to 3 carbon atoms; x is 0, 1, 2, or 3; y is 1, 2, 3, or 4; x+y is 2, 3 or 4; and wherein in 30 to 50 wt% of the silane compounds for preparing the porous oxide x+y is 2 or 3.
A method for in vitro diagnosis and/or risk stratification of heart failure, characterized in that a determination of the marker neurophysin II (SEQ ID no. 1) is carried out on a patient to be examined.
A modular building having a generally triangular transverse sectional profile, wherein the modular building comprises a double sloping roof over the generally triangular transverse sectional profile, wherein the double sloping roof is formed by one or more double sloping roof panels, and wherein the one or more double sloping roof panels comprise composite panel material, and further wherein each double sloping roof panel comprises a frame clad with the composite panel material, characterised in that shock absorbent material interposes the frame and the composite material clad therein.
Anchor for insulating material having - an anchoring part which has, in the region of its front end, an anchoring region for anchoring in a drilled or bored hole and, in the region of its opposite rear end, a collar which projects outwards radially, and - a retaining part for securing a sheet of insulating material to the anchor for insulating material, the retaining part having: • a through-passage for receiving a region of the anchoring part, • at the rear end of the retaining part, an insertion opening for the insertion in the through-passage of the anchoring part and the collar arranged on the anchoring part, and • in the region of the front end of the retaining part opposite from the rear end of said retaining part, an abutment element for the collar of the anchoring part when inserted in the through-passage, characterised in that the retaining part has at least one latching nose, which projects into the through-passage radially, for impeding axial movement of the collar of the anchoring part away from the abutment element. - an anchoring part which has, in the region of its front end, an anchoring region for anchoring in a drilled or bored hole and, in the region of its opposite rear end, a collar which projects outwards radially, and - a retaining part for securing a sheet of insulating material to the anchor for insulating material, the retaining part having: • a through-passage for receiving a region of the anchoring part, • at the rear end of the retaining part, an insertion opening for the insertion in the through-passage of the anchoring part and the collar arranged on the anchoring part, and • in the region of the front end of the retaining part opposite from the rear end of said retaining part, an abutment element for the collar of the anchoring part when inserted in the through-passage, • a through-passage for receiving a region of the anchoring part, • at the rear end of the retaining part, an insertion opening for the insertion in the through-passage of the anchoring part and the collar arranged on the anchoring part, and • in the region of the front end of the retaining part opposite from the rear end of said retaining part, an abutment element for the collar of the anchoring part when inserted in the through-passage,
An ultrasound system, comprising: a stress applying unit configured to apply stress to a target object; an ultrasound data acquisition unit configured to transmit/receive ultrasound signals to/from the target object and sequentially acquire a plurality of ultrasound data frames indicative of the target object based on the received ultrasound signals, wherein the plurality of ultrasound data frames include at least two first ultrasound data frames acquired at a first time duration in which stress is applied to the target object and at least two second ultrasound data frames acquired at a second time duration in which the stress is released from the target object; and a processing unit configured to calculate first inter-frame displacements between the at least two first ultrasound data frames or second inter-frame displacements between the at least two second ultrasound data frames to sequentially form elastic images characterized in that the processing unit is further configured to apply a different predetermined weight to each of the elastic images for persistence processing according to whether the calculated inter-frame displacements are the first inter-frame displacements or the second inter-frame displacements. a stress applying unit configured to apply stress to a target object; an ultrasound data acquisition unit configured to transmit/receive ultrasound signals to/from the target object and sequentially acquire a plurality of ultrasound data frames indicative of the target object based on the received ultrasound signals, wherein the plurality of ultrasound data frames include at least two first ultrasound data frames acquired at a first time duration in which stress is applied to the target object and at least two second ultrasound data frames acquired at a second time duration in which the stress is released from the target object; and a processing unit configured to calculate first inter-frame displacements between the at least two first ultrasound data frames or second inter-frame displacements between the at least two second ultrasound data frames to sequentially form elastic images characterized in that the processing unit is further configured to apply a different predetermined weight to each of the elastic images for persistence processing according to whether the calculated inter-frame displacements are the first inter-frame displacements or the second inter-frame displacements.
Bearing chamber housing for supporting a shaft of a turbomachine, comprising an additively constructed housing portion and a cover which, in each case with respect to an axis of rotation of the shaft, axially adjoins the housing portion and has a radially extending collar, which collar axially delimits an oil chamber of the bearing chamber housing, characterized in that the cover is assembled with the housing portion and is connected thereto via an integral seam, in particular via a weld seam, in that the cover has an outersleeve portion on which the collar protrudes radially inward, the integral seam being arranged axially at the end of the sleeve portion, and in that the housing portion has a sleeve-shaped, radially outer shell and, radially inside said outer shell, has a sleeve-shaped, radially innershell provided for receiving a bearing, the integral seam being arranged between the outer sleeve portion of the cover and the radially outer shell of the housing portion.
A training device for training the lower extremities, with at least one stationary support for a first extremity and at least one second support, which can be moved relative to the first support, for a second extremity, wherein the training device has a retaining or supporting mechanism wherein the movable support is configured as a circulating conveyor belt that is driven by the muscle power of a patient, the retaining or supporting mechanism is configured as a rack or frame, the stationary support is integrated into the rack or frame and the stationary support is arranged above the moveable support and is height-adjustable, characterized in that the stationary support can be displaced relative to the moveable support.
A patient monitoring apparatus for monitoring a patient, wherein the patient monitoring apparatus comprises: a first measuring unit adapted to perform an electrical measurement of a physiological property of a patient, while an electrical treatment procedure is not performed, a second measuring unit adapted to perform a non-electrical measurement of the physiological property of the patient, while the electrical treatment procedure is performed, characterised in that the apparatus further comprises: a data communication unit adapted to receive a treatment message, which indicates that the electrical treatment procedure will be performed and which is sent from an electrical treatment apparatus, a controller adapted to control the patient monitoring apparatus such that the measurement of the physiological property is switched automatically from the electrical measurement to the non-electrical measurement based upon the received treatment message. a first measuring unit adapted to perform an electrical measurement of a physiological property of a patient, while an electrical treatment procedure is not performed, a second measuring unit adapted to perform a non-electrical measurement of the physiological property of the patient, while the electrical treatment procedure is performed, characterised in that the apparatus further comprises: a data communication unit adapted to receive a treatment message, which indicates that the electrical treatment procedure will be performed and which is sent from an electrical treatment apparatus, a controller adapted to control the patient monitoring apparatus such that the measurement of the physiological property is switched automatically from the electrical measurement to the non-electrical measurement based upon the received treatment message. a data communication unit adapted to receive a treatment message, which indicates that the electrical treatment procedure will be performed and which is sent from an electrical treatment apparatus, a controller adapted to control the patient monitoring apparatus such that the measurement of the physiological property is switched automatically from the electrical measurement to the non-electrical measurement based upon the received treatment message.
Timepiece comprising a timepiece movement, a calendar mechanism (123, 125) and means (109, 115) for indicating the sunrise and sunset that take account of seasonal variations, the timepiece movement comprising a minute wheel set, a motion-work, an hour indicator member, and an hour wheel set integral in rotation with the hour indicator member and arranged to be driven by the minute wheel set via the motion-work either at a speed of one revolution in 12 hours, or at a speed of one revolution in 24 hours, the calendar mechanism (123, 125) being arranged to be driven via the hour wheel set and comprising means for displaying the date and means for displaying the month, the sunrise and sunset indicating means (115, 109) comprising a sphere that replicates the terrestrial globe, a support, and a ring mounted on the support concentrically to the sphere and arranged to indicate the position of the earth's terminator, the sphere being arranged to be driven in order to rotate, at a rate of one revolution in 24 hours, about a first axis corresponding to the polar axis of the terrestrial globe, and the ring being mounted on the support in order also to be able to pivot relative to the sphere about a second axis intersecting the first axis perpendicularly at the centre of the sphere, the sunset and sunrise indicating means further comprising an annual cam having a profile representative of the tilt of the sun with respect to the equatorial plane, and arranged to be driven in rotation at a rate of one revolution per year, a cam follower arranged to cooperate with the cam, and a first kinematic chain arranged to connect the cam follower to the ring, such that the plane subtended by the ring forms with the first axis an angle equal to the angle of tilt of the sun with respect to the equatorial plane; characterized in that the calendar mechanism (123, 125) is a simple calendar mechanism, in that the timepiece movement comprises a third kinematic chain connecting the annual cam to the hour wheel set via the month display means, and in that, either the third kinematic chain has a transmission ratio of 1:744 in the case where the hour wheel set is arranged to be driven by the motion work at a speed of one revolution in 12 hours, or the third kinematic chain has a transmission ratio of 1:372 in the case where the hour wheel set is arranged to be driven by the motion work at a speed of one revolution in 24 hours.