mhurhangee/ep-ind-claims huggingface dataset:
A rotor assembly for a self-propelled movable object (700, 800), the rotor assembly comprising: a hub comprising an insert, wherein the insert includes a cylindrical body and a cap, and wherein the body includes a first fastening feature (11, 211, 311, 411); a drive shaft comprising a second fastening feature and being coupled to the hub by a mating connection of the first and second fastening features (11, 211, 311, 411), wherein the drive shaft is configured to cause rotation of the hub such that the mating connection of the first and second fastening features is tightened by the rotation; and a plurality of rotor blades coupled to the hub and configured to rotate therewith to generate a propulsive force, wherein the plurality of rotor blades includes a cylindrical receptacle having a passage for receiving the insert, the rotor blades of the plurality of rotor blades are connected to each other via the receptacle, and wherein the rotor blades of the plurality of rotor blades are configured to be coupled to the hub by inserting the insert into the receptacle, wherein the first fastening feature (11, 211, 311, 411) is configured to tighten in a direction opposite the rotation of the rotor blades. a hub comprising an insert, wherein the insert includes a cylindrical body and a cap, and wherein the body includes a first fastening feature (11, 211, 311, 411); a drive shaft comprising a second fastening feature and being coupled to the hub by a mating connection of the first and second fastening features (11, 211, 311, 411), wherein the drive shaft is configured to cause rotation of the hub such that the mating connection of the first and second fastening features is tightened by the rotation; and a plurality of rotor blades coupled to the hub and configured to rotate therewith to generate a propulsive force, wherein the plurality of rotor blades includes a cylindrical receptacle having a passage for receiving the insert, the rotor blades of the plurality of rotor blades are connected to each other via the receptacle, and wherein the rotor blades of the plurality of rotor blades are configured to be coupled to the hub by inserting the insert into the receptacle, wherein the first fastening feature (11, 211, 311, 411) is configured to tighten in a direction opposite the rotation of the rotor blades.
A voltage monitoring device comprising input connectors for receiving an input voltage (Vcc), a linkage (7, 8, 14), a spring for urging the linkage (7, 8, 14)towards a first stable position, and a solenoid powered by the input voltage (Vcc) and adapted to displace the linkage (7, 8, 14) from the first position to a second position if a voltage applied to the solenoid exceeds a first threshold, and to maintain the linkage in the second position while the voltage applied to the solenoid exceeds a second threshold lower than the first threshold, and a switch controlled by the linkage (7, 8, 14), characterized in that the switch is connected to the input connectors and the solenoid so as apply a first percentage of the input voltage (Vcc) to the solenoid while the linkage (7, 8, 14) is in the first position and to apply a second percentage of the input voltage (Vcc) to the solenoid while the linkage (7, 8, 14) is in the second position, the second percentage being less than the first percentage.
A method for mapping of a ball-shaped sample using X-ray diffraction, the method comprising: placing the ball-shaped sample on a sample-contacting surface; restricting movement of the ball-shaped sample with respect to the sample-contacting surface; translating the sample-contacting surface along a first axis and a second axis unparallel to the first axis, thereby causing the ball-shaped sample to rotate on the sample-contacting surface along of the first axis and the second axis to align a plurality of measurement points with an X-ray beam originating from an X-ray diffraction apparatus; and operating the X-ray diffraction apparatus to collect X-ray diffraction data at each one of the measurement points. placing the ball-shaped sample on a sample-contacting surface; restricting movement of the ball-shaped sample with respect to the sample-contacting surface; translating the sample-contacting surface along a first axis and a second axis unparallel to the first axis, thereby causing the ball-shaped sample to rotate on the sample-contacting surface along of the first axis and the second axis to align a plurality of measurement points with an X-ray beam originating from an X-ray diffraction apparatus; and operating the X-ray diffraction apparatus to collect X-ray diffraction data at each one of the measurement points.
A driver for an electrical switch, which driver is adapted to move between two positions so as to make or break contact between a movable contact element and a stationary contact element, and which driver includes a top portion that includes a mount element with two outside faces (212B, 213B) that face away from each other, each provided with first catch means for mounting a first type of control button on the driver, the driver being characterized in that the first catch means are accessible exclusively on the two outside faces (212B, 213B) of the driver, and in that said mount element includes second catch means that are distinct from said first catch means, and that are accessible in an internal region that is situated between said outside faces (212B, 213B), for mounting a second type of control button (310; 410) on said driver.
A polishing method, wherein a conveying mechanism is used to convey a ceramic tile, a decorative surface of the ceramic tile is oriented toward the ground, and a polishing device under the decorative surface is used to polish the decorative surface; during the polishing, a water applying device is used to apply water onto the decorative surface from below.
A steering mechanism for a vehicle, comprising: a steering wheel; a rotatable steering column coupled to the steering wheel; a hydraulic steering unit operably connected to said steering column and configured to translate a rotational movement of the steering column to steer the vehicle; a steering assister operably coupled to said steering wheel and configured for controlling a torque that acts on said steering column and a steering ratio between said steering wheel and said hydraulic steering unit; characterized by: a controller operably coupled with the hydraulic steering unit and the steering assister, said controller operably coupled to the hydraulic steering unit and the steering assister via a wired or wireless connection and being further configured by selectively adjusting the steering characteristics of the hydraulic steering unit and the steering assister independently. a steering wheel; a rotatable steering column coupled to the steering wheel; a hydraulic steering unit operably connected to said steering column and configured to translate a rotational movement of the steering column to steer the vehicle; a steering assister operably coupled to said steering wheel and configured for controlling a torque that acts on said steering column and a steering ratio between said steering wheel and said hydraulic steering unit; characterized by: a controller operably coupled with the hydraulic steering unit and the steering assister, said controller operably coupled to the hydraulic steering unit and the steering assister via a wired or wireless connection and being further configured by selectively adjusting the steering characteristics of the hydraulic steering unit and the steering assister independently.
Folding belt for use in a device for folding box blanks lying flat in the initial state, wherein the folding belt (13, 14) has a front and a rear side, wherein the folding belt (13, 14) is provided with a profile on its back, wherein the profile in longitudinal section consists of a comparatively slightly inclined bearing surface for a respective side flap (28, 29) and a strongly inclined rear surface, wherein the profile, relative to the longitudinal extension of the folding belt (13, 14) has at least one apex as well as a minimum, wherein the bearing surface lies between the preceding minimum and the following apex, wherein the profile between the apex and the following minimum forms the back surface, wherein the leading rear surface and the trailing bearing surface merge directly into each other and form the minimum and wherein the leading contact surface and the trailing rear surface merge directly into each other and form the apex characterized in that the profile has at least one curved section when viewed in cross-section, that the tangents (53, 55) at the beginning and the end of the curved section include an angle of 90° or at least of 30°.
An offshore wind turbine complete set comprising: a foundation utilizing a steel-concrete structure and comprising a plurality of tanks; a tower column, a lower end of which is installed on the foundation; and a wind turbine set, which is installed on an upper end of the tower column; the plurality of tanks are respectively provided with an opening, and the openings are under the water when the offshore wind turbine complete set floats on water, and, in use, the tanks are injected with air or water, and the buoyancy and an uprighting force are provided by the plurality of tanks, so as to keep the entire structure in a vertical floating state on the water consistent with the state of installation on the offshore site, but without external force, characterized in that the plurality of tanks comprise a middle tank with a square cross section and four side tanks, wherein the volume of the middle tank is larger than that of each side tank, and the center of gravity of the offshore wind turbine complete set lies in the center of the middle tank and the side tanks are symmetrically distributed around the middle tank,further away from the center of gravity of the offshore wind turbine complete set. a foundation utilizing a steel-concrete structure and comprising a plurality of tanks; a tower column, a lower end of which is installed on the foundation; and a wind turbine set, which is installed on an upper end of the tower column; the plurality of tanks are respectively provided with an opening, and the openings are under the water when the offshore wind turbine complete set floats on water, and, in use, the tanks are injected with air or water, and the buoyancy and an uprighting force are provided by the plurality of tanks, so as to keep the entire structure in a vertical floating state on the water consistent with the state of installation on the offshore site, but without external force, characterized in that the plurality of tanks comprise a middle tank with a square cross section and four side tanks, wherein the volume of the middle tank is larger than that of each side tank, and the center of gravity of the offshore wind turbine complete set lies in the center of the middle tank and the side tanks are symmetrically distributed around the middle tank,further away from the center of gravity of the offshore wind turbine complete set.
A combination of a pressure-guarding unit and a module for a modular beverage distribution system, the module comprising: a frame (60, 60', 61, 61') defining an outer periphery and a space defined within said outer periphery, a pressure chamber for receiving a beverage container, said pressure chamber arranged within said space, a first type connector and a second type connector positioned at said outer periphery, a fluid path establishing fluid communication from said first type connector to said second type connector, said first type connector connectable to a connector of said second type connector, said first type connector adapted to receive a pressure-fluid from a pressure-fluid source, said second type connector adapted to transfer said pressure-fluid to a first type connector of a neighbouring module, and a third type connector in fluid communication with said first type connector and supplying said pressure-fluid to said pressure chamber, said pressure-guarding unit comprising a first interface connector in fluid communication with a second interface connector, said first interface connector adapted to receive said pressure-fluid, said second interface connector adapted to connect to a first type connector of a module, and a pressure regulator mounted between said first interface connector and said second interface connector so as to limit pressure supplied from said first interface connector to said second interface connector to a given maximum. a frame (60, 60', 61, 61') defining an outer periphery and a space defined within said outer periphery, a pressure chamber for receiving a beverage container, said pressure chamber arranged within said space, a first type connector and a second type connector positioned at said outer periphery, a fluid path establishing fluid communication from said first type connector to said second type connector, said first type connector connectable to a connector of said second type connector, said first type connector adapted to receive a pressure-fluid from a pressure-fluid source, said second type connector adapted to transfer said pressure-fluid to a first type connector of a neighbouring module, and a third type connector in fluid communication with said first type connector and supplying said pressure-fluid to said pressure chamber, said pressure-guarding unit comprising a first interface connector in fluid communication with a second interface connector, said first interface connector adapted to receive said pressure-fluid, said second interface connector adapted to connect to a first type connector of a module, and a pressure regulator mounted between said first interface connector and said second interface connector so as to limit pressure supplied from said first interface connector to said second interface connector to a given maximum.
System having a motorbike and a transportable radio device, wherein the motorbike has a motorbike frame, having a steering head bearing mount and a drive unit, and a switch unit and a control device, and the control device is equipped to wirelessly communicate with the radio device and to control operating modes of the motorbike depending on authentication information transmitted from the radio device to the control device, and the control device is equipped to wirelessly transmit to the radio device blocking information which puts the radio device into a standby mode, in which standby mode a communication of the radio device with the control device ceases, characterised in that the control device is equipped to wirelessly transmit first and/or second time interval information relating to the length of a first and/or second time interval to the radio device, after the elapse of which time interval(s) the radio device goes into the standby mode, and in that after the switch unit is operated, the motorbike is equipped to direct the control device to wirelessly transmit the blocking information and/or the time interval information.
Rotary encoding device for scanning a shaft, comprising a magnetic sensor device which is designed to detect the magnetic field of a device which creates a magnetic field and which is stationary in relation to the shaft; a light source; an optical sensor device which is designed to detect light which is emitted by the light source and which is reflected or transmitted by a code disk which is stationary in relation to the shaft; a signal processing device (8, 9) which is designed to receive first data from the magnetic sensor device and second data from the optical sensor device and from the first data received to determine an angle of rotation of the shaft and/or from the second data received to determine the angle of rotation of the shaft, characterized in that it comprises a selection device which is designed to cause the signal processing device (8, 9) to optionally determine the angle of rotation of the shaft from the first data received and/or the second data received, and whereby the selection device is designed to cause the signal processing device (8, 9) to optionally determine the angle of rotation of the shaft from the first data received and/or the second data received, on the basis of the determined operational states.
A use of a water-insoluble fraction of a cyclodextrin polymer cross-linked with a polycarboxylic acid obtained by condensation of the hydroxyl groups of a cyclodextrin with the carboxylic functions of the polycarboxylic acid, of a water-soluble fraction of a cyclodextrin polymer cross-linked with a polycarboxylic acid obtained by condensation of the hydroxyl groups of a cyclodextrin with the carboxylic functions of the polycarboxylic acid or of a mixture of water-insoluble and water-soluble fractions, previously separated and then mixed again, of cyclodextrin polymers cross-linked with a polycarboxylic acid obtained by condensation of the hydroxyl groups of a cyclodextrin with the carboxylic functions of the polycarboxylic acid as a single excipient in a tablet, wherein the polycarboxylic acid is citric acid, the weight average molar mass measured by steric exclusion chromatography of the water-soluble fraction of the cyclodextrin polymer is between 10.000 and 200.000 g.mol -1.
A refiner segment for a disc refiner intended for refining fibrous material, the refiner segment having a refining surface and being arrangeable to form a part of a refining surface of a refiner element (2; 3) in the disc refiner, the refiner segment being configured to travel in a first circumferential direction when arranged on the refiner element (2; 3), the refiner segment having a radially inner edge and a radially outer edge and being provided with a pattern of bars and intermediate grooves extending along the refiner segment in a substantially radial direction with respect to the inner edge of the refiner segment, and dams extending between the bars and protruding above the surface of the grooves, the bars being provided with steam channels arranged through the bars, each steam channel being located adjacent to an intersection between a bar and a dam, radially outside of a respective dam with respect to the inner edge of the refiner segment, and at a trailing end of the respective dam with respect to the first circumferential direction and having an inlet opening located at a leading end of the channel and an outlet opening located at a trailing end of the channel with respect to the first circumferential direction of the refiner segment, the steam channels being configured to allow steam flowing towards the inner edge of the refiner segment to pass through the steam channels in a direction having a component directed opposite to the first circumferential direction, characterized in that a distance between each inlet opening of a channel and a peripheral, with respect to the inner edge of the refiner segment, wall of a dam is zero.
An assembly system comprising: a fixture configured to support a structure including a mating structure to receive a malleable adhesive material, a bladder system coupled to the fixture, the bladder system comprising a hollowed frame having sidewalls that support a bladder disposed therein; the hollowed frame including an opening that exposes an outer portion of the bladder and that is configured to guide the exposed outer portion externally from the hollowed frame toward a targeted area of the structure, wherein in response to inflating the bladder, the outer portion extends through the opening and applies a force against the mating structure, wherein the fixture comprises a fixture mating mechanism configured to receive the mating structure to be bonded to a target structure to assemble the structure; characterized in that in response to inflating the bladder, the outer portion extends through the opening and applies the force against the mating structure so as to displace the malleable adhesive material to define a shape of an adhesive bead fillet. a fixture configured to support a structure including a mating structure to receive a malleable adhesive material, a bladder system coupled to the fixture, the bladder system comprising a hollowed frame having sidewalls that support a bladder disposed therein; the hollowed frame including an opening that exposes an outer portion of the bladder and that is configured to guide the exposed outer portion externally from the hollowed frame toward a targeted area of the structure, wherein in response to inflating the bladder, the outer portion extends through the opening and applies a force against the mating structure, wherein the fixture comprises a fixture mating mechanism configured to receive the mating structure to be bonded to a target structure to assemble the structure; characterized in that in response to inflating the bladder, the outer portion extends through the opening and applies the force against the mating structure so as to displace the malleable adhesive material to define a shape of an adhesive bead fillet.
A display apparatus comprising: a display panel; a light guide plate disposed behind the display panel and configured to transmit light in a forward direction toward the display panel; a light source disposed to emit the light toward a side of the light guide plate; a rear chassis to accommodate the light guide plate and the light source; a middle mold including a panel mounter to support an outer portion of the display panel and a bottom coupler to be coupled with the rear chassis; a dichroic filter disposed to cover a front side of a space between the light source and the side of the light guide plate; and a black member disposed in front of the dichroic filter wherein the black member and the dichroic filter are arranged on a rear surface of the panel mounter. a display panel; a light guide plate disposed behind the display panel and configured to transmit light in a forward direction toward the display panel; a light source disposed to emit the light toward a side of the light guide plate; a rear chassis to accommodate the light guide plate and the light source; a middle mold including a panel mounter to support an outer portion of the display panel and a bottom coupler to be coupled with the rear chassis; a dichroic filter disposed to cover a front side of a space between the light source and the side of the light guide plate; and a black member disposed in front of the dichroic filter wherein the black member and the dichroic filter are arranged on a rear surface of the panel mounter.