mhurhangee/ep-ind-claims huggingface dataset:
A control system for controlling electronic devices, the control system comprising said electronic devices and the following components integrated into a remote-control unit: an ultra-wideband communication unit configured to receive ultra-wideband signals from the electronic devices; and a processing unit configured to select a specific electronic device among said electronic devices for further communication; wherein the processing unit is configured to select said specific electronic device using an angle of arrival of the ultra-wideband signals received from the electronic devices; characterized in that the processing unit is further configured to determine a first vertical angle, being a vertical angle of arrival of an ultra-wideband signal transmitted by the ultra-wideband communication unit to the electronic devices, and wherein the electronic devices are configured to determine a second vertical angle, being a vertical angle of arrival of said ultra-wideband signal as received by the electronic devices; wherein the processing unit is further configured to select the specific electronic device if the first vertical angle has a predefined correlation with the second vertical angle. an ultra-wideband communication unit configured to receive ultra-wideband signals from the electronic devices; and a processing unit configured to select a specific electronic device among said electronic devices for further communication; wherein the processing unit is configured to select said specific electronic device using an angle of arrival of the ultra-wideband signals received from the electronic devices; characterized in that the processing unit is further configured to determine a first vertical angle, being a vertical angle of arrival of an ultra-wideband signal transmitted by the ultra-wideband communication unit to the electronic devices, and wherein the electronic devices are configured to determine a second vertical angle, being a vertical angle of arrival of said ultra-wideband signal as received by the electronic devices; wherein the processing unit is further configured to select the specific electronic device if the first vertical angle has a predefined correlation with the second vertical angle.
A lid arrangement for a food processing appliance comprising a diaphragm that provides sealing between the lid and the processing bowl of the appliance said diaphragm being adapted to allow pressure compensation by venting air in case the pressure in the processing bowl exceeds a predetermined level and, characterized in said diaphragm also comprises a sealing positioned on its circumference, said sealing comprising a venting rim (10.1) that extends substantially axially to the plane of the diaphragm in the direction towards the top of the mounted lid and is obstructing the passage of air until the pressure within the processing bowl reaches a predetermined level.
A beverage production device for preparing a liquid comestible from a portioned food substance contained in a capsule or cell, comprising a centrifugal unit for receiving the capsule or cell, driving means connected to the centrifugal unit for enabling a rotational motion of the capsule or cell in the centrifugal unit, liquid supply means (4,6,7) being connected to the centrifugal unit to supply liquid in the capsule or cell, means for measuring the flow rate, or respectively the pressure, of the liquid, and a control unit for controlling the flow rate, or respectively the pressure, to match a flow rate reference, or respectively a pressure reference, in a control loop by automatically adjusting the rotational speed of the driving means during an extraction phase of the beverage production depending on the measured flow rate, or respectively the measured pressure.
A control arrangement for providing a plurality of phase-coherent oscillating signals to a quantum computing arrangement, the control arrangement comprising a reference clock input arrangement for providing a high-frequency reference clock signal, characterized by: - a plurality of modules each comprising a plurality of channels for providing the plurality of phase-coherent oscillating signals, - a first distribution arrangement for distributing the high-frequency reference clock signal in a phase-coherent manner to the plurality of modules, - within each of the plurality of modules a second distribution arrangement for further distributing the high-frequency reference clock signal distributed to that module by said first distribution arrangement in a phase-coherent manner to the plurality of channels of the respective module, and - within each of the plurality of channels a first phase-locked loop configured to upconvert the high-frequency reference clock signal distributed to that channel by the second distribution arrangement of the respective module for providing one of the plurality of phase-coherent oscillating signals. - a plurality of modules each comprising a plurality of channels for providing the plurality of phase-coherent oscillating signals, - a first distribution arrangement for distributing the high-frequency reference clock signal in a phase-coherent manner to the plurality of modules, - within each of the plurality of modules a second distribution arrangement for further distributing the high-frequency reference clock signal distributed to that module by said first distribution arrangement in a phase-coherent manner to the plurality of channels of the respective module, and - within each of the plurality of channels a first phase-locked loop configured to upconvert the high-frequency reference clock signal distributed to that channel by the second distribution arrangement of the respective module for providing one of the plurality of phase-coherent oscillating signals.
A pharmaceutical composition, comprising acetaminophen and a complexed tramadol material, that exhibits coordinated sustained release upon dissolution resulting in coordinated accumulative release of tramadol and accumulative release of acetaminophen over time, wherein the complexed tramadol material is complexed using carrageenan.
Apparatus for determining the force transmitted by an air spring (2, 2a, 2b, 2c, 2d), wherein a first sensor for recording the respective bellows pressure is arranged inside or outside the air spring (2, 2a, 2b, 2c, 2d), wherein a second sensor for recording the compression travel is arranged inside or outside the air spring (2, 2a, 2b, 2c, 2d), wherein the apparatus comprises an electronic computing apparatus configured to receive the two items of data about the bellows pressure and the compression travel, wherein the electronic computing apparatus stores a family of characteristics relating to the air spring, describing the force according to the compression travel and the bellows pressure, wherein the apparatus is configured to take the compression travel and the internal bellows pressure as a basis for determining the transmitted force with the aid of the family of characteristics relating to the respective air spring (2, 2a, 2b, 2c, 2d), characterized in that the sensor unit comprises a temperature sensor, wherein the electronic computing apparatus stores a mathematical function that takes account of a change in the family of characteristics relating to the air spring (2, 2a, 2b, 2c, 2d) as a result of temperature influences. wherein a second sensor for recording the compression travel is arranged inside or outside the air spring (2, 2a, 2b, 2c, 2d), wherein the apparatus comprises an electronic computing apparatus configured to receive the two items of data about the bellows pressure and the compression travel, wherein the electronic computing apparatus stores a family of characteristics relating to the air spring, describing the force according to the compression travel and the bellows pressure, wherein the apparatus is configured to take the compression travel and the internal bellows pressure as a basis for determining the transmitted force with the aid of the family of characteristics relating to the respective air spring (2, 2a, 2b, 2c, 2d), characterized in that the sensor unit comprises a temperature sensor, wherein the electronic computing apparatus stores a mathematical function that takes account of a change in the family of characteristics relating to the air spring (2, 2a, 2b, 2c, 2d) as a result of temperature influences.
A device to bring a gas into contact with a particulate solid bulk material, comprising a first and a second tubular, radially gas-permeable wall elements (1, 2) having different diameters and which each defining a central axis, wherein one of the wall elements is coaxially placed in the second wall element, wherein the wall elements (1, 2), mutually define a ring-shaped shaft for a particulate material which is to be contacted by the gas, wherein the wall elements have vertically oriented axes, a ventilation device for compelling the gas radially through the shaft and the material, a first device for addition of the material to an upper part of the shaft and a second device for output of dried material from the lower part of the shaft, driving means for accomplishing a relative movement between the wall elements (1, 2) and wherein at least one of the wall elements (1, 2) on its side facing the material carries at least a screw line ramp (11, 21) and at least one of the wall elements is arranged turnable; the device being characterized in that the driving means are arranged to establish an axial relative displacement between the wall elements and whereby said at least one screw line ramp (11, 21) is arranged so that a rotational movement of the at least one wall element carrying said at least one screw line ramp around the common axis arises secondary through the influence of said at least one screw line ramp without an external torque influencing the wall element.
A method for arranging a plurality of networked audio players (112, 114, 116) according to input from a touch-sensitive display, the method comprising: instructing the touch-sensitive display to portray a representation of at least a portion of the plurality of networked audio players (112, 114, 116); receiving data indicative of a gesture input via the touch-sensitive display; associating the received data with a gesture-indicated arrangement for audio playback from the plurality of networked audio players (112, 114, 116); instructing the plurality of networked audio players (112, 114, 116) to provide audio playback according to the gesture-indicated arrangement; and instructing the touch-sensitive display to portray a representation of at least some of the plurality of networked audio players (112, 114, 116) including an indication of the gesture indicated arrangement. instructing the touch-sensitive display to portray a representation of at least a portion of the plurality of networked audio players (112, 114, 116); receiving data indicative of a gesture input via the touch-sensitive display; associating the received data with a gesture-indicated arrangement for audio playback from the plurality of networked audio players (112, 114, 116); instructing the plurality of networked audio players (112, 114, 116) to provide audio playback according to the gesture-indicated arrangement; and instructing the touch-sensitive display to portray a representation of at least some of the plurality of networked audio players (112, 114, 116) including an indication of the gesture indicated arrangement.
A method for resource allocation for sidelink transmission, applied to user equipment, UE, the method comprising: selecting, from logical channels belonging to a target address, a logical channel with high priority, wherein the priority of the logical channel is associated with a ProSe Per Packet Priority, PPPP, and the logical channel with high priority is associated with high PPPP; and allocating resources for to-be-transmitted data in the logical channel with the high priority; characterised by further comprising: determining whether there is an invalid resource grant, wherein the invalid resource grant is obtained by initializing an existing resource grant as an invalid resource grant and further initialising a valid grant set to be empty; and when there is an invalid resource grant, determining whether the invalid resource grant meets conditions of carrier reselection and/or resource reselection; or when there is no invalid resource grant, performing carrier selection based on channel busy ratio, CBR, measurement values of carriers. selecting, from logical channels belonging to a target address, a logical channel with high priority, wherein the priority of the logical channel is associated with a ProSe Per Packet Priority, PPPP, and the logical channel with high priority is associated with high PPPP; and allocating resources for to-be-transmitted data in the logical channel with the high priority; characterised by further comprising: determining whether there is an invalid resource grant, wherein the invalid resource grant is obtained by initializing an existing resource grant as an invalid resource grant and further initialising a valid grant set to be empty; and when there is an invalid resource grant, determining whether the invalid resource grant meets conditions of carrier reselection and/or resource reselection; or when there is no invalid resource grant, performing carrier selection based on channel busy ratio, CBR, measurement values of carriers. determining whether there is an invalid resource grant, wherein the invalid resource grant is obtained by initializing an existing resource grant as an invalid resource grant and further initialising a valid grant set to be empty; and when there is an invalid resource grant, determining whether the invalid resource grant meets conditions of carrier reselection and/or resource reselection; or when there is no invalid resource grant, performing carrier selection based on channel busy ratio, CBR, measurement values of carriers.
Cutter system for an electric shaver and/or trimmer, comprising a pair of cooperating first and second cutting elements (4, 5) movably supported relative to each other by a support structure, said first cutting element being provided in a flat plate-like configuration having a skin top side, two lateral non hair cutting sides and two longitudinal sides each with a row of first cutting teeth, a motor driving said second cutting element in a movement direction, said second cutting element being provided on each of its longitudinal sides which extend parallel to the movement direction with a row of second cutting teeth and a flat main portion connecting both rows of second cutting teeth, said second cutting element has a top side directed towards the first cutting element and an underside directed towards the support structure, wherein at least some of the second cutting teeth are uncovered at least at its tip portion at the underside of the second cutting element forming a discharge area for cut hair stubbles, the second cutting element is sandwiched between the first cutting element and said support structure, wherein said support structure includes at least one spacer defining a gap in which the sandwiched cutting element is movably received, wherein said spacer forms a sliding guide for guiding the sandwiched cutting element reciprocating or rotate along said spacer and having a guiding recess in which the spacer is received, wherein said support structure includes a support element, wherein said support element, said spacer and said other cutting element are rigidly connected to each other and form a rigid sandwiching frame having a gap in which the sandwiched cutting element is slidably received and wherein said spacer and thus said gap having a thickness larger than the thickness of the sandwiched cutting element by an amount smaller than 40 μm.
Method for the purification of a compound of general formula wherein R 1 is C R 3 with R 3 is C 9 -C 21 alkyl, C 9 -C 21 alkenyl, C 1 -C 10 alkoxyphenyl, C 1 -C 10 alkoxynaphthyl or C 1 -C 10 alkoxyterphenyl and wherein R 2 is benzimidazol-2-yl, benzothiazol-2-yl, 1-methylimidazol-2-yl, 4-methoxyphenyl or phenyl and wherein X is O or H,H, comprising the steps of: (a) dissolving a compound of general formula as defined above in a first solvent; (b) contacting the solution obtained in step (a) with silica gel; (c) eluting said compound of general formula with a second solvent comprising an ester, alcohol and water (a) dissolving a compound of general formula as defined above in a first solvent; (b) contacting the solution obtained in step (a) with silica gel; (c) eluting said compound of general formula with a second solvent comprising an ester, alcohol and water
Device for aerating liquids, which device comprises - at least one linear aerator for the introduction of gas into a liquid, the linear aerator having at least one tube with at least one introduction opening, characterized in that the device comprises, furthermore: - a fixing plate with a planar upper side, - at least one groove (50, 51, 52, 53) which is recessed into the upper side of the fixing plate and in which at least one portion of the linear aerator is received and fixed. - at least one linear aerator for the introduction of gas into a liquid, the linear aerator having at least one tube with at least one introduction opening, - a fixing plate with a planar upper side, - at least one groove (50, 51, 52, 53) which is recessed into the upper side of the fixing plate and in which at least one portion of the linear aerator is received and fixed.
Apparatus for the growing of plants, comprising - a frame, to which plants are set to grow in a substrate, - irrigation means fitted to the frame, for irrigating the substrate with an irrigation liquid, - means fitted to the frame for creating an airflow through the substrate, - at least some of the plants together with their substrates are placed in modular growing units, - openings are arranged in the frame for the growing units, into which these are detachably installed, independently of the irrigation means, characterized in that - the plants are placed such that they grow in growing units separate from each other, and - the frame delimits a space between a cover, a front wall, a rear wall, and a closed lower part of the frame, the front wall comprising openings arranged in the cover at the upper part of the wall structure, and that an air circulation is arranged inside said frame, and said air circulation is connected to the outside of the frame through openings for growing units and said openings of the frame, and a means for air circulation being fitted to the openings of the frame for creating an airflow through the substrate. - a frame, to which plants are set to grow in a substrate, - irrigation means fitted to the frame, for irrigating the substrate with an irrigation liquid, - means fitted to the frame for creating an airflow through the substrate, - at least some of the plants together with their substrates are placed in modular growing units, - openings are arranged in the frame for the growing units, into which these are detachably installed, independently of the irrigation means, characterized in that - the plants are placed such that they grow in growing units separate from each other, and - the frame delimits a space between a cover, a front wall, a rear wall, and a closed lower part of the frame, the front wall comprising openings arranged in the cover at the upper part of the wall structure, and that an air circulation is arranged inside said frame, and said air circulation is connected to the outside of the frame through openings for growing units and said openings of the frame, and a means for air circulation being fitted to the openings of the frame for creating an airflow through the substrate.
A method of calculating a distance between an aircraft and an object based upon a calculated real-time distance between a first camera and a second camera, the method comprising: calculating a real-time distance between a first wing-mounted camera on an aircraft and a second wing-mounted camera on the aircraft, wherein calculating comprises: determining a first distance and orientation between the first wing mounted camera and the second wing -mounted camera during a neutral wing (31,32) condition of the aircraft; correlating images captured from the first wing mounted camera during a flexed wing condition of the aircraft against a left nose template; correlating images captured from the second wing -mounted camera during a flexed wing condition of the aircraft against a right nose template, wherein the captured images show the nose of the aircraft; determining a second distance and orientation between the first wing -mounted camera and the second wing -mounted camera during a flexed wing (31, 32) condition of the aircraft; and processing the difference between the first and second distances and orientations to provide a real-time distance and orientation between the first and second wing (31, 32)-mounted cameras (21, 22). determining a first distance and orientation between the first wing mounted camera and the second wing -mounted camera during a neutral wing (31,32) condition of the aircraft; correlating images captured from the first wing mounted camera during a flexed wing condition of the aircraft against a left nose template; correlating images captured from the second wing -mounted camera during a flexed wing condition of the aircraft against a right nose template, wherein the captured images show the nose of the aircraft; determining a second distance and orientation between the first wing -mounted camera and the second wing -mounted camera during a flexed wing (31, 32) condition of the aircraft; and processing the difference between the first and second distances and orientations to provide a real-time distance and orientation between the first and second wing (31, 32)-mounted cameras (21, 22).
A device including memory protection, comprising: a memory module; and a processing module including at least: a memory encryption engine to at least one of decrypt encrypted data loaded from the memory module using security metadata loaded from the memory module, or encrypt plaintext data prior to storage in the memory module using the security metadata, the memory encryption engine including at least a partitioned cache to hold the security metadata, wherein the security metadata comprises at least memory authentication code data, version data and counter data corresponding to the encrypted or the plaintext data, and wherein the memory encryption engine cache comprises a first partition to hold the version data and the memory authentication code data and a second partition to hold the counter data. a memory module; and a processing module including at least: a memory encryption engine to at least one of decrypt encrypted data loaded from the memory module using security metadata loaded from the memory module, or encrypt plaintext data prior to storage in the memory module using the security metadata, the memory encryption engine including at least a partitioned cache to hold the security metadata, wherein the security metadata comprises at least memory authentication code data, version data and counter data corresponding to the encrypted or the plaintext data, and wherein the memory encryption engine cache comprises a first partition to hold the version data and the memory authentication code data and a second partition to hold the counter data. a memory encryption engine to at least one of decrypt encrypted data loaded from the memory module using security metadata loaded from the memory module, or encrypt plaintext data prior to storage in the memory module using the security metadata, the memory encryption engine including at least a partitioned cache to hold the security metadata, wherein the security metadata comprises at least memory authentication code data, version data and counter data corresponding to the encrypted or the plaintext data, and wherein the memory encryption engine cache comprises a first partition to hold the version data and the memory authentication code data and a second partition to hold the counter data.