mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a node in a telecommunication network, the node operative as a charging client and the method comprising: receiving a request for resource usage, requesting usage of a communication resource of the telecommunication network by a user of the telecommunication network; determining a timer value, the timer value being a time for which a reservation against usage of the communication resource should remain valid against a subscriber account associated with the user; sending a reservation request to another node in the telecommunication network that is operative as a charging server, the reservation request indicating the timer value as a requested timer value; receiving a reservation response in return from the charging server, the reservation response indicating a quota reservation and a granted timer value for the quota reservation; and responsive to determining at least that the granted timer value conforms to the requested timer value: initiating or continuing a communication session for the user, based on a granted resource quota represented by the quota reservation; tracking consumption of the granted resource quota during the session; and timing expiration of the quota reservation according to the granted timer value. receiving a request for resource usage, requesting usage of a communication resource of the telecommunication network by a user of the telecommunication network; determining a timer value, the timer value being a time for which a reservation against usage of the communication resource should remain valid against a subscriber account associated with the user; sending a reservation request to another node in the telecommunication network that is operative as a charging server, the reservation request indicating the timer value as a requested timer value; receiving a reservation response in return from the charging server, the reservation response indicating a quota reservation and a granted timer value for the quota reservation; and responsive to determining at least that the granted timer value conforms to the requested timer value: initiating or continuing a communication session for the user, based on a granted resource quota represented by the quota reservation; tracking consumption of the granted resource quota during the session; and timing expiration of the quota reservation according to the granted timer value. initiating or continuing a communication session for the user, based on a granted resource quota represented by the quota reservation; tracking consumption of the granted resource quota during the session; and timing expiration of the quota reservation according to the granted timer value.
An actuating assembly for a control element in a vehicle, in particular for a steering column stalk, comprising an actuating element that is adapted to be shifted in an actuating direction between a basic position and at least one actuation position, and a seat in which the actuating element is shiftably supported, at least one separate spring element being provided between the seat and the actuating element and pressing on the actuating element by a spring force which acts substantially transversely to the actuating direction, characterized in that guide members that are located substantially opposite to the spring element are provided in the seat, the spring element pressing the actuating element against the guide members.
A filter (10; 30; 40; 50; 70; 80; 100; 130) comprising: an enclosure having a cavity (14A; 14B; 31; 41; 51; 71; 84A; 84B: 104A; 104B; 132A; 132B); a TM dual-mode resonator (16; 19; 85; 87; 150; 160; 170) in the cavity, the TM dual-mode resonator having first and second modes and comprising a TM dielectric resonator body having a central portion with a plurality of arms extending outwardly from the central portion; an input conductive member (18A; 18B; 34; 44; 54; 74; 88A; 88B; 108A; 138A) in the cavity, wherein the input conductive member is disposed proximate the TM dual-mode resonator for coupling between the input conductive member and the TM dual-mode resonator; a first tuning member (26; 147A; 147B) positioned proximate the dielectric resonator body in the cavity to preset the coupling, and a second tuning member (28; 126; 137A; 137B; 135A; 135B) positioned proximate the dielectric resonator body in the cavity for fine-tuning, characterized in that the dielectric resonator body comprises an "X" shape defining a tilt angle γ between the two arms of the "X", wherein the tilt angle γ ranges from about 66 degrees to about 83 degrees and the "X" is tilted by an orientation angle relative to the input conductive member. an enclosure having a cavity (14A; 14B; 31; 41; 51; 71; 84A; 84B: 104A; 104B; 132A; 132B); a TM dual-mode resonator (16; 19; 85; 87; 150; 160; 170) in the cavity, the TM dual-mode resonator having first and second modes and comprising a TM dielectric resonator body having a central portion with a plurality of arms extending outwardly from the central portion; an input conductive member (18A; 18B; 34; 44; 54; 74; 88A; 88B; 108A; 138A) in the cavity, wherein the input conductive member is disposed proximate the TM dual-mode resonator for coupling between the input conductive member and the TM dual-mode resonator; a first tuning member (26; 147A; 147B) positioned proximate the dielectric resonator body in the cavity to preset the coupling, and a second tuning member (28; 126; 137A; 137B; 135A; 135B) positioned proximate the dielectric resonator body in the cavity for fine-tuning, characterized in that the dielectric resonator body comprises an "X" shape defining a tilt angle γ between the two arms of the "X", wherein the tilt angle γ ranges from about 66 degrees to about 83 degrees and the "X" is tilted by an orientation angle relative to the input conductive member.
A brush seal assembly for turbomachinery having a rotor, comprising: a stationary seal component; and a floating seal component movably coupled to the stationary seal component, the floating seal component having bristles circumferentially arranged around the rotor in a bristle pack, said bristles angled in a tangential direction, wherein, when installed in the turbomachinary, the bristle pack extends axially with respect to the rotor; characterized by a secondary seal disposed between the stationary seal component and the floating seal component; wherein the secondary seal comprises a brush seal having bristles, and wherein, when installed in the turbomachinary, the secondary seal bristle pack extends radially with respect to the rotor. a stationary seal component; and a floating seal component movably coupled to the stationary seal component, the floating seal component having bristles circumferentially arranged around the rotor in a bristle pack, said bristles angled in a tangential direction, wherein, when installed in the turbomachinary, the bristle pack extends axially with respect to the rotor; characterized by a secondary seal disposed between the stationary seal component and the floating seal component; wherein the secondary seal comprises a brush seal having bristles, and wherein, when installed in the turbomachinary, the secondary seal bristle pack extends radially with respect to the rotor.
A privacy user interactive apparatus, comprising: a display panel configured to display a stereoscopic image of a user input interface in a three-dimensional display space; a three-dimensional positional sensor configured to detect a three-dimensional position of a user input object; and a processor coupled to the display panel and the three-dimensional positional sensor, configured to control the display panel to display the stereoscopic image of the user input interface in the three-dimensional display space, configured to receive an input control signal from the three-dimensional positional sensor, and configured to execute an operation in response to the input control signal; wherein the display panel is,configured to display a three-dimensional image of the user input interface in the three-dimensional display space and a two-dimensional image of the user input interface outside the three-dimensional display space; and the processor is configured to control the display panel to display a plurality of activatable virtual objects comprising at least a first group of one or more activatable virtual objects substantially at a first depth level and a second group of one or more activatable virtual objects substantially at a second depth level; the first depth level and the second depth level being two different depth levels in the three-dimensional image of the user input interface, wherein the processor is configured to control the display panel to display at least one of the plurality of activatable virtual objects configured with a background context. a display panel configured to display a stereoscopic image of a user input interface in a three-dimensional display space; a three-dimensional positional sensor configured to detect a three-dimensional position of a user input object; and a processor coupled to the display panel and the three-dimensional positional sensor, configured to control the display panel to display the stereoscopic image of the user input interface in the three-dimensional display space, configured to receive an input control signal from the three-dimensional positional sensor, and configured to execute an operation in response to the input control signal; wherein the display panel is,configured to display a three-dimensional image of the user input interface in the three-dimensional display space and a two-dimensional image of the user input interface outside the three-dimensional display space; and the processor is configured to control the display panel to display a plurality of activatable virtual objects comprising at least a first group of one or more activatable virtual objects substantially at a first depth level and a second group of one or more activatable virtual objects substantially at a second depth level; the first depth level and the second depth level being two different depth levels in the three-dimensional image of the user input interface,
A mobile electronic device, comprising: one or more processors; a lens component coupled to a lens position component; a touchscreen display operative to display an image having a first focal point; wherein the first focal point comprises a first intended center of interest; a focal point selection module coupled to the touchscreen display, the focal point selection module responsive to a first type of user input on the touchscreen display to select a desired second focal point for the image, wherein the second focal point comprises a second intended center of interest, the second focal point corresponding to a location on the image; a focus control module coupled to the focal point selection module and the lens position component, the focus control module operative to provide focus control signals to the lens position component so as to allow the lens position component to focus the lens component on the second focal point while the image is being displayed; a flash component coupled to a flash control module, wherein the flash control module is configured to select a flash level value representing a flash intensity for the flash component based on the second focal point; and a directional microphone component, wherein the focus control module is configured to provide focus control signals to focus the directional microphone on the second focal point, and wherein the one or more processors captures the image, based on the flash level value, in response to a second type of user input on the touchscreen display, the second type of user input being different than the first type of user input. one or more processors; a lens component coupled to a lens position component; a touchscreen display operative to display an image having a first focal point;
A method comprising the steps of: receiving at a second network element, a signal from a first network element, said signal indicating that the first network element will enter a period of inactivity; storing at the second network element, as a consequence of the signal reception, at least one parameter relating to the current interference between the first network element and the second network element; receiving at the second network element, a second signal from the first network element, the second signal indicating that the first network element becomes active again; updating at the second network element, the at least one parameter using the stored at least one parameter when the first network element becomes active; and allocating and/or initialising carrier resources at the second network element using the updated at least one parameter. receiving at a second network element, a signal from a first network element, said signal indicating that the first network element will enter a period of inactivity; storing at the second network element, as a consequence of the signal reception, at least one parameter relating to the current interference between the first network element and the second network element; receiving at the second network element, a second signal from the first network element, the second signal indicating that the first network element becomes active again; updating at the second network element, the at least one parameter using the stored at least one parameter when the first network element becomes active; and allocating and/or initialising carrier resources at the second network element using the updated at least one parameter.
Device for seeding a cloud cell, comprising means for conveying an active substance and means for delivering said active substance, said device further comprising aerostatic means that include a balloon and cooperate with the means for conveying said active substance, said device being characterized in that it is arranged such that the rupture of said balloon is provoked when said balloon substantially reaches a predetermined altitude.
Additive printing apparatus comprising a directable energetic excitation means for producing point interaction with a fluid covering a slide, in order to cause a jet directed toward a target, said fluid consisting of a liquid vector containing transferable inhomogeneities, characterized in that • said fluid forms a liquid film having a thickness of less than 500 μm, • on a slide having at least one region for interaction with the laser, into which region at least one inlet leads, said interaction region leading into at least one outlet, • the apparatus further comprising means for circulating the fluid between said inlet and said outlet. • said fluid forms a liquid film having a thickness of less than 500 μm, • on a slide having at least one region for interaction with the laser, into which region at least one inlet leads, said interaction region leading into at least one outlet, • the apparatus further comprising means for circulating the fluid between said inlet and said outlet.
Computer-implemented method for operating an automatic memory management module in a computer system having a random-access memory, the method comprising: for a logical address space with a first sub-space and with a second sub-space (155-2, 555-2), reserving the second sub-space of the logical address space with portions having slots for objects of different size classes, wherein reserving includes to calculate the size of a portion (1, 2...8) in correspondence to a maximum heap size of a mutator, being the accumulated size of the objects potentially to be stored in the second sub-space (155-2, 555-2); receiving, from the mutator, memory allocation requests for particular objects (O...O) to be stored in a random-access memory of the computer system; allocating particular logical addresses (Axy; A2.1... A1.4) within a logical address space to the particular objects (O...O), wherein the automatic memory management module distinguishes the particular objects (O...O) according to at least one criterion (TS, OA), and allocates (431, 432) logical addresses (A1.y) from a first sub-space and logical addresses (A2.y) from a second sub-space; mapping the allocated logical addresses (A2.y) from the second sub-space to physical memory (P1... P104) in the random-access memory by an memory management unit; and compacting logical addresses within the first sub-space in combination with moving corresponding objects in the random-access memory. for a logical address space with a first sub-space and with a second sub-space (155-2, 555-2), reserving the second sub-space of the logical address space with portions having slots for objects of different size classes, wherein reserving includes to calculate the size of a portion (1, 2...8) in correspondence to a maximum heap size of a mutator, being the accumulated size of the objects potentially to be stored in the second sub-space (155-2, 555-2); receiving, from the mutator, memory allocation requests for particular objects (O...O) to be stored in a random-access memory of the computer system; allocating particular logical addresses (Axy; A2.1... A1.4) within a logical address space to the particular objects (O...O), wherein the automatic memory management module distinguishes the particular objects (O...O) according to at least one criterion (TS, OA), and allocates (431, 432) logical addresses (A1.y) from a first sub-space and logical addresses (A2.y) from a second sub-space; mapping the allocated logical addresses (A2.y) from the second sub-space to physical memory (P1... P104) in the random-access memory by an memory management unit; and compacting logical addresses within the first sub-space in combination with moving corresponding objects in the random-access memory.
A method of producing molten manganese-containing steel, the method comprising: preparing a molten ferroalloy containing manganese or a molten nonferrous metal containing manganese; maintaining the molten ferroalloy containing manganese or the molten nonferrous metal containing manganese at a temperature equal to or higher than a melting point thereof; and pouring the molten ferroalloy containing manganese or the molten nonferrous metal containing manganese into prepared molten steel, wherein in the maintaining of the molten ferroalloy or the molten nonferrous metal, the molten ferroalloy or the molten nonferrous metal is subjected to a nitrogen-absorption prevention process or a denitrification process. preparing a molten ferroalloy containing manganese or a molten nonferrous metal containing manganese; maintaining the molten ferroalloy containing manganese or the molten nonferrous metal containing manganese at a temperature equal to or higher than a melting point thereof; and pouring the molten ferroalloy containing manganese or the molten nonferrous metal containing manganese into prepared molten steel, wherein in the maintaining of the molten ferroalloy or the molten nonferrous metal, the molten ferroalloy or the molten nonferrous metal is subjected to a nitrogen-absorption prevention process or a denitrification process.
Adapter for insertion into a shaft pipe, to provide an abutment possibility for a shaft cover, wherein the adapter is height-adjustable relative to the upper edge of the shaft pipe, and which comprises a first end and a second end, between which a lumen extends, wherein the first end is configured for insertion into the shaft pipe, and an abutment surface is molded-on on the second end, on which the shaft cover can be placed, wherein the abutment surface is delimited, toward the lumen, by a wall extending approximately vertically from the inner edge of the abutment surface in the direction of the second end, which wall is formed at least sectionally circumferential on the inner periphery of the lumen, preferably completely circumferential, characterized in that the abutment surface is delimited by a boundary wall outwards, wherein one or multiple apertures are formed in the region of the boundary wall.
A film comprising a fluororesin and an aromatic polyether ketone resin having a crystallinity of ≥ 10%, wherein the crystallinity refers to the aromatic polyether ketone resin (i) in the film and is measured according to the method in the description.
A system comprising: a filtration system that produces a cuttings portion and a filtrate portion; a vacuum transport system for transporting the cuttings portion from the filtration system comprising: a discharge manifold connected to an outlet of the filtration system, the discharge manifold having a manifold body with a top and a bottom, an opening at the top and an exit at the bottom; a manifold valve connected to the exit of the manifold body; a vacuum conduit connected to the manifold valve, the discharge manifold and manifold valve connecting the vacuum conduit to the filtration system, a vacuum hub connected to the vacuum conduit; a transport conduit connected to the vacuum hub; and a collection system connected to the transport conduit of the vacuum transport system, characterized in that the manifold valve may be shut by a control system to regulate movement of the cuttings portion into the vacuum conduit. a filtration system that produces a cuttings portion and a filtrate portion; a vacuum transport system for transporting the cuttings portion from the filtration system comprising: a discharge manifold connected to an outlet of the filtration system, the discharge manifold having a manifold body with a top and a bottom, an opening at the top and an exit at the bottom; a manifold valve connected to the exit of the manifold body; a vacuum conduit connected to the manifold valve, the discharge manifold and manifold valve connecting the vacuum conduit to the filtration system, a vacuum hub connected to the vacuum conduit; a transport conduit connected to the vacuum hub; and a collection system connected to the transport conduit of the vacuum transport system, characterized in that a discharge manifold connected to an outlet of the filtration system, the discharge manifold having a manifold body with a top and a bottom, an opening at the top and an exit at the bottom; a manifold valve connected to the exit of the manifold body; a vacuum conduit connected to the manifold valve, the discharge manifold and manifold valve connecting the vacuum conduit to the filtration system, a vacuum hub connected to the vacuum conduit; a transport conduit connected to the vacuum hub; and a collection system connected to the transport conduit of the vacuum transport system, characterized in that the manifold valve may be shut by a control system to regulate movement of the cuttings portion into the vacuum conduit.
A heat exchanger element comprising a metallic premix burner, wherein said burner has an outward curved or ridged burner surface, said heat exchanger element further comprising a combustion chamber being bound by the burner, and by a flue gas draft, characterized in that said combustion chamber is bound by water cooled metal walls, said water cooled metal walls first widening from said burner surface in downstream direction and thereafter narrowing down to the flue gas draft in order to avoid direct burning of flames onto the water cooled metal walls.