mhurhangee/ep-ind-claims huggingface dataset:
A light-emitting device, comprising a semiconductor component which emits UV-A or blue primary radiation and has a radiant flux of ≥ 4 Wopt/mm 2, and a converter material that predominantly contains a material that is selected from the list containing: ALn 1-x- yEu x M 2 O 8:RE y (Ln 1-x-y Eu x) 2 MO 6:RE 2y (Ln 1-x-y Eu x) 2 M 2 O 9:RE 2y (Ln 1-x-y Eu x) 2 M 3 O 12:RE 2y (Ln 1-x-y Eu x) 2 M 4 O 15:RE 2y (Ln 1-x-y Eu x) 6 MO 12:RE 6y (AE 1-2x-y Eu x A x+y) 3 MO 6:RE 3y A 3 AE 2 (Ln 1-x-y Eu x)3(MO 4) 8:RE y or mixtures thereof, wherein, for each structure, independently of one another, A denotes an alkaline earth metal, i.e. selected from the group lithium, sodium, potassium, rubidium, cesium, or mixtures thereof, AE denotes an alkaline earth metal, i.e. selected from the group containing magnesium, calcium, strontium, barium, or mixtures thereof, Ln denotes a rare earth metal selected from the group containing scandium, yttrium, lanthanum, gadolinium, and lutetium, or mixtures thereof, M denotes molybdenum, tungsten, or mixtures thereof, and RE denotes a rare earth metal selected from the group terbium, dysprosium, praseodymium, where 0 < x ≤ 1 and 0 ≤ y ≤ 0.05. ALn 1-x- yEu x M 2 O 8:RE y (Ln 1-x-y Eu x) 2 MO 6:RE 2y (Ln 1-x-y Eu x) 2 M 2 O 9:RE 2y (Ln 1-x-y Eu x) 2 M 3 O 12:RE 2y (Ln 1-x-y Eu x) 2 M 4 O 15:RE 2y (Ln 1-x-y Eu x) 6 MO 12:RE 6y (AE 1-2x-y Eu x A x+y) 3 MO 6:RE 3y A 3 AE 2 (Ln 1-x-y Eu x)3(MO 4) 8:RE y
Centrifuge for separating solid matter from a liquid, in particular from a lubricating oil of an internal combustion engine, with a centrifuge housing and a centrifuge rotor comprising a rotor shaft, which is rotatably mounted in the centrifuge housing, which is drivable by means of a separate drive and which is formed partially as a hollow shaft, and with a centrifuging drum, being rotatable with the rotor shaft, the centrifuging drum comprises an interior space being suppliable with the liquid to be separated via a cavity of the hollow shaft, wherein the centrifuging drum is provided with at least one outflow opening for liquid to flow out of the interior space, and the centrifuging drum comprises a drum lower part and a drum upper part which bears loosely against said drum lower part, and wherein for self-emptying of the interior space, the drum lower part and drum upper part are spaced apart from one another by means of a disengagement mechanism and are rotatable with the rotor shaft, characterized in that the drum upper part is guided in an axially movable manner on the rotor shaft and is movable by means of the disengagement mechanism parallel to the rotor axis into an open position in which the drum lower part and drum upper part are spaced apart from one another, wherein a pressure-exerting mechanism for increasing the pressure forces between the drum upper part and drum lower part in the closed state of the centrifuging drum engages on the drum upper part, which pressure-exerting mechanism comprises pressure-force-generating means being controlled by centrifugal force.
A video recording and playback equipment which receives a file from the outside and records the file of a predetermined file format containing video data and metadata accompanying said video data including information about at least an identification tag to identify said video data and data size of said video data, and which plays said video data, said video recording and playback equipment, comprising: a receiver configured to receive said file from the outside; and a decoder configured to play said video data from said file with reference to a playback information table which stores a location where said video data is stored in said file, wherein said location is expressed by a head position and a data size of said video data in the file or wherein said location is expressed by a head position and an end position of said video data in the file; characterized in that said equipment further comprises an analyzer configured to analyze said location where said video data is stored in said file received by said receiver with reference to said identification tag of said video data and said data size of said video data; said playback information table configured to memorize said location analyzed by said analyzer as said playback information; and a program data memory configured to memorize said file received by said receiver without changing said predetermined file format. a receiver configured to receive said file from the outside; and a decoder configured to play said video data from said file with reference to a playback information table which stores a location where said video data is stored in said file, wherein said location is expressed by a head position and a data size of said video data in the file or wherein said location is expressed by a head position and an end position of said video data in the file; characterized in that said equipment further comprises an analyzer configured to analyze said location where said video data is stored in said file received by said receiver with reference to said identification tag of said video data and said data size of said video data; said playback information table configured to memorize said location analyzed by said analyzer as said playback information; and a program data memory configured to memorize said file received by said receiver without changing said predetermined file format.
Assembly for a ferrule of an axial turbomachine with a rotor, including an inlet ferrule for a compressor of the turbomachine, the assembly comprising a ferrule (28; 30; 128; 328; 428) with an annular layer of abradable material (32; 132; 232; 332; 432) able to cooperate by abrasion with the rotor of the turbomachine, characterised in that it further comprises a heater module (38; 138; 238; 338; 438) of the layer of abradable material (32; 132; 232; 332; 432) aimed at opposing the presence of frost on the ferrule (28; 30; 128; 328; 428).
Final-die device for shaping extruded rubber compounds to form an overall rubber element, comprising a first flow channel, wherein - the final-die device has two, three, four, five, six or more vertically displaceable components in the first flow channel, wherein a plurality of the displaceable components have in a cross section along the direction of extrusion a U shape suitable for vertical guidance of the vertically displaceable components, wherein a plurality or each of the displaceable components has/have in a cross section along the direction of extrusion a U shape suitable for vertical guidance of the vertically displaceable components, wherein the vertically displaceable components have in the U shape two straight legs in the same direction of extent and the two straight legs are connected to one another on the underside by a connecting piece, characterized in that the two straight legs are arranged such that the two straight legs of the vertically displaceable components in the U shape lie one behind the other in the direction of extrusion. - the final-die device has two, three, four, five, six or more vertically displaceable components in the first flow channel, wherein a plurality of the displaceable components have in a cross section along the direction of extrusion a U shape suitable for vertical guidance of the vertically displaceable components,
Piston of an internal combustion engine, having an upper part with a ring zone and a piston skirt which adjoins the upper part, at least one space being made in the piston, in which space a coolant is filled, the coolant being filled into a coolant container and the coolant container being inserted into the at least one space in the piston, characterized in that the coolant container is of elongate and cylindrical configuration and its longitudinal axis runs through a dome of a combustion chamber recess of the piston.
Measuring body of a pneumatic measuring device for measuring a workpiece, comprising a base element in which a first flow channel is formed for connecting a compressed air source to a measuring nozzle, the first flow channel having at least one cross-sectional constriction in a narrowed area, and comprising a second flow channel (18,18') for connecting the narrowed area to a transducer, characterised in that the base element is designed to be divided (20, 22) in axial direction at least in the narrowed area.
Spring hinge part for a spectacle frame, with - a receiving element having a longitudinal axis, wherein - the receiving element has an end face, wherein - starting from the end face a receiving recess extends into an interior of the receiving element, wherein - the receiving recess is bounded along an imaginary circumferential line at least in regions by a wall of the receiving element and is bounded in the interior of the receiving element by a floor, wherein - two hinge arms (19, 19'), which are spaced apart from one another perpendicularly to the longitudinal axis, extend from the end face away from the receiving recess and have mutually aligned hinge bores (21, 21') for receiving a hinge axis, wherein - a spring element is arranged in the receiving recess, which spring element is supported in the receiving recess on the one hand against the floor and on the other hand against a first end of a plunger which can be displaced in the longitudinal direction in the receiving recess, wherein - the plunger protrudes with a second end from the receiving recess and is arranged between the hinge arms (19, 19'), characterised in that - the wall of the receiving element has, at a distance from the end face in the direction of the floor, a deformation introduced into the wall after the plunger has been arranged in the receiving recess, so that - the deformation of the wall projects radially into the receiving recess and forms a stop for the plunger. - a receiving element having a longitudinal axis, wherein - the receiving element has an end face, wherein - starting from the end face a receiving recess extends into an interior of the receiving element, wherein - the receiving recess is bounded along an imaginary circumferential line at least in regions by a wall of the receiving element and is bounded in the interior of the receiving element by a floor, wherein - two hinge arms (19, 19'), which are spaced apart from one another perpendicularly to the longitudinal axis, extend from the end face away from the receiving recess and have mutually aligned hinge bores (21, 21') for receiving a hinge axis, wherein - a spring element is arranged in the receiving recess, which spring element is supported in the receiving recess on the one hand against the floor and on the other hand against a first end of a plunger which can be displaced in the longitudinal direction in the receiving recess, wherein - the plunger protrudes with a second end from the receiving recess and is arranged between the hinge arms (19, 19'), - the wall of the receiving element has, at a distance from the end face in the direction of the floor, a deformation introduced into the wall after the plunger has been arranged in the receiving recess, so that - the deformation of the wall projects radially into the receiving recess and forms a stop for the plunger.
A computer implemented method for storing and retrieving data elements in a computer memory, the method comprising: configuring, by a processor, the computer memory according to a data structure, the data structure including: a data element array including a plurality of sorted data elements, each data element associated with a position in the data element array; and a cluster element array including one or more cluster elements, each cluster element defined by one of one data element from the data element array or a plurality of continuous data elements from the data element array, wherein each cluster element is associated with a cluster code for determining the position of one or more data elements in the data element array, the cluster code correlating each data element defining the cluster element with the position of the data element in the data element array, and characterized in that the cluster code of a cluster element is determined as the difference between the first data element associated with the cluster element and the position in the data element array where the first data element is stored, wherein the data structure is associated with an increment, and wherein two data elements adjacently positioned in the data element array are continuous if a difference between the data elements is equal to the increment.. configuring, by a processor, the computer memory according to a data structure, the data structure including: a data element array including a plurality of sorted data elements, each data element associated with a position in the data element array; and a cluster element array including one or more cluster elements, each cluster element defined by one of one data element from the data element array or a plurality of continuous data elements from the data element array, a data element array including a plurality of sorted data elements, each data element associated with a position in the data element array; and a cluster element array including one or more cluster elements, each cluster element defined by one of one data element from the data element array or a plurality of continuous data elements from the data element array, wherein each cluster element is associated with a cluster code for determining the position of one or more data elements in the data element array, the cluster code correlating each data element defining the cluster element with the position of the data element in the data element array, and characterized in that the cluster code of a cluster element is determined as the difference between the first data element associated with the cluster element and the position in the data element array where the first data element is stored, wherein the data structure is associated with an increment, and wherein two data elements adjacently positioned in the data element array are continuous if a difference between the data elements is equal to the increment..
An unmanned vehicle for delivering an article, comprising: a housing portion for housing the article, the housing portion having an opening portion for receiving the article and being provided with an openable and closable door, the door being closeable on the opening portion; characterized in that the unmanned vehicle further comprises: a wind identification unit configured to identify a direction of wind blown onto the unmanned vehicle; and a door closing suppression unit configured to, on the basis of the identified direction of the wind, suppress closing of the door, opened when the unmanned vehicle is stopped, due to an influence of the wind; wherein the door closing suppression unit is configured to control the unmanned vehicle, on the basis of the identified direction of the wind, so as to achieve a vehicle direction for suppressing closing of the door, opened when the unmanned vehicle is stopped, due to the influence of the wind. a housing portion for housing the article, the housing portion having an opening portion for receiving the article and being provided with an openable and closable door, the door being closeable on the opening portion; characterized in that the unmanned vehicle further comprises: a wind identification unit configured to identify a direction of wind blown onto the unmanned vehicle; and a door closing suppression unit configured to, on the basis of the identified direction of the wind, suppress closing of the door, opened when the unmanned vehicle is stopped, due to an influence of the wind; wherein the door closing suppression unit is configured to control the unmanned vehicle, on the basis of the identified direction of the wind, so as to achieve a vehicle direction for suppressing closing of the door, opened when the unmanned vehicle is stopped, due to the influence of the wind. a wind identification unit configured to identify a direction of wind blown onto the unmanned vehicle; and a door closing suppression unit configured to, on the basis of the identified direction of the wind, suppress closing of the door, opened when the unmanned vehicle is stopped, due to an influence of the wind; wherein the door closing suppression unit is configured to control the unmanned vehicle, on the basis of the identified direction of the wind, so as to achieve a vehicle direction for suppressing closing of the door, opened when the unmanned vehicle is stopped, due to the influence of the wind.
A communications terminal for communicating data packets to or from a mobile communications network via a radio access interface, the mobile communications network comprising a radio network part and a core network part, wherein the communications terminal is configured, when in an idle state, to communicate a short message data packet to the radio network part as a signalling message using predetermined parameters for configuring at least a physical layer of a transmitter of the communications terminal, the short message data packet including an indication of context information for use by the mobile communications network for communicating the short message data packet to a mobility manager of the mobile communications network.
A method for adding an application icon to a folder, comprising: dragging the folder in a touch interface of a terminal (step 11); during dragging of the folder, when an event of tapping a capture area of the folder is detected, determining whether the capture area of the folder comprises an application icon, wherein the event is an event used to trigger moving of the application icon from the outside of the folder to the folder, wherein the application icon remains static during dragging of the folder until being moved to the folder in response to said event, and the capture area of the folder is an area that is determined according to a location of the folder in the touch interface and whose size is within a preset range or the capture area of the folder is an area marked by a user in the touch interface (step 12); and when an application icon exists in coverage of the capture area of the folder, moving the application icon in the capture area of the folder from the outside of the folder to the folder (step 13). dragging the folder in a touch interface of a terminal (step 11); during dragging of the folder, when an event of tapping a capture area of the folder is detected, determining whether the capture area of the folder comprises an application icon, wherein the event is an event used to trigger moving of the application icon from the outside of the folder to the folder, wherein the application icon remains static during dragging of the folder until being moved to the folder in response to said event, and the capture area of the folder is an area that is determined according to a location of the folder in the touch interface and whose size is within a preset range or the capture area of the folder is an area marked by a user in the touch interface (step 12); and when an application icon exists in coverage of the capture area of the folder, moving the application icon in the capture area of the folder from the outside of the folder to the folder (step 13).
A method for manufacturing an investment casting core from a metallic blank having a thickness between parallel first and second faces (104,102) less than a width and length transverse thereto, the method comprising: locally thinning the blank from at least one of the first and second faces (104,102), wherein the locally thinning comprises machining, into the first face, a downstream-tapering portion; and through-cutting the blank across the thickness, characterised in that: the locally thinning further comprises machining, into the first face, a straight flat portion downstream of the tapering portion, and leaving a thicker portion downstream of the flat portion. locally thinning the blank from at least one of the first and second faces (104,102), wherein the locally thinning comprises machining, into the first face, a downstream-tapering portion; and through-cutting the blank across the thickness, characterised in that: the locally thinning further comprises machining, into the first face, a straight flat portion downstream of the tapering portion, and leaving a thicker portion downstream of the flat portion. the locally thinning further comprises machining, into the first face, a straight flat portion downstream of the tapering portion, and leaving a thicker portion downstream of the flat portion.
A security device comprising a paper substrate having opposing planar surfaces, wherein the substrate has marks printed on only one surface, the marks being visible from the printed surface and from an opposing surface of the substrate; wherein the paper substrate is a tissue paper substrate having a thickness ranging from about 15 to about 40 microns, a density ranging from about 0.3 to about 1.0 gram per cubic centimeter, and a basis weight ranging from about 5 to about 30 grams per square meter.
A method performed by a first network function, comprising: receiving a message from a second network function comprising created or updated one or more session rules and/or Policy and Charging Control, PCC, rules; determining whether to terminate a packet data unit, PDU, session based on a failure of enforcement of the session rules and/or the PCC rules; and characterized in that: when determining to terminate the PDU session based on the failure, sending, to the second network function, a policy control delete message which comprises information indicating that the PDU session is terminated due to session rule and/or PCC rule failure; wherein the the policy control delete message comprises a PduSessionRelCause IE with a value indicating the session rule and/or PCC rule failure. receiving a message from a second network function comprising created or updated one or more session rules and/or Policy and Charging Control, PCC, rules; determining whether to terminate a packet data unit, PDU, session based on a failure of enforcement of the session rules and/or the PCC rules; and characterized in that: when determining to terminate the PDU session based on the failure, sending, to the second network function, a policy control delete message which comprises information indicating that the PDU session is terminated due to session rule and/or PCC rule failure; wherein the the policy control delete message comprises a PduSessionRelCause IE with a value indicating the session rule and/or PCC rule failure. when determining to terminate the PDU session based on the failure, sending, to the second network function, a policy control delete message which comprises information indicating that the PDU session is terminated due to session rule and/or PCC rule failure; wherein the the policy control delete message comprises a PduSessionRelCause IE with a value indicating the session rule and/or PCC rule failure.
Method for coupling a rotating device, in particular a steam turbine, and a shaft device, in particular a gas turbine, having the following steps: - Detecting a differential angle between the shaft device and rotating device; - Detecting a differential speed between the shaft device and rotating device; characterized by the following steps: - Predicting a coupling angle at which the rotating device and shaft device would be coupled if the rotating device were accelerated with a known acceleration up to the start of the coupling process; - Comparing the predicted coupling angle with a target coupling angle and calculating therefrom a setpoint acceleration in such a way that the predicted coupling angle corresponds to the target coupling angle. - Detecting a differential angle between the shaft device and rotating device; - Detecting a differential speed between the shaft device and rotating device; - Predicting a coupling angle at which the rotating device and shaft device would be coupled if the rotating device were accelerated with a known acceleration up to the start of the coupling process; - Comparing the predicted coupling angle with a target coupling angle and calculating therefrom a setpoint acceleration in such a way that the predicted coupling angle corresponds to the target coupling angle.