mhurhangee/ep-ind-claims huggingface dataset:
A method, in a universal plug and play, UPnP, control point, of reproducing a plurality of scenes, the method comprising: receiving information about the plurality of scenes from a media server; transmitting a query for information about the number and positions of supported rendering surfaces to a media renderer, the query including the information about the plurality of scenes, and acquiring the information; binding a rendering surface to a rendering instance with respect to each scene to be displayed; transmitting the rendering instance corresponding to the scene to be displayed to the media render; and selecting one of the plurality of scenes. receiving information about the plurality of scenes from a media server; transmitting a query for information about the number and positions of supported rendering surfaces to a media renderer, the query including the information about the plurality of scenes, and acquiring the information; binding a rendering surface to a rendering instance with respect to each scene to be displayed; transmitting the rendering instance corresponding to the scene to be displayed to the media render; and selecting one of the plurality of scenes.
A light emitting device comprising: a plurality of pixels formed over a first substrate (101, 401), each of the plurality of pixels comprising a light emitting element including a first electrode (108a, 108b, 412, 413), a second electrode (111, 415) and an organic compound layer (110, 414) interposed therebetween; characterized by a photocatalytically activated layer (113, 405) containing a photocatalytic material formed over the light emitting elements; and a protective film (112, 416) between the light emitting elements and the photocatalytically activated layer (113, 405) containing the photocatalytic material, wherein the protective film (112, 416) comprises at least one selected from the group consisting of a SiN film, a SiNO film, a DLC film, a CN film, an amorphous carbon film, and a metal oxide film; a layer(114, 417) comprising resin in contact with the photocatalytically activated layer (113, 405) containing the photocatalytic material. a plurality of pixels formed over a first substrate (101, 401), each of the plurality of pixels comprising a light emitting element including a first electrode (108a, 108b, 412, 413), a second electrode (111, 415) and an organic compound layer (110, 414) interposed therebetween; characterized by a photocatalytically activated layer (113, 405) containing a photocatalytic material formed over the light emitting elements; and a protective film (112, 416) between the light emitting elements and the photocatalytically activated layer (113, 405) containing the photocatalytic material, wherein the protective film (112, 416) comprises at least one selected from the group consisting of a SiN film, a SiNO film, a DLC film, a CN film, an amorphous carbon film, and a metal oxide film; a layer(114, 417) comprising resin in contact with the photocatalytically activated layer (113, 405) containing the photocatalytic material.
Method for spraying a mixture comprising at least a first liquid in the form of a liquid preparation of water-soluble or water-swellable polymers and at least a second liquid characterized in that it implements a nozzle for simultaneously spraying at least two liquids including: • a body provided with a first chamber within which each first liquid flows and a second chamber within which each second liquid flows, each of the two chambers having a through-hole (4, 5) on the outside of the body, • a deflector secured to the body arranged downstream from at least one of the through-holes (4, 5),in the direction of flow of the first and second liquids, said deflector being capable of modifying the direction of flow of the first and second liquids. • a body provided with a first chamber within which each first liquid flows and a second chamber within which each second liquid flows, each of the two chambers having a through-hole (4, 5) on the outside of the body, • a deflector secured to the body arranged downstream from at least one of the through-holes (4, 5),in the direction of flow of the first and second liquids, said deflector being capable of modifying the direction of flow of the first and second liquids.
An assembly for controlling movement of an elevator car, comprising: a sheave that is configured to rotate about a sheave axis of rotation at a velocity related to a velocity of the elevator car; a first mass attached to the sheave at a first mass pivot point; and a second mass attached to the sheave at a second mass pivot point characterised in that: the first mass includes a proximal arm and a distal arm; the second mass includes a proximal arm and a distal arm; and there is a magnetic connection between the proximal arm of the first mass and the distal arm of the second mass that is configured to prevent pivotal movement of the first and second masses (32a, 32b) at sheave angular velocities less than a first velocity and to permit pivotal movement of the first and second masses (32a, 32b) at velocities greater than or equal to the first velocity. a sheave that is configured to rotate about a sheave axis of rotation at a velocity related to a velocity of the elevator car; a first mass attached to the sheave at a first mass pivot point; and a second mass attached to the sheave at a second mass pivot point characterised in that: the first mass includes a proximal arm and a distal arm; the second mass includes a proximal arm and a distal arm; and there is a magnetic connection between the proximal arm of the first mass and the distal arm of the second mass that is configured to prevent pivotal movement of the first and second masses (32a, 32b) at sheave angular velocities less than a first velocity and to permit pivotal movement of the first and second masses (32a, 32b) at velocities greater than or equal to the first velocity. the first mass includes a proximal arm and a distal arm; the second mass includes a proximal arm and a distal arm; and there is a magnetic connection between the proximal arm of the first mass and the distal arm of the second mass that is configured to prevent pivotal movement of the first and second masses (32a, 32b) at sheave angular velocities less than a first velocity and to permit pivotal movement of the first and second masses (32a, 32b) at velocities greater than or equal to the first velocity.
An adhesive precursor composition comprising: at least one free-radically polymerizable compound; a beta-dicarbonyl compound represented by the formula or a salt thereof, wherein: R 1 and R 2 independently represent hydrocarbyl or substituted-hydrocarbyl group having from 1 to 18 carbon atoms; R 3 represents hydrogen, or a hydrocarbyl or substituted-hydrocarbyl group having from 1 to 18 carbon atoms; and each X independently represents O, S, wherein each R 4 independently represents H or hydrocarbyl having from 1 to 18 carbon atoms, or taken together any two of R 1, R 2, R 3, or R 4 form a ring; and 2-nitrobenzoic acid. at least one free-radically polymerizable compound; a beta-dicarbonyl compound represented by the formula or a salt thereof, wherein: R 1 and R 2 independently represent hydrocarbyl or substituted-hydrocarbyl group having from 1 to 18 carbon atoms; R 3 represents hydrogen, or a hydrocarbyl or substituted-hydrocarbyl group having from 1 to 18 carbon atoms; and each X independently represents O, S, wherein each R 4 independently represents H or hydrocarbyl having from 1 to 18 carbon atoms, or taken together any two of R 1, R 2, R 3, or R 4 form a ring; and R 1 and R 2 independently represent hydrocarbyl or substituted-hydrocarbyl group having from 1 to 18 carbon atoms; R 3 represents hydrogen, or a hydrocarbyl or substituted-hydrocarbyl group having from 1 to 18 carbon atoms; and each X independently represents O, S, wherein each R 4 independently represents H or hydrocarbyl having from 1 to 18 carbon atoms, or taken together any two of R 1, R 2, R 3, or R 4 form a ring; and 2-nitrobenzoic acid.
A method of preparing nanocrystalline cellulose, comprising the steps: a) Providing cellulose fibers, b) Subjecting said cellulose fibers to an acidic hydrolysis; wherein said hydrolysis is performed by the presence of a mineral acid, preferably sulfuric acid, c) Stopping the hydrolysis by addition of a base, wherein the base does not contain Ba, wherein step c) does not lead to a formation of insoluble sulfate or a precipitation of sulfate. a) Providing cellulose fibers, b) Subjecting said cellulose fibers to an acidic hydrolysis; wherein said hydrolysis is performed by the presence of a mineral acid, preferably sulfuric acid, c) Stopping the hydrolysis by addition of a base, wherein the base does not contain Ba, wherein step c) does not lead to a formation of insoluble sulfate or a precipitation of sulfate.
A method of collecting image data of an eye of a patient (103, 305) having a pupil using an ophthalmic imaging system, wherein the ophthalmic imaging system is an optical coherence tomography system, said imaging system including a scanner for directing an OCT beam of radiation through the pupil, said method comprising: selecting a preferred location (502, 702) on the pupil for the entry of the beam of radiation; monitoring the motion of the eye (103, 305), wherein the step of monitoring the motion of the eye (103, 305) includes imaging the pupil with an imaging system and determining the location of the pupil from within the image; and adjusting the positioning of the beam of radiation in response to the monitored motion to maintain the preferred pupil entry location (502, 702) while capturing OCT image data of structures within the eye (103, 305). selecting a preferred location (502, 702) on the pupil for the entry of the beam of radiation; monitoring the motion of the eye (103, 305), wherein the step of monitoring the motion of the eye (103, 305) includes imaging the pupil with an imaging system and determining the location of the pupil from within the image; and adjusting the positioning of the beam of radiation in response to the monitored motion to maintain the preferred pupil entry location (502, 702) while capturing OCT image data of structures within the eye (103, 305).
Method of determining an inhibitor of a proteolytically active coagulation factor in a sample, comprising the steps of: a) providing and incubating a reaction mix comprising i. an aliquot of the sample, ii. a defined amount of a proteolytically active coagulation factor, iii. at least one ligand which binds to the active site of the proteolytically active coagulation factor but is not cleaved by the latter at a peptide bond, iv. a first and a second component of a signal-producing system which act together in such a way that a detectable signal is generated when said first and second components of said signal-producing system are brought into close proximity to each other, and wherein the proteolytically active coagulation factor is associated with the first component of the signal-producing system or will be associated therewith during incubation, and wherein the ligand is associated with the second component of the signal-producing system or will be associated therewith during incubation; b) measuring the signal of the signal-producing system, wherein the amplitude of said signal is inversely proportional to the inhibitor concentration in the sample. a) providing and incubating a reaction mix comprising i. an aliquot of the sample, ii. a defined amount of a proteolytically active coagulation factor, iii. at least one ligand which binds to the active site of the proteolytically active coagulation factor but is not cleaved by the latter at a peptide bond, iv. a first and a second component of a signal-producing system which act together in such a way that a detectable signal is generated when said first and second components of said signal-producing system are brought into close proximity to each other, and wherein the proteolytically active coagulation factor is associated with the first component of the signal-producing system or will be associated therewith during incubation, and wherein the ligand is associated with the second component of the signal-producing system or will be associated therewith during incubation; i. an aliquot of the sample, ii. a defined amount of a proteolytically active coagulation factor, iii. at least one ligand which binds to the active site of the proteolytically active coagulation factor but is not cleaved by the latter at a peptide bond, iv. a first and a second component of a signal-producing system which act together in such a way that a detectable signal is generated when said first and second components of said signal-producing system are brought into close proximity to each other, and wherein the proteolytically active coagulation factor is associated with the first component of the signal-producing system or will be associated therewith during incubation, and wherein the ligand is associated with the second component of the signal-producing system or will be associated therewith during incubation; b) measuring the signal of the signal-producing system, wherein the amplitude of said signal is inversely proportional to the inhibitor concentration in the sample.
A wireless sensor device with: a sensor; an integrated radio; and a voice annunciation module in communication with the radio, whereby, in an installation mode, the voice annunciation module: intermittently or continuously determines a signal strength of a signal received by the radio from a central monitoring station; and determines and verbally annunciates real time guidance and instructions related to the determined range of the radio based on the signal strength including to move closer to the central monitoring station. a sensor; an integrated radio; and a voice annunciation module in communication with the radio, whereby, in an installation mode, the voice annunciation module: intermittently or continuously determines a signal strength of a signal received by the radio from a central monitoring station; and determines and verbally annunciates real time guidance and instructions related to the determined range of the radio based on the signal strength including to move closer to the central monitoring station. intermittently or continuously determines a signal strength of a signal received by the radio from a central monitoring station; and determines and verbally annunciates real time guidance and instructions related to the determined range of the radio based on the signal strength including to move closer to the central monitoring station.
Haptic operating device for a motor vehicle with a base plate, a stationary center part connected therewith, a rotary knob rotatable around the stationary center part and configured hollow, and with a magnetorheological transmission device for controlled influencing of a rotary motion of the rotary knob, wherein the transmission device comprises two components (2, 3) rotatable relative to one another, one of which components being configured as a brake component rotatable relative to the base plate, characterized in that the stationary center part is fastened to the base plate by means of a supporting arm, and that the transmission device and the supporting arm are disposed adjacent to one another and accommodated radially inwardly of the rotary knob, and that the supporting arm is disposed off-center relative to the rotary knob, and that the rotary knob, via a coupling device, is non-rotatably coupled with the rotatable brake component of the transmission device, such that in the case of a rotary motion of the rotary knob, the spatial orientation of the rotary knob changes relative to the rotatable brake component.
Storage module having a modularly designed housing, where a number of heat storage plates filled with phase change material are arranged in the housing and a heat transfer medium of an external fluid conduit system can flow through the housing, where a flat flow channel for transporting the heat transfer medium is provided between adjacently arranged heat storage plates, characterised in that the housing of the storage module and the heat storage plate are designed in such a way that the heat storage plate can be supported in the housing without any holding elements, and heat storage plates mounted directly above one another and/or directly next to one another each form a defined flow channel.
A turbine engine rotor blade comprising an airfoil defined by plane airfoil sections stacked in a radial direction, each airfoil section being positioned radially at a height H, where height H is expressed as a percentage of the total height of the airfoil, and being located by its sweep angle λ at the leading edge and its dihedral angle ν at the leading edge, wherein the sweep angle λ varies as a function of height H in such a manner that: • the sweep angle λ reaches a maximum at a height HλM, the value HλM lying in the range 5% to 40%; and • the sweep angle λ increases from 0% to HλM; and wherein the dihedral angle ν varies as a function of H in such a manner that the dihedral angle ν is a decreasing function of height H for heights H lying in the range 0% to a value Hν1, the value Hν1 lying in the range 10% to 40%. • the sweep angle λ reaches a maximum at a height HλM, the value HλM lying in the range 5% to 40%; and • the sweep angle λ increases from 0% to HλM;
A mast for recovery of an aircraft, the mast comprising: a base; a pivot fixed to the base; a first spine rotatable about the pivot; a kite; a tether line; first and second opposing arms extending from the first spine, the first and second opposing arms supporting at least a portion of the kite, the kite carrying the tether line for recovery of the aircraft; and a second spine extending from the first spine, the second spine including third and fourth opposing arms extending therefrom, wherein the third and fourth opposing arms guide movement and positioning of the tether line. a base; a pivot fixed to the base; a first spine rotatable about the pivot; a kite; a tether line; first and second opposing arms extending from the first spine, the first and second opposing arms supporting at least a portion of the kite, the kite carrying the tether line for recovery of the aircraft; and a second spine extending from the first spine, the second spine including third and fourth opposing arms extending therefrom, wherein the third and fourth opposing arms guide movement and positioning of the tether line.
Apparatus for trapping flying insect pests, comprising: - a device for diffusing into the surrounding ambient air a gaseous bait the composition of which is designed to attract the insects, which diffusion device comprises a hollow chamber intended to be administered with gaseous bait, and a device (7, 8) for dispensing the gaseous bait inside the said hollow chamber, - a device (12, 13) for drawing a flow of surrounding ambient air (Fa) containing the insects attracted by the diffused gaseous bait, the said hollow chamber being situated above the suction device (12, 13) and separated therefrom by a hat structure, - an insect trap arranged with the suction device (12, 13) in such a way that the insects drawn in by the said device are held in the said trap, characterized in that: - the said hollow chamber comprises a tank surmounted by a dome or cover having at least one orifice opening to the surrounding ambient air, the said tank being associated with a device for generating a flow of air (Fb) in the said hollow chamber, which device is designed to draw the ambient air from orifices created below the said tank in the said structure and expel the gaseous bait out of the said chamber via said orifice, - the said flow of air (Fb) is generated in a sequenced manner, - at least some of the components of the bait are dispensed into the said chamber continuously. - a device for diffusing into the surrounding ambient air a gaseous bait the composition of which is designed to attract the insects, which diffusion device comprises a hollow chamber intended to be administered with gaseous bait, and a device (7, 8) for dispensing the gaseous bait inside the said hollow chamber, - a device (12, 13) for drawing a flow of surrounding ambient air (Fa) containing the insects attracted by the diffused gaseous bait, the said hollow chamber being situated above the suction device (12, 13) and separated therefrom by a hat structure, - an insect trap arranged with the suction device (12, 13) in such a way that the insects drawn in by the said device are held in the said trap, - the said hollow chamber comprises a tank surmounted by a dome or cover having at least one orifice opening to the surrounding ambient air, the said tank being associated with a device for generating a flow of air (Fb) in the said hollow chamber, which device is designed to draw the ambient air from orifices created below the said tank in the said structure and expel the gaseous bait out of the said chamber via said orifice, - the said flow of air (Fb) is generated in a sequenced manner, - at least some of the components of the bait are dispensed into the said chamber continuously.
A wireless base station comprising: determining means (121, S402, S502) for determining to perform a handover from the wireless base station to a target wireless base station (120a, 120c) based on a measurement result received from a user terminal; specifying means (121, S404, S504) for, after the determining means determines to perform the handover, specifying a type of the handover based on a type of an interface used by the wireless base station to request the handover; notifying means (121, S405, S505) for notifying the user terminal of information related to the specified type of the handover; and transmitting means (121, S409, S515) for transmitting a handover instruction to the user terminal after the notifying means notifies the user terminal of the information related to the specified type of the handover. determining means (121, S402, S502) for determining to perform a handover from the wireless base station to a target wireless base station (120a, 120c) based on a measurement result received from a user terminal; specifying means (121, S404, S504) for, after the determining means determines to perform the handover, specifying a type of the handover based on a type of an interface used by the wireless base station to request the handover; notifying means (121, S405, S505) for notifying the user terminal of information related to the specified type of the handover; and transmitting means (121, S409, S515) for transmitting a handover instruction to the user terminal after the notifying means notifies the user terminal of the information related to the specified type of the handover.
Office chair having a seat and a chair-post attached thereto, and the seat is provided with an adjustable seat surface (4a,4b), said adjustable seat surface (4a,4b) is hinged to the seat to be movable about an axis (T1,T2), and an acute angle is provided between said axis (T1,T2) and a centreline of the seat, and sections (5a,5b) of a resilient hose to be filled by a medium is arranged between the seat and the seat surface (4a,4b) wherein said resilient hose characterized in that said resilient hose has further sections (5c,5d) between said sections (5a,5b), which are arranged beneath the lower side of the seat opposite the side provided with seat surfaces (4a,4b).