mhurhangee/ep-ind-claims huggingface dataset:
Rotobaler having a weighing platform (23, 47) which is supported on a rolling device via weighing sensors (24, 25), the weighing platform (23, 47) is for recording the weight of a readily wrapped round bale, characterized in that the rotobaler comprises a bale-stopping device which is movably coupled to the weighing platform (23, 47), which secures the round bale against rolling along the weighing platform (23, 47) and, after the weighing is finished, releases said round bale in the rolling direction, wherein the bale-stopping device being in its working position acts on the round bale at a distance above the contact surface and exerts a force on the round bale which is directed opposite to the rolling direction, whereas the bale-stopping device in its inoperative position is not in engagement with the round bale.
A head row assembly for a machine for harvesting crops in a field, comprising a frame designed to be connected to a head associated with the front part of a machine for harvesting crops in a field, which can move on the ground along an advancement direction, said frame forming at least one longitudinally extended passage, which extends substantially parallel to said advancement direction and is designed to receive the crops along a corresponding row during the advancement of the machine, along the opposite longitudinal edges of said passage there being respective conveyor elements (4a, 4b) which are adapted to move the crops in the opposite direction with respect to the advancement direction of the machine, along said passage there being cutting means, adapted to cut the crops along at least one cutting plane, said frame forming, downstream of said cutting means, along the direction of motion imparted to the crops by said conveyor elements (4a, 4b), a sliding surface for the crops, which can be engaged slidingly by the crops entrained by said conveyor elements (4a, 4b), characterized in that said cutting plane and said sliding surface lie substantially on a same plane of arrangement.
An in vitro method of producing a ganglioside in a cell, wherein said ganglioside is GM1, comprising: (a) treating said cell with chloroquine to accumulate said ganglioside; (b) isolating said ganglioside, quantifying said ganglioside, or both, from said chloroquine-treated cell; wherein said cell is a human bone marrow cell or a neuroblastoma cell: wherein said cell is not a PC 12 cell, an HT22 cell, a brain cell from a sheep afflicted with gangliosidosis. (a) treating said cell with chloroquine to accumulate said ganglioside; (b) isolating said ganglioside, quantifying said ganglioside, or both, from said chloroquine-treated cell; wherein said cell is not a PC 12 cell, an HT22 cell, a brain cell from a sheep afflicted with gangliosidosis.
A method of determining one or more candidate frequencies for a carrier signal in a received signal, which method comprises: generating a narrowband power spectrum of the received signal; detecting one or more peaks in the narrowband power spectrum; and generating a candidate frequency list, each frequency at which a peak occurs being included in the candidate frequency list, characterised by removing the detected one or more peaks from the narrowband power spectrum to generate a modified narrowband power spectrum; detecting one or more further peaks in the modified narrowband power spectrum; and modifying the candidate frequency list in dependence on the one or more further peaks. generating a narrowband power spectrum of the received signal; detecting one or more peaks in the narrowband power spectrum; and generating a candidate frequency list, each frequency at which a peak occurs being included in the candidate frequency list, characterised by removing the detected one or more peaks from the narrowband power spectrum to generate a modified narrowband power spectrum; detecting one or more further peaks in the modified narrowband power spectrum; and modifying the candidate frequency list in dependence on the one or more further peaks.
Capacitive electroacoustic transducer, having an active diaphragm, a first and a second diaphragm carrier, the active diaphragm being received between the first and the second diaphragm carrier, an electrode which is constructed in a planar manner being arranged on the first and second diaphragm carrier, the diaphragm carrier and the electrode being connected to each other in such a manner that the diaphragm carrier projects above the electrode by a predetermined measurement perpendicularly to the electrode which is constructed in a planar manner, characterised in that the diaphragm carrier and the electrode are constructed in an electrically conductive manner and are coupled to each other so as to be electrically insulated from each other, the diaphragm carrier and the active diaphragm being electrically coupled to each other, the diaphragm carrier surrounding the electrode, and an insulating carrier being arranged between the electrode and the first or second diaphragm carrier.
An article comprising a microstructured layer having a microstructured surface bearing microstructures having an average height of greater than 12.0 micrometers and less than 300.0 micrometers, the microstructured layer comprising a semi-IPN of a polymer network selected from the group consisting of urethane acrylate polymer networks, urethane/urea acrylate polymer networks and urea acrylate polymer networks and a linear or branched polymer that is a thermoplastic polymer selected from the group consisting of thermoplastic polyurethanes, thermoplastic polyurethane/polyureas, thermoplastic polyureas, and combinations thereof; wherein the weight ratio of linear or branched polymer to polymer network in the semi-IPN is greater than 75:25 and less than or equal to 94:6.
Method for the manufacture of a susceptor sheet material comprising an aerosol-forming gel, the method comprising: - providing a susceptor sheet material comprising at least one depression (11,12,13) on both sides of the susceptor sheet material; - applying aerosol-forming gel to the at least one depression on both sides of the susceptor sheet material. - providing a susceptor sheet material comprising at least one depression (11,12,13) on both sides of the susceptor sheet material; - applying aerosol-forming gel to the at least one depression on both sides of the susceptor sheet material.
A server for a care management system, the server comprising: storage configured to contain (i) care management-related content for a plurality of content sessions; and (ii) a patient care plan (21, 22, 23) associated with a corresponding patient, the patient care plan including at least a schedule for presenting selected content sessions to the patient via a user interface; and (iii) a set of re-scheduling rules; and at least one processor (26, 44) configured to: control communication of content sessions to the patient in accordance with the patient care plan; receive an input by the patient which indicates an unavailability time period; and to automatically adjust the schedule of the patient care plan to free up the unavailability time period from one or more content sessions which were originally scheduled, wherein the content sessions are organized into modules, each directed to different medical goals, and wherein the re-scheduling of content sessions is also based on a survey indicating the patient's medical condition, whereby, in case of an unsatisfactory medical condition, an alternative revised subsequent schedule of presentation of modules is applied. storage configured to contain (i) care management-related content for a plurality of content sessions; and (ii) a patient care plan (21, 22, 23) associated with a corresponding patient, the patient care plan including at least a schedule for presenting selected content sessions to the patient via a user interface; and (iii) a set of re-scheduling rules; and at least one processor (26, 44) configured to: control communication of content sessions to the patient in accordance with the patient care plan; receive an input by the patient which indicates an unavailability time period; and to automatically adjust the schedule of the patient care plan to free up the unavailability time period from one or more content sessions which were originally scheduled, control communication of content sessions to the patient in accordance with the patient care plan; receive an input by the patient which indicates an unavailability time period; and to automatically adjust the schedule of the patient care plan to free up the unavailability time period from one or more content sessions which were originally scheduled, wherein the content sessions are organized into modules, each directed to different medical goals, and wherein the re-scheduling of content sessions is also based on a survey indicating the patient's medical condition, whereby, in case of an unsatisfactory medical condition, an alternative revised subsequent schedule of presentation of modules is applied.
A music information display control method comprising: displaying, on a display device, a musical note sequence image in which a musical note iconic image of each musical note is disposed in a musical score area where a time axis is set; disposing, on the display device, an operation iconic image in a vicinity of the musical note iconic image, said vicinity being defined as a positional relationship of the operation iconic image with the musical note iconic image allowing a user to identify the musical note iconic image corresponding to the operation iconic image from among a plurality of musical note iconic images in the musical score area; accepting an instruction from the user on the operation iconic image; changing a display length or a display position of the musical note iconic image in a direction of the time axis according to the instruction to move the operation iconic image, changing the display magnification of the musical score area, and changing the display size of the musical note iconic image according to the changed display magnification, characterized in that the method further comprises determining whether the changed display magnification is lower than a threshold value, displaying the operation iconic image when the changed display magnification is lower than the threshold value, whereas hiding the operation iconic image when the display magnification is equal to or higher than the threshold value. displaying, on a display device, a musical note sequence image in which a musical note iconic image of each musical note is disposed in a musical score area where a time axis is set; disposing, on the display device, an operation iconic image in a vicinity of the musical note iconic image, said vicinity being defined as a positional relationship of the operation iconic image with the musical note iconic image allowing a user to identify the musical note iconic image corresponding to the operation iconic image from among a plurality of musical note iconic images in the musical score area; accepting an instruction from the user on the operation iconic image; changing a display length or a display position of the musical note iconic image in a direction of the time axis according to the instruction to move the operation iconic image, changing the display magnification of the musical score area, and changing the display size of the musical note iconic image according to the changed display magnification,
A system for sonar pulse location for a submarine, characterized in that it comprises: - two antennas of linear general shape (101, 102) arranged on the submarine, the two antennas comprising a detection antenna comprising one or two segments, each segment comprising a set of sensors, and a focusing antenna comprising a set of sensors, the detection antenna being of small size with respect to the length of the second antenna, the detection antenna being aligned with the focusing antenna, the detection antenna being configured to intercept sonar pulses emitted by a transmitter, the spacing of the sensors of each segment of the detection antenna being strictly less than λ/2 and the spacing of the sensors of the focusing antenna being strictly greater than λ, λ designating the wavelength of an intercepted pulse, - at least one interception module for determining the direction of a sonar emission emitted by an emitter and intercepted by the detection antenna, and - a focusing module for determining the distance of the emitter by focusing the paths on the basis of the signals originating from the sensors of the focusing antenna, in the direction of the pulse determined by the detection module, the focusing of the paths being carried out on a signal time slot determined from the beginning and the end of the pulse in an angular sector around the direction of the pulse, the distance from the emitter being determined on the basis of a maximum of energy integrated in the frequency band and over the duration of the Sonar pulse, for points in the distance/angle space. - two antennas of linear general shape (101, 102) arranged on the submarine, the two antennas comprising a detection antenna comprising one or two segments, each segment comprising a set of sensors, and a focusing antenna comprising a set of sensors, the detection antenna being of small size with respect to the length of the second antenna, the detection antenna being aligned with the focusing antenna, the detection antenna being configured to intercept sonar pulses emitted by a transmitter, the spacing of the sensors of each segment of the detection antenna being strictly less than λ/2 and the spacing of the sensors of the focusing antenna being strictly greater than λ, λ designating the wavelength of an intercepted pulse, - at least one interception module for determining the direction of a sonar emission emitted by an emitter and intercepted by the detection antenna, and - a focusing module for determining the distance of the emitter by focusing the paths on the basis of the signals originating from the sensors of the focusing antenna, in the direction of the pulse determined by the detection module,
Ship which has an accessible air-filled ship's hull with a ship's floor; 1.1 having a ship's propulsion with a propeller which can be driven about an at least substantially horizontal axis of rotation; 1.2 having an adjusting device by means of which the propeller can be positioned in a first extended position for driving the ship below the ship's floor and in a second retracted position above the ship's floor within the ship's hull; 1.3 having an at least substantially vertical drive shaft of the propeller; 1.4 having a drive motor which is connected to the upper end of the drive shaft and is freely accessible from inside the ship's hull for inspection and maintenance; characterized in that 1.5 the drive shaft has at least one releasable coupling which is positioned in an air-filled space accessible from inside the ship's hull for uncoupling the propeller or the propeller together with a lower part of the drive shaft, and the air-filled space accessible from inside the ship's hull is separated by an intermediate floor from the remainder of the accessible air-filled ship's hull in which the drive motor is arranged. 1.1 having a ship's propulsion with a propeller which can be driven about an at least substantially horizontal axis of rotation; 1.2 having an adjusting device by means of which the propeller can be positioned in a first extended position for driving the ship below the ship's floor and in a second retracted position above the ship's floor within the ship's hull; 1.3 having an at least substantially vertical drive shaft of the propeller; 1.4 having a drive motor which is connected to the upper end of the drive shaft and is freely accessible from inside the ship's hull for inspection and maintenance; characterized in that 1.5 the drive shaft has at least one releasable coupling which is positioned in an air-filled space accessible from inside the ship's hull for uncoupling the propeller or the propeller together with a lower part of the drive shaft, and the air-filled space accessible from inside the ship's hull is separated by an intermediate floor from the remainder of the accessible air-filled ship's hull in which the drive motor is arranged.
A base station apparatus (eNB) capable of communicating with a user equipment terminal in a multi-input multi-output, MIMO, mobile communication system using Pre-coding, the base station apparatus comprising: a receiving unit (102, 108) configured to receive from the user equipment a Pre-coding Matrix Indicator, PMI, indicating a specific Pre-coding matrix; a determination unit configured to determine a value of a flag indicator indicating whether the Pre-coding matrix specified in the PMI is to be used for downlink communications; a control signal generation unit (114, 118) configured to generate a downlink control signal including at least the flag indicator; and a transmission unit configured to transmit a signal including the downlink control signal in downlink, wherein the base station apparatus is characterized in that the control signal generation unit (114, 118) is further configured to derive error detection information by performing a predetermined calculation on a calculation target including at least control information and the flag indicator, and the control signal generation unit (114, 118) is further configured to perform a channel-coding process on a data part including the control information, the flag indicator, and the error detection information by treating the data part as a unit of the channel-coding a receiving unit (102, 108) configured to receive from the user equipment a Pre-coding Matrix Indicator, PMI, indicating a specific Pre-coding matrix; a determination unit configured to determine a value of a flag indicator indicating whether the Pre-coding matrix specified in the PMI is to be used for downlink communications; a control signal generation unit (114, 118) configured to generate a downlink control signal including at least the flag indicator; and a transmission unit configured to transmit a signal including the downlink control signal in downlink, wherein the base station apparatus is characterized in that the control signal generation unit (114, 118) is further configured to derive error detection information by performing a predetermined calculation on a calculation target including at least control information and the flag indicator, and the control signal generation unit (114, 118) is further configured to perform a channel-coding process on a data part including the control information, the flag indicator, and the error detection information by treating the data part as a unit of the channel-coding
A LED-based lighting unit with implemented radar, comprising: a plurality of individually controllable groups of LEDs (20A-I; 120A-H; 220A-H; 320; 420); conductive wiring (25; 125; 225; 325; 425) electrically coupling said LEDs (20A-I; 120A-H; 220A-H; 320; 420) in a series parallel configuration; a radar circuit (140; 240; 340A; 340B; 440) electrically coupled to a first portion of said conductive wiring; said first portion of said conductive wiring at least selectively powering said radar circuit and at least selectively powering said LEDs (20A-I; 120A-H; 220A-H; 320; 420); and a radar antenna (143; 144; 243; 244; 343A; 344A; 343B; 344B; 443) electrically coupled to said radar circuit (140; 240; 340A; 340B; 440), characterized in that each group of LED is individually controllable based on radar frequency signals received at said radar circuit via said radar antenna. a plurality of individually controllable groups of LEDs (20A-I; 120A-H; 220A-H; 320; 420); conductive wiring (25; 125; 225; 325; 425) electrically coupling said LEDs (20A-I; 120A-H; 220A-H; 320; 420) in a series parallel configuration; a radar circuit (140; 240; 340A; 340B; 440) electrically coupled to a first portion of said conductive wiring; said first portion of said conductive wiring at least selectively powering said radar circuit and at least selectively powering said LEDs (20A-I; 120A-H; 220A-H; 320; 420); and a radar antenna (143; 144; 243; 244; 343A; 344A; 343B; 344B; 443) electrically coupled to said radar circuit (140; 240; 340A; 340B; 440), characterized in that each group of LED is individually controllable based on radar frequency signals received at said radar circuit via said radar antenna.
An illumination device comprising a light source for generating an excitation light and a wavelength conversion element, said wavelength conversion element comprising: a region containing a wavelength conversion material capable of absorbing the excitation light of said light source and emitting light having wavelengths different from that of the excitation light; and wherein the wavelength conversion element and the excitation light source are moveable relative to each other so that said region is exposed to the excitation light at different times and in a progressive relative movement that scans across a two-dimensional surface of the wavelength conversion element, the wavelength conversion element being immersed in a liquid.
A system comprising: a circuit that is used in controlling generation and/or outputting of a combined-game-and-chat audio signal, wherein said circuit is operable to: receive user input comprising one or both of: a setting for a desired volume of a chat audio component of said combined-game-and-chat audio signal, and a setting for a desired volume of a game audio component of said combined-game-and-chat audio signal; determine, based on said user input, a corresponding mix setting for mixing together of said chat audio component and said game audio component in an audio source to generate said combined-game-and-chat audio signal; determine based on said user input, a corresponding volume setting applicable at an audio output element; provide said mix setting to said audio source; and provide said volume setting to said audio output element. receive user input comprising one or both of: a setting for a desired volume of a chat audio component of said combined-game-and-chat audio signal, and a setting for a desired volume of a game audio component of said combined-game-and-chat audio signal; determine, based on said user input, a corresponding mix setting for mixing together of said chat audio component and said game audio component in an audio source to generate said combined-game-and-chat audio signal; determine based on said user input, a corresponding volume setting applicable at an audio output element; provide said mix setting to said audio source; and provide said volume setting to said audio output element.
Process for producing a soft candy, the process comprising as process steps (101, 102) a) providing a soft-candy precursor composition characterized by a water content in a range from 17 to 22% by weight, based on the soft-candy precursor composition; and b) shaping the soft-candy precursor composition by means of a nozzle having an outlet opening by overlaying a substrate with the soft-candy precursor composition to obtain a shaped article, the outlet opening of the nozzle traveling a three-dimensional trajectory. a) providing a soft-candy precursor composition characterized by a water content in a range from 17 to 22% by weight, based on the soft-candy precursor composition; and b) shaping the soft-candy precursor composition by means of a nozzle having an outlet opening by overlaying a substrate with the soft-candy precursor composition to obtain a shaped article,