mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing, from a controller to a radio access network node, a control action, the control action comprising an indication that it is applicable to at least one user equipment or bearer group, wherein the at least one user equipment or bearer group is one of a plurality of user equipment or bearer groups, and each of the plurality of user equipment or bearer groups is in a first mode or a second mode, wherein in the first mode the controller determines and in the second mode the radio access network determines, whether a user equipment or bearer belongs to the at least one user equipment or bearer group; receiving, at the controller, from the radio access network node, radio access network node supported UE-classification capability information; and determining at the controller whether the at least one user equipment or bearer group belongs to the first mode or the second mode based on the radio access network supported UE-classification capability information; providing, from the controller to the radio access network node, information comprising an indication of whether the user equipment or bearer group belongs to the first mode or the second mode; and if the at least one user equipment or bearer group belongs to the first mode, determining at the controller whether a user equipment or bearer belongs to the at least one user equipment or bearer group. providing, from a controller to a radio access network node, a control action, the control action comprising an indication that it is applicable to at least one user equipment or bearer group, wherein the at least one user equipment or bearer group is one of a plurality of user equipment or bearer groups, and each of the plurality of user equipment or bearer groups is in a first mode or a second mode, wherein in the first mode the controller determines and in the second mode the radio access network determines, whether a user equipment or bearer belongs to the at least one user equipment or bearer group; receiving, at the controller, from the radio access network node, radio access network node supported UE-classification capability information; and determining at the controller whether the at least one user equipment or bearer group belongs to the first mode or the second mode based on the radio access network supported UE-classification capability information; providing, from the controller to the radio access network node, information comprising an indication of whether the user equipment or bearer group belongs to the first mode or the second mode; and if the at least one user equipment or bearer group belongs to the first mode, determining at the controller whether a user equipment or bearer belongs to the at least one user equipment or bearer group.
Electrical device for charging a battery of an electric motor vehicle, said device comprising a charging station able to be connected to a power grid via a transformer (Ta) and intended to be connected to a charger (Cy) built into the motor vehicle capable of recharging the battery, the electrical charging device comprising at least one RLC filter through which common mode currents of an external interference source are looped back via the RLC filter rather than continuing to the charger, characterised in that the RLC filter comprises a branch connected between the neutral and the earth, said branch including in series a resistor, a capacitor and an inductor.
An applicator for applying a product on the eyelashes or eyebrows, including a brush including: - bristles, - a core having a straight portion from which the bristles extend, the bristles having free ends that define an enclosure surface, the enclosure surface extending along a longitudinal axis not parallel to the longitudinal axis of the straight portion of the core, the enclosure surface having at least one cross-section with a flat shape along a median plane, the enclosure surface defining at least one face parallel to the longitudinal axis of the core and the enclosure surface having a circular cross-section with at least one flat. - bristles, - a core having a straight portion from which the bristles extend, the bristles having free ends that define an enclosure surface,
A device for cell culture, comprising: - a container body which has an internal compartment to contain a quantity of cells to be cultured and a culture surface (3A; 120) for said cells placed in said internal compartment; - an introduction opening (6; 106) for introducing said cells to be cultured in said compartment; characterised by the fact that said container body comprises: - first semi-shell means (3; 103) and second semi-shell means (4; 104) which can be fixed facing each other by movable fixing means (8; 108, 108') and which together define said internal compartment and said culture surface (3A; 120); - at least one outfeed opening (7; 107) of a transport and/or culture fluid of said cells, wherein said first semi-shell (3; 103) and second semi-shell (4; 104) comprise respective flexible laminar sheets (3, 4; 103, 104), at least one of which is made from a gas-permeable, waterproof and microbiologically impermeable material, wherein said culture surface (3A;120) that comprises an internal surface of at least one of said first semi-shell (3; 103) and second semi-shell (4; 104) comprises a reticular element comprising threads arranged in a warp and a weft, and wherein said culture surface (3A; 120) further comprises a porous or rough three-dimensional surface of a culture element disposed in said internal compartment by adhering to at least one of said first semi-shell (3; 103) or second semi-shell (4; 104). - a container body which has an internal compartment to contain a quantity of cells to be cultured and a culture surface (3A; 120) for said cells placed in said internal compartment; - an introduction opening (6; 106) for introducing said cells to be cultured in said compartment; - first semi-shell means (3; 103) and second semi-shell means (4; 104) which can be fixed facing each other by movable fixing means (8; 108, 108') and which together define said internal compartment and said culture surface (3A; 120); - at least one outfeed opening (7; 107) of a transport and/or culture fluid of said cells,
A method for capturing videos, comprising: an operating system which includes a native framework, a camera application programming interface, API, an application framework, and an application; wherein the native framework includes a video capture bottom layer library, the video capture bottom layer library includes a camera class which implements operations of a camera; setting up a video capture class in the native framework, the video capture class inherits the camera class and registers a callback function for obtaining the video data from the video capture bottom layer library; sending, by the application, a video capture command to the video capture class via the camera API; sending, by the video capture class, a video capture command to the video capture bottom layer library which starts to capture video data according to the video capture command; sending, by the video capture class, the video data obtained using the callback function from the video capture bottom layer library directly to an encoder to encode the video data; and providing by the video capture class, video data codes obtained by the encoder to the application. an operating system which includes a native framework, a camera application programming interface, API, an application framework, and an application; wherein the native framework includes a video capture bottom layer library, the video capture bottom layer library includes a camera class which implements operations of a camera; setting up a video capture class in the native framework, the video capture class inherits the camera class and registers a callback function for obtaining the video data from the video capture bottom layer library; sending, by the application, a video capture command to the video capture class via the camera API; sending, by the video capture class, a video capture command to the video capture bottom layer library which starts to capture video data according to the video capture command; sending, by the video capture class, the video data obtained using the callback function from the video capture bottom layer library directly to an encoder to encode the video data; and providing by the video capture class, video data codes obtained by the encoder to the application.
A method in a fiber web machine, in which method - a seamed fabric having a splice, - actuators for changing the position of the splice, - measuring instruments for determining the position of the actuators, - sensors for determining a width of the fabric, and - control devices connected to the actuators and to the measuring instruments are provided, in which method - the determining of the width of the fabric is used for determining the position of the splice in the fabric, and - the determining of the position of the actuators is used for changing the position of the splice in order to minimize the vibration level of the fiber web machine. - a seamed fabric having a splice, - actuators for changing the position of the splice, - measuring instruments for determining the position of the actuators, - sensors for determining a width of the fabric, and - control devices connected to the actuators and to the measuring instruments are provided, in which method - the determining of the width of the fabric is used for determining the position of the splice in the fabric, and - the determining of the position of the actuators is used for changing the position of the splice in order to minimize the vibration level of the fiber web machine.
Method of installing an elevator in an elevator shaft, the method comprising the steps of: - arranging a model in the elevator shaft so that the arranged model represents nominal dimensions (24, 25) of a plan of the elevator; - arranging at least one light source at a nominal position of the model so that the light source points in a prescribed travel direction of the elevator; - projecting a light beam starting from the light source, the light beam defining the nominal position along the prescribed travel direction in the elevator shaft; and - using an item of information of at least one position of at least one projection point of the light beam in the elevator shaft for the installation of the elevator. - arranging a model in the elevator shaft so that the arranged model represents nominal dimensions (24, 25) of a plan of the elevator; - arranging at least one light source at a nominal position of the model so that the light source points in a prescribed travel direction of the elevator; - projecting a light beam starting from the light source, the light beam defining the nominal position along the prescribed travel direction in the elevator shaft; and - using an item of information of at least one position of at least one projection point of the light beam in the elevator shaft for the installation of the elevator.
A self-propelled cleaning robot that self-travels on and cleans a flat surface of a structure, a groove being formed in the flat surface, the self-propelled cleaning robot comprising: a robot main body in which a self-propelled moving means is provided; and a guidance unit (40, 50) that guides movement of the robot main body, characterized in that the guidance unit (40, 50) includes: a shaft member (43, 53) that is provided so as to be detachably inserted in the groove; and a shaft member moving mechanism that controls insertion and removal of the shaft member (43, 53) with respect to the groove, and the robot main body is provided so as to be turnable about the shaft member (43, 53) in a state in which the shaft member (43, 53) of the guidance unit (40, 50) is inserted in the groove. a robot main body in which a self-propelled moving means is provided; and a guidance unit (40, 50) that guides movement of the robot main body, characterized in that the guidance unit (40, 50) includes: a shaft member (43, 53) that is provided so as to be detachably inserted in the groove; and a shaft member moving mechanism that controls insertion and removal of the shaft member (43, 53) with respect to the groove, and a shaft member (43, 53) that is provided so as to be detachably inserted in the groove; and a shaft member moving mechanism that controls insertion and removal of the shaft member (43, 53) with respect to the groove, and the robot main body is provided so as to be turnable about the shaft member (43, 53) in a state in which the shaft member (43, 53) of the guidance unit (40, 50) is inserted in the groove.
Use of a synthetic fixing resin for fixing an anchoring element in a hole in a building substrate, wherein the synthetic fixing resin is a single-component or multi-component synthetic fixing resin based on a silicone resin containing at least one hydrolysable group bonded to Si, with or without at least one low-molecular-weight active silane which contains one or more hydrolysable groups and has a molecular weight of 1000 Da or less.
A forward-backward motion estimation method in frame rate up conversion for video applications comprising the steps of; creating motion vector fields (MVF_fw, MVF_bw) by estimating the motion vectors of each frame block in a preferred scanning order, creating a candidate set of two updated motion vector fields (MVF_fw_upd, MVF_bw_upd) obtained by updating a forward motion vector field (MVF_fw), which is obtained by assigning the best Sum of Absolute Difference performing motion vector among the candidates for matching a current block in a current frame (f n-1) to a current block in a next frame (f n), and a backward motion vector field (MVF_bw), which is obtained by assigning the best Sum of Absolute Difference performing motion vector among the candidates for matching a current block in a next frame (f n)to a current block in a current frame (f n-1), using a block wise recursive search method; - merging said updated forward motion vector field (MVF_fw_upd) and said updated backward motion vector field (MVF_bw_upd)by selecting among said updated forward vector field (MVF_fw_upd) and said updated backward motion vector field (MVF_bw_upd) the one which has minimum sum of absolute difference value and by adding a smoothness cost, which is calculated by using vector fields of local neighbor blocks that are neighbor blocks of the current block, characterized in that the updated merged vector field is calculated as; V merged = arg min V ∈ V fwd V bwd SAD V + λ ∑ V n ∈ N V − V n wherein V merged is the merged vector field (MVF_mg_upd), V fwd is the updated forward motion vector field (MVF_fw_upd), V bwd is the updated backward motion vector field ((MVF_bw_upd), V n is vector field of the local neighbor blocks and λ is a weighting parameter for the smoothness cost. - merging said updated forward motion vector field (MVF_fw_upd) and said updated backward motion vector field (MVF_bw_upd)by selecting among said updated forward vector field (MVF_fw_upd) and said updated backward motion vector field (MVF_bw_upd) the one which has minimum sum of absolute difference value and by adding a smoothness cost, which is calculated by using vector fields of local neighbor blocks that are neighbor blocks of the current block, characterized in that the updated merged vector field is calculated as; V merged = arg min V ∈ V fwd V bwd SAD V + λ ∑ V n ∈ N V − V n wherein V merged is the merged vector field (MVF_mg_upd), V fwd is the updated forward motion vector field (MVF_fw_upd), V bwd is the updated backward motion vector field ((MVF_bw_upd), V n is vector field of the local neighbor blocks and λ is a weighting parameter for the smoothness cost.
A system comprising a base and a removable module nesting in this base, the base being intended to be electrically connected to at least one intensity sensor (6a-6d) equipping an electrical line of the medium- or high-voltage type to measure a current intensity transported by this line, each sensor (6a-6d) comprising a winding, the module comprising, for each sensor (6a-6d), a measuring transformer (8a-8d) electrically connected via the base to the winding of the corresponding sensor (6a-6d), to measure the intensity of the current circulating in the line, the base including, for each sensor (6a-6d), a switch (7a-7d) to short-circuit each sensor winding (6a-6d) in case of removal of the module, the base including a mechanism for actuating the switches (7a-7d) to open or close them, a maneuvering lever equipping the module while being able to lock the module in the base, this maneuvering lever coupling with the mechanism for actuating the switches (7a-7d) when the module is nested in the base, this maneuvering lever being movable between a first position for mechanical locking of the module in the base and opening of each switch (7a-7d), and a second position for closing the switches (7a-7d) and unlocking the module from the base.
A tunable capacitor (2a; 2b; 3a; 3b) comprising: a variable capacitor unit placed between a first terminal and a second terminal; an impedance tuner connected between at least one of both terminals of the variable capacitor unit and ground; and a tuning switch which on/off controls the connection between the variable capacitor unit and said impedance tuner or between said impedance tuner and ground, wherein the variable capacitor unit and the tuning switch are integrated on one semiconductor die while said impedance tuner is not integrated on said semiconductor die. a variable capacitor unit placed between a first terminal and a second terminal; an impedance tuner connected between at least one of both terminals of the variable capacitor unit and ground; and a tuning switch which on/off controls the connection between the variable capacitor unit and said impedance tuner or between said impedance tuner and ground, wherein the variable capacitor unit and the tuning switch are integrated on one semiconductor die while said impedance tuner is not integrated on said semiconductor die.
Composition comprising isolated coagulation factors FII, FIX, FX and FVII and a composition comprising isolated FVIII and, optionally, isolated vWF for simultaneous, separate or sequential use in the therapy of acquired bleeding, wherein the compositions comprise coagulation factors which have not been activated.
Battery cell module comprising a plurality of battery cells which are electrically conductively connected to one another, wherein the battery cell module further comprises a cooling plate for the battery cells, wherein the cooling plate is in the form of a mounting plate and has mounting elements for directly mounting the cooling plate into a motor vehicle, wherein the battery cell module further comprises two housings which are different from one another, characterized in that the cooling plate, together with each of the two housings which are different from one another, in particular a half-shell housing, in each case forms a closed-off space for accommodating battery cells, and in that the cooling plate, together with the two housings which are different from one another, forms two closed-off spaces, which are separated from one another, for accommodating battery cells, in each of which spaces battery cells are arranged.
A method for generating speech through multi-speaker neural text-to-speech "TTS" synthesis, comprising: receiving a text input; providing, through at least one speaker model, speaker latent space information of a target speaker; predicting, through an acoustic feature predictor, at least one acoustic feature based on the text input and the speaker latent space information; generating, through a neural vocoder, a speech waveform corresponding to the text input based on the at least one acoustic feature and the speaker latent space information; generating at least one transformed acoustic feature based on the at least one acoustic feature through a first neural network; and generating transformed speaker latent space information based on the speaker latent space information through a second neural network, and wherein the generating the speech waveform comprises: generating the speech waveform based on a combination of the at least one transformed acoustic feature and the transformed speaker latent space information. receiving a text input; providing, through at least one speaker model, speaker latent space information of a target speaker; predicting, through an acoustic feature predictor, at least one acoustic feature based on the text input and the speaker latent space information; generating, through a neural vocoder, a speech waveform corresponding to the text input based on the at least one acoustic feature and the speaker latent space information; generating at least one transformed acoustic feature based on the at least one acoustic feature through a first neural network; and generating transformed speaker latent space information based on the speaker latent space information through a second neural network, and wherein the generating the speech waveform comprises: generating the speech waveform based on a combination of the at least one transformed acoustic feature and the transformed speaker latent space information.
A tank arrangement for storing liquefied natural gas, the arrangement comprising a multilobe tank having a gas-tight shell, and a gas-tight and heat-insulated partition wall, which is arranged within the shell for forming into the tank a gas storage space, which is configured to hold liquefied natural gas, characterised in that the gas-tight and heat-insulated partition wall also divides the tank into a gas-tight tank connection space, which is configured to enclose an evaporator for vaporising liquefied gas and/or low-pressure pump and tank connections and valves associated with them.
A method of forming a silica or silica-like film coated on a substrate including the steps of: producing a precursor formulation having a water content of no more than 5% by volume by adding oligomeric organosilicate to a solvent; coating a substrate with the precursor formulation; and curing the precursor formulation onto the substrate in an ammoniacal environment, wherein the oligomeric organosilicate is not silicic acid tetramethyl ester homopolymer but is of the general formula X 1 [( X 2)( X 3) SiO] n X 4 wherein each X may be the same or different and at least three of the X groups are hydrolysable. producing a precursor formulation having a water content of no more than 5% by volume by adding oligomeric organosilicate to a solvent; coating a substrate with the precursor formulation; and curing the precursor formulation onto the substrate in an ammoniacal environment, wherein the oligomeric organosilicate is not silicic acid tetramethyl ester homopolymer but is of the general formula X 1 [( X 2)( X 3) SiO] n X 4 wherein each X may be the same or different and at least three of the X groups are hydrolysable.
A cementitious panel with at least one exterior facing surface and comprising a cementitious core, at least one cover sheet and an integrated air/water barrier membrane, wherein the cover sheet is sandwiched between the cementitious core and the integrated air/water barrier membrane, wherein the integrated air/water barrier membrane is applied to the exterior facing surface; and wherein the integrated air/water barrier membrane comprises a polymeric binder and calcium carbonate.
An inhibitor of C5a for use in the treatment of viral pneumonia by reducing the viral load, wherein the inhibitor of C5a is a binding moiety specifically binding to human C5a, wherein said binding moiety is a monoclonal antibody or antigen-binding fragments thereof.