mhurhangee/ep-ind-claims huggingface dataset:
Optical apparatus, comprising: an illumination source arranged to deliver a plurality of collimated laser-beams, each laser-beam thereof having a different wavelength and a different beam-width; an anamorphic objective having first and second transverse directions orthogonal to each other, the objective arranged to receive the laser-beams from the illumination source and to project the laser-beams along a propagation direction towards a working-plane at a working-distance from the objective; and wherein the objective is configured and arranged such that, in the first transverse direction of the objective, the laser-beams are each focused to a beam-waist located about in the working-plane and having about the same first beam-waist width, and in the second transverse direction of the objective, the laser-beams are focused to beam-waists at different locations along the propagation direction, said different locations being displaced from the working-plane and from each other, the displacements selected such that the laser-beams have about the same second beam-width in the working-plane, the second beam-width being larger than the first beam-width. an illumination source arranged to deliver a plurality of collimated laser-beams, each laser-beam thereof having a different wavelength and a different beam-width; an anamorphic objective having first and second transverse directions orthogonal to each other, the objective arranged to receive the laser-beams from the illumination source and to project the laser-beams along a propagation direction towards a working-plane at a working-distance from the objective; and wherein the objective is configured and arranged such that, in the first transverse direction of the objective, the laser-beams are each focused to a beam-waist located about in the working-plane and having about the same first beam-waist width, and in the second transverse direction of the objective, the laser-beams are focused to beam-waists at different locations along the propagation direction, said different locations being displaced from the working-plane and from each other, the displacements selected such that the laser-beams have about the same second beam-width in the working-plane, the second beam-width being larger than the first beam-width.
A lighting assembly, comprising: a lens covering a light source; a resistive circuit disposed on a surface of the lens; a post terminal connected to the resistive circuit; a receptacle terminal having a connection portion defining an aperture configured to receive the post terminal along a longitudinal axis and an attachment portion configured to attach the receptacle terminal to a wire; characterized by a terminal housing defining a first oval-shaped opening and an oval-shaped cavity in which the connection portion is disposed, wherein the connection portion is sized, shaped, and arranged within the cavity to be movable along a lateral axis perpendicular to the longitudinal axis; a terminal housing cover defining a second oval-shaped opening aligned with the first oval-shaped opening, wherein the terminal housing and the terminal housing cover are integrally formed, wherein a hinge is disposed between the terminal housing and the terminal housing cover, wherein the terminal housing cover is attached to the terminal housing by a flexible latch feature located opposite the hinge on the terminal housing cover which engages a ridge on the terminal housing, and wherein the terminal housing cover is configured to enclose the cavity and secure the connection portion within the cavity. a lens covering a light source; a resistive circuit disposed on a surface of the lens; a post terminal connected to the resistive circuit; a receptacle terminal having a connection portion defining an aperture configured to receive the post terminal along a longitudinal axis and an attachment portion configured to attach the receptacle terminal to a wire; characterized by a terminal housing defining a first oval-shaped opening and an oval-shaped cavity in which the connection portion is disposed, wherein the connection portion is sized, shaped, and arranged within the cavity to be movable along a lateral axis perpendicular to the longitudinal axis; a terminal housing cover defining a second oval-shaped opening aligned with the first oval-shaped opening, wherein the terminal housing and the terminal housing cover are integrally formed, wherein a hinge is disposed between the terminal housing and the terminal housing cover, wherein the terminal housing cover is attached to the terminal housing by a flexible latch feature located opposite the hinge on the terminal housing cover which engages a ridge on the terminal housing, and wherein the terminal housing cover is configured to enclose the cavity and secure the connection portion within the cavity.
Device for securing an object on a rail, having an elongated base body that can be placed transversely on the rail and comprises on one end an integrated actuating element that when actuated by a user moves latching hooks (5A, 5B) in opposite directions, said latching hooks being integrated lying opposite one another in the actuating element and being suitable for engaging behind the rail, wherein a first latching hook is moveable in an actuating direction of the actuating element and a second latching hook is movable in the direction opposite the actuating direction of the actuating element, wherein the second latching hook is moved by means of a deflecting element that is integrated in the device in the direction that is opposite the actuating direction of the actuating element, wherein the deflecting element is formed as one on the device on an end of the base body, said end lying opposite the actuating element, wherein the deflecting element comprises a deflecting lever, wherein the deflecting lever comprises a central bearing point, wherein when the actuating element is actuated the deflecting lever moves in a rotational manner about its bearing point, and wherein the two opposite-lying latching hooks (5A, 5B) are provided between the actuating element and the deflecting element in the longitudinal direction of the base body.
A charging control method of a computing system, the method comprising: monitoring an input current from an adaptor connected to the computing system and a voltage in the computing system; determining a charging mode for a battery of an external device connected to the computing system as a result of the monitoring; and giving higher priority to supplying power for driving the external device, than to supplying power for charging a battery of the external device according to the charging mode. monitoring an input current from an adaptor connected to the computing system and a voltage in the computing system; determining a charging mode for a battery of an external device connected to the computing system as a result of the monitoring; and giving higher priority to supplying power for driving the external device, than to supplying power for charging a battery of the external device according to the charging mode.
A food containing glycine for use in improving a deep sleep disorder, wherein the food is taken orally and the intake of the food is 0.00625 - 2.5g/kg/day in an amount equivalent to glycine.
A semiconductor device, comprising: a lower structure; a first interlayer dielectric, ILD, on the lower structure; first pattern regions extending inside the first ILD in a first direction, the first pattern regions being spaced apart from each other in a second direction perpendicular to the first direction, each of the first pattern regions including at least one first pattern, and both ends of the at least one first pattern in the first direction being concave; and second pattern regions extending inside the first ILD in the first direction, the second pattern regions being spaced apart from each other in the second direction and alternating with the first pattern regions in the second direction, and each of the second pattern regions including at least one second pattern. a lower structure; a first interlayer dielectric, ILD, on the lower structure; first pattern regions extending inside the first ILD in a first direction, the first pattern regions being spaced apart from each other in a second direction perpendicular to the first direction, each of the first pattern regions including at least one first pattern, and both ends of the at least one first pattern in the first direction being concave; and second pattern regions extending inside the first ILD in the first direction, the second pattern regions being spaced apart from each other in the second direction and alternating with the first pattern regions in the second direction, and each of the second pattern regions including at least one second pattern.
An arrangement for the removable coupling of a tool with a working machine, which arrangement comprises a first part that is supported by the tool and that demonstrates essentially U-shaped indentations (5, 7) located opposite to and at a distance from each other, a second part that is supported by a manoeuvrable arm that is a component of the working machine and that comprises a pair of shafts (8, 9) that are introduced into the indentations in the coupled condition of the arrangement, a lever with which the shafts (8, 9) are united at a joint in such a manner that they are allowed to move towards and away from each other, a locking mechanism located between the shafts for the displacement of the shafts towards and away from each other, and for introduction of the shafts into the relevant indentation, whereby one of the shafts is united at a joint with a rigid first arm section that is a component of the manoeuvrable arm, the second shaft is united at a joint with a second arm section of the manoeuvrable arm that is mobile relative to the first arm section, and that the lever comprises one or several knee lever joints (18, 19), each one of which demonstrates two levers (20, 21) that are united in a jointed manner at their opposing ends and each one of which is united with one of the said shafts (8, 9) at the end that faces away from each other, a central intermediate region of the parallel shafts (8, 9) form bearing points (30, 32) that are jointed with the first and second arm sections (31, 33) of the manoeuvrable arm, while free external end sections (8A, 9A) of the parallel shafts, the ends that are facing away from each other, will be brought into contact and be located in the pairwise operating indentations (5, 7) in the coupled condition of the arrangement, characterised in that; the locking mechanism comprises one or several control and actuator means that can be activated through remote control and that operate between the levers (20, 21) that are united in a jointed manner by the knee lever joint (18, 19) for the displacement of the shafts (8, 9) from each other to a tension-based interaction with the bottom of the relevant indentation (5, 7).
A method for recovering crude oil from a subterranean formation that is penetrated by at least one injection well and one production well, comprising: injecting a nonionic surfactant in carbon dioxide into the subterranean formation, where the nonionic surfactant has a polydispersity of 1.01 to 1.10 and is prepared by an alkoxylation reaction with a double metal cyanide catalyst of a first epoxide, a second epoxide different than the first epoxide, and a branched aliphatic alcohol having 6 to 8 carbon atoms; and recovering crude oil from the subterranean formation from a production well. injecting a nonionic surfactant in carbon dioxide into the subterranean formation, where the nonionic surfactant has a polydispersity of 1.01 to 1.10 and is prepared by an alkoxylation reaction with a double metal cyanide catalyst of a first epoxide, a second epoxide different than the first epoxide, and a branched aliphatic alcohol having 6 to 8 carbon atoms; and recovering crude oil from the subterranean formation from a production well.
Fastening device for releasably fastening an NMR probe head to an NMR magnet, the main axis of which extends in parallel with a z-direction, comprising a discoid insert which is designed to be pushed from below against a retention system that is arranged on the lower face of the NMR magnet, is rigidly connected to the magnet and is part of the fastening device in order to fasten the NMR probe head, wherein by means of rotating the insert about its disc axis, a rigid mechanical connection can be established between the probe head and the insert and between the insert and the retention system after the NMR probe head has been pushed against the lower face of the insert that is remote from the retention system until the upper end of the probe head comes into contact with the upper end of the retention system, and wherein the discoid insert is designed such that, in addition to a form-fitting connection, a variable-force connection can also be established between the probe head and the retention system, using at least one spring element, characterized in that the probe head is fastenable to the insert by means of a plurality of rigid retaining elements that are each integral, are of an invariable fixed length in each case and are part of the fastening device, the spring element or the spring elements of the insert, and the retaining elements are designed geometrically such that in a first, opened state a connection having mechanical backlash of from 0.5 mm to 5 mm exists between the insert and the retaining elements, the spring element or the spring elements being relaxed, and such that, in a second, closed state a connection without mechanical backlash exists between the insert and the retaining elements, the spring element or spring elements being subject to mechanical tension.
A method of creating a predetermined structure from a diamond bulk, the method comprising: irradiating along a predefined scheme the diamond bulk with at least one laser having a focal point at predetermined locations within the diamond bulk, wherein the laser creates graphitization at the locations where the focal point of the laser engages within the diamond bulk and wherein the locations correspond to a three-dimensional structure; at least one of: moving the diamond bulk to be positioned with the focal point of the laser within the diamond bulk, and moving the at least one laser such that diamond bulk be positioned with the focal point of the laser, along at least one axis, wherein the method is characterized by: forming layers of the 3D structure inside the diamond bulk by moving the diamond bulk with respect to the at least one laser and/or moving the at least one laser with respect to the diamond bulk in at least two axes in accordance with the predefined scheme in order to create a three-dimensional structure and removing of the 3D structure from within the diamond bulk; and extracting the structure from the diamond bulk. irradiating along a predefined scheme the diamond bulk with at least one laser having a focal point at predetermined locations within the diamond bulk, wherein the laser creates graphitization at the locations where the focal point of the laser engages within the diamond bulk and wherein the locations correspond to a three-dimensional structure; at least one of: moving the diamond bulk to be positioned with the focal point of the laser within the diamond bulk, and moving the at least one laser such that diamond bulk be positioned with the focal point of the laser, along at least one axis, wherein the method is characterized by: forming layers of the 3D structure inside the diamond bulk by moving the diamond bulk with respect to the at least one laser and/or moving the at least one laser with respect to the diamond bulk in at least two axes in accordance with the predefined scheme in order to create a three-dimensional structure and removing of the 3D structure from within the diamond bulk; and extracting the structure from the diamond bulk. forming layers of the 3D structure inside the diamond bulk by moving the diamond bulk with respect to the at least one laser and/or moving the at least one laser with respect to the diamond bulk in at least two axes in accordance with the predefined scheme in order to create a three-dimensional structure and removing of the 3D structure from within the diamond bulk; and extracting the structure from the diamond bulk.
A computer-implemented method for forecasting the presence of hydrocarbons in a basin of a geological formation at a location, the method comprising: obtaining a plurality of basin models for the basin; determining a Curie depth at the location; constraining the plurality of basin models based on the Curie depth at the location; and determining the presence of hydrocarbon in the basin by simulating hydrocarbon generation processes and based on the constrained plurality of basin models, wherein constraining comprises: deriving temperature-depth profiles from the plurality of basin models; and eliminating at least one of the plurality of basin models whose temperature-depth profile does not fall within an error band of the Curie depth at the location. obtaining a plurality of basin models for the basin; determining a Curie depth at the location; constraining the plurality of basin models based on the Curie depth at the location; and determining the presence of hydrocarbon in the basin by simulating hydrocarbon generation processes and based on the constrained plurality of basin models, deriving temperature-depth profiles from the plurality of basin models; and eliminating at least one of the plurality of basin models whose temperature-depth profile does not fall within an error band of the Curie depth at the location.
A liposomal amikacin formulation for use in the treatment of a Pseudomonas aeruginosa pulmonary infection in a cystic fibrosis patient for at least two treatment cycles, wherein the liposomal amikacin formulation is nebulized and comprises amikacin encapsulated in a liposome having a lipid component consisting of dipalmitoylphosphatidylcholine (DPPC) and cholesterol, and the liposome lipid component to amikacin ratio is 0.6-0.7:1 (weight/weight), and wherein the treatment cycle comprises an administration period of a therapeutically effective dose of the nebulized liposomal amikacin of 20 to 35 days, followed by an off-period of 15 to 75 days, and is followed at least twice and wherein the effective dose consists of 100 to 2500 mg of amikacin daily during the administration period.
A method for expanding a mobile device with a flexible display, comprising: slide-engaging first and second housing parts of an expandable mobile device relative to each other to extend and retract the expandable mobile device into a retracted and an extended position of the device; retracting a flexible display into an interior of the expandable mobile device when the second housing part slides into the first housing part; bending the flexible display around a fixed radius to position a first section of the flexible display parallel to a second section of the flexible display in the retracted position of the expandable mobile device; bending the flexible display through a one-hundred and eighty degree (180°) bend that positions the first section of the flexible display parallel to the second section of the flexible display; and positioning the first support plate adjacent the second support plate in an extended position of the expandable mobile device; characterized by supporting the first section of the flexible display with the first support plate in both the retracted and the extended position; and supporting the second section of the flexible display with the second support plate in the extended position, wherein an end of the first support plate is positioned adjacent to an end of the second support plate to provide a rigid support surface for the flexible display in the extended position. slide-engaging first and second housing parts of an expandable mobile device relative to each other to extend and retract the expandable mobile device into a retracted and an extended position of the device; retracting a flexible display into an interior of the expandable mobile device when the second housing part slides into the first housing part; bending the flexible display around a fixed radius to position a first section of the flexible display parallel to a second section of the flexible display in the retracted position of the expandable mobile device; bending the flexible display through a one-hundred and eighty degree (180°) bend that positions the first section of the flexible display parallel to the second section of the flexible display; and positioning the first support plate adjacent the second support plate in an extended position of the expandable mobile device; supporting the first section of the flexible display with the first support plate in both the retracted and the extended position; and supporting the second section of the flexible display with the second support plate in the extended position, wherein an end of the first support plate is positioned adjacent to an end of the second support plate to provide a rigid support surface for the flexible display in the extended position.
A power tool, comprising: a housing having an electronically commutated motor disposed therein; the motor having a rotor and a stator, the rotor having permanent magnets, the stator having a lamination stack and windings wound therein; the rotor having a shaft, the power tool characterized by a sense magnet tray of electrically insulative material affixed to the shaft of the rotor in proximity to a sensor disposed in the housing, the sensor axially spaced from the sense magnet tray, a sense magnet affixed to the sense magnet tray, the sense magnet tray having a circumferential skirt that extends around an outer edge of the sense magnet, the skirt having a height at least equal to a height of the sense magnet; wherein a shortest uninsulated path between the sense magnet and a closest conductive part of the rotor is along a serpentine path that runs from the sense magnet, along an outer surface of the circumferential skirt and along a bottom of the sense magnet tray. a housing having an electronically commutated motor disposed therein; the motor having a rotor and a stator, the rotor having permanent magnets, the stator having a lamination stack and windings wound therein; the rotor having a shaft, the power tool characterized by a sense magnet tray of electrically insulative material affixed to the shaft of the rotor in proximity to a sensor disposed in the housing, the sensor axially spaced from the sense magnet tray, a sense magnet affixed to the sense magnet tray, the sense magnet tray having a circumferential skirt that extends around an outer edge of the sense magnet, the skirt having a height at least equal to a height of the sense magnet; wherein a shortest uninsulated path between the sense magnet and a closest conductive part of the rotor is along a serpentine path that runs from the sense magnet, along an outer surface of the circumferential skirt and along a bottom of the sense magnet tray.