mhurhangee/patent-ind-claim-en huggingface dataset:
A method for making a light emitting apparatus, the method comprising: positioning on a semiconductor LED array comprising multiple semiconductor LED pixels a phosphor structure comprising multiple phosphor pixels with each phosphor pixel aligned with a corresponding semiconductor LED pixel of the array, the phosphor structure having a layer of thermally curable adhesive thereon so that, with the phosphor structure positioned on the semiconductor LED array, a corresponding segment of the adhesive is between and in contact with each phosphor pixel and a light output surface of the corresponding semiconductor LED pixel; and electrically operating selected ones of the semiconductor LED pixels to emit light and to heat the corresponding phosphor pixels to a temperature that at least partially cures corresponding discrete segments of the adhesive and bonds each one of the selected semiconductor LED pixels to the corresponding phosphor pixel. positioning on a semiconductor LED array comprising multiple semiconductor LED pixels a phosphor structure comprising multiple phosphor pixels with each phosphor pixel aligned with a corresponding semiconductor LED pixel of the array, the phosphor structure having a layer of thermally curable adhesive thereon so that, with the phosphor structure positioned on the semiconductor LED array, a corresponding segment of the adhesive is between and in contact with each phosphor pixel and a light output surface of the corresponding semiconductor LED pixel; and electrically operating selected ones of the semiconductor LED pixels to emit light and to heat the corresponding phosphor pixels to a temperature that at least partially cures corresponding discrete segments of the adhesive and bonds each one of the selected semiconductor LED pixels to the corresponding phosphor pixel.
An effective amount of a composition comprising an anti-angiogenic agent for use in maintaining and/or restoring tight junctions in cerebral vessels and thereby ameliorating symptoms of Alzheimer's disease in a patient having Alzheimer's disease, wherein the anti-angiogenic agent is AG013736, imatinib, sorafenib, sunitinib, leflunomide (SU101), midostaurin (PKC412), vatalanib (PTK787/ZK222584), AZD2171, CP547,632, CP673,451, ZD6474, YM359445, SU5416 or temsirolimus (Torisel).
A data communication method of a vehicle-to-everything, V2X, communication device, the data communication method comprising: obtaining misbehavior detection, MBD, status information for a misbehavior detection from an external V2X communication device, wherein the MBD status information represents whether a misbehavior of the external V2X communication device is detected; generating (S24032) certificate revocation list, CRL, information based on the MBD status information; and broadcasting the CRL information based on the V2X communication device operating in a second mode for broadcasting the CRL information; wherein the V2X communication device has a preset security level required for the V2X communication device to be operated as a misbehavior broker, MBB, generating the CRL information, and wherein the V2X communication device periodically broadcasts a cooperative awareness message, CAM, message including a misbehavior broker announcement, MBBA, container. obtaining misbehavior detection, MBD, status information for a misbehavior detection from an external V2X communication device, wherein the MBD status information represents whether a misbehavior of the external V2X communication device is detected; generating (S24032) certificate revocation list, CRL, information based on the MBD status information; and broadcasting the CRL information based on the V2X communication device operating in a second mode for broadcasting the CRL information; wherein the V2X communication device has a preset security level required for the V2X communication device to be operated as a misbehavior broker, MBB, generating the CRL information, and wherein the V2X communication device periodically broadcasts a cooperative awareness message, CAM, message including a misbehavior broker announcement, MBBA, container.
A barrier cable coupler for coupling two lengths of barrier cable comprising: a coupler body (101, 201. 301), the coupler body (101, 201. 301) including a threaded inner surface , the coupler body (101, 201. 301) having a first end and a second end ; a fixed retaining collar , the fixed retaining collar having an outer surface , the fixed retaining collar retained to the first end of the coupler body (101, 201. 301), the fixed retaining collar including a tapered inner surface ; one or more fixed end wedges positioned within the tapered inner surface of the fixed retaining collar ; a tensioning retaining collar , the tensioning retaining collar having an outer surface , the tensioning retaining collar positioned at least partially within the second end of the coupler body (101, 201. 301), the tensioning retaining collar including a tapered inner surface; one or more tensioning end wedges positioned within the tapered inner surface of the tensioning retaining collar ; and a tensioning nut , the tensioning nut including a threaded outer surface engaging the threaded inner surface of the second end of the coupler body (101, 201. 301) and retaining the tensioning retaining collar therein wherein the tensioning nut is adapted to be advanced into the coupler body (101, 201. 301) by rotating the tensioning nut using a tensioning wrench that extends into the coupler body (101, 201. 301); wherein the tensioning nut includes a driving head adapted to interlock with the tensioning wrench . a coupler body (101, 201. 301), the coupler body (101, 201. 301) including a threaded inner surface , the coupler body (101, 201. 301) having a first end and a second end ; a fixed retaining collar , the fixed retaining collar having an outer surface , the fixed retaining collar retained to the first end of the coupler body (101, 201. 301), the fixed retaining collar including a tapered inner surface ; one or more fixed end wedges positioned within the tapered inner surface of the fixed retaining collar ; a tensioning retaining collar , the tensioning retaining collar having an outer surface , the tensioning retaining collar positioned at least partially within the second end of the coupler body (101, 201. 301), the tensioning retaining collar including a tapered inner surface; one or more tensioning end wedges positioned within the tapered inner surface of the tensioning retaining collar ; and a tensioning nut , the tensioning nut including a threaded outer surface engaging the threaded inner surface of the second end of the coupler body (101, 201. 301) and retaining the tensioning retaining collar therein wherein the tensioning nut is adapted to be advanced into the coupler body (101, 201. 301) by rotating the tensioning nut using a tensioning wrench that extends into the coupler body (101, 201. 301); wherein the tensioning nut includes a driving head adapted to interlock with the tensioning wrench .
Cleaning apparatus (100; 200) for cleaning a narrow, curved channel , comprising a liquid pump for pumping a cleaning liquid , it being possible for the liquid pump to be controlled such that it pumps the cleaning liquid at varying pressure, and a gas bubble-generating device having a compressed air compressor for generating gas bubbles characterized in that the compressed air compressor comprises a compressor with controllable compression, it being possible for the compressed air compressor to be controlled such that it generates gas bubbles of variable size and mixes them with the cleaning liquid to form a gas bubble-cleaning liquid mixture in order to clean the narrow, curved channel with the gas bubble-cleaning liquid mixture. it being possible for the liquid pump to be controlled such that it pumps the cleaning liquid at varying pressure, and a gas bubble-generating device having a compressed air compressor for generating gas bubbles characterized in that the compressed air compressor comprises a compressor with controllable compression, it being possible for the compressed air compressor to be controlled such that it generates gas bubbles of variable size and mixes them with the cleaning liquid to form a gas bubble-cleaning liquid mixture in order to clean the narrow, curved channel with the gas bubble-cleaning liquid mixture.
Device for adsorbing a gas from a gas mixture to be treated, having an inlet for gas to be treated and an outlet for treated gas, which device comprises at least two vessels filled with a regenerable adsorbent and an adjustable valve system connecting said inlet and outlet to said vessels , whereby the adjustable valve system is such that at least one vessel will treat compressed gas while the other vessel is regenerated, whereby by control of the valve system the vessels each in turn treat compressed gas sequentially, characterized in that the adjustable valve system is assembled in a single valve block ; in that the valve block is provided with: - one or more control valves ; - a supply channel running from the inlet to the aforementioned control valves ; - a blow-off channel leading from the aforementioned control valves to a blow-off opening . - one or more control valves ; - a supply channel running from the inlet to the aforementioned control valves ; - a blow-off channel leading from the aforementioned control valves to a blow-off opening .
A process for laundering a textile, the process comprising: A) contacting a textile with an aqueous rinse bath; B) separating the textile from the aqueous rinse bath; and C) drying the textile, wherein the aqueous rinse bath comprises from 0.05 g to 10 g of an ethylene oxide-propylene oxide-ethylene oxide (EO/PO/EO) triblock copolymer per kg of textile; from 0.01 g to 7.5 g of an aminosilicone per kg of textile; and a weight ratio of the triblock copolymer to the aminosilicone in a range of from 5:1 to 25:1. A) contacting a textile with an aqueous rinse bath; B) separating the textile from the aqueous rinse bath; and C) drying the textile,
A method for road noise cancellation on a vehicle having a road noise cancellation system , wherein the road noise cancellation system is an adaptive Least Mean Square system that continuously adapts filters based on both acceleration inputs from sensors located in various positions around a vehicle's suspension system and on signals of microphones located in various positions inside a vehicle's cabin, the method carried out on a device having a processing unit including a non-transitory computer-readable storage medium capable of executing instructions of a software program, the method comprising the steps of: determining a set of road noise cancellation parameters for the road noise cancellation system , wherein the set of road noise cancellation parameters is associated with a vehicle type, a tire type, a road surface type, or a vehicle location; programming a database that correlates data collected from one or more vehicles with the set of road noise cancellation parameters that optimize road noise cancellation system performance; comparing data being collected from one or more vehicles with the set of road noise cancellation parameters in the database and a road noise cancellation system performance threshold value; identifying the vehicle has traveled from a first road surface type to a second road surface type; and adjusting the set of road noise cancellation parameters that optimize the road noise cancellation system upon identifying the vehicle has traveled from the first road surface type to the second road surface type. determining a set of road noise cancellation parameters for the road noise cancellation system , wherein the set of road noise cancellation parameters is associated with a vehicle type, a tire type, a road surface type, or a vehicle location; programming a database that correlates data collected from one or more vehicles with the set of road noise cancellation parameters that optimize road noise cancellation system performance; comparing data being collected from one or more vehicles with the set of road noise cancellation parameters in the database and a road noise cancellation system performance threshold value; identifying the vehicle has traveled from a first road surface type to a second road surface type; and adjusting the set of road noise cancellation parameters that optimize the road noise cancellation system upon identifying the vehicle has traveled from the first road surface type to the second road surface type.
A composition comprising a refrigerant comprising - 0.1-10 mass% CO 2 (R744) and - 90-99.9 mass% of a compound A which is at least one compound selected from trans-1,2-difluoroethylene [(E)-HFO-1132], cis-1,2-difluoroethylene [(Z)-HFO-1132], fluoroethylene (HFO-1141) and 3,3,3-trifluoropropyne (TFP), each based on the total amount of R744 and compound A taken as 100 mass%. - 0.1-10 mass% CO 2 (R744) and - 90-99.9 mass% of a compound A which is at least one compound selected from trans-1,2-difluoroethylene [(E)-HFO-1132], cis-1,2-difluoroethylene [(Z)-HFO-1132], fluoroethylene (HFO-1141) and 3,3,3-trifluoropropyne (TFP),
A device for cellularized membrane cultivation comprising: a culture vessel having one or more first sidewalls, a bottom surface, and a culture space being formed in an interior of the culture vessel, and a cover configured to be coupled to the culture vessel, wherein the culture space is configured to receive a membrane for cell and tissue growth on the bottom surface of the culture vessel, characterized in that the cover comprises first cover connectors and the first sidewalls of the culture vessel comprise first vessel connectors that are adapted to mate with the first cover connectors such that, in use, the first cover connectors press the membrane against the bottom surface of the culture vessel to prevent the membrane from moving. a culture vessel having one or more first sidewalls, a bottom surface, and a culture space being formed in an interior of the culture vessel, and a cover configured to be coupled to the culture vessel, wherein the culture space is configured to receive a membrane for cell and tissue growth on the bottom surface of the culture vessel, characterized in that the cover comprises first cover connectors and the first sidewalls of the culture vessel comprise first vessel connectors that are adapted to mate with the first cover connectors such that, in use, the first cover connectors press the membrane against the bottom surface of the culture vessel to prevent the membrane from moving. the culture space is configured to receive a membrane for cell and tissue growth on the bottom surface of the culture vessel, characterized in that the cover comprises first cover connectors and the first sidewalls of the culture vessel comprise first vessel connectors that are adapted to mate with the first cover connectors such that, in use, the first cover connectors press the membrane against the bottom surface of the culture vessel to prevent the membrane from moving.
A micropump including - a stator , - a rotor slidably and rotatably mounted at least partially in the stator, the rotor comprising a first axial extension having a first diameter (D1) and a second axial extension having a second diameter (D2) greater than the first diameter, - a first valve (V1) formed by a first valve seal mounted on the stator around the first axial extension, in conjunction with a first channel in the rotor that is configured to allow liquid communication across the first valve seal when the first valve is in an open position, - a second valve (V2) formed by a second valve seal mounted on the stator around the second axial extension, in conjunction with a second channel in the rotor that is configured to allow liquid communication across the second valve seal when the second valve is in an open position, - a pump chamber formed between the rotor and stator and between the first valve seal and second valve seal, and - a cam system comprising a cam track on one of the rotor or stator and a cam follower on the other of the rotor or stator for axially displacing the rotor relative to the stator as a function of the rotation of the rotor, the cam track comprising a valves-closed chamber-full section , a valves-closed chamber-empty section , an intake section and an expel section , characterized in that the expel section comprises an expel hold position defining an intermediate axial position between the valves-closed chamber-full section and valves-closed chamber-empty section for partial delivery of a pump cycle volume during the expel phase. - a stator , - a rotor slidably and rotatably mounted at least partially in the stator, the rotor comprising a first axial extension having a first diameter (D1) and a second axial extension having a second diameter (D2) greater than the first diameter, - a first valve (V1) formed by a first valve seal mounted on the stator around the first axial extension, in conjunction with a first channel in the rotor that is configured to allow liquid communication across the first valve seal when the first valve is in an open position, - a second valve (V2) formed by a second valve seal mounted on the stator around the second axial extension, in conjunction with a second channel in the rotor that is configured to allow liquid communication across the second valve seal when the second valve is in an open position, - a pump chamber formed between the rotor and stator and between the first valve seal and second valve seal, and - a cam system comprising a cam track on one of the rotor or stator and a cam follower on the other of the rotor or stator for axially displacing the rotor relative to the stator as a function of the rotation of the rotor, the cam track comprising a valves-closed chamber-full section , a valves-closed chamber-empty section , an intake section and an expel section ,
A method for adapting which beam to use for reception and transmission of signals, the method being performed by a receiving radio transceiver device , wherein the receiving radio transceiver device is capable of receiving the signals using at least one beam selected from a set of beams, and wherein each beam in the set of beams has a backup beam , the method comprising: receiving (S102) signals from a transmitting radio transceiver device while using a first beam selected from the set of beams; detecting (S104) that the signals are received at decreasing quality level while using the first beam , the decreasing quality level being caused by interfering transmission from another transmitting radio transceiver device ; and in response thereto: initiating (S106) a temporary switch to the backup beam of the first beam , without performing any beam training, for continued reception of signals from the transmitting radio transceiver device , thereby adapting which beam to use for reception of the signals, characterised in that the first beam also is intended to be used for transmitting signals from the receiving radio transceiver device to the transmitting radio transceiver device , the method further comprising: initiating (S108a) a switch back to the first beam for transmitting the signals to the transmitting radio transceiver device . receiving (S102) signals from a transmitting radio transceiver device while using a first beam selected from the set of beams; detecting (S104) that the signals are received at decreasing quality level while using the first beam , the decreasing quality level being caused by interfering transmission from another transmitting radio transceiver device ; and in response thereto: initiating (S106) a temporary switch to the backup beam of the first beam , without performing any beam training, for continued reception of signals from the transmitting radio transceiver device , thereby adapting which beam to use for reception of the signals, characterised in that the first beam also is intended to be used for transmitting signals from the receiving radio transceiver device to the transmitting radio transceiver device , the method further comprising: initiating (S108a) a switch back to the first beam for transmitting the signals to the transmitting radio transceiver device .
Electronic assembly , in particular of an electric motor, with a printed circuit board having a current-carrying current path with two mutually spaced-apart current path ends , said current path ends forming an interruption point , which is bridged as a thermal fuse by means of a contact clip , said contact clip being produced in particular without a preload, - wherein the contact clip has a multiply bent, open clip loop as well as a contact limb contacted with both current path ends using solder, and a fixing limb with a limb end , which is seated in a printed circuit board opening , and - wherein a deformation is impressed on the contact limb under generation of an internal preload. characterized in - that the fixing limb has a limb section bent-up in an S-shape, - that the limb end of the fixing limb has an oversize with respect to the printed circuit board opening . - wherein the contact clip has a multiply bent, open clip loop as well as a contact limb contacted with both current path ends using solder, and a fixing limb with a limb end , which is seated in a printed circuit board opening , and - wherein a deformation is impressed on the contact limb under generation of an internal preload. characterized in - that the fixing limb has a limb section bent-up in an S-shape, - that the limb end of the fixing limb has an oversize with respect to the printed circuit board opening .