mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: under the control of a computing device configured with executable instructions, detecting input into an input device of the computing device indicating a command to open a data file, the data file accessible using at least one application installed on the computing device and the data file having a corresponding file type; determining, using an operating system installed on the computing device, that a default application associated with the corresponding file type is a location determination application; executing the location determination application as the default application for the file type; determining, using the location determination application and based on a policy associated with the file type, whether the data file is to be opened locally using the at least one application installed on the computing device or in a virtual computing environment distinct from the environment of the computing device; based on determining that the data file is to be opened in the virtual computing environment, providing the data file to the virtual computing environment; and transmitting one or more executable instructions to cause the virtual computing environment to launch an appropriate application usable to open the data file within the virtual computing environment. detecting input into an input device of the computing device indicating a command to open a data file, the data file accessible using at least one application installed on the computing device and the data file having a corresponding file type; determining, using an operating system installed on the computing device, that a default application associated with the corresponding file type is a location determination application; executing the location determination application as the default application for the file type; determining, using the location determination application and based on a policy associated with the file type, whether the data file is to be opened locally using the at least one application installed on the computing device or in a virtual computing environment distinct from the environment of the computing device; based on determining that the data file is to be opened in the virtual computing environment, providing the data file to the virtual computing environment; and transmitting one or more executable instructions to cause the virtual computing environment to launch an appropriate application usable to open the data file within the virtual computing environment.
A method of assembling a refrigerant system comprising the steps of: 1) providing a modular subassembly of a compressor (20;198) and associated valves (100;101;102) mounted outwardly of a shell for said compressor, wherein the valves include a discharge valve, a suction modulation valve and a vapor/liquid injection valve, said modular subassembly being manufactured at a first location; and 2) transporting said modular subassembly to a final assembly location where a refrigerant system is being assembled, and connecting said modular subassembly within the refrigerant system. 1) providing a modular subassembly of a compressor (20;198) and associated valves (100;101;102) mounted outwardly of a shell for said compressor, wherein the valves include a discharge valve, a suction modulation valve and a vapor/liquid injection valve, said modular subassembly being manufactured at a first location; and 2) transporting said modular subassembly to a final assembly location where a refrigerant system is being assembled, and connecting said modular subassembly within the refrigerant system.
A fluid control valve for providing fluid control between a first fluid and a second fluid comprising: a body having an inlet, an outlet and an inner surface defining a passageway between the inlet and the outlet, the body further including a port in communication with the passageway and located between the inlet and the outlet; and a flexible member engaged with the inner surface by fluid pressure acting on the flexible member to dissect the passageway to define an inlet chamber in communication with the inlet for housing the first fluid, an outlet chamber in communication with the outlet for housing the second fluid and an intermediate chamber disposed between the inlet chamber and the outlet chamber and in communication with the port; and characterised in that the inner surface includes an elongated seat member for engagement with the flexible member, the seat member defining a groove forming part of the intermediate chamber that is in communication with the port. a body having an inlet, an outlet and an inner surface defining a passageway between the inlet and the outlet, the body further including a port in communication with the passageway and located between the inlet and the outlet; and a flexible member engaged with the inner surface by fluid pressure acting on the flexible member to dissect the passageway to define an inlet chamber in communication with the inlet for housing the first fluid, an outlet chamber in communication with the outlet for housing the second fluid and an intermediate chamber disposed between the inlet chamber and the outlet chamber and in communication with the port; and characterised in that the inner surface includes an elongated seat member for engagement with the flexible member, the seat member defining a groove forming part of the intermediate chamber that is in communication with the port.
A probe comprising an optical fiber including, at its distal end, a cone-shaped emission head for emitting optical radiation, the optical fiber having a silica core surrounded by a polymer optical sheath, the probe being characterized in that it comprises a helically curved tube and in that the optical fiber passes through the helically curved tube.
Method for configuring vehicle functions, comprising: • recording at least one camera image by way of a camera (2; 3) arranged on a vehicle, • evaluating the camera image in order to identify an object (4; 5) depicted in the camera image, and • configuring a vehicle function based on the object (4; 5) identified in the camera image, • characterized in that the vehicle function is a vehicle function that is designed to have an active effect on the object (4; 5). • recording at least one camera image by way of a camera (2; 3) arranged on a vehicle, • evaluating the camera image in order to identify an object (4; 5) depicted in the camera image, and • configuring a vehicle function based on the object (4; 5) identified in the camera image, • characterized in that the vehicle function is a vehicle function that is designed to have an active effect on the object (4; 5).
A method for allocating communication resources within a radio communication system comprising at least one first and a second subsystems having different radio access techniques and being able to communicate with radio terminals, the method comprising the following steps: - an indication is determined related to an occupation of communication resources for at least one of said first and second subsystems; - when a communication must be established for a radio terminal, at least one communication resource is allocated from the first or second subsystem in order to carry the communication, taking into account the determined indication. Wherein the allocation of at least one communication resource from the first or the second subsystem for carrying the communication relates to at least one communication resource of the first subsystem if the indication related to the occupation of the communication resources of the first subsystem reveals an occupation below a threshold (Lt), and at least one resource of the second subsystem if said indication reveals an occupation above said threshold, the method being characterized in that the threshold is set such that the first subsystem offers a better quality of communication than the second subsystem when its communication resources are occupied at a level below said threshold, and a quality of communication less than the second subsystem when its communication resources are occupied at a level above said threshold. - an indication is determined related to an occupation of communication resources for at least one of said first and second subsystems; - when a communication must be established for a radio terminal, at least one communication resource is allocated from the first or second subsystem in order to carry the communication, taking into account the determined indication.
Method for optimising a quantum circuit composed of an ordered series of quantum gates applied to an initial layout of qubit values, consisting of inserting a set of local SWAP gates, so that all the gates of said quantum circuit are local, comprising steps, executed by a processor of a computer system, consisting of: - inserting, for each quantum gate in said series, if said gate is not local, a set of local SWAP gates before said quantum gate, - determining the set of permutations, each consisting of a succession of swaps of qubit values along the shortest paths between the positions of qubits associated with said quantum gate, and - choosing from said set of permutations, a permutation that minimises a cost representing the number of swaps required to make the quantum gates of a sequence within said series local, the size of said sequence being substantially smaller than that of said series; - restoring said initial layout by establishing a spanning tree of a graph representative of the layout of the qubits of said circuit, and by swapping qubit values along paths of said tree, wherein the determination of the set of permutations is carried out by - determining a succession of swaps of qubit values along the first shortest paths between any pair of positions of qubits associated with said quantum gate, then, - if said quantum gate has more than two positions of associated qubits, determining a succession of swaps of qubit values along the second shortest paths between each of the positions other than those already considered, and the first shortest paths already determined. - inserting, for each quantum gate in said series, if said gate is not local, a set of local SWAP gates before said quantum gate, - determining the set of permutations, each consisting of a succession of swaps of qubit values along the shortest paths between the positions of qubits associated with said quantum gate, and - choosing from said set of permutations, a permutation that minimises a cost representing the number of swaps required to make the quantum gates of a sequence within said series local, the size of said sequence being substantially smaller than that of said series; - restoring said initial layout by establishing a spanning tree of a graph representative of the layout of the qubits of said circuit, and by swapping qubit values along paths of said tree, - determining a succession of swaps of qubit values along the first shortest paths between any pair of positions of qubits associated with said quantum gate, then, - if said quantum gate has more than two positions of associated qubits, determining a succession of swaps of qubit values along the second shortest paths between each of the positions other than those already considered, and the first shortest paths already determined.
A method for rendering target image data upon a dual modulator display system, said dual modulator display system comprising a backlight; said backlight comprising a set of emitters, each said emitter capable of independent control from a set of backlight control signals; a display modulator, said display modulator comprising a set of modulating elements, each said modulating element capable of independent control from a set of display control signals; and a controller, said controller configured to receive target image data and to send backlight control signals and display control signals to the backlight and display modulator respectively, the steps of said method comprising: receiving target image data; splitting said target image data into a base layer and a detail layer, wherein said base layer comprises low spatial frequency information of said target image data and said detail layer comprises high spatial frequency information of said target image data; determining said detail layer by dividing said target image data by said base layer, wherein said step of determining said detail layer further comprises the step of tone mapping said detail layer; re-calculating the base layer as a function of said target image data and said detail layer; calculating display control signals based on said detail layer independent from target backlight illumination data; calculating said target backlight illumination data based on said re-calculated base layer; calculating said backlight control signals from said target backlight illumination data; sending backlight control signals to said emitters; and sending said display control signals to said modulating elements. receiving target image data; splitting said target image data into a base layer and a detail layer, wherein said base layer comprises low spatial frequency information of said target image data and said detail layer comprises high spatial frequency information of said target image data; determining said detail layer by dividing said target image data by said base layer, wherein said step of determining said detail layer further comprises the step of tone mapping said detail layer; re-calculating the base layer as a function of said target image data and said detail layer; calculating display control signals based on said detail layer independent from target backlight illumination data; calculating said target backlight illumination data based on said re-calculated base layer; calculating said backlight control signals from said target backlight illumination data; sending backlight control signals to said emitters; and sending said display control signals to said modulating elements.
A method for processing service configuration data, comprising: obtaining a management Internet Protocol, IP, address of a terminal device in which a Small Form Pluggable-optical network unit, SFP-ONU, is located; searching for a registered authentication identifier corresponding to the management IP address in a pre-established binding relationship; obtaining service configuration data according to the registered authentication identifier, and sending the service configuration data to the SFP-ONU, wherein the service configuration data is used to open and manage a SFP-ONU service, characterized in that, said obtaining the service configuration data according to the registered authentication identifier comprises: an optical line terminal, OLT, obtaining the service configuration data from a local preset storage area according to the registered authentication identifier. obtaining a management Internet Protocol, IP, address of a terminal device in which a Small Form Pluggable-optical network unit, SFP-ONU, is located; searching for a registered authentication identifier corresponding to the management IP address in a pre-established binding relationship; obtaining service configuration data according to the registered authentication identifier, and sending the service configuration data to the SFP-ONU, wherein the service configuration data is used to open and manage a SFP-ONU service, characterized in that, said obtaining the service configuration data according to the registered authentication identifier comprises: an optical line terminal, OLT, obtaining the service configuration data from a local preset storage area according to the registered authentication identifier. an optical line terminal, OLT, obtaining the service configuration data from a local preset storage area according to the registered authentication identifier.
A mounting device adapted to be temporarily connectable ex-vivo to an unfinished dental prosthesis body in the course of dental prosthesis processing, wherein the mounting device at least comprises a lower base part and an upper connecting part (3, 4, 5), wherein the connecting part (3, 4, 5) is adapted to be connectable to the void volume of the dental prosthesis body, wherein at least the connecting part (3, 4, 5) comprises a porous material, characterized in that said porous material at least comprises a porous content of larger or equal to 15 volume-% and smaller or equal to 75 volume-% and a thermal conductivity at 800°C of larger or equal to 0.05 W/mK and smaller or equal to 0.75 W/mK. wherein the mounting device at least comprises a lower base part and an upper connecting part (3, 4, 5), wherein the connecting part (3, 4, 5) is adapted to be connectable to the void volume of the dental prosthesis body, wherein at least the connecting part (3, 4, 5) comprises a porous material, characterized in that said porous material at least comprises a porous content of larger or equal to 15 volume-% and smaller or equal to 75 volume-% and a thermal conductivity at 800°C of larger or equal to 0.05 W/mK and smaller or equal to 0.75 W/mK.
Method for electrostatically coating a metal strip with a coating material using at least one nozzle bar, wherein the metal strip is moved in the longitudinal direction relative to the at least one nozzle bar, wherein the at least one nozzle bar has at least one slot nozzle with a nozzle gap, which at least partially covers the metal strip moved in the longitudinal direction in the transverse direction, an electrostatic field is generated between the at least one nozzle bar and the metal strip via a voltage source and the metal strip is electrostatically coated at least partially with at least one coating material using the at least one nozzle bar, characterised in that, a plurality of controllable dosage means are used, which are arranged distributed on the at least one nozzle bar in the longitudinal direction thereof and with which, using a control signal, a local change in the size of the nozzle gap of the at least one nozzle bar can take place during the coating, wherein the dosage means are in engagement with at least one elastic element of the at least one nozzle bar in such a way that the size of the nozzle gap can be changed locally during the coating by local deformation of the elastic element, wherein the at least one elastic element is a spring steel element.
Arrangement composed of a heating unit and a store with a housing, wherein the heating unit is arranged on the store, having a connector for a condensate of the heating unit, wherein the connector has a housing which is connected or is able to be connected to an exhaust-gas path and which has a condensate outlet to which a tube is connected, said tube being guided into a first region below the housing and, there, being guided in a bend upwards, wherein the tube is guided in the first region within the housing of the store.
Method of manufacturing an optoelectronic device comprising at least one LED and at least one photodiode, comprising the following steps: a) forming a semiconductor support stack comprising at least one doped semiconductor layer; b) simultaneously forming, during a common epitaxy step, an active emission semiconductor stack of the LED and an active reception semiconductor stack of the photodiode; c) forming trenches (220; 320) vertically extending through the support stack and laterally delimiting at least one first support pad and at least one second support pad, wherein, at the end of steps b) and c), the active emission semiconductor stack of the LED covers the first support pad and the active reception stack of the photodiode covers the second support pad, le method further comprising, after step c), a step d) of porosification of said doped semiconductor layer in the first support pad without porosifying said doped semiconductor layer in the second support pad, or a step of porosification of said doped semiconductor layer in the second support pad without porosifying said doped semiconductor layer in the first support pad. a) forming a semiconductor support stack comprising at least one doped semiconductor layer; b) simultaneously forming, during a common epitaxy step, an active emission semiconductor stack of the LED and an active reception semiconductor stack of the photodiode; c) forming trenches (220; 320) vertically extending through the support stack and laterally delimiting at least one first support pad and at least one second support pad, wherein, at the end of steps b) and c), the active emission semiconductor stack of the LED covers the first support pad and the active reception stack of the photodiode covers the second support pad, le method further comprising, after step c), a step d) of porosification of said doped semiconductor layer in the first support pad without porosifying said doped semiconductor layer in the second support pad, or a step of porosification of said doped semiconductor layer in the second support pad without porosifying said doped semiconductor layer in the first support pad.
A multi-monodose container comprising: at least two monodose pharmaceutical vials (1205, 1210) including a first vial having at least two planar outer surfaces (1230, 1235) defining a first therebetween; a second vial having at least two planar outer surfaces (1230, 1235) defining a second edge therebetween; wherein the first edge of the first vial comprises a first double-beveled edge and the second edge of the second vial includes a second double-beveled edge; an articulating joint connecting the first double beveled edge and the second double beveled edge; wherein the articulating joint is sufficiently flexible to reversibly mate one of the at least two planar outer surfaces of the first vial with one of the at least two planar outer surfaces of the second vial and a beveled surface of the first double beveled edge with a beveled surface of the second double beveled edge. at least two monodose pharmaceutical vials (1205, 1210) including a first vial having at least two planar outer surfaces (1230, 1235) defining a first therebetween; a second vial having at least two planar outer surfaces (1230, 1235) defining a second edge therebetween; wherein the first edge of the first vial comprises a first double-beveled edge and the second edge of the second vial includes a second double-beveled edge; a first vial having at least two planar outer surfaces (1230, 1235) defining a first therebetween; a second vial having at least two planar outer surfaces (1230, 1235) defining a second edge therebetween; wherein the first edge of the first vial comprises a first double-beveled edge and the second edge of the second vial includes a second double-beveled edge; an articulating joint connecting the first double beveled edge and the second double beveled edge; wherein the articulating joint is sufficiently flexible to reversibly mate one of the at least two planar outer surfaces of the first vial with one of the at least two planar outer surfaces of the second vial and a beveled surface of the first double beveled edge with a beveled surface of the second double beveled edge.