mhurhangee/ep-ind-claims huggingface dataset:
A method for assisting downlink interference estimation in a cellular network, the method being performed in a network node of the cellular network and comprising the steps of: estimating an average transmit power of the network node in a future time period; transmitting a power parameter based on the estimated average transmit power to at least one wireless device being served by the network node; and transmitting a reference signal for downlink interference estimation, wherein estimating an average transmit power comprises estimating the average transmit power based on: - an average cell load which is estimated using a buffer status associated with the at least one wireless device being served by the network node, - traffic patterns of services used by the at least one wireless device being served by the network node, - a capability of the at least one wireless device being served by the network node, and - an indication of resources which are low utilisation resources which are resources being prevented from being fully used due to downlink inter cell interference. estimating an average transmit power of the network node in a future time period; transmitting a power parameter based on the estimated average transmit power to at least one wireless device being served by the network node; and transmitting a reference signal for downlink interference estimation, wherein estimating an average transmit power comprises estimating the average transmit power based on: - an average cell load which is estimated using a buffer status associated with the at least one wireless device being served by the network node, - traffic patterns of services used by the at least one wireless device being served by the network node, - a capability of the at least one wireless device being served by the network node, and - an indication of resources which are low utilisation resources which are resources being prevented from being fully used due to downlink inter cell interference. - an average cell load which is estimated using a buffer status associated with the at least one wireless device being served by the network node, - traffic patterns of services used by the at least one wireless device being served by the network node, - a capability of the at least one wireless device being served by the network node, and - an indication of resources which are low utilisation resources which are resources being prevented from being fully used due to downlink inter cell interference.
Cylindrical container, in particular a silo, for storing solid materials and/or liquids and/or gases and/or bulk materials or the like, - produced from a sheet metal strip which is helically curved so that the turns extend continuously one above the other and which forms a wall which is arranged in a cylindrical plane, - the upper and lower sheet metal strip edges (22, 24) of which, which are arranged in an adjacent manner one above the other, are connected to each other in a circumferentially sealing manner at a butt joint which extends continuously in a helical manner, - characterized in that - the wall of the container consists of a plurality of sheet metal strips (20, 30, 40) which are arranged directly next to each other, that is to say in and parallel with the cylindrical plane, so that the wall of the container is composed of multi-layered sheet metal strips (20, 30, 40). - produced from a sheet metal strip which is helically curved so that the turns extend continuously one above the other and which forms a wall which is arranged in a cylindrical plane, - the upper and lower sheet metal strip edges (22, 24) of which, which are arranged in an adjacent manner one above the other, are connected to each other in a circumferentially sealing manner at a butt joint which extends continuously in a helical manner, - characterized in that - the wall of the container consists of a plurality of sheet metal strips (20, 30, 40) which are arranged directly next to each other, that is to say in and parallel with the cylindrical plane, so that the wall of the container is composed of multi-layered sheet metal strips (20, 30, 40).
A high current cable for contacting, in an electrically conductive manner, an electrode support arm of an electrically operated furnace for electroslag remelting processes and reduction furnaces, comprising - a high current conductor, - an insulating sheath surrounding the high current conductor, and - a cable head connected to the high current conductor at at least one cable end, characterized in that the high current conductor and the cable head are made of aluminum or an aluminum alloy. - a high current conductor, - an insulating sheath surrounding the high current conductor, and - a cable head connected to the high current conductor at at least one cable end, characterized in that the high current conductor and the cable head are made of aluminum or an aluminum alloy.
A sensor for measuring water fraction in a fluid mixture, wherein the sensor comprises: an active probe having a first electrode and a second electrode extending inwardly from a wall forming a conductive tubing within a borehole, the fluid mixture flowing in the conductive tubing, the second electrode being positioned around the first electrode, to provide an electric shielding over a portion of the first electrode extending from the wall of the conductive tubing while leaving a distal portion of the first electrode unshielded, the first and the second electrode being isolated from each other by a first insulating layer, and the first and second electrodes (5, 6) being in contact with the fluid mixture; a reference probe formed from an internal wall of the conductive tubing contacting the fluid mixture and isolated from the first electrode and the second electrode by a second insulating layer; and an electronic unit coupled to the first and second electrodes (5, 6), and to the reference probe, the electronic unit having a capacitance module for measuring a capacitance between the first electrode and the reference probe. an active probe having a first electrode and a second electrode extending inwardly from a wall forming a conductive tubing within a borehole, the fluid mixture flowing in the conductive tubing, the second electrode being positioned around the first electrode, to provide an electric shielding over a portion of the first electrode extending from the wall of the conductive tubing while leaving a distal portion of the first electrode unshielded, the first and the second electrode being isolated from each other by a first insulating layer, and the first and second electrodes (5, 6) being in contact with the fluid mixture; a reference probe formed from an internal wall of the conductive tubing contacting the fluid mixture and isolated from the first electrode and the second electrode by a second insulating layer; and an electronic unit coupled to the first and second electrodes (5, 6), and to the reference probe, the electronic unit having a capacitance module for measuring a capacitance between the first electrode and the reference probe.
Patient interface for delivering gas to a patient, with - a cushion element (18, 26) that gets in contact with the patient when the patient interface is worn by the patient, and - a responsive material (34, 36) for alternating the pressure exerted by the cushion element (18, 26) on the patient and/or the area on the patient where the pressure is exerted by the cushion element in response to a physical quantity acting on the responsive material while the patient interface (10, 12) is attached to the patient, wherein the cushion element (18, 26) comprises or is mounted to the responsive material (34, 36), and characterized in that (i) the responsive material (34, 36) is an electroactive polymer material and the physical quantity is an electrical current or voltage, or (ii) the responsive material (34, 36) is a temperature-responsive polymer material and the physical quantity is heat, or (iii) the responsive material (34, 36) is a light-responsive polymer material and the physical quantity is light. - a cushion element (18, 26) that gets in contact with the patient when the patient interface is worn by the patient, and - a responsive material (34, 36) for alternating the pressure exerted by the cushion element (18, 26) on the patient and/or the area on the patient where the pressure is exerted by the cushion element in response to a physical quantity acting on the responsive material while the patient interface (10, 12) is attached to the patient, (i) the responsive material (34, 36) is an electroactive polymer material and the physical quantity is an electrical current or voltage, or (ii) the responsive material (34, 36) is a temperature-responsive polymer material and the physical quantity is heat, or (iii) the responsive material (34, 36) is a light-responsive polymer material and the physical quantity is light.
A light emitting device, comprising: a light emitting diode chip having an array of light emitting diodes connected in series and having a source terminal and a ground terminal; and switching blocks (G n; G 1 - G n-1) connected to nodes (L n; L 1 - L n-1) between the light emitting diodes, respectively, wherein the light emitting diodes are sequentially turned on and off by the switching blocks (G 1 - G n-1) for a half cycle of an AC voltage of an AC voltage power source when the array is connected to and driven by an AC voltage power source. the switching blocks (G 1 - G n-1; 300) are connected to the nodes (Ln; L1 - Ln-1) and ground terminal of the array, respectively; and an n-th switching block (Gn; G 1 - G n-1) shorts the ground terminal and a node (L n; L 1 - L n-1) to which the n-th switching block (Gn; G 1 - G n-1) is connected when a voltage difference (V ac) between the source and ground terminals is in a range of (Predetermined Voltage x n) to (Predetermined Voltage x (n+ 1)), and opens the node (L n; L 1 - L n-1) from the ground terminal if the voltage difference (V ac) is greater than (Predetermined Voltage x (n+ 1)). a light emitting diode chip having an array of light emitting diodes connected in series and having a source terminal and a ground terminal; and switching blocks (G n; G 1 - G n-1) connected to nodes (L n; L 1 - L n-1) between the light emitting diodes, respectively, wherein the light emitting diodes are sequentially turned on and off by the switching blocks (G 1 - G n-1) for a half cycle of an AC voltage of an AC voltage power source when the array is connected to and driven by an AC voltage power source. the switching blocks (G 1 - G n-1; 300) are connected to the nodes (Ln; L1 - Ln-1) and ground terminal of the array, respectively; and an n-th switching block (Gn; G 1 - G n-1) shorts the ground terminal and a node (L n; L 1 - L n-1) to which the n-th switching block (Gn; G 1 - G n-1) is connected when a voltage difference (V ac) between the source and ground terminals is in a range of (Predetermined Voltage x n) to (Predetermined Voltage x (n+ 1)), and opens the node (L n; L 1 - L n-1) from the ground terminal if the voltage difference (V ac) is greater than (Predetermined Voltage x (n+ 1)).
An audio system comprising: - a sound generator configured to provide an auditory stimulation adapted to induce neural oscillations wherein said auditory stimulation is further adapted to compensate cochlear dispersion and to alleviate a neurological pathology by: - - adding a plurality of pure tones each with a specific relative phase, adapted to compensate the cochlear dispersion, and hereby providing a chirp capable of compensating the cochlear dispersion; wherein - - said specific relative phase is determined using a delay model preferably given by: τ = k · f -d, wherein τ is the delay in seconds, f is the frequency in Hz and the constants k and d have the values k = 0.0920 and d = 0.4356; and wherein - - said plurality of pure tones are separated by a constant frequency difference that is the same as the frequency of the neural oscillations to be induced; - a sleep monitor configured to determine at least one stage of sleep; and - a sound generator controller adapted to at least one of initiate and terminate an auditory stimulation in response to a determined sleep stage. - a sound generator configured to provide an auditory stimulation adapted to induce neural oscillations wherein said auditory stimulation is further adapted to compensate cochlear dispersion and to alleviate a neurological pathology by: - - adding a plurality of pure tones each with a specific relative phase, adapted to compensate the cochlear dispersion, and hereby providing a chirp capable of compensating the cochlear dispersion; wherein - - said specific relative phase is determined using a delay model preferably given by: τ = k · f -d, wherein τ is the delay in seconds, f is the frequency in Hz and the constants k and d have the values k = 0.0920 and d = 0.4356; and wherein - - said plurality of pure tones are separated by a constant frequency difference that is the same as the frequency of the neural oscillations to be induced; - - adding a plurality of pure tones each with a specific relative phase, adapted to compensate the cochlear dispersion, and hereby providing a chirp capable of compensating the cochlear dispersion; wherein - - said specific relative phase is determined using a delay model preferably given by: τ = k · f -d, wherein τ is the delay in seconds, f is the frequency in Hz and the constants k and d have the values k = 0.0920 and d = 0.4356; and wherein - - said plurality of pure tones are separated by a constant frequency difference that is the same as the frequency of the neural oscillations to be induced; - a sleep monitor configured to determine at least one stage of sleep; and - a sound generator controller adapted to at least one of initiate and terminate an auditory stimulation in response to a determined sleep stage.
A firelighter comprising: 25 to 75% by weight fibreboard having a density of from 0.1 to 0.5 g/cm 3; and 25 to 75% by weight palm fatty acid distillate; wherein the fibreboard is impregnated with the palm fatty acid distillate. 25 to 75% by weight fibreboard having a density of from 0.1 to 0.5 g/cm 3; and 25 to 75% by weight palm fatty acid distillate; wherein the fibreboard is impregnated with the palm fatty acid distillate.
An image processing device comprising: average image producing means for producing an average image from all or some of a plurality of images captured at the same location; characterised by: noise extracting means for extracting a noise pixel on the basis of a result of a comparison between pixel values of pixels in the captured images and pixel values of pixels at the same position in the average image; and interpolating means for interpolating the pixel value of the noise pixel included in the captured images using the pixel values of other pixels to produce a noise-eliminated image. average image producing means for producing an average image from all or some of a plurality of images captured at the same location; characterised by: noise extracting means for extracting a noise pixel on the basis of a result of a comparison between pixel values of pixels in the captured images and pixel values of pixels at the same position in the average image; and interpolating means for interpolating the pixel value of the noise pixel included in the captured images using the pixel values of other pixels to produce a noise-eliminated image. noise extracting means for extracting a noise pixel on the basis of a result of a comparison between pixel values of pixels in the captured images and pixel values of pixels at the same position in the average image; and interpolating means for interpolating the pixel value of the noise pixel included in the captured images using the pixel values of other pixels to produce a noise-eliminated image.
A rapid prototyping system for electrical and electronical prototyping comprising at least one primary device, a terminal for interacting with at least a part of the primary device, a plurality of additional expansion modules connected to said primary device, wherein said expansion modules are substantially standardized modules to allow communication and recognition of each of said expansion modules from said at least one primary device, said modules being connected to said primary device and to each other, by means of connection interfaces (7,7',7"), wherein said connection interfaces (7, 7', 7", 7n) comprise reciprocally connectable pins placed on the expansion modules and on the primary device, to couple said modules together and with said primary device, said pins comprising electrical contacts for the communication between the modules and the transmission of energy and being configured in such a way to be inserted in female cavities comprised in the modules, wherein said pins are implemented by means of prismatic bodies supporting electrical contacts shaped in a way to insert themselves in the female cavities included in one of the other modules and including in turn the electrical contacts, wherein for each connection interface said prismatic bodies consist of a first set of two prismatic bodies that are inclined one with respect to the other and a second set of two further prismatic bodies that are inclined one with respect to the other in such a way to be placed specularly with respect to said first set of two prismatic bodies with respect to a plane that is perpendicular to the module, two of the prismatic bodies being parallel to each other, to edges of the respective module, and to the plane; said primary device being configured to recognize each of said expansion modules connected to said device, by recognition of an ID that univocally identifies each expansion module, said recognition being a prerequisite for the self-configuring at the primary device level which by recognizing the module assigns dynamically to it a specific address for bus communication between at least said device and said at least one module, wherein said terminal interacts with said primary device for setting of parameters and receiving data from said expansion modules.
A combustion chamber for a turbine engine, in particular for an aircraft turbojet engine or turboprop engine, comprising: - a radially outer annular shroud, - a radially inner annular shroud, coaxial with the radially outer shroud, - an end wall connecting the radially outer shroud and the radially inner shroud, - a first annular sealing member, coaxial with said radially inner and outer shrouds, the first sealing member being radially interposed between the end wall and the radially outer shroud, and each sealing member (38a, 38b) being sectorized and comprising at least two angular sectors (39a 39b), - a thermal protection device located downstream of the end wall, characterised in that the protection device is a sheet having an annular part extending radially, whose internal and external peripheral edges are extended by annular flanges (43, 44) extending axially upstream, the radially external and internal flanges of the protection device being radially interposed respectively, between the outer shroud and the end wall, and between the inner shroud and the end wall. - a radially outer annular shroud, - a radially inner annular shroud, coaxial with the radially outer shroud, - an end wall connecting the radially outer shroud and the radially inner shroud, - a first annular sealing member, coaxial with said radially inner and outer shrouds, the first sealing member being radially interposed between the end wall and the radially outer shroud, and each sealing member (38a, 38b) being sectorized and comprising at least two angular sectors (39a 39b), - a thermal protection device located downstream of the end wall, characterised in that the protection device is a sheet having an annular part extending radially, whose internal and external peripheral edges are extended by annular flanges (43, 44) extending axially upstream, the radially external and internal flanges of the protection device being radially interposed respectively, between the outer shroud and the end wall, and between the inner shroud and the end wall.
A perimeter, comprising a fixation forcing device, a display conduction device, a perimetry display device, a feedback device for recording feedback information, and a control center for controlling the perimetry display device and collecting feedback information, wherein the fixation forcing device is suitable for adsorbing to an eyeball and forcing the eyeball in a fixation state during perimetry, and the display conduction device comprises light guide fibers connected to the fixation forcing device and the perimetry display device respectively.
A transdermal patch comprising a multilaminate, said multilaminate comprising: (i) a first layer comprising an opioid analgesic compound, or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable pressure sensitive adhesive; (ii) a second layer comprising an opioid antagonist, or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable adhesive; and (iii) a barrier layer disposed between the first and second layers, wherein the barrier layer substantially prevents the opioid antagonist diffusing from the second layer to the first layer during use, and wherein the barrier layer is a microporous ultra high density polyethylene (UHDPE) material; and wherein a proportion of the opioid antagonist in the second layer is present in the form of a pharmaceutically acceptable salt and a proportion of the opioid antagonist is present in a non-salt form (e.g. as a free base). (i) a first layer comprising an opioid analgesic compound, or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable pressure sensitive adhesive; (ii) a second layer comprising an opioid antagonist, or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable adhesive; and (iii) a barrier layer disposed between the first and second layers, wherein the barrier layer substantially prevents the opioid antagonist diffusing from the second layer to the first layer during use, and wherein the barrier layer is a microporous ultra high density polyethylene (UHDPE) material;
Method for detecting obstacles under limited visibility conditions in the environment of an aircraft by means of an aircraft-supported active 3D sensor, wherein the 3D sensor generates a depth image of the environment, wherein echoes from a blind zone in the vicinity of the 3D sensor up to a predefined distance from the 3D sensor are not taken into account, and wherein for the purposes of obstacle detection, the thus generated depth image is analysed for shadow regions in which no measurement values are present and which are in the depth image as a result of obstacles located in the blind zone, characterized in that the frequency of measurement values outside the shadow regions is used as a criterion as to whether, based on the current visibility conditions, obstacle detection is still possible at all.