mhurhangee/ep-ind-claims huggingface dataset:
A method performed in a network node for transmitting data in a wireless network, the network node being configurable for controlling a multiple input multiple output antenna system, the method comprising: - beamforming user specific data streams {s k (t)} to one or more communication devices, UE k, k=1,..., K, using respective beamforming vectors {v k}, wherein the beamforming vectors {v k} are based on respective channel information {g k} available for the respective communication devices, UE k, - precoding control information streams using a transmit diversity scheme, and - transmitting the beamformed user specific data streams and the precoded control information streams simultaneously in the same time and frequency resource, wherein the precoding comprises determining a precoding matrix to be in a nullspace of a combined channel matrix comprising a respective channel matrix for each of the one or more communication devices, UE k, k=i,..., K. - beamforming user specific data streams {s k (t)} to one or more communication devices, UE k, k=1,..., K, using respective beamforming vectors {v k}, wherein the beamforming vectors {v k} are based on respective channel information {g k} available for the respective communication devices, UE k, - precoding control information streams using a transmit diversity scheme, and - transmitting the beamformed user specific data streams and the precoded control information streams simultaneously in the same time and frequency resource, wherein the precoding comprises determining a precoding matrix to be in a nullspace of a combined channel matrix comprising a respective channel matrix for each of the one or more communication devices, UE k, k=i,..., K.
A method of mixing audio input streams (31, 32, 33) for an audio conferencing mixing system of the type taking the plurality of audio input streams (31, 32, 33) of input audio information of conference participants, including mixing transition events and outputting a plurality of audio output streams including output audio information, the method including the steps of: a) determining that a transition event is to occur, wherein the transition event is a change to the mixing of the audio input streams (31, 32, 33), the change comprising turning on/off or fading in/out, in at least one of the audio output streams, an audio input stream of the plurality of audio input streams (31, 32, 33); b) determining that a masking event is to occur in one of the audio input streams (31, 32, 33), wherein the masking event is an event that may capture the listening participant's attention such that, if it occurs when the transition event occurs, the transition event is not noticeable to the listening participant; and c) scheduling the transition event to substantially occur when the masking event occurs, wherein said scheduling the transition event comprises delaying the occurrence of the transition event until the masking event occurs. a) determining that a transition event is to occur, wherein the transition event is a change to the mixing of the audio input streams (31, 32, 33), the change comprising turning on/off or fading in/out, in at least one of the audio output streams, an audio input stream of the plurality of audio input streams (31, 32, 33); b) determining that a masking event is to occur in one of the audio input streams (31, 32, 33), wherein the masking event is an event that may capture the listening participant's attention such that, if it occurs when the transition event occurs, the transition event is not noticeable to the listening participant; and c) scheduling the transition event to substantially occur when the masking event occurs, wherein said scheduling the transition event comprises delaying the occurrence of the transition event until the masking event occurs.
Submarine having a pressure hull with at least one periscope (2, 4) with an observation window (8, 10), and having an apparatus for cleaning the observation window (8, 10), which apparatus has a pressure cleaning apparatus with a spray head (14, 16), characterized in that the periscope (2, 4) and the spray head (14, 16) can be moved relative to one another.
A suppressor for a firearm, comprising: a casing that defines a longitudinal axis; a first baffle located in said casing, wherein said first baffle has an upstream surface, a downstream surface, and a frustoconical surface between said upstream and downstream surfaces (34, 36), and said first baffle defines a fluid pathway through said upstream, downstream, and frustoconical surfaces (34, 36, 38) along said longitudinal axis; and an annular chamber between said frustoconical surface of said first baffle and said casing; characterized in that said suppressor further comprises: a first contoured wall that extends axially upstream a first height from said upstream surface of said first baffle, wherein said first contoured wall defines a perimeter around a first damping well in said upstream surface; a second contoured wall that extends axially upstream a second height from said upstream surface of said first baffle, wherein said second contoured wall defines a perimeter around a second damping well in said upstream surface; and wherein said first height of said first contoured wall is larger than said second height of said second contoured wall. a casing that defines a longitudinal axis; a first baffle located in said casing, wherein said first baffle has an upstream surface, a downstream surface, and a frustoconical surface between said upstream and downstream surfaces (34, 36), and said first baffle defines a fluid pathway through said upstream, downstream, and frustoconical surfaces (34, 36, 38) along said longitudinal axis; and an annular chamber between said frustoconical surface of said first baffle and said casing; characterized in that said suppressor further comprises: a first contoured wall that extends axially upstream a first height from said upstream surface of said first baffle, wherein said first contoured wall defines a perimeter around a first damping well in said upstream surface; a second contoured wall that extends axially upstream a second height from said upstream surface of said first baffle, wherein said second contoured wall defines a perimeter around a second damping well in said upstream surface; and wherein said first height of said first contoured wall is larger than said second height of said second contoured wall. a first contoured wall that extends axially upstream a first height from said upstream surface of said first baffle, wherein said first contoured wall defines a perimeter around a first damping well in said upstream surface; a second contoured wall that extends axially upstream a second height from said upstream surface of said first baffle, wherein said second contoured wall defines a perimeter around a second damping well in said upstream surface; and wherein said first height of said first contoured wall is larger than said second height of said second contoured wall.
A superabsorbent polymer composition comprising: superabsorbent polymer particles having a particle diameter of 150 to 850 μm as measured by sieving, comprising a crosslinked polymer of water-soluble ethylenically unsaturated monomers including acid groups, wherein at least a part of the acid groups are neutralized; and an antimicrobial agent having a controlled particle size, wherein the antimicrobial agent includes a chelating agent including EDTA or an alkali metal salt thereof, a mixture of an organic acid and a silicate-based salt, and an agent for controlling a particle size, wherein the antimicrobial agent having a controlled particle size is included in a content of 0.1 to 5 parts by weight, based on 100 parts by weight of the superabsorbent polymer particles, wherein the organic acid is included in a content of 90 to 99.5 wt%, based on a total weight of the mixture of the organic acid and the silicate-based salt, wherein the agent for controlling a particle size is included in a content of 0.1 to 5 parts by weight, based on 100 parts by weight of a sum of the chelating agent, and the mixture of the organic acid and the silicate-based salt, wherein the chelating agent is included in a content of 0.1 to 5 parts by weight, based on 100 parts by weight of the superabsorbent polymer particles, and wherein the mixture of an organic acid and a silicate-based salt is included in the content of 0.5 to 5 parts by weight, based on 100 parts by weight of the superabsorbent polymer particles. superabsorbent polymer particles having a particle diameter of 150 to 850 μm as measured by sieving, comprising a crosslinked polymer of water-soluble ethylenically unsaturated monomers including acid groups, wherein at least a part of the acid groups are neutralized; and an antimicrobial agent having a controlled particle size, wherein the antimicrobial agent includes a chelating agent including EDTA or an alkali metal salt thereof, a mixture of an organic acid and a silicate-based salt, and an agent for controlling a particle size, wherein the antimicrobial agent having a controlled particle size is included in a content of 0.1 to 5 parts by weight, based on 100 parts by weight of the superabsorbent polymer particles, wherein the organic acid is included in a content of 90 to 99.5 wt%, based on a total weight of the mixture of the organic acid and the silicate-based salt, wherein the agent for controlling a particle size is included in a content of 0.1 to 5 parts by weight, based on 100 parts by weight of a sum of the chelating agent, and the mixture of the organic acid and the silicate-based salt, wherein the chelating agent is included in a content of 0.1 to 5 parts by weight, based on 100 parts by weight of the superabsorbent polymer particles, and wherein the mixture of an organic acid and a silicate-based salt is included in the content of 0.5 to 5 parts by weight, based on 100 parts by weight of the superabsorbent polymer particles.
A method of handling user service profile information in a communications network, the communications network including a core network, CN, and a radio access network, RAN,, the method comprising: receiving, at a first network element located in the CN, a first application status change message from a first mobile edge computing, MEC, server located in the RAN, the first application status change message indicating one or more applications currently running on the first MEC server; detecting a location update message received at the CN from a UE attached to the RAN; and in response to detecting the location update message, obtaining service profile data of the UE for at least one service corresponding to at least one of the one or more applications, and providing the obtained service profile data to the first MEC server. receiving, at a first network element located in the CN, a first application status change message from a first mobile edge computing, MEC, server located in the RAN, the first application status change message indicating one or more applications currently running on the first MEC server; detecting a location update message received at the CN from a UE attached to the RAN; and in response to detecting the location update message, obtaining service profile data of the UE for at least one service corresponding to at least one of the one or more applications, and providing the obtained service profile data to the first MEC server. obtaining service profile data of the UE for at least one service corresponding to at least one of the one or more applications, and providing the obtained service profile data to the first MEC server.
A method of associating communication service sessions with geographical locations, the method comprising, for each of a multiplicity of user devices attached to one or more access networks via respective access points: at a user device of the multiplicity of user devices, detecting an identity of an access point of the access points, which is serving the user device; from the user device, registering the detected access point identity and a geographical address at which the access point is located with a location service, via an access network of the one or more access networks; and by means of the location service and the registration, registering said user device in a communication service in association with said geographical address, wherein, for a communication service session associated with a registered user device, a geographical address of the registered user device can be determined, wherein the step of registering the detected access point identity and the geographical address at which the access point is located comprises: receiving a query at the user device, from the location service, regarding the geographical address at which the access point is located, to register the detected access point identity, after the location service performs a lookup in a database that holds relationships between identities of the access points and geographical addresses; and in response to the query received from the location service, sending the detected access point identity together with the geographical address at which the access point is located, from the user device to the location service, and wherein the step of registering the detected access point identity and the geographical address at which the access point is located requires sending of a correct authentication code from the user device to the location service. at a user device of the multiplicity of user devices, detecting an identity of an access point of the access points, which is serving the user device; from the user device, registering the detected access point identity and a geographical address at which the access point is located with a location service, via an access network of the one or more access networks; and by means of the location service and the registration, registering said user device in a communication service in association with said geographical address, receiving a query at the user device, from the location service, regarding the geographical address at which the access point is located, to register the detected access point identity, after the location service performs a lookup in a database that holds relationships between identities of the access points and geographical addresses; and in response to the query received from the location service, sending the detected access point identity together with the geographical address at which the access point is located, from the user device to the location service, and wherein the step of registering the detected access point identity and the geographical address at which the access point is located requires sending of a correct authentication code from the user device to the location service.
Plaster with a bielastic backing layer, in which - the bielastic backing layer comprises or consists of a film of optionally open-pored foam, wherein - the film is provided with an element that is stretch-reducing to stretch-resistant, at least in the direction of the larger diameter of the oval foam pores, the element being designed in the form of stretch-reducing to stretch-resistant threads or stretch-reducing to stretch-resistant filaments, as a woven fabric, as a braid, as a knitted fabric or as a foil, wherein - the bielasticity of the backing layer is characterized in that the backing layer shows elastic behavior in two different directions to a not insignificant extent, and wherein the backing layer is selected from a polyolefin and/or a polyurethane, particularly preferably a polyolefin and/or polyurethane foam material. - the bielastic backing layer comprises or consists of a film of optionally open-pored foam, wherein - the film is provided with an element that is stretch-reducing to stretch-resistant, at least in the direction of the larger diameter of the oval foam pores, the element being designed in the form of stretch-reducing to stretch-resistant threads or stretch-reducing to stretch-resistant filaments, as a woven fabric, as a braid, as a knitted fabric or as a foil, wherein - the bielasticity of the backing layer is characterized in that the backing layer shows elastic behavior in two different directions to a not insignificant extent, and
Contact spring ring (7', 7", 7"') comprising a large number of U-shaped regions (10', 10", 10"') which are arranged in a ring and which each have two webs (18a', 18a", 18a'", 18b', 18b", 18b"') which are arranged substantially parallel in relation to one another, wherein the webs (18a', 18a", 18a'", 18b', 18b", 18b'") of a U-shaped region (10', 10", 10"') are connected to one another by means of a first connecting web (21', 21", 21"') at a radially outer end of the webs (18a', 18a", 18a'", 18b', 18b", 18b'"), wherein U-shaped regions (10', 10", 10"') which are arranged adjacent to one another are connected to one another by means of a second connecting web (23', 23", 23"') at a radially inner end of their webs (18a', 18a", 18a"', 18b', 18b", 18b'"), and wherein the U-shaped regions (10', 10", 10"') have at least one bend (24', 24a", 24b", 24"') in the region of their webs (18a', 18a", 18a"', 18b', 18b", 18b"') which are arranged substantially parallel in relation to one another, characterized in that a U-shaped region (10', 10", 10"') is connected to an adjacent U-shaped region (10', 10", 10"') by means of a third connecting web for forming a further contact point radially outside the contact spring ring (7', 7", 7"').
A resin panel comprising: a core material; a reinforcing material having a first plate provided on a front surface of the core material, a second plate provided on a back surface of the core material, and a connecting plate connecting the first plate and the second plate; a skin material (21, 22) covering the core material and the reinforcing material; and a fastened member (5L, 5R) which is attached to the skin material (21, 22) by a fastening member penetrating the skin material (21, 22) and the first plate or the second plate of the reinforcing material, characterized in that the first plate and the second plate of the reinforcing material are arranged at an inward position with respect to a reference line defined by an outer edge of the core material when the core material is viewed in a plan view. a core material; a reinforcing material having a first plate provided on a front surface of the core material, a second plate provided on a back surface of the core material, and a connecting plate connecting the first plate and the second plate; a skin material (21, 22) covering the core material and the reinforcing material; and a fastened member (5L, 5R) which is attached to the skin material (21, 22) by a fastening member penetrating the skin material (21, 22) and the first plate or the second plate of the reinforcing material, characterized in that the first plate and the second plate of the reinforcing material are arranged at an inward position with respect to a reference line defined by an outer edge of the core material when the core material is viewed in a plan view.
An adaptive optical apparatus comprising: correction means configured to correct a wavefront aberration of an eye to be examined; detection means configured to detect that an eyelid of the eye to be examined is closed or the eyelid of the eye to be examined is open, by using return light from the eye to be examined irradiated by measurement light; characterized by further comprising control means configured to control said correction means according to a detection result from said detection means. correction means configured to correct a wavefront aberration of an eye to be examined; detection means configured to detect that an eyelid of the eye to be examined is closed or the eyelid of the eye to be examined is open, by using return light from the eye to be examined irradiated by measurement light; characterized by further comprising control means configured to control said correction means according to a detection result from said detection means.
A friction clutch unit for a motor vehicle for the frictional transmission of torque between a coupled internal combustion engine and a coupled gear box, comprising a force transmission device, particularly designed as a pressure pot, and a cup spring, wherein the force transmission device for transmitting a compressive force exerted or capable of being exerted by the cup spring is oriented in an essentially axial direction, and comprising a friction pack having several cleats (31, 32) with which torque can be frictionally transmitted on compression by means of an axially acting force, wherein a spring device is arranged axially between the friction pack and the force transmission device, with which, depending on the axial spring deflection of the spring device, a spring force can be applied to the friction pack in the axial direction, wherein the spring device is arranged and set up in such a way that when the spring device is loaded with the compressive force, the vectors of the force couple generated in the axial direction by the spring device have essentially the same radial position, characterised in that the spring device is fixed in the axial direction on the force transmission device in order to ensure complete opening of the friction clutch unit, wherein the spring device is mechanically connected to the friction pack by its side axially opposite the fixing on the force transmission device, particularly fixed in the axial direction on a pressure plate of the cleat pack, wherein the mechanical fixing of the spring device on the friction pack is designed in such a way that a relative rotational movement between the spring device and the friction pack can be executed, and wherein the mechanical fixation of the spring device on the friction pack is achieved by a slot in one of the two components pressure plate and spring device and a bolt leading through the slot on the respective other component, wherein the bolt has a bolt head on the side opposite its attachment to the component carrying it, which is dimensioned larger transversely to the longitudinal direction of the slot than the width of the slot in its transverse direction.