mhurhangee/ep-ind-claims huggingface dataset:
A profile management method comprising: receiving client data provided by a computing system, the client data comprising device data being descriptive of an audio device in signal communication with the computing system, the device data being further descriptive of user interactions identifiable by the audio device, the user interactions comprising inputting of at least one of shape and size of a user's ears; associating one of a plurality of device profiles with the device data, each of the plurality of device profiles having configuration data associated therewith; and providing the configuration data associated with the one of the plurality of device profiles to the computing system for configuring operation of the audio device with the computing system, in response to at least a portion of the user interactions identifiable by the audio device, the configuration data comprising user settings comprising calibrations according to the at least one of shape and size of the user's ears to optimise virtual surround sound performance for the user; wherein the audio device is an HTRF-based headset coupled with an interface formed integral with the computing system. receiving client data provided by a computing system, the client data comprising device data being descriptive of an audio device in signal communication with the computing system, the device data being further descriptive of user interactions identifiable by the audio device, the user interactions comprising inputting of at least one of shape and size of a user's ears; associating one of a plurality of device profiles with the device data, each of the plurality of device profiles having configuration data associated therewith; and providing the configuration data associated with the one of the plurality of device profiles to the computing system for configuring operation of the audio device with the computing system, in response to at least a portion of the user interactions identifiable by the audio device, the configuration data comprising user settings comprising calibrations according to the at least one of shape and size of the user's ears to optimise virtual surround sound performance for the user; wherein the audio device is an HTRF-based headset coupled with an interface formed integral with the computing system.
A method for subsurface irrigation of plants or seeds comprising the steps of; i. providing one or more porous tubes that are not coated with a hydrophilic material into which an aqueous irrigation fluid is supplied to one or more of the tubes, wherein the tubes comprise materials having a hydrohead; ii. locating the tubes with at least a portion of their length in the proximity of a plurality of plants to be irrigated that are in their growth phase; iii. passing the aqueous irrigation liquid into the tubes during said growth phase of the plants to be irrigated, at an applied pressure (Pgrowth) at or below HH; wherein the tubes are in fluid contact with each other and are configured in a configuration such that the aqueous irrigation fluid enters the tube configuration and is pressurized therein such that the minimum length of tubing between the irrigation fluid entry point and at least one of the plants to be watered is 61 meters and the HH of at least a portion of the one or more tubes is at least 100 cmwc. i. providing one or more porous tubes that are not coated with a hydrophilic material into which an aqueous irrigation fluid is supplied to one or more of the tubes, wherein the tubes comprise materials having a hydrohead; ii. locating the tubes with at least a portion of their length in the proximity of a plurality of plants to be irrigated that are in their growth phase; iii. passing the aqueous irrigation liquid into the tubes during said growth phase of the plants to be irrigated, at an applied pressure (Pgrowth) at or below HH;
A method for measuring the cutting force on a fiber, said method comprising the steps of: a. providing a blade having an edge; b. providing a fiber mount for holding said fiber; wherein said fiber mount comprises a fiber sleeve to contain said fiber in said fiber mount, wherein said fiber sleeve has a fiber outlet where the fiber exits the fiber sleeve, wherein said fiber sleeve allows the fiber to move laterally and/or rotate around a longitudinal axis, and wherein said fiber mount comprises a fiber mount outlet; c. providing at least one sensor connected to said fiber mount; d. moving said blade toward said fiber and cutting said fiber; and e. Measuring the cutting force on said fiber with said sensor. a. providing a blade having an edge; b. providing a fiber mount for holding said fiber; wherein said fiber mount comprises a fiber sleeve to contain said fiber in said fiber mount, wherein said fiber sleeve has a fiber outlet where the fiber exits the fiber sleeve, wherein said fiber sleeve allows the fiber to move laterally and/or rotate around a longitudinal axis, and wherein said fiber mount comprises a fiber mount outlet; c. providing at least one sensor connected to said fiber mount; d. moving said blade toward said fiber and cutting said fiber; and e. Measuring the cutting force on said fiber with said sensor.
Process to operate an oven comprising: - a first chamber and a second chamber, which are separated by separation means, - each chamber comprising a rotatable drum (5, 6), - a conveyor belt for guiding products from the inlet through these chambers (3, 4) to the outlet, - the conveyor belt is guided around each drum in a helical path (8, 9) and wherein the conveyor belt enters the oven via the inlet by a straight belt section and leaves the oven via the outlet by a straight belt section and wherein the two helical paths (8, 9) are connected by a straight belt section, which lies at the top, - wherein the separation means comprise a passage (2.1) for the belt section, the passage being larger than the conveyor belt, - temperature control means (15,19, 22, 16, 27, 28) for controlling the temperature in each chamber individually using a fluid, respectively, - each chamber comprises at least one fan (16, 22) and ducts for a fluid circulation in the chamber and - a passage (2.1) in the separation means through which the conveyor belt is directed from the first chamber to the second chamber, characterized in, that the magnitude and the direction of the leakage between the first chamber and the second chamber or vice versa and to or from the ambient is controlled in order to adjust process parameters in one chamber (3, 4), by reducing the pressure in one chamber or increasing the pressure in one chamber and wherein in case the temperature in a chamber is below or above a desired set point, a controlled leakage via the passage (2.1) or any other fluid-connection between the two chambers is initiated and maintained until the temperature is in the respective chamber (3, 4) are in the desired range and then stopped. - a first chamber and a second chamber, which are separated by separation means, - each chamber comprising a rotatable drum (5, 6), - a conveyor belt for guiding products from the inlet through these chambers (3, 4) to the outlet, - the conveyor belt is guided around each drum in a helical path (8, 9) and wherein the conveyor belt enters the oven via the inlet by a straight belt section and leaves the oven via the outlet by a straight belt section and wherein the two helical paths (8, 9) are connected by a straight belt section, which lies at the top, - wherein the separation means comprise a passage (2.1) for the belt section, the passage being larger than the conveyor belt, - temperature control means (15,19, 22, 16, 27, 28) for controlling the temperature in each chamber individually using a fluid, respectively, - each chamber comprises at least one fan (16, 22) and ducts for a fluid circulation in the chamber and - a passage (2.1) in the separation means through which the conveyor belt is directed from the first chamber to the second chamber,
Clamping device for machine tools which are provided with a power chuck for holding a workpiece and of which the clamping jaws can be actuated by means of the clamping device via an axially displaceable pull rod (7, 7'), wherein the clamping device has a reversible electric drive motor for initiating clamping movements, a movement converter for converting the displacement movements of the rotor shaft of the drive motor to the axial displacement movements of the pull rod (7, 7') necessary for actuating the clamping jaws, as well as an energy storing device for maintaining the clamping force which is formed from pretensioned spring assemblies (62, 63) which are supported on a spindle nut of the movement converter, _ characterised in that on the output shaft of the rotor is rotatably mounted an output member which is permanently connected in driving relationship to the movement converter, in that the output member can be coupled to the output shaft of the rotor by means of a first servo device, and in that the movement converter can be locked to the spindle of the machine tool directly or via intermediate members by means of a second servo device or by the force of springs.
Container, notably bottle, made of a thermoplastic material such as PET, manufactured by blow-moulding or stretch-blow-moulding a heated preform, the said container comprising a bottom which is domed in the overall shape of a spherical cap with the concavity facing towards the outside of the container and which defines an annular base, the said bottom having reinforcing impressions radiating around a central indentation or central shaft, the said impressions having an approximately trapezoidal overall shape with a short side situated towards the centre of the bottom, the impressions comprising respective arches which form trapezoidal sectors, the impressions being made so that they project towards the inside of the container and the said trapezoidal sectors being domed with the concavity facing toward the inside of the concavity of the aforementioned spherical cap formed by the said bottom of the container, characterized in that the impressions extend from the base as far as the central indentation, meeting the latter in the immediate vicinity of the upper end of the central indentation.
A vehicle on which an autonomous driving system is mountable, the vehicle comprising: a vehicle platform configured to control the vehicle in accordance with an instruction signal from the autonomous driving system; and a vehicle control interface configured to interface between the vehicle platform and the autonomous driving system, wherein the vehicle platform is configured to fix a rotation direction of a wheel based on a pulse provided from a wheel speed sensor provided in the wheel, and the vehicle control interface is configured to provide a signal indicating the fixed rotation direction to the autonomous driving system, characterized in that the vehicle control interface is configured to provide a signal indicating "Forward" to the autonomous driving system until the rotation direction of the wheel is fixed after activation of the vehicle. a vehicle platform configured to control the vehicle in accordance with an instruction signal from the autonomous driving system; and a vehicle control interface configured to interface between the vehicle platform and the autonomous driving system, wherein the vehicle platform is configured to fix a rotation direction of a wheel based on a pulse provided from a wheel speed sensor provided in the wheel, and the vehicle control interface is configured to provide a signal indicating the fixed rotation direction to the autonomous driving system, characterized in that the vehicle control interface is configured to provide a signal indicating "Forward" to the autonomous driving system until the rotation direction of the wheel is fixed after activation of the vehicle.
A nonvolatile memory comprising: a nonvolatile memory cell array configured to be accessible in units of a word and further accessible at least with a fixed latency in a first access mode and with a variable latency in a second access mode; a first access path (24, 35) configured to be used in said first access mode; a second access path (25, 36) configured to be used in said second access mode; a first ECC processing part configured to be connected to said first access path and to perform error detection and correction using an error correction code known as an ECC on the data output from said nonvolatile memory cell array in said first access mode; and a second ECC processing part configured to be connected to said second access path and to perform error detection and correction using an error correction code known as an ECC on the data output from said nonvolatile memory cell array in said second access mode. a nonvolatile memory cell array configured to be accessible in units of a word and further accessible at least with a fixed latency in a first access mode and with a variable latency in a second access mode; a first access path (24, 35) configured to be used in said first access mode; a second access path (25, 36) configured to be used in said second access mode; a first ECC processing part configured to be connected to said first access path and to perform error detection and correction using an error correction code known as an ECC on the data output from said nonvolatile memory cell array in said first access mode; and a second ECC processing part configured to be connected to said second access path and to perform error detection and correction using an error correction code known as an ECC on the data output from said nonvolatile memory cell array in said second access mode.
A transducer (200; 300; 410, 420, 430; 500; 620; 720) comprising: a transducer material (210; 310; 418, 428, 438; 510; 610) passively responsive to a gradient of a property of a medium in which a portion of the transducer is disposed; a plurality of electrodes (240, 270; 360, 370; 414, 416, 426, 428, 434, 436; 522, 524, 532, 534, 542, 544; 614, 616, 624) coupled to the transducer material; and a measuring device (260; 390; 412, 422, 432; 520, 540; 612, 622) electrically coupled to the plurality of electrodes; wherein the transducer material comprises a solid having: an energy gap, being an energy range where no electron states exist, wherein the energy gap is sensitive to the gradient of the medium property; electrons and holes as its free charge carriers; and electron mobility μ e different from hole mobility μ h; CHARACTERISED IN THAT: the measuring device is a diffusion current density measurement device that provides output indicative of the gradient by measuring the diffusion current density (220; 320, J D; J D1, J D2, J D3) as a measurement of the current flow through the transducer material or the associated voltage potential across the transducer material without application of external fields. a transducer material (210; 310; 418, 428, 438; 510; 610) passively responsive to a gradient of a property of a medium in which a portion of the transducer is disposed; a plurality of electrodes (240, 270; 360, 370; 414, 416, 426, 428, 434, 436; 522, 524, 532, 534, 542, 544; 614, 616, 624) coupled to the transducer material; and a measuring device (260; 390; 412, 422, 432; 520, 540; 612, 622) electrically coupled to the plurality of electrodes; wherein the transducer material comprises a solid having: an energy gap, being an energy range where no electron states exist, wherein the energy gap is sensitive to the gradient of the medium property; electrons and holes as its free charge carriers; and electron mobility μ e different from hole mobility μ h; CHARACTERISED IN THAT: the measuring device is a diffusion current density measurement device that provides output indicative of the gradient by measuring the diffusion current density (220; 320, J D; J D1, J D2, J D3) as a measurement of the current flow through the transducer material or the associated voltage potential across the transducer material without application of external fields. an energy gap, being an energy range where no electron states exist, wherein the energy gap is sensitive to the gradient of the medium property; electrons and holes as its free charge carriers; and electron mobility μ e different from hole mobility μ h; CHARACTERISED IN THAT: the measuring device is a diffusion current density measurement device that provides output indicative of the gradient by measuring the diffusion current density (220; 320, J D; J D1, J D2, J D3) as a measurement of the current flow through the transducer material or the associated voltage potential across the transducer material without application of external fields.
A multizyme comprising a single polypeptide having at least two independent and separable enzymatic activities, wherein said enzymatic activities comprise at least one fatty acid elongase linked to at least one fatty acid desaturase, wherein said elongase is linked to a said desaturase and said link is selected from the group consisting of a SEQ ID NO:198, SEQ ID NO:200, SEQ ID NO:235, SEQ ID NO:438, SEQ ID NO:472, SEQ ID NO:445, and SEQ ID NO:504.
An access control system comprising: one or more processors; and a computer memory, coupled to the one or more processors, for storing computer instructions, which, upon execution by the one or more processors, control the one or more processors to perform operations comprising: obtaining a first set of data from a first user device, wherein the first set of data includes a first data value and a corresponding first tag indicating a data type of the first data value; transferring the first data type of the first data value of the first set of data to a data consumer device; obtaining, from the data consumer device, a first request for a second set of data from the first user device; obtaining the second set of data, wherein the second set of data includes a second data value and a corresponding second tag indicating a data type of the second data value; and transferring the first set and second set of data to the data consumer device for use under a first specified set of conditions of use. one or more processors; and a computer memory, coupled to the one or more processors, for storing computer instructions, which, upon execution by the one or more processors, control the one or more processors to perform operations comprising: obtaining a first set of data from a first user device, wherein the first set of data includes a first data value and a corresponding first tag indicating a data type of the first data value; transferring the first data type of the first data value of the first set of data to a data consumer device; obtaining, from the data consumer device, a first request for a second set of data from the first user device; obtaining the second set of data, wherein the second set of data includes a second data value and a corresponding second tag indicating a data type of the second data value; and transferring the first set and second set of data to the data consumer device for use under a first specified set of conditions of use. obtaining a first set of data from a first user device, wherein the first set of data includes a first data value and a corresponding first tag indicating a data type of the first data value; transferring the first data type of the first data value of the first set of data to a data consumer device; obtaining, from the data consumer device, a first request for a second set of data from the first user device; obtaining the second set of data, wherein the second set of data includes a second data value and a corresponding second tag indicating a data type of the second data value; and transferring the first set and second set of data to the data consumer device for use under a first specified set of conditions of use.
A method for detecting and/or quantifying protein carbonyl groups in at least one protein-containing sample comprising the steps of: (a) subjecting the sample to a protein denaturing agent; (b) treating the sample with at least a fluorescent agent that is a hydrazide coupled to a fluorescent dye, whereby protein carbonyl groups are labeled; (c) subjecting the sample to one-dimensional or two-dimensional gel electrophoresis; and (d) detecting and/or quantifying the labeled carbonyl groups of the proteins resolved by electrophoresis; wherein the protein denaturing agent is a carbonyl-free denaturing agent selected from guanidine and salt thereof, and is at a concentration between 6M and 8M. (a) subjecting the sample to a protein denaturing agent; (b) treating the sample with at least a fluorescent agent that is a hydrazide coupled to a fluorescent dye, whereby protein carbonyl groups are labeled; (c) subjecting the sample to one-dimensional or two-dimensional gel electrophoresis; and (d) detecting and/or quantifying the labeled carbonyl groups of the proteins resolved by electrophoresis;
Coffee bean container (10, 10') comprising green and/or partially roasted coffee beans, the container comprising: an inner volume where beans are stored; roasting means allowing beans roasting in a certain required degree depending on the original roasting level of the stored beans; at least part or complete grinding means allowing grinding of the beans, once roasted, to a certain grinding size characterized in that the roasting means comprise a roasting hollow tube through which hot air at pressure circulates such that coffee beans circulate within the internal container volume and inside the tube, creating a fountain effect. an inner volume where beans are stored; roasting means allowing beans roasting in a certain required degree depending on the original roasting level of the stored beans; at least part or complete grinding means allowing grinding of the beans, once roasted, to a certain grinding size characterized in that the roasting means comprise a roasting hollow tube through which hot air at pressure circulates such that coffee beans circulate within the internal container volume and inside the tube, creating a fountain effect.
Device for storing a predetermined dose of liquid-based substance, including a tube (11; 35) of weldable plastics material extending between a first end (13; 36) and a second end (14; 37), which tube (11; 35) includes a receiving section (21; 38) provided to contain said predetermined dose of liquid-based substance and a closing section (22; 39) provided to seal the tube (11; 35) after the receiving section (21; 38) was filled with said predetermined dose of liquid-based substance, which closing section (22; 39) extends between the first end (13; 36) of the tube (11; 35) and the receiving section (21; 38), which tube (11; 35) admits: - an initial state wherein the receiving section (21; 38) and the closing section (22; 39) are of circular cross-section; and - an operating state wherein the receiving section (21; 38) is of circular cross-section while the closing section (22; 39) includes a welded pinch (19; 40) of the tube wall (11; 35) forming a hermetic seal and includes a transition zone (23; 41) between the welded pinch (19; 40) and the receiving section (21; 38); characterised in that the tube (11; 35) includes, on at least a part of the sealing section (22; 39), a differentiating boundary (28; 42) giving the outer surface of the tube (11; 35) a visual appearance different from the visual appearance of the outer surface of the tube (11; 35) outside the differentiating boundary (28; 42), which differentiating boundary (28; 42) is configured to be visible from the same side as the first end (13; 36) while the tube (11; 35) is in the operating state. - an initial state wherein the receiving section (21; 38) and the closing section (22; 39) are of circular cross-section; and - an operating state wherein the receiving section (21; 38) is of circular cross-section while the closing section (22; 39) includes a welded pinch (19; 40) of the tube wall (11; 35) forming a hermetic seal and includes a transition zone (23; 41) between the welded pinch (19; 40) and the receiving section (21; 38);