mhurhangee/ep-ind-claims huggingface dataset:
A method for tilting a graphical user interface displayed on a display of a computing device, the display having a planar arrangement defined by an X-axis and a Y-axis, the method comprising: displaying a first view of the graphical user interface; receiving an input indicating a tilt of the computing device, the tilt including a component of rotation around at least one of the X-axis or the Y-axis of the display; applying the tilt to the first view to generate a tilted view of the graphical user interface in response to the input; displaying the tilted view of the graphical user interface, the tilted view including at least one graphical element that was not displayed in the first view, wherein the graphical user interface depicts a 3-dimensional environment including a Z-axis orthogonal to the display, wherein the first view includes in the background a first element with a first Z component and in the foreground a second element with a second Z component; the method further comprising depicting parallax between the first element and the second element as the graphical user interface changes between the first view and the tilted view and wherein the at least one graphical element is displayed in the tilted view within a same plane as the second element and in front of the first element. displaying a first view of the graphical user interface; receiving an input indicating a tilt of the computing device, the tilt including a component of rotation around at least one of the X-axis or the Y-axis of the display; applying the tilt to the first view to generate a tilted view of the graphical user interface in response to the input; displaying the tilted view of the graphical user interface, the tilted view including at least one graphical element that was not displayed in the first view, wherein the graphical user interface depicts a 3-dimensional environment including a Z-axis orthogonal to the display, wherein the first view includes in the background a first element with a first Z component and in the foreground a second element with a second Z component; the method further comprising depicting parallax between the first element and the second element as the graphical user interface changes between the first view and the tilted view and wherein the at least one graphical element is displayed in the tilted view within a same plane as the second element and in front of the first element.
An additively manufactured dental crown, comprising: a wall (32, 58) having a bottom edge; and an occlusal portion joined with the wall (32, 58) opposite the bottom edge, the wall (32, 58) and the occlusal portion forming an interior surface and an opposing exterior surface, wherein a thinnest portion of the wall (32, 58) has a thickness of less than 300 microns, wherein the wall (32, 58) and the occlusal portion both comprise an additively manufacturable material, characterized in that the wall includes a first slot extending fully through the wall and joined with the bottom edge, and a second slot extending fully through the wall and joined with the first slot opposite the bottom edge. a wall (32, 58) having a bottom edge; and an occlusal portion joined with the wall (32, 58) opposite the bottom edge, the wall (32, 58) and the occlusal portion forming an interior surface and an opposing exterior surface, wherein a thinnest portion of the wall (32, 58) has a thickness of less than 300 microns, wherein the wall (32, 58) and the occlusal portion both comprise an additively manufacturable material, characterized in that the wall includes a first slot extending fully through the wall and joined with the bottom edge, and a second slot extending fully through the wall and joined with the first slot opposite the bottom edge.
Coupling apparatus for a gearshift lever of a motor vehicle gearshift lever apparatus, the coupling apparatus comprising a movable sliding element with a receptacle for receiving a section of the gearshift lever; and a guide for guiding a two-dimensional movement of the sliding element, the guide having at least one guide element, with which the sliding element is in engagement; and it being possible, in the engaged state, for the sliding element to be moved along two movement axes (A, B), which are different from one another, with respect to the at least one guide element, characterized in that the guide has a further guide element, with which the sliding element is in engagement, the guide element and the further guide element being arranged so as to lie opposite one another with the sliding element being positioned in between.
A barrier element of a vehicle restraint system, comprising a concrete body, wherein at least one tension element is arranged in the concrete body, wherein the at least one tension element is connected to at least one coupling part (21, 22) which projects at least partially from the concrete body, wherein the at least one tension element and the at least one coupling part (21, 22) are interconnected by means of an interlocking connection, wherein for the interlocking connection the least one coupling part (21,22) comprises a leadthrough opening (31, 32), wherein the at least one tension element is guided through the leadthrough opening (31, 32), characterized in that the at least one coupling part (21, 22) has a curved tension element guide support which adjoins the leadthrough opening (31, 32), and that the tension element guide support has a radius of curvature of at least 1 cm.
A quality of service (QoS) control method applied to a session management function, and the SMF is responsible for session management, the method comprising: determining, by the SMF, indication information related to a QoS of a session when establishing the session for a user equipment, wherein the SMF transmits session type indicating that the session is used for transferring unstructured data, and the unstructured data is non-IP data packets; and transmitting, by the SMF, the indication information to a target node, and determining, by the target node, the QoS corresponding to the session according to the indication information. determining, by the SMF, indication information related to a QoS of a session when establishing the session for a user equipment, wherein the SMF transmits session type indicating that the session is used for transferring unstructured data, and the unstructured data is non-IP data packets; and transmitting, by the SMF, the indication information to a target node, and determining, by the target node, the QoS corresponding to the session according to the indication information.
A cooking apparatus, comprising: - an external case; - a cooking cavity positioned within the external case; - a rear space located behind the cooking cavity, wherein an inlet is provided at the rear space; - an upper space located over the cooking cavity; - a lateral space located at at least one lateral side of the cooking cavity; and - a lower space located below the cooking cavity; - a cooling flow path in which cooling air flows from the inlet in an upward direction through the rear space, from the rear space into the upper space and the lateral space and consecutively in a downward direction in the lower space, to an outlet provided at the lower space; characterized in that the cooking apparatus further comprises: - a rear frame coupled to rear surface of the cooking cavity so as to partition the rear space from the lower space, the lateral space and the upper space, wherein the rear frame includes a first opening that provides for communication between the rear space and the upper space, and a second opening that provides for communication between the rear space and the lateral space,; - wherein the cooling flow path extends from the rear space into the upper space through the first opening and extends from the rear space into the lateral space through the second opening. - an external case; - a cooking cavity positioned within the external case; - a rear space located behind the cooking cavity, wherein an inlet is provided at the rear space; - an upper space located over the cooking cavity; - a lateral space located at at least one lateral side of the cooking cavity; and - a lower space located below the cooking cavity; - a cooling flow path in which cooling air flows from the inlet in an upward direction through the rear space, from the rear space into the upper space and the lateral space and consecutively in a downward direction in the lower space, to an outlet provided at the lower space; characterized in that the cooking apparatus further comprises: - a rear frame coupled to rear surface of the cooking cavity so as to partition the rear space from the lower space, the lateral space and the upper space, wherein the rear frame includes a first opening that provides for communication between the rear space and the upper space, and a second opening that provides for communication between the rear space and the lateral space,; - wherein the cooling flow path extends from the rear space into the upper space through the first opening and extends from the rear space into the lateral space through the second opening. - a rear frame coupled to rear surface of the cooking cavity so as to partition the rear space from the lower space, the lateral space and the upper space, wherein the rear frame includes a first opening that provides for communication between the rear space and the upper space, and a second opening that provides for communication between the rear space and the lateral space,; - wherein the cooling flow path extends from the rear space into the upper space through the first opening and extends from the rear space into the lateral space through the second opening.
Electric power converter for a rail vehicle, comprising: - a first electromagnetic component capable of participating in the conversion of the electric current, - a heat source element, separate from the first electromagnetic component, and - a cooling circuit comprising: ∘ a two-phase heat transfer fluid, ∘ a loop for circulation of the heat transfer fluid, comprising: ▪ a first heat exchanger applied to said first electromagnetic component, ▪ a second heat exchanger capable of evacuating the heat from the heat transfer fluid outside the cooling circuit, and ▪ means for placing the first heat exchanger in fluidic communication with the second heat exchanger, and ∘ means for circulating the heat transfer fluid in the cooling loop, characterised in that the cooling circuit is adapted to cool the heat source element, and in that the circulating means comprise at least one capillary evaporator (60A, 60B, 60C, 60D) through which the heat transfer fluid passes and which is applied to the heat source element, the heat transfer fluid circulating in the cooling loop under the effect of the pressure generated at the liquid/vapour interface in the or each capillary evaporator (60A, 60B, 60C, 60D). - a first electromagnetic component capable of participating in the conversion of the electric current, - a heat source element, separate from the first electromagnetic component, and - a cooling circuit comprising: ∘ a two-phase heat transfer fluid, ∘ a loop for circulation of the heat transfer fluid, comprising: ▪ a first heat exchanger applied to said first electromagnetic component, ▪ a second heat exchanger capable of evacuating the heat from the heat transfer fluid outside the cooling circuit, and ▪ means for placing the first heat exchanger in fluidic communication with the second heat exchanger, and ∘ means for circulating the heat transfer fluid in the cooling loop, characterised in that the cooling circuit is adapted to cool the heat source element, and in that the circulating means comprise at least one capillary evaporator (60A, 60B, 60C, 60D) through which the heat transfer fluid passes and which is applied to the heat source element, the heat transfer fluid circulating in the cooling loop under the effect of the pressure generated at the liquid/vapour interface in the or each capillary evaporator (60A, 60B, 60C, 60D). ∘ a two-phase heat transfer fluid, ∘ a loop for circulation of the heat transfer fluid, comprising: ▪ a first heat exchanger applied to said first electromagnetic component, ▪ a second heat exchanger capable of evacuating the heat from the heat transfer fluid outside the cooling circuit, and ▪ means for placing the first heat exchanger in fluidic communication with the second heat exchanger, and ▪ a first heat exchanger applied to said first electromagnetic component, ▪ a second heat exchanger capable of evacuating the heat from the heat transfer fluid outside the cooling circuit, and ▪ means for placing the first heat exchanger in fluidic communication with the second heat exchanger, and ∘ means for circulating the heat transfer fluid in the cooling loop,
Piston-cylinder assembly for use in a hydraulic system for activing a clutch in a motor vehicle with a piston which is assigned in an axially movable fashion in a cylinder, wherein an inductive sensor is arranged on the cylinder, said inductive sensor having at least one primary coil for generating a magnetic field and at least two secondary coils (,) which are arranged within the primary coil and have the purpose of sensing the target positions, wherein the coil axes are arranged perpendicularly with respect to the direction of movement of the piston, and the secondary coils are embodied with crossed windings, wherein a first secondary coil is embodied in such a way that a first loop covers approximately a quarter of the sensor length, a second loop adjoining said first loop covers approximately half the sensor length, and a third loop adjoining said second loop covers approximately the remaining quarter of the sensor length wherein a second secondary coil is embodied in such a way that a first loop covers approximately the first half of the sensor length and a second loop covers approximately the second half of the sensor length, characterized in that at least two targets composed of an electrically conductive material are arranged on the piston, wherein the targets are spaced apart axially from one another, and the targets have different electrical conductivity and/or different magnitudes, and the sensor has at least one assignment coil which extends over the entire sensor length, is arranged in the interior of the primary coil and does not have any crossovers.
A method of operating a communications network, the network comprising: a plurality of base stations (200, 201, 300, 301); the base stations having respective areas of coverage (210, 310), and one or more mobile terminals; each base station being operable to generate and broadcast time value signals, and each defining a respective reference time for operation of the respective base station; the method comprising the steps of: i) at a first base station, transmitting a time value signal to a mobile terminal when the mobile terminal is in communication with the first base station, such that the mobile terminal can be synchronised to the reference time associated with the first base station; ii) at a second base station, receiving a time value signal from said mobile terminal defining the first reference time, and iii) at the second base station, generating a third reference time derived from the first reference time defined in the time value signal received from the mobile terminal and the second reference time currently used for operation of the second base station, and resynchronising operation of the second base station to the third reference time, characterised in that the second base station receives the time value from the mobile terminal when the mobile terminal is no longer in communication with the first base station and subsequently establishes communication with the second base station, and the third reference time differs from the first reference time by a value TSF which is a predetermined fraction, between zero and 1 inclusive, of the difference between the first and second reference times, and wherein one or more source base stations (200, 201) in the network determine their second reference time from a source independent of the time value signals received from the mobile terminals, and have the value TSF set to zero, so that mobile terminals become synchronised with the independent source when paired with the source base stations. i) at a first base station, transmitting a time value signal to a mobile terminal when the mobile terminal is in communication with the first base station, such that the mobile terminal can be synchronised to the reference time associated with the first base station; ii) at a second base station, receiving a time value signal from said mobile terminal defining the first reference time, and iii) at the second base station, generating a third reference time derived from the first reference time defined in the time value signal received from the mobile terminal and the second reference time currently used for operation of the second base station, and resynchronising operation of the second base station to the third reference time,
Method to obtain a capacitive voltage sensor by a conductor device of electrical current, in which said conductor device extends along a longitudinal axis and comprises: - providing a conductor body which extends along the longitudinal axis, - providing at least one layer of insulating material which extends along the longitudinal axis and overlying said conductor body, - providing at least one layer of semiconductive material which extends along the longitudinal axis and overlying said layer of insulating material, wherein a groove having a closed-line path is executed in the layer of semiconductive material in order to form from said layer of semiconductive material a first portion and a second portion, said first portion is electrically disconnected and electrically isolated with respect to said second portion, said first portion overlies said layer of insulating material, characterised in that said second portion maintains conductive axial continuity along said layer of the semiconductive material, and said first portion has a shape like a two-dimensional geometrical figure bounded by the closed-line path of the groove. - providing a conductor body which extends along the longitudinal axis, - providing at least one layer of insulating material which extends along the longitudinal axis and overlying said conductor body, - providing at least one layer of semiconductive material which extends along the longitudinal axis and overlying said layer of insulating material, a groove having a closed-line path is executed in the layer of semiconductive material in order to form from said layer of semiconductive material a first portion and a second portion, said first portion is electrically disconnected and electrically isolated with respect to said second portion, said first portion overlies said layer of insulating material, characterised in that said second portion maintains conductive axial continuity along said layer of the semiconductive material, and said first portion has a shape like a two-dimensional geometrical figure bounded by the closed-line path of the groove.
An ultrasonic generator for driving an ultrasonic surgical instrument comprising an end effector, an ultrasonic blade, and an ultrasonic transducer acoustically coupled to the ultrasonic blade, the ultrasonic transducer configured to ultrasonically oscillate the ultrasonic blade in response to a drive signal, the ultrasonic generator comprising: a control circuit coupled to the ultrasonic transducer, the control circuit configured to: apply the drive signal to the ultrasonic transducer; measure a complex impedance of the ultrasonic transducer; compare the complex impedance to a plurality of reference complex impedance patterns, each of the plurality of reference complex impedance patterns corresponding to a state of the end effector, and wherein each of the plurality of reference complex impedance patterns comprises a fitted curve of data points of the reference complex impedance pattern; and determine the state of the end effector according to which of the plurality of reference complex impedance patterns the complex impedance corresponds. apply the drive signal to the ultrasonic transducer; measure a complex impedance of the ultrasonic transducer; compare the complex impedance to a plurality of reference complex impedance patterns, each of the plurality of reference complex impedance patterns corresponding to a state of the end effector, and wherein each of the plurality of reference complex impedance patterns comprises a fitted curve of data points of the reference complex impedance pattern; and determine the state of the end effector according to which of the plurality of reference complex impedance patterns the complex impedance corresponds.
Device for removing insulation from wires and/or profiles with a paint or plastics coating, having a receiving portion for receiving the ends of the wires and/or profiles which are intended to have insulation removed, at least one induction coil in the region of the receiving portion for the inductive production of heat in order to evaporate or thermally remove the coating of the wires and/or profiles inside the receiving portion, wherein the device is characterised by at least one suction hose which is connected to the receiving portion for suction of the evaporated or thermally removed coating of the wires and/or profiles in the region of the receiving portion, a compressed air hose for supplying compressed air to the receiving portion in order to cool the heated ends of the wires and/or profiles and to remove residues of the coating in the region of the receiving portion, wherein reduction units are provided so as to be able to be introduced in the receiving portion in order to reduce the inner diameter of the receiving portion.