mhurhangee/patent-ind-claim-en huggingface dataset:
A troffer comprising: a reflector disposed to reflect light and direct light out of the troffer to provide illumination; a plurality of LEDs to produce the light, the plurality of LEDs mounted to a mounting surface of a heatsink to face a center region of the reflector ; a diffuser lens assembly comprising two lens plates disposed at the sides of the heatsink ; and a thin layer of phosphor between 5 and 50 μm thick applied to the reflector to provide wavelength conversion for at least a portion of the light from the plurality of LEDs so that the troffer emits substantially white light through the diffuser lens assembly . a reflector disposed to reflect light and direct light out of the troffer to provide illumination; a plurality of LEDs to produce the light, the plurality of LEDs mounted to a mounting surface of a heatsink to face a center region of the reflector ; a diffuser lens assembly comprising two lens plates disposed at the sides of the heatsink ; and a thin layer of phosphor between 5 and 50 μm thick applied to the reflector to provide wavelength conversion for at least a portion of the light from the plurality of LEDs so that the troffer emits substantially white light through the diffuser lens assembly .
Auxetic web structure or field structure comprising: - island structure areas and - interconnections between the individual island structure areas, wherein - there are open spaces between the individual island structure areas, and - the connections with the island structure areas form a web structure or field structure; wherein - the connections are extensible and are configured as Archimedean spiral connections and/or self-similar fractal design connections; - the connections intersect the island structure areas at the same location and at the same angle as the previous rigid connectors intersect the auxetic framework; - the island structure areas are not bendable or are only slightly bendable when subjected to forces, - wherein the stresses on the island structure areas are at least one order of magnitude below those of the extensible connection and / or - are not or only insignificantly variable in their magnitude and - the Poisson's ratio of the structure under uniaxial deformation is negative. - island structure areas and - interconnections between the individual island structure areas, wherein - there are open spaces between the individual island structure areas, and - the connections with the island structure areas form a web structure or field structure; wherein - the connections are extensible and are configured as Archimedean spiral connections and/or self-similar fractal design connections; - the connections intersect the island structure areas at the same location and at the same angle as the previous rigid connectors intersect the auxetic framework; - the island structure areas are not bendable or are only slightly bendable when subjected to forces, - wherein the stresses on the island structure areas are at least one order of magnitude below those of the extensible connection and / or - are not or only insignificantly variable in their magnitude and - wherein the stresses on the island structure areas are at least one order of magnitude below those of the extensible connection and / or - are not or only insignificantly variable in their magnitude - the Poisson's ratio of the structure under uniaxial deformation is negative.
Device , formed and configured to collect and discharge free particles arising during the transfer of articles from the tobacco-processing industry containing rod-shaped particles or particles in powder or granulated form from a feed station to a receiving station via a pneumatic conveying line which transports the rod-shaped articles in a longitudinal-axial orientation, comprising a housing which forms a separation chamber and which is formed from at least one separating module as well as a feeding segment and an outlet segment for the rod-shaped articles, wherein a guiding element with a guiding channel for guiding the rod-shaped articles through the separation chamber is arranged between the feeding segment and the outlet segment inside the separation chamber , and the guiding channel of the guiding element is connected via openings to separation chamber , which has a larger cross-section than the guiding channel , characterized in that the device is formed in terms of collection and discharge of the free particles as a passive separating system, that directing elements are assigned to the guiding element , and that the directing elements are formed to be shovel-like and are arranged in particular in the first third of the separating section.
Method of controlling the operation of a cooling device for cooling an imaging sensor of a camera , wherein the control is performed based on a model of an acceptable image performance against at least one sensor and/or imaging parameter and a temperature of the imaging sensor in such a way that a image performance level will be above a minimum image performance level by controlling a cooling device operation, wherein the at least one sensor and/or imaging parameter comprises at least one of: sensor analogue gain (SAG), digital gain (DG), sensor digital gain (SDG), integration time (IT).
A system comprising: a plurality of instances of a component , wherein each instance is operable in a plurality of modes; a control circuit coupled to the plurality of instances, wherein the control circuit is configured to detect that one or more of the plurality of instances is operating in a first mode of the plurality of modes, wherein the first mode excludes worst-case power supply load for which a voltage margin is established in a power supply voltage magnitude programmed into the system for supply to the plurality of instances, and wherein the voltage margin is based on worst-case voltage droop that occurs due to worst-case current and transient current changes at the worst-case power supply load, and wherein the control circuit is configured to request a reduced power supply voltage magnitude with respect to the power supply voltage magnitude programmed into the system for supply to the one or more of the plurality of instances responsive to detecting that the one or more of the plurality of instances are operating in the first mode, wherein the control circuit is configured to recover a portion of the voltage margin that is established for worst-case power supply load via the reduced power supply voltage magnitude if the worst-case power supply load is not possible with the one or more instances operating in the first mode and the control circuit detects that the one or more of the plurality of instances are operating in the first mode. a plurality of instances of a component , wherein each instance is operable in a plurality of modes; a control circuit coupled to the plurality of instances, wherein the control circuit is configured to detect that one or more of the plurality of instances is operating in a first mode of the plurality of modes, wherein the first mode excludes worst-case power supply load for which a voltage margin is established in a power supply voltage magnitude programmed into the system for supply to the plurality of instances, and wherein the voltage margin is based on worst-case voltage droop that occurs due to worst-case current and transient current changes at the worst-case power supply load, and wherein the control circuit is configured to request a reduced power supply voltage magnitude with respect to the power supply voltage magnitude programmed into the system for supply to the one or more of the plurality of instances responsive to detecting that the one or more of the plurality of instances are operating in the first mode, wherein the control circuit is configured to recover a portion of the voltage margin that is established for worst-case power supply load via the reduced power supply voltage magnitude if the worst-case power supply load is not possible with the one or more instances operating in the first mode and the control circuit detects that the one or more of the plurality of instances are operating in the first mode.
A system for spatially moving an object by means of a manipulator , said object being motion-coupled to the manipulator at least temporarily, having a motion specification means , which can be freely moved in space manually by an operating person at least temporarily, and which motion specification means is provided for at least temporary physical coupling to the object to be moved, in which coupling state the motion specification means is provided for the output of motion commands to a control device of the manipulator by the operating person, having, in the motion specification means , inertial sensors for sensing at least orientation changes of the motion specification means , having an orientation-determining unit for continuously determining the changing orientations of the motion specification means in space, wherein the control execution of at least one of the motion commands is, at least partly, dependent on the orientation of the motion specification means , and having a detection means , which sets the system into a first operating mode, if the motion specification means is freely moved in space manually, and said detection means setting the system into a second operating mode, if the orientation of the motion specification means is defined in consequence of mechanical contacting or coupling with the object , characterized in that in the first operating mode, the orientation-determining unit calculates the changing orientations of the motion specification means based on signals from the inertial sensors in the motion specification means , and in the second operating mode, the orientation-determining unit calculates the changing orientations of the motion specification means at least at defined shortly apart points in time exclusively based on information from the control device about the known positional states or positional changes of the manipulator controlled by the control device or the correspondingly moved object .
Aformulation comprising a) a cyclodextrin; and b) a compound of the formula (I): or a salt thereof or hydrate of the foregoing; and c) a liquid carrier.
A resistor, preferably a braking resistor, discharge resistor or high power resistor including a wire winding element having a wire resistor winding wound around a carrierr , the ends of which are connectable to connection areas , a wire section by contrast with the remaining wire coil, being thermally insulated in an improved manner against the environment, so that in the event of an error the wire winding element fails in that wire section , characterized in that the carrier has recesses on a terminal side end portion for prefixing the ends .
A modular heater assembly for a fluid conduit system , the modular heater assembly comprising a plurality of resistive heaters disposable along conduits of the fluid conduit system, and a plurality of insulation members disposed around each of the plurality of resistive heaters , the modular heater assembly further comprising at least one insulation block disposable around a fitting , the fitting configured to join at least two adjacent sections of the conduits of the fluid conduit system and defining an exterior geometric profile, the insulation block comprising a central recess defining an internal geometric profile and extending axially in an axial direction of the one of the at least two adjacent sections of the conduits , and a peripheral aperture defining an internal geometric profile substantially matching an external geometric profile of another of the at least two adjacent sections of the conduits, being open to the central recess, and extending through a sidewall of the insulation block, characterised in that the internal geometric profile of the central recess substantially matches the external geometric profile of the fitting, the central recess extending axially in a direction of one of the at least two adjacent sections of conduit and through at least one of opposing main surfaces of the insulation block that are perpendicular to the axial direction of the one of the at least two adjacent sections of the conduits, and in that the at least one insulation block defines a slit that splits the sidewall of the insulation block surrounding the peripheral aperture into halves to allow the at least one insulation block to be mounted and self-locked around the fitting.
Method for producing a clay-wood composite element for use as a ceiling element in a building, characterised by at least the following steps: providing a plurality of elongate supports made of wood, arranging the plurality of elongate supports next to one another and at a transverse distance from one another on a surface, in each case a gap being formed between adjacent elongate supports , at least partially filling the gap or gaps with clay , and compacting the clay while maintaining the transverse distance, in particular by mechanical tamping of the clay , whereby the clay is subjected to compressive stress in the transverse direction , holding means being provided for holding the supports at a transverse distance from one another which maintains the compressive stress, so that the clay layer becomes self-supporting without the arrangement of a structure supporting the clay layer from below. providing a plurality of elongate supports made of wood, arranging the plurality of elongate supports next to one another and at a transverse distance from one another on a surface, in each case a gap being formed between adjacent elongate supports , at least partially filling the gap or gaps with clay , and compacting the clay while maintaining the transverse distance, in particular by mechanical tamping of the clay , whereby the clay is subjected to compressive stress in the transverse direction , holding means being provided for holding the supports at a transverse distance from one another which maintains the compressive stress, so that the clay layer becomes self-supporting without the arrangement of a structure supporting the clay layer from below.
An anti-IL-3 neutralizing antibody or an IL-3 binding fragment thereof for use in the treatment of an autoimmune disease which is systemic lupus erythematosus.
A flue for use with an ultrasonic horn of an ultrasonic surgical aspirator for removing tissues comprising: an internal surface, a proximal end, and a distal end and comprising a first flue extender and a second flue extender , wherein the second flue extender extends distally from the first flue extender , wherein the second flue extender has an internal diameter smaller than an internal diameter of the first flue extender , and wherein the internal surface of the second flue extender comprises an arcuate region and a plurality of protrusions forming a bridge arranged to limit contact between the arcuate region of the internal surface of the second flue extender and an external surface of a horn extender; and characterised in that the internal surface of the first flue extender comprises an arcuate region and a plurality of protrusions forming a bridge that limits contact with the arcuate region of the internal surface of first flue extender , wherein the second flue extender has a higher density of the plurality of protrusions than the first flue extender . an internal surface, a proximal end, and a distal end and comprising a first flue extender and a second flue extender , wherein the second flue extender extends distally from the first flue extender , wherein the second flue extender has an internal diameter smaller than an internal diameter of the first flue extender , and wherein the internal surface of the second flue extender comprises an arcuate region and a plurality of protrusions forming a bridge arranged to limit contact between the arcuate region of the internal surface of the second flue extender and an external surface of a horn extender; and characterised in that the internal surface of the first flue extender comprises an arcuate region and a plurality of protrusions forming a bridge that limits contact with the arcuate region of the internal surface of first flue extender , wherein the second flue extender has a higher density of the plurality of protrusions than the first flue extender .
A combustor , comprising: a. a combustion chamber that defines a longitudinal axis; b. a primary reaction zone inside the combustion chamber; c. a secondary reaction zone inside the combustion chamber downstream from the primary reaction zone ; d. a center fuel nozzle that extends axially inside the combustion chamber ; and e. a plurality of fluid injectors circumferentially arranged inside the center fuel nozzle downstream from the primary reaction zone , wherein each fluid injector defines an additional longitudinal axis out of the center fuel nozzle that is substantially perpendicular to the longitudinal axis of the combustion chamber wherein the center fuel nozzle extends axially inside the combustion chamber through the primary reaction zone to the secondary reaction zone and the fluid injectors are configured and arranged to discharge one of a compressed working fluid and a fuel-air mixture into the combustion chamber , characterised in that the working fluid or the fuel-air-mixture are discharged substantially normal to the flow of combustion gases inside the combustion chamber. a. a combustion chamber that defines a longitudinal axis; b. a primary reaction zone inside the combustion chamber; c. a secondary reaction zone inside the combustion chamber downstream from the primary reaction zone ; d. a center fuel nozzle that extends axially inside the combustion chamber ; and e. a plurality of fluid injectors circumferentially arranged inside the center fuel nozzle downstream from the primary reaction zone , wherein each fluid injector defines an additional longitudinal axis out of the center fuel nozzle that is substantially perpendicular to the longitudinal axis of the combustion chamber wherein the center fuel nozzle extends axially inside the combustion chamber through the primary reaction zone to the secondary reaction zone and the fluid injectors are configured and arranged to discharge one of a compressed working fluid and a fuel-air mixture into the combustion chamber , characterised in that the working fluid or the fuel-air-mixture are discharged substantially normal to the flow of combustion gases inside the combustion chamber.
A seamless combining method for fabrics forming a bonding pattern line in a fabric product other than a down product, by high-frequency heating under pressing an inner fabric and an outer fabric using an adhesive , and thereby combining the inner fabric and the outer fabric, characterized in that the method comprising: a preparing step of preparing an inner fabric and an outer fabric , a printing step of printing a heat-reactive liquid adhesive in a predetermined printing pattern on an inner surface of the inner fabric or on an inner surface of the outer fabric , a drying step of drying the liquid adhesive printed on the inner surface of the inner fabric or on the inner surface of the outer fabric , a laminating step of laminating the inner fabric and the outer fabric , and a high-frequency bonding step of high-frequency heating and simultaneously pressing both the laminated inner and outer fabrics in a pressing pattern which is the same with said printing pattern to form the bonding pattern line , and said printing pattern and pressing pattern are the same in pattern and have a width difference of 10% or less. a preparing step of preparing an inner fabric and an outer fabric , a printing step of printing a heat-reactive liquid adhesive in a predetermined printing pattern on an inner surface of the inner fabric or on an inner surface of the outer fabric , a drying step of drying the liquid adhesive printed on the inner surface of the inner fabric or on the inner surface of the outer fabric , a laminating step of laminating the inner fabric and the outer fabric , and a high-frequency bonding step of high-frequency heating and simultaneously pressing both the laminated inner and outer fabrics in a pressing pattern which is the same with said printing pattern to form the bonding pattern line , and
Spatial puzzle game having an outer spherical shell made of light-transmitting material and at least one annular space divider arranged in the inner space of the outer spherical shell , and independently movable spherical toy elements (J 1 -J n ) having the same size are arranged in the inner space of the outer spherical shell , and a further, inner spherical shell made of light-transmitting material is arranged in the inner space of the outer spherical shell , and at least two shell chambers delimited by the outer spherical shell , the inner spherical shell and the annular space divider are arranged between the outer spherical shell and the inner spherical shell , and a radial distance between the outer spherical shell and the inner spherical shell is greater than the diameter (d) of the spherical toy elements (J 1 -J n ), characterized in that the inner space of the inner spherical shell is an undivided spherical cavity, and at least one circular opening per chamber is formed on the inner spherical shell , the chambers each communicate with the cavity of the inner shell through an opening , respectively, and the opening having a diameter (D) greater than the diameter (d) of each spherical toy element (J 1 -J n ).
A nutraceutical composition, comprising abscisic acid (ABA), oleuropein, trivalent chromium in the form of organic salt thereof, and lycopene.
A system for dynamically mitigating resonance in a transport refrigeration unit (TRU) during a mission, wherein the TRU comprises TRU components including one or more of TRU engine mounts and/or a plurality of mounted parts, the system comprising: a TRU controller configured for operating a TRU engine during the mission according to initial baseline parameters, including running the TRU engine at a preset operational frequency, and while operating the TRU engine, contemporaneously performing steps comprising: obtaining a first set of data that comprises real time measurements from one or more accelerometers installed in the TRU; converting the real time measurements to a second set of data that comprises real time shock and vibration data; comparing the second set of data with first reference data indicative of an acceptable range of vibrations for the TRU components; comparing the second set of data with second reference data indicative of component failure; processing the second set of data in a control loop to determine updated baseline parameters that avoid resonance detected in the first set of data to run the TRU engine at frequencies that dampen and/or avoid frequencies causing resonance in the TRU components; and operating the TRU engine according to the updated baseline parameters. obtaining a first set of data that comprises real time measurements from one or more accelerometers installed in the TRU; converting the real time measurements to a second set of data that comprises real time shock and vibration data; comparing the second set of data with first reference data indicative of an acceptable range of vibrations for the TRU components; comparing the second set of data with second reference data indicative of component failure; processing the second set of data in a control loop to determine updated baseline parameters that avoid resonance detected in the first set of data to run the TRU engine at frequencies that dampen and/or avoid frequencies causing resonance in the TRU components; and operating the TRU engine according to the updated baseline parameters.