mhurhangee/ep-ind-claims huggingface dataset:
A method of printing an ink image on a woven textile material comprising: applying a base application composition to at least a portion of said woven textile material corresponding to an area upon which the image is to be imprinted; printing the image onto at least a portion of said textile material containing said base application composition with one or more digital inks using an inkjet printer; and causing the image to cure upon said textile material thereby forming an imprinted textile article, wherein said base application composition comprises: between 30±3 % to 70±7 % by weight of an aqueous acrylic latex emulsion; between 2.5±0.25 % to 20±2 % by weight of one or more acrylic resin dispersions different from said latex emulsion; and between 5±0.5 % to 20±2 % by weight of one or more coalescing agents that comprise polyethylene glycol, said base application composition is not formulated for use as an ink in forming the ink image. applying a base application composition to at least a portion of said woven textile material corresponding to an area upon which the image is to be imprinted; printing the image onto at least a portion of said textile material containing said base application composition with one or more digital inks using an inkjet printer; and causing the image to cure upon said textile material thereby forming an imprinted textile article, wherein said base application composition comprises: between 30±3 % to 70±7 % by weight of an aqueous acrylic latex emulsion; between 2.5±0.25 % to 20±2 % by weight of one or more acrylic resin dispersions different from said latex emulsion; and between 5±0.5 % to 20±2 % by weight of one or more coalescing agents that comprise polyethylene glycol, between 30±3 % to 70±7 % by weight of an aqueous acrylic latex emulsion; between 2.5±0.25 % to 20±2 % by weight of one or more acrylic resin dispersions different from said latex emulsion; and between 5±0.5 % to 20±2 % by weight of one or more coalescing agents that comprise polyethylene glycol, said base application composition is not formulated for use as an ink in forming the ink image.
A host unit of a wideband digital RF transport system, comprising: a plurality of input devices (102a-102n), each input device configured to receive an analog frequency band; and a plurality of sample rate devices (104a-104n) coupled to said plurality of input devices (102a-102n), characterized in that each sample rate device of said plurality of sample rate devices is adapted to set a unique sample rate of an associated input device based on the bandwidth of the received analog frequency band for that input device so that the analog frequency band associated with each input device is sampled for transport, in a frame with the other sampled analog frequency bands, to a remote unit. a plurality of input devices (102a-102n), each input device configured to receive an analog frequency band; and a plurality of sample rate devices (104a-104n) coupled to said plurality of input devices (102a-102n), characterized in that each sample rate device of said plurality of sample rate devices is adapted to set a unique sample rate of an associated input device based on the bandwidth of the received analog frequency band for that input device so that the analog frequency band associated with each input device is sampled for transport, in a frame with the other sampled analog frequency bands, to a remote unit.
A raster image processor for digital binary halftoning a continuous tone image by a single threshold tile into a halftone raster image for a printing device capable of printing on a plurality of substrates(S 1, S 2,..., S M); wherein said processor comprises: - an input field in which information regarding a substrate is to be used; - a memory having stored thereon a plurality of threshold tiles (TT 1, TT 2,..., TT N) for generating regularly tiled halftone dots, wherein the plurality of threshold tiles are used for halftoning said continuous tone image image to a plurality of halftone raster images; - an ink-usage predictor configured to predict amounts of ink that shall be used for the plurality of halftone raster images to be printed on said substrate to be used, wherein said predicted amounts of ink are calculated from halftone raster images of the continuous tone image by threshold tiles of the plurality of threshold tiles (TT 1, TT 2,..., TT N); and, - a threshold selector which is capable to select said single threshold tile of said plurality of threshold tiles (TT 1, TT 2,..., TT N) based on information regarding a substrate which is supplied to the input field, and additionally on the predicted amounts of ink from said ink-usage predictor. - an input field in which information regarding a substrate is to be used; - a memory having stored thereon a plurality of threshold tiles (TT 1, TT 2,..., TT N) for generating regularly tiled halftone dots, wherein the plurality of threshold tiles are used for halftoning said continuous tone image image to a plurality of halftone raster images; - an ink-usage predictor configured to predict amounts of ink that shall be used for the plurality of halftone raster images to be printed on said substrate to be used, wherein said predicted amounts of ink are calculated from halftone raster images of the continuous tone image by threshold tiles of the plurality of threshold tiles (TT 1, TT 2,..., TT N); and, - a threshold selector which is capable to select said single threshold tile of said plurality of threshold tiles (TT 1, TT 2,..., TT N) based on information regarding a substrate which is supplied to the input field, and additionally on the predicted amounts of ink from said ink-usage predictor.
A wind energy system comprising: a) a hub rotatable about a rotation axis; b) a first bearing supporting said hub; c) an adapter comprising two inclined surfaces such that the adapter is tapered with an angle between the two inclined surfaces between 0.1° and 15.0°; and d) a second bearing connected to said adapter; wherein the two surfaces of the adapter are connected to said first bearing and said second bearing respectively in order to render a tilt angle of said rotation axis to be adjustable. a) a hub rotatable about a rotation axis; b) a first bearing supporting said hub; c) an adapter comprising two inclined surfaces such that the adapter is tapered with an angle between the two inclined surfaces between 0.1° and 15.0°; and d) a second bearing connected to said adapter;
An engine starting system comprising: a gas turbine engine including rotational components comprising an engine compressor, an engine turbine, and a rotor shaft operably connecting the engine turbine to the engine compressor, wherein each rotational component is configured to rotate when any one of the rotational components is rotated; an air turbine starter comprising a turbine wheel including a hub integrally attached to a turbine rotor shaft and a plurality of turbine blades extending radially from the hub, the turbine rotor shaft being operably connected to at least one of the rotational components and configured to rotate the rotational components when air flows through the turbine blades and rotates the turbine wheel, characterized in that it further comprises a variable frequency generator operably connected to at least one of the rotational components, the variable frequency generator being configured to rotate the rotational components; and a motor controller in electronic communication with the variable frequency generator, the motor controller being configured to command the variable frequency generator to rotate the rotational components at a selected angular velocity for a selected period of time. a gas turbine engine including rotational components comprising an engine compressor, an engine turbine, and a rotor shaft operably connecting the engine turbine to the engine compressor, wherein each rotational component is configured to rotate when any one of the rotational components is rotated; an air turbine starter comprising a turbine wheel including a hub integrally attached to a turbine rotor shaft and a plurality of turbine blades extending radially from the hub, the turbine rotor shaft being operably connected to at least one of the rotational components and configured to rotate the rotational components when air flows through the turbine blades and rotates the turbine wheel, characterized in that it further comprises a variable frequency generator operably connected to at least one of the rotational components, the variable frequency generator being configured to rotate the rotational components; and a motor controller in electronic communication with the variable frequency generator, the motor controller being configured to command the variable frequency generator to rotate the rotational components at a selected angular velocity for a selected period of time.
A particulate lithium metal composite material with a core/shell morphology, the shell consisting of a P-containing composite material and the core consisting of metallic lithium, wherein the shell contains P in the oxidation state 3 or lower and the core consists of metallic lithium and the shell does not contain any X-ray diffractometrically detectable lithium phosphate, and the individual particles are not greater than 500 μm.
A portable computing device comprising: a display; a base housing (115 - 615) including an input area (217, 317, 417); and a dual-part hinge assembly (110 - 610) connecting the display (105 - 605) to the base housing (115 - 615), wherein the hinge assembly (110 - 610) comprises a first portion (106 - 606) and a second portion (108 - 608) configured to extend behind the first portion (106 - 606) when the display (105 - 605) transitions to an open position so as to provide stability for the computing device, wherein the first portion (106 - 606) is rigidly coupled with the display (105 - 605) to rotate with the display (105 - 605) and to slide along an inner area of the second portion (108 - 608) when the display (105 - 605) is rotated away from the base housing (115- 615), wherein the base housing (115 - 615) includes a cavity area configured to receive a rotatable joint element associated with the second portion (108 - 608) of the hinge assembly (110 - 610) at a first end of the second portion (106 - 608), wherein the second portion (108 - 608) of the hinge assembly (110 - 610) includes a coupling area at a second end of the second portion (106 - 608) opposite the first end, wherein when the display (105 - 605) rotates from a closed position to an open position, the coupling area of the second portion (108 - 608) of the hinge assembly (110 - 610) is configured to disengage from the first portion (106 - 606) of the hinge assembly and move away from the display (105 - 605). a display; a base housing (115 - 615) including an input area (217, 317, 417); and a dual-part hinge assembly (110 - 610) connecting the display (105 - 605) to the base housing (115 - 615), wherein the hinge assembly (110 - 610) comprises a first portion (106 - 606) and a second portion (108 - 608) configured to extend behind the first portion (106 - 606) when the display (105 - 605) transitions to an open position so as to provide stability for the computing device, wherein the first portion (106 - 606) is rigidly coupled with the display (105 - 605) to rotate with the display (105 - 605) and to slide along an inner area of the second portion (108 - 608) when the display (105 - 605) is rotated away from the base housing (115- 615), wherein the base housing (115 - 615) includes a cavity area configured to receive a rotatable joint element associated with the second portion (108 - 608) of the hinge assembly (110 - 610) at a first end of the second portion (106 - 608), wherein the second portion (108 - 608) of the hinge assembly (110 - 610) includes a coupling area at a second end of the second portion (106 - 608) opposite the first end, wherein when the display (105 - 605) rotates from a closed position to an open position, the coupling area of the second portion (108 - 608) of the hinge assembly (110 - 610) is configured to disengage from the first portion (106 - 606) of the hinge assembly and move away from the display (105 - 605).
Control device for opening and closing a leaf of a door, which pivots and slides with respect to a body shell of a vehicle, the device being able to drive the leaf from a closed position, in which it obstructs an opening created in the body shell, to an open position, in which it leaves the opening free, and vice versa, the opening defining an opening plane of the door, the control device comprising: - a vertical stabilizer of axis A, bearing pinions (5a, 5b), each pinion (5a, 5b) being designed to mesh with a rack created on the leaf, and - a drive motor mounted such that it can pivot with respect to the stabilizer, comprising a rotor, whose axis of rotation is parallel to the axis A, and a stator which is able to transmit a rotation force when the rotor is locked in rotation, the rotor bearing a motor pinion which meshes with one of the pinions (5a, 5b), characterized in that said stabilizer and the motor are connected to the body shell respectively: - by means of a pivot connection which can slide along an axis perpendicular to the opening plane of the door, and - by means of a reaction rod having a first end designed to be mounted articulated with respect to the body shell and a second end mounted articulated on the stator of the motor about an axis parallel to the axis A. - a vertical stabilizer of axis A, bearing pinions (5a, 5b), each pinion (5a, 5b) being designed to mesh with a rack created on the leaf, and - a drive motor mounted such that it can pivot with respect to the stabilizer, comprising a rotor, whose axis of rotation is parallel to the axis A, and a stator which is able to transmit a rotation force when the rotor is locked in rotation, the rotor bearing a motor pinion which meshes with one of the pinions (5a, 5b), characterized in that said stabilizer and the motor are connected to the body shell respectively: - by means of a pivot connection which can slide along an axis perpendicular to the opening plane of the door, and - by means of a reaction rod having a first end designed to be mounted articulated with respect to the body shell and a second end mounted articulated on the stator of the motor about an axis parallel to the axis A.
A stump cutting apparatus comprising: a cutting wheel, said cutting wheel including a first section and a second section, a tool holder mounted on each of said first and second sections; and a plurality of cutting tools (18,114) located in said tool holder; characterized in that each of said first and second sections including an inner face and an outer face and a central aperture extending between the inner and outer face; each of said first and second sections having a notch (336,338) in said inner face, said notch in said first section containing said central aperture of said first section and said notch in said second section containing said central aperture of said second section; said first section placed adjacent said second section wherein said corresponding notches (336,338) respectively engage one another and join the first section and second section, when joined said central aperture of said first section and said central aperture of said second section have a common rotational axis. a cutting wheel, said cutting wheel including a first section and a second section, a tool holder mounted on each of said first and second sections; and a plurality of cutting tools (18,114) located in said tool holder; characterized in that each of said first and second sections including an inner face and an outer face and a central aperture extending between the inner and outer face; each of said first and second sections having a notch (336,338) in said inner face, said notch in said first section containing said central aperture of said first section and said notch in said second section containing said central aperture of said second section; said first section placed adjacent said second section wherein said corresponding notches (336,338) respectively engage one another and join the first section and second section, when joined said central aperture of said first section and said central aperture of said second section have a common rotational axis.
An acoustic sensor system for an aircraft, the acoustic sensor system comprising: a transmitter (12; 12'; 12") configured to be positioned on an exterior of the aircraft and configured to emit acoustic signals external to the aircraft; at least one microphone (14A, 14B) configured to be positioned on an exterior of the aircraft and configured to sense the acoustic signals as sensed data; an echo protector fixed over the transmitter (12; 12'; 12") and shaped to direct the acoustic signals toward the at least one microphone (14A, 14B) such that the sound pressure level is attenuated perpendicular to the aircraft, characterised in that the acoustic sensor system comprises: a control circuit configured to determine that the aircraft is on the ground based on parameters received from onboard aircraft systems and to determine the presence of a hard target in proximity to the transmitter (12; 12'; 12") by detecting an echo of an acoustic emitted pulse, wherein the control circuit is further configured to reduce the intensity of the acoustic signals emitted by the transmitter (12; 12'; 12") when the control circuit determines that the aircraft is on the ground and determines the presence of a hard target in proximity to the transmitter (12; 12'; 12"). a transmitter (12; 12'; 12") configured to be positioned on an exterior of the aircraft and configured to emit acoustic signals external to the aircraft; at least one microphone (14A, 14B) configured to be positioned on an exterior of the aircraft and configured to sense the acoustic signals as sensed data; an echo protector fixed over the transmitter (12; 12'; 12") and shaped to direct the acoustic signals toward the at least one microphone (14A, 14B) such that the sound pressure level is attenuated perpendicular to the aircraft, characterised in that the acoustic sensor system comprises: a control circuit configured to determine that the aircraft is on the ground based on parameters received from onboard aircraft systems and to determine the presence of a hard target in proximity to the transmitter (12; 12'; 12") by detecting an echo of an acoustic emitted pulse, wherein the control circuit is further configured to reduce the intensity of the acoustic signals emitted by the transmitter (12; 12'; 12") when the control circuit determines that the aircraft is on the ground and determines the presence of a hard target in proximity to the transmitter (12; 12'; 12").
A method in a base station (100A, 100B) providing radio coverage in a cell (102A, 102B), for supporting cell evaluation for mobile terminals in a cellular network, the method is characterized in that it comprises: - determining a set of cell-specific parameters, specific to the cell, pertaining to data throughput in the cell, - estimating values of an Expected User Throughput, EUT, for a series of candidate Reference Signal Quality, RSQ, values based on the determined set of cell-specific parameters, and - broadcasting the estimated EUT values as EUT information in the cell, thereby enabling mobile terminals to evaluate the cell for cell selection or re-selection based on the broadcasted EUT information and EUT information received from other candidate cells. - determining a set of cell-specific parameters, specific to the cell, pertaining to data throughput in the cell, - estimating values of an Expected User Throughput, EUT, for a series of candidate Reference Signal Quality, RSQ, values based on the determined set of cell-specific parameters, and - broadcasting the estimated EUT values as EUT information in the cell, thereby enabling mobile terminals to evaluate the cell for cell selection or re-selection based on the broadcasted EUT information and EUT information received from other candidate cells.
Adjusting device for a small household appliance with an electric motor, comprising a control element which is mounted pivotably for setting each one of at least two settable pivot positions, wherein the adjusting device has a latching mechanism for retaining the control element releasably in a respective pivot position, wherein the control element has a row of teeth, which comprises a plurality of teeth (11a, 11b, 11c) arranged one behind the other in the pivot direction of the control element and is configured to interact with an engaging element (50, 50') in a fixed position, wherein the adjusting device further has at least one fastening means, characterised in that the fastening means is configured to retain the engaging element (50, 50') such that it engages into the row of teeth.
A soft magnetic material comprising a plurality of composite magnetic particles; each of said plurality of composite magnetic particles having a metal magnetic particle including iron; a lower film surrounding a surface of said metal magnetic particle and formed of a nonferrous metal alone or including an oxide of a nonferrous metal satisfying a composition range where oxygen is less than that of a stoichiometric composition; and an insulating upper film surrounding a surface of said lower film and including an inorganic compound; said inorganic compound containing oxygen or oxygen and carbon; said nonferrous metal having a higher affinity to oxygen, or oxygen and carbon contained in said inorganic compound than iron; characterised in that said inorganic compound is an inorganic compound generated from a metal alkoxide, or an inorganic compound generated from a metal alkoxide and a phosphorus compound; and wherein said metal alkoxide contains at least one element selected from the group consisting of aluminum, zirconium, titanium, silicon, magnesium and iron.