mhurhangee/ep-ind-claims huggingface dataset:
A method performed in a radio network node of a wireless network to adaptively cancel an external interference, said external interference originating from external nodes outside said wireless network, the method comprising: receiving an external interference report from a wireless terminal of an external interference experienced by the wireless terminal, the wireless terminal being paired with the radio network node; determining an interference subspace of the wireless terminal based on the external interference report, the interference subspace being a signal subspace that contains the external interference of the wireless terminal; projecting a transmit signal of an original transmission subspace entirely onto a desired signal subspace of the wireless terminal based on the interference subspace, the desired signal subspace being orthogonal to the interference subspace; and transmitting the transmit signal to the wireless terminal projected onto the desired signal subspace, wherein the original transmission subspace corresponds to an original transmit stream set comprising a plurality of original transmit streams, wherein the desired signal subspace corresponds to a projected stream set comprising one or more projected transmit streams, and wherein a number of the projected streams in the projected stream set is less than a number of the original transmit streams in the original transmit stream set. receiving an external interference report from a wireless terminal of an external interference experienced by the wireless terminal, the wireless terminal being paired with the radio network node; determining an interference subspace of the wireless terminal based on the external interference report, the interference subspace being a signal subspace that contains the external interference of the wireless terminal; projecting a transmit signal of an original transmission subspace entirely onto a desired signal subspace of the wireless terminal based on the interference subspace, the desired signal subspace being orthogonal to the interference subspace; and transmitting the transmit signal to the wireless terminal projected onto the desired signal subspace, wherein the original transmission subspace corresponds to an original transmit stream set comprising a plurality of original transmit streams, wherein the desired signal subspace corresponds to a projected stream set comprising one or more projected transmit streams, and wherein a number of the projected streams in the projected stream set is less than a number of the original transmit streams in the original transmit stream set.
An arsenic- and antimony-free borosilicate glass, comprising the following oxides, in % by weight, based on the total amount of the glass: SiO 2 30 to 85 B 2 O 3 3 to 20 Al 2 O 3 0 to 15 Na 2 O 3 to 15 K 2 O 3 to 15 ZnO 0 to 12 TiO 2 0.5 to 10 CaO 0 to 0.1, as well as at least one oxygen-containing selenium compound in amounts of 0.001 % by weight to 0.1 % by weight, based on the total amount of the glass, wherein this compound is selected from salts of the selenious acid, salts of the selenic acid, selenium dioxide (SeO 2), selenium trioxide (SeO 3) and mixtures thereof, and further at least 150 ppm (w/w) of sulfate.
A method comprising: obtaining results of a content request via a mobile device; obtaining a geolocation of at least one object associated with the results of the content request; detecting a scene in a camera view associated with the mobile device; determining a virtual location in the camera view that represents the actual location of the object relative to the scene; and displaying via the mobile device a graphic representing the object at the virtual location in the camera view, wherein the method further comprises: determining a location of the mobile device using a location sensing device, and wherein obtaining the results of the content request via the mobile device comprises forming a search query based on information detected, based on image recognition, in the camera view, submitting the search query to a server via a network, and obtaining the results of the content request from the server in response to the search query. obtaining results of a content request via a mobile device; obtaining a geolocation of at least one object associated with the results of the content request; detecting a scene in a camera view associated with the mobile device; determining a virtual location in the camera view that represents the actual location of the object relative to the scene; and displaying via the mobile device a graphic representing the object at the virtual location in the camera view, wherein the method further comprises: determining a location of the mobile device using a location sensing device, and wherein obtaining the results of the content request via the mobile device comprises forming a search query based on information detected, based on image recognition, in the camera view, submitting the search query to a server via a network, and obtaining the results of the content request from the server in response to the search query.
Method for transmitting an item of error information describing an error in a sensor in a signal, which is interchanged between the sensor and a superordinate receiving device and is set up with a minimum level for supplying electrical energy to the sensor and for carrying measurement information, comprising: - detecting the error to be transmitted in the sensor, characterized by - switching off a component of the sensor which consumes electrical energy, and - transmitting the error information with an error level below the minimum level. - detecting the error to be transmitted in the sensor, - switching off a component of the sensor which consumes electrical energy, and - transmitting the error information with an error level below the minimum level.
An apparatus (100; 200; 304) for evaluating an audio stream which comprises audio channels (106; 206; 305) to be reproduced at at least two different spatial layers (420 410), which are arranged in a manner distanced along a spatial axis, wherein the apparatus is configured to evaluate the audio channels of the audio stream as to provide a measure of spatiality (115; 235) associated with the audio stream, and obtain an upmix origin estimate based on a similarity measure between a first set of audio channels of the audio stream and a second set of audio channels of the audio stream, the upmix origin estimate indicating whether the audio stream has been obtained by up-mixing, and to determine the measure of spatiality based on the upmix origin estimate. audio channels (106; 206; 305) to be reproduced at at least two different spatial layers (420 410), which are arranged in a manner distanced along a spatial axis, wherein the apparatus is configured to evaluate the audio channels of the audio stream as to provide a measure of spatiality (115; 235) associated with the audio stream, and obtain an upmix origin estimate based on a similarity measure between a first set of audio channels of the audio stream and a second set of audio channels of the audio stream, the upmix origin estimate indicating whether the audio stream has been obtained by up-mixing, and to determine the measure of spatiality based on the upmix origin estimate.
Method for preparing a coffee beverage, in which in a brewing operation a specifiable total quantity of brewing water is conducted through a quantity of coffee powder, wherein - a total throughflow time for the brewing operation is specified, during which time the total quantity of brewing water is conducted through the coffee powder, - a value for the volumetric flow rate of the brewing water is determined continuously or at least multiple times during the brewing operation and, on the basis of the measured volumetric flow rate values, the quantity of brewing water that has already been conducted through or is still to be conducted through is ascertained, - the brewing water is conducted through under pressure and active flow regulation of the brewing water is carried out by application of a counter-pressure by means of an adjustable counter-pressure valve, characterised in that - to achieve the total throughflow time, during the brewing operation the throughflow rate of the brewing water is regulated in dependence upon the quantity of brewing water that has already been conducted through or is still to be conducted through in such a way that the brewing operation is carried out in the specified total throughflow time, this being effected by further opening or further closing of the counter-pressure valve in order to increase or to reduce, respectively, the volumetric flow rate in dependence upon how much brewing water still needs to be conducted through the brewing chamber to achieve the specifiable total quantity in the time period remaining until the specified total throughflow time is reached. - a total throughflow time for the brewing operation is specified, during which time the total quantity of brewing water is conducted through the coffee powder, - a value for the volumetric flow rate of the brewing water is determined continuously or at least multiple times during the brewing operation and, on the basis of the measured volumetric flow rate values, the quantity of brewing water that has already been conducted through or is still to be conducted through is ascertained, - the brewing water is conducted through under pressure and active flow regulation of the brewing water is carried out by application of a counter-pressure by means of an adjustable counter-pressure valve, - to achieve the total throughflow time, during the brewing operation the throughflow rate of the brewing water is regulated in dependence upon the quantity of brewing water that has already been conducted through or is still to be conducted through in such a way that the brewing operation is carried out in the specified total throughflow time, this being effected by further opening or further closing of the counter-pressure valve in order to increase or to reduce, respectively, the volumetric flow rate in dependence upon how much brewing water still needs to be conducted through the brewing chamber to achieve the specifiable total quantity in the time period remaining until the specified total throughflow time is reached.
High-pressure control valve for a high-pressure plant with a device for actuating a valve for a high-pressure plant, in particular for a plant for the production of polyethylene, with a pneumatic drive unit and a screw drive which has a housing, a spindle and a spindle nut, the device being mechanically connected to a valve, and wherein the input side of the screw drive is coupled to the input unit for initiating a rotational input motion and the output side of the screw drive is coupled to the valve for transmitting a translational output motion, and wherein the screw drive forms a transmission which translates an input force of the input unit into an output force of the screw drive for actuating the valve.
An internal combustion engine control apparatus including an ignition timing control unit configured to control an ignition timing of an ignition device attached to an internal combustion engine, and an in-cylinder temperature raising unit configured to raise an in-cylinder temperature after cold start of the internal combustion engine, characterized in that, when a first predetermined time after start is reached, the in-cylinder temperature raising unit is configured to close an exhaust valve before a top dead center in an exhaust stroke and to open an intake valve after the top dead center of the exhaust stroke, thereby providing a negative valve overlap period NVO where an exhaust is compressed, and the ignition timing control unit is configured to gradually retard the ignition timing of the ignition device until a first predetermined ignition timing is reached, and, when a predetermined in-cylinder temperature value (Ts) or a second predetermined time is reached, the ignition timing control unit is configured to further retard the ignition timing of the ignition device until a second predetermined ignition timing, later than the first predetermined ignition timing, is reached.
A gas turbine engine component comprising: a platform and an airfoil extending outwardly of the platform, the airfoil having a suction wall and a pressure wall; a plurality of central channels (84,86,88,90,92,94,96;206,208,210) within said airfoil and extending from said platform outwardly toward a tip of said airfoil; and said central channels (84,86,88,90,92,94,96;206,208,210) each being provided with plural crossover holes (98; 212) for directing cooling air to at least one core channel (100, 102; 214, 216) associated with each of the pressure and suction walls (85, 87), and a supply to supply air to the central channels (84,86,88,90,92,94,96;206,208,210), through said crossover holes (98; 212), to impinge against a wall of said core channels (100, 102; 214, 216), wherein film cooling holes are formed in said pressure and suction walls (85, 87), such that the air can pass through the film cooling holes from said core channels (100, 102; 214, 216), characterised in that said core channels (100,102;214,216) are supplied entirely from said central channels (84,86,88,90,92,94,96;206,208,210), with said core channels (100,102;214,216) extending from a closed bottom wall to a top wall, with said crossover holes (98;212) supplying the impingement air into said core channels (100,102;214,216). a platform and an airfoil extending outwardly of the platform, the airfoil having a suction wall and a pressure wall; a plurality of central channels (84,86,88,90,92,94,96;206,208,210) within said airfoil and extending from said platform outwardly toward a tip of said airfoil; and said central channels (84,86,88,90,92,94,96;206,208,210) each being provided with plural crossover holes (98; 212) for directing cooling air to at least one core channel (100, 102; 214, 216) associated with each of the pressure and suction walls (85, 87), and a supply to supply air to the central channels (84,86,88,90,92,94,96;206,208,210), through said crossover holes (98; 212), to impinge against a wall of said core channels (100, 102; 214, 216), wherein film cooling holes are formed in said pressure and suction walls (85, 87), such that the air can pass through the film cooling holes from said core channels (100, 102; 214, 216), characterised in that said core channels (100,102;214,216) are supplied entirely from said central channels (84,86,88,90,92,94,96;206,208,210), with said core channels (100,102;214,216) extending from a closed bottom wall to a top wall, with said crossover holes (98;212) supplying the impingement air into said core channels (100,102;214,216).
Compensation device for a signal (Tx) to be transmitted as vehicle-to-vehicle communication, - having at least one channel (W1, Koppl1, Kab, Koppl2, W2, VGA, W3) from a vehicle-to-vehicle communication transceiver (C2C-Transc) to at least one antenna, - having a first transmission power detection apparatus, which is connected to a transmission output (Tx; Tx2) of the vehicle-to-vehicle communication transceiver (C2C-Transc) in order to detect a first power (PDet1), - having a second transmission power detection apparatus, which is connected to the at least one antenna in order to detect a second power (PDet2), - having a control apparatus (Steu) for calculating a difference (ΔP) between the value of the detected first power (PDet1) and the value of the detected second power (PDet2) in order to form a control signal, - having an amplifier with a gain factor able to be set by the control signal, which is arranged between the vehicle-to-vehicle communication transceiver (C2C-Transc) and the at least one antenna, wherein the settable amplifier (VGA, VGA1) is arranged between the cable (Kab) and the antenna in the channel (W1, Koppl1, Kab, Koppl2, W2, VGA, W3) from a vehicle-to-vehicle communication transceiver (C2C-Transc) to the at least one antenna. - having at least one channel (W1, Koppl1, Kab, Koppl2, W2, VGA, W3) from a vehicle-to-vehicle communication transceiver (C2C-Transc) to at least one antenna, - having a first transmission power detection apparatus, which is connected to a transmission output (Tx; Tx2) of the vehicle-to-vehicle communication transceiver (C2C-Transc) in order to detect a first power (PDet1), - having a second transmission power detection apparatus, which is connected to the at least one antenna in order to detect a second power (PDet2), - having a control apparatus (Steu) for calculating a difference (ΔP) between the value of the detected first power (PDet1) and the value of the detected second power (PDet2) in order to form a control signal, - having an amplifier with a gain factor able to be set by the control signal, which is arranged between the vehicle-to-vehicle communication transceiver (C2C-Transc) and the at least one antenna,
A temperable glass or glass-ceramic substrate coated at least partially with a layer of enamel comprising an organic resin and inorganic constituents including at least one glass frit and at least one pigment, characterized in that said resin comprises at least one compound selected from: - a monomer of acrylate type having a functionality of between 2 and 6 and selected from compounds based on dimethacrylate, diacrylate, trimethacrylate, triacrylate, tetraacrylate and pentaacrylate, and - an unsaturated oligomer of acrylate type selected from polyether acrylates, styrene acrylates, epoxy acrylates, urethane acrylates, ammonium acrylates and polyester acrylates, the content of resin in the dry enamel layer being between 6% and 8.5% by weight relative to the inorganic constituents. - a monomer of acrylate type having a functionality of between 2 and 6 and selected from compounds based on dimethacrylate, diacrylate, trimethacrylate, triacrylate, tetraacrylate and pentaacrylate, and - an unsaturated oligomer of acrylate type selected from polyether acrylates, styrene acrylates, epoxy acrylates, urethane acrylates, ammonium acrylates and polyester acrylates,
Tyre having a radial carcass reinforcement comprising a crown reinforcement formed of at least two working crown layers of reinforcing elements (41, 43), a layer of rubber compound being arranged between at least the ends of said at least two working crown layers (41, 43), said crown reinforcement being capped radially with a tread, said tread being joined to two beads via two sidewalls, the crown reinforcement comprising at least one layer of circumferential reinforcing elements, said tread comprising a tread surface intended to come into contact with a road surface and form a contact surface, the distance d between the end of the axially narrowest working layer and the working layer separated from the axially narrowest working layer by the layer of rubber compound being such that 1.1ø < d < 2.2ø, ø being the diameter of the reinforcing elements of said at least one layer of circumferential reinforcing elements, in a meridian plane, and the thickness of the layer of rubber compound being substantially constant over the axial width between the axially inner end of the layer and the end of the axially narrowest working layer, characterized in that said tread consists of at least one central part extending at least in the region of the equatorial plane and two axially exterior parts and has, at least in said central part, at least one longitudinally-oriented cut and at least one transversely-oriented cut, in that the depth, measured on a new tyre in at least said central part, of said at least one longitudinally-oriented cut is greater than or equal to 40% of the thickness of the tread, in that the ratio of the width (D f) measured at the bottom of said at least one longitudinally-oriented cut to the width (ds) measured at the surface of the tread on a new tyre of said at least one longitudinally-oriented cut is greater than 1.2, in that the depth, measured on a new tyre in at least said central part, of said at least one transversely-oriented cut is greater than or equal to 40% of the thickness of the tread, in that the ratio of the width (D' f)measured at the bottom of said at least one transversely-oriented cut to the width (d's)measured at the surface of the tread on a new tyre of said at least one transversely-oriented cut is greater than or equal to 1.
A method for producing a radio frequency identification transponder, the transponder comprising a radio frequency identification chip and one or more antenna elements (10a, 10b, CA1), the method comprising: - providing a conductive sheet covered by a first mask layer and by a second mask layer, characterized in that the method further comprises: - processing the first mask layer by a laser beam so as to form an exposed portion (U1,U2) of the conductive sheet, wherein said processing is carried out after the radio frequency identification chip has been attached to the conductive sheet, and - etching (ETCH1) said exposed portion (U1,U2) so as to form a groove (C1,C2) in the conductive sheet, wherein said groove (C1,C2) defines the position of an edge of an antenna element of the transponder, a first side of the conductive sheet has been covered with the first mask layer before the chip is attached to the conductive sheet, and wherein a second side of the conductive sheet has been covered with the second mask layer before the chip is attached to the conductive sheet. - providing a conductive sheet covered by a first mask layer and by a second mask layer, - processing the first mask layer by a laser beam so as to form an exposed portion (U1,U2) of the conductive sheet, wherein said processing is carried out after the radio frequency identification chip has been attached to the conductive sheet, and - etching (ETCH1) said exposed portion (U1,U2) so as to form a groove (C1,C2) in the conductive sheet,