mhurhangee/ep-ind-claims huggingface dataset:
A self-moving cleaning device, comprising: a shell (10', 10), a bottom of the shell (10', 10) being provided with a mounting part; a water tank (20', 20) detachably mounted on the mounting part; a groove, the mounting part being provided with the groove and/or a position of the water tank (20', 20) cooperating with the mounting part being provided with the groove; a roller assembly mounted on the mounting part and being capable of extending and retracting, wherein the roller assembly retracts into the groove and is in a retracted state when the water tank (20', 20) is mounted on the shell (10', 10), the roller assembly is in an extended state when the water tank (20', 20) is removed from the shell (10', 10). a shell (10', 10), a bottom of the shell (10', 10) being provided with a mounting part; a water tank (20', 20) detachably mounted on the mounting part; a groove, the mounting part being provided with the groove and/or a position of the water tank (20', 20) cooperating with the mounting part being provided with the groove; a roller assembly mounted on the mounting part and being capable of extending and retracting, wherein the roller assembly retracts into the groove and is in a retracted state when the water tank (20', 20) is mounted on the shell (10', 10), the roller assembly is in an extended state when the water tank (20', 20) is removed from the shell (10', 10).
An endoscope cap comprising: a body comprising a proximal end and a distal end; a first aperture disposed at the proximal end and configured to receive a distal portion of an endoscope; and a first ramp disposed between the proximal end and the distal end and projecting outwardly from the body, characterized in that the first ramp has a uniform planar surface configured to deflect an elongate medical device disposed externally to the endoscope in a selected direction away from the endoscope. a body comprising a proximal end and a distal end; a first aperture disposed at the proximal end and configured to receive a distal portion of an endoscope; and a first ramp disposed between the proximal end and the distal end and projecting outwardly from the body, characterized in that the first ramp has a uniform planar surface configured to deflect an elongate medical device disposed externally to the endoscope in a selected direction away from the endoscope.
A non-transitory machine-readable storage medium storing instructions that upon execution cause a mobile device to: register an account of a first service with an account control service which is executed by an account control system (106, 600), the account control service separate from the first service; in response to the mobile device being authorized with respect to the account control service, search for a target device that is within a communication range of the mobile device; retrieve, from the account control service executed by the account control system (106, 600), a credential of the account of the first service being accessed by the target device over a network; and transmit, to the target device found in the search, the credential of the account of the first service being accessed by the target device over the network. register an account of a first service with an account control service which is executed by an account control system (106, 600), the account control service separate from the first service; in response to the mobile device being authorized with respect to the account control service, search for a target device that is within a communication range of the mobile device; retrieve, from the account control service executed by the account control system (106, 600), a credential of the account of the first service being accessed by the target device over a network; and transmit, to the target device found in the search, the credential of the account of the first service being accessed by the target device over the network.
A method for controlling flight of an aerial robot comprising: setting a relative three dimensional position of the aerial robot with respect to a target; determining a current position of the target; determining a current position of the aerial robot; generating a prediction of a future position of the aerial robot to maintain substantially the same relative position for the future position of the aerial robot with respect to a future position of the target, wherein the future position of the aerial robot and the future position of the target are based on the determined current positions and respective previous positions and further based on a target velocity vector based on inertial measurement information generated by an accelerometer or gyroscope at the target; characterised by automatically adjusting a flight path of the aerial robot in response to movement of the target based at least in part on the prediction of the future position of the aerial robot, to maintain substantially the same relative three dimensional position of the aerial robot with respect to the target at the future position of the aerial robot and the future position of the target. setting a relative three dimensional position of the aerial robot with respect to a target; determining a current position of the target; determining a current position of the aerial robot; generating a prediction of a future position of the aerial robot to maintain substantially the same relative position for the future position of the aerial robot with respect to a future position of the target, wherein the future position of the aerial robot and the future position of the target are based on the determined current positions and respective previous positions and further based on a target velocity vector based on inertial measurement information generated by an accelerometer or gyroscope at the target; characterised by automatically adjusting a flight path of the aerial robot in response to movement of the target based at least in part on the prediction of the future position of the aerial robot, to maintain substantially the same relative three dimensional position of the aerial robot with respect to the target at the future position of the aerial robot and the future position of the target.
A case body, comprising: a shell; a partition arranged in the shell to divide the shell into a first cavity, which is a sealed cavity, and a second cavity, wherein an air inlet and an air outlet in communication with the second cavity are provided in the shell; an electrical component arranged in the first cavity; and a heat dissipation assembly arranged in the second cavity and configured for dissipating heat to the electrical component, wherein the shell comprises a cover plate and a bottom cover, the cover plate is connected to the bottom cover, and the partition is arranged between the cover plate and the bottom cover, the second cavity is formed by a space enclosed by the bottom cover and the partition, the air inlet and the air outlet are arranged in the bottom cover, characterized in that, the bottom cover comprises: a bottom plate, one end of which is provided with a first air inlet of the air inlet; two first side plates oppositely arranged and connected with the bottom plate, a second air inlet of the air inlet is provided at one end of the two first side plates close to the first air inlet; and a second side plate located between the two first side plates and connected to the bottom plate and the two first side plates, respectively, a third air inlet of the air inlet is provided in the second side plate. a shell; a partition arranged in the shell to divide the shell into a first cavity, which is a sealed cavity, and a second cavity, wherein an air inlet and an air outlet in communication with the second cavity are provided in the shell; an electrical component arranged in the first cavity; and a heat dissipation assembly arranged in the second cavity and configured for dissipating heat to the electrical component, wherein the shell comprises a cover plate and a bottom cover, the cover plate is connected to the bottom cover, and the partition is arranged between the cover plate and the bottom cover, the second cavity is formed by a space enclosed by the bottom cover and the partition, the air inlet and the air outlet are arranged in the bottom cover, characterized in that, the bottom cover comprises: a bottom plate, one end of which is provided with a first air inlet of the air inlet; two first side plates oppositely arranged and connected with the bottom plate, a second air inlet of the air inlet is provided at one end of the two first side plates close to the first air inlet; and a second side plate located between the two first side plates and connected to the bottom plate and the two first side plates, respectively, a third air inlet of the air inlet is provided in the second side plate. a bottom plate, one end of which is provided with a first air inlet of the air inlet; two first side plates oppositely arranged and connected with the bottom plate, a second air inlet of the air inlet is provided at one end of the two first side plates close to the first air inlet; and a second side plate located between the two first side plates and connected to the bottom plate and the two first side plates, respectively, a third air inlet of the air inlet is provided in the second side plate.
A wheel assembly, comprising: a first wheel section having a first outer surface, a first mate face, and a first bolt hole; a second wheel section having a second outer surface, a second mate face, and a second bolt hole, wherein the second mate face is configured to contact and engage with the first mate face, and wherein the second bolt hole is configured to align with the first bolt hole; a plurality of tie bolts, each tie bolt of the plurality of tie bolts having a threaded end and a length sufficient to pass through a first bolt hole and a second bolt hole, wherein the tie bolt passes through the first bolt hole from the first outer surface and through to the second outer surface; the assembly further comprising a plurality of nuts, each nut of the plurality of nuts engage with with the threaded end of a respective tie bolt of the plurality of tie bolts; characterized in that the threaded end of the tie bolt comprises a first retention hole and a second retention hole spaced apart from each other, wherein the first retention hole and the second retention hole each extend completely through the threaded end; and a single nut retention element extending through one of the first retention hole and the second retention hole of a respective tie bolt of the plurality of tie bolts. a first wheel section having a first outer surface, a first mate face, and a first bolt hole; a second wheel section having a second outer surface, a second mate face, and a second bolt hole, wherein the second mate face is configured to contact and engage with the first mate face, and wherein the second bolt hole is configured to align with the first bolt hole; a plurality of tie bolts, each tie bolt of the plurality of tie bolts having a threaded end and a length sufficient to pass through a first bolt hole and a second bolt hole, wherein the tie bolt passes through the first bolt hole from the first outer surface and through to the second outer surface; the assembly further comprising a plurality of nuts, each nut of the plurality of nuts engage with with the threaded end of a respective tie bolt of the plurality of tie bolts; characterized in that the threaded end of the tie bolt comprises a first retention hole and a second retention hole spaced apart from each other, wherein the first retention hole and the second retention hole each extend completely through the threaded end; and a single nut retention element extending through one of the first retention hole and the second retention hole of a respective tie bolt of the plurality of tie bolts.
An active energy ray-curable inkjet magenta ink composition comprising two kinds of quinacridone pigments, wherein the two kinds of quinacridone pigments are unsubstituted quinacridone and 2,9-dimethylquinacridone, said two kinds of quinacridone pigments having different crystal structures from one another and being present as independent components in said composition and not in the form of a solid solution.
An organic electroluminescent device comprising a light-emitting layer B comprising: (i) a host material H P, which has a lowermost excited singlet state energy level S1 P and a lowermost excited triplet state energy level T1 P, a highest occupied molecular orbital HOMO(H P) having an energy E HOMO (H P) and a lowest unoccupied molecular orbital LUMO(H P) having an energy E LUMO (H P); (ii) a phosphorescence material E B, which has a lowermost excited singlet state energy level S1 E and a lowermost excited triplet state energy level T1 E, a highest occupied molecular orbital HOMO(E E) having an energy E HOMO (E E) and a lowest unoccupied molecular orbital LUMO(E E) having an energy E LUMO (E E); and (iii) a small full width at half maximum (FWHM) emitter S B, which is a boron-based material and has a lowermost excited singlet state energy level S1 S and a lowermost excited triplet state energy level T1 S, a highest occupied molecular orbital HOMO(E S) having an energy E HOMO (E S) and a lowest unoccupied molecular orbital LUMO(E S) having an energy E LUMO (E S) wherein E B transfers energy to S B and S B emits light with an emission maximum between 500 nm to 560 nm, and wherein the relations expressed by the following formulas to apply: T1 E > S1 S T1 P > T1 S T1 P > T1 E T1 P > S1 E (i) a host material H P, which has a lowermost excited singlet state energy level S1 P and a lowermost excited triplet state energy level T1 P, a highest occupied molecular orbital HOMO(H P) having an energy E HOMO (H P) and a lowest unoccupied molecular orbital LUMO(H P) having an energy E LUMO (H P); (ii) a phosphorescence material E B, which has a lowermost excited singlet state energy level S1 E and a lowermost excited triplet state energy level T1 E, a highest occupied molecular orbital HOMO(E E) having an energy E HOMO (E E) and a lowest unoccupied molecular orbital LUMO(E E) having an energy E LUMO (E E); and (iii) a small full width at half maximum (FWHM) emitter S B, which is a boron-based material and has a lowermost excited singlet state energy level S1 S and a lowermost excited triplet state energy level T1 S, a highest occupied molecular orbital HOMO(E S) having an energy E HOMO (E S) and a lowest unoccupied molecular orbital LUMO(E S) having an energy E LUMO (E S) wherein E B transfers energy to S B and S B emits light with an emission maximum between 500 nm to 560 nm, and wherein the relations expressed by the following formulas to apply: T1 E > S1 S T1 P > T1 S T1 P > T1 E T1 P > S1 E
A modular intervertebral disc prosthesis system, comprising: a first endplate component and a plurality of interchangeable components adapted to movably couple to the first endplate component, the plurality of interchangeable components including a second endplate component adapted to be positioned adjacent to an endplate of a vertebra, a first central component, a second central component and a third central component, in which: • the first central component is adapted to be movably disposed between the first and second endplate components (10, 20), and • the second central component is adapted to be disposed between the first central component and the second endplate component and to mate to the second endplate component to prevent movement between the second central component and the second endplate component, and configured to allow movement between the first central component and the second endplate component, to form a disc prosthesis having a floating center of rotation, and in which the third central component is interchangeable with the first and second central components (30, 50) and adapted to be movably disposed between the first and second endplate components (10, 20) to form a disc prosthesis having a fixed center of rotation. a first endplate component and a plurality of interchangeable components adapted to movably couple to the first endplate component, the plurality of interchangeable components including a second endplate component adapted to be positioned adjacent to an endplate of a vertebra, a first central component, a second central component and a third central component, in which: • the first central component is adapted to be movably disposed between the first and second endplate components (10, 20), and • the second central component is adapted to be disposed between the first central component and the second endplate component and to mate to the second endplate component to prevent movement between the second central component and the second endplate component, and configured to allow movement between the first central component and the second endplate component, • the first central component is adapted to be movably disposed between the first and second endplate components (10, 20), and • the second central component is adapted to be disposed between the first central component and the second endplate component and to mate to the second endplate component to prevent movement between the second central component and the second endplate component, and configured to allow movement between the first central component and the second endplate component, to form a disc prosthesis having a floating center of rotation, and in which the third central component is interchangeable with the first and second central components (30, 50) and adapted to be movably disposed between the first and second endplate components (10, 20) to form a disc prosthesis having a fixed center of rotation.
A suction roll for a fibre web machine, the suction roll having a rotatable roll shell with a plurality of perforations; a suction box within the rotatable shell which suction box has a wall that defines an inner space that is connected to or connectable to a source of underpressure, the suction box being arranged to remain stationary while the roll shell rotates, a first seal and a second seal being arranged on the suction box and extending radially between the suction box and the inner surface of the rotatable shell, the first and second seals (7, 8) being spaced from each other in the circumferential direction of the rotatable shell, the second seal having a longer extension in the circumferential direction than the first seal, the wall of the suction box having an air inlet zone formed by at least one through-hole, the air inlet zone being located in the area between the first seal and the second seal such that a suction zone is formed in the area between the seals (7, 8) when the suction box is connected to a source of underpressure, and wherein, with regard to the seals (7, 8), the air inlet zone is asymmetrically placed in the circumferential direction of the roll shell in such a way that it is displaced towards the second seal, characterised in that the air inlet zone is formed by a plurality of through-holes in the wall of the suction box that extend in rows in the axial direction of the suction box and in that the air inlet zone comprises a first and a second row of through-holes extending in the axial direction of the suction roll, the first row being parallel with the second row and wherein the through-holes in the first row are offset in the axial direction of the suction roll in relation to the through-holes of the second row.
A planet carrier for an epicyclic speed reduction gear, the planet carrier comprising a torque transmission member having a longitudinal axis A and an annular cage extending around the axis A and connected to a longitudinal end of the member, said cage comprising two flanks (28, 30) extending radially with respect to the axis A and connected by bridges, seats extending axially between the flanks (28, 30) and being intended for supporting planet gears mounted rotatably around the seats, wherein said bridges comprise bars (33, 34) which cross one another in the shape of X and of which the ends located on the side of said member are connected to said member by a ring which extends around said axis A characterized in that this ring has an outer diameter equal to a maximum outer diameter of said bridges, wherein this ring comprises a continuous annular channel opening radially inwards with respect to said axis A.
Method for producing shaped bodies from reaction-bonded, silicon-infiltrated silicon carbide and/or boron carbide, building up a monolithic preliminary body in layers using a formless granulation to which a physical or chemical hardening or melt process is applied, characterised in that the granulation has a weight fraction of at least 95 % silicon carbide and/or boron carbide with an average grain size of 70 to 200 μm, the building up of the preliminary body is done using layer thicknesses of 100 to 500 μm, the so-created preliminary body is impregnated at least once by the introduction of a carbon black suspension and in contact with liquid or gaseous silicon by a subsequent reaction firing secondary silicon carbide is created, that solidifies an engagement composite produced, and the preliminary body has a porosity before the impregnation of at least 40 vol.% with a median pore size distribution of at least 40 μm.
Working machine, comprising an engine room and a housing, wherein the housing at least partially surrounds or can surround the engine room, characterized in that a venting space, in which a line mouth of a line ends, is arranged on the housing, wherein the venting space is delimited from the engine room, preferably delimited in a gas-tight manner, and wherein the venting space is formed by a partial region of the housing and a bottom piece arranged in the engine room.
A circuit board, comprising: a pair of differential signal lines at a first depth of the circuit board, wherein a center line extends lengthwise between the pair of signal lines; and a third signal line at a second depth of the circuit board, the third signal line comprising a segment that runs parallel to the pair of signal lines at a displacement distance from the center line, wherein the segment is a first segment and the displacement distance is a first displacement, the third signal line comprising a second segment that runs parallel to the pair of signal lines on the other side of the center line at a second displacement distance to the centerline, and a third segment that couples the first segment to the second segment. a pair of differential signal lines at a first depth of the circuit board, wherein a center line extends lengthwise between the pair of signal lines; and a third signal line at a second depth of the circuit board, the third signal line comprising a segment that runs parallel to the pair of signal lines at a displacement distance from the center line, wherein the segment is a first segment and the displacement distance is a first displacement, the third signal line comprising a second segment that runs parallel to the pair of signal lines on the other side of the center line at a second displacement distance to the centerline, and a third segment that couples the first segment to the second segment.