mhurhangee/patent-ind-claim-en huggingface dataset:
A processor implemented method for displaying a rotorcraft icon, comprising: receiving, from an Automatic Dependent Surveillance-Broadcast (ADS-B) source, aircraft traffic data comprising fixed wing and rotor wing data; identifying, among the aircraft traffic data, a first rotorcraft and its position data; processing the position data of the first rotorcraft to determine a traveling distance, defined as a position change during a predetermined amount of time; determining that the first rotorcraft is hovering when the traveling distance is less than a predetermined threshold distance parameter; and displaying a hovering rotorcraft icon on a display when the first rotorcraft is determined to be hovering. receiving, from an Automatic Dependent Surveillance-Broadcast (ADS-B) source, aircraft traffic data comprising fixed wing and rotor wing data; identifying, among the aircraft traffic data, a first rotorcraft and its position data; processing the position data of the first rotorcraft to determine a traveling distance, defined as a position change during a predetermined amount of time; determining that the first rotorcraft is hovering when the traveling distance is less than a predetermined threshold distance parameter; and displaying a hovering rotorcraft icon on a display when the first rotorcraft is determined to be hovering.
A composition comprising: at least one monomer having one or more ethylenically unsaturated bonds; a first actinic radiation initiator for at least partially polymerizing the at least one monomer to form a pre-adhesive, the first initiator being activated at a first activation wavelength(s); a second actinic radiation initiator for at least partially crosslinking the pre-adhesive, the second initiator being activated at a second activation wavelength(s) and the second initiator being non-photoactive at the first activation wavelength(s), wherein at least one of the first and second initiators is polymerizable with the at least one monomer. at least one monomer having one or more ethylenically unsaturated bonds; a first actinic radiation initiator for at least partially polymerizing the at least one monomer to form a pre-adhesive, the first initiator being activated at a first activation wavelength(s); a second actinic radiation initiator for at least partially crosslinking the pre-adhesive, the second initiator being activated at a second activation wavelength(s) and the second initiator being non-photoactive at the first activation wavelength(s), wherein at least one of the first and second initiators is polymerizable with the at least one monomer.
A process for degassing a liquid resin in a degassing system, the degassing system comprising: - a first duct having a resin inlet for receiving liquid resin to be degassed, - a resin pump for pumping liquid resin into the first duct via the resin inlet , - a flow control valve arranged at a downstream end of the first duct , configured to control a flow rate of resin through the first duct and configured or configurable to provide a pressure drop of at least 1.5 bar across the flow control valve , - a second duct in fluid communication with the first duct via the flow control valve , - a resin storage tank having a resin storage tank inlet in fluid communication with an outlet end of the second duct , and - a gas evacuation system operable to reduce an absolute pressure in the resin storage tank to below 100 mbar, the process comprising: - connecting a liquid resin source to the resin inlet , - pumping liquid resin into the first duct via the resin inlet using the resin pump to achieve a first absolute pressure of at least 1.6 bar in the first duct , - configuring the resin pump and/or the flow control valve to achieve a first pressure drop across the flow control valve of at least 1.5 bar, - maintaining, using the gas evacuation system , a pressure in the storage tank below 100 mbar at least partly concurrently with pumping resin into the first duct . - a first duct having a resin inlet for receiving liquid resin to be degassed, - a resin pump for pumping liquid resin into the first duct via the resin inlet , - a flow control valve arranged at a downstream end of the first duct , configured to control a flow rate of resin through the first duct and configured or configurable to provide a pressure drop of at least 1.5 bar across the flow control valve , - a second duct in fluid communication with the first duct via the flow control valve , - a resin storage tank having a resin storage tank inlet in fluid communication with an outlet end of the second duct , and - a gas evacuation system operable to reduce an absolute pressure in the resin storage tank to below 100 mbar, - connecting a liquid resin source to the resin inlet , - pumping liquid resin into the first duct via the resin inlet using the resin pump to achieve a first absolute pressure of at least 1.6 bar in the first duct , - configuring the resin pump and/or the flow control valve to achieve a first pressure drop across the flow control valve of at least 1.5 bar, - maintaining, using the gas evacuation system , a pressure in the storage tank below 100 mbar at least partly concurrently with pumping resin into the first duct .
A cooler for cooling bulk material, in particular cement clinker, having a stationary aeration grate for receiving the bulk material, wherein the aeration grate is able to be passed by a flow of cooling gas; at least one conveyor unit having conveyor planks which are disposed above the aeration grate and for transporting the bulk material are movable in a reciprocating manner in the conveying direction and counter to the conveying direction; and a seal assembly for preventing grate riddlings; wherein the cooler for driving the conveyor planks has at least one drive element which extends through the aeration grate , characterized in that the stationary seal assembly is attached to the aeration grate by means of a releasable connection means and lies against the drive element , wherein the spacing between the seal assembly and the drive element is adjustable by way of the connection means . at least one conveyor unit having conveyor planks which are disposed above the aeration grate and for transporting the bulk material are movable in a reciprocating manner in the conveying direction and counter to the conveying direction; and a seal assembly for preventing grate riddlings; wherein the cooler for driving the conveyor planks has at least one drive element which extends through the aeration grate , characterized in that the stationary seal assembly is attached to the aeration grate by means of a releasable connection means and lies against the drive element , wherein the spacing between the seal assembly and the drive element is adjustable by way of the connection means .
A method for performing a random access procedure by a user equipment, UE, in a wireless communication system supporting coverage enhancement, the method comprising: repeatedly transmitting (S902) a physical random access channel, PRACH, signal; and monitoring (S904) downlink control information masked by a random access radio network temporary identifier, RA-RNTI, corresponding to the PRACH signal, characterized in that : the RA-RNTI is determined according to time index information, frequency index information, and system frame number, SFN, information, and the time index information indicates a starting subframe of the repeated transmission of the PRACH signal, the frequency index information indicates a frequency index of the PRACH signal transmitted in the starting subframe, and the SFN information indicates a starting radio frame of the repeated transmission of the PRACH signal. repeatedly transmitting (S902) a physical random access channel, PRACH, signal; and monitoring (S904) downlink control information masked by a random access radio network temporary identifier, RA-RNTI, corresponding to the PRACH signal, characterized in that : the RA-RNTI is determined according to time index information, frequency index information, and system frame number, SFN, information, and the time index information indicates a starting subframe of the repeated transmission of the PRACH signal, the frequency index information indicates a frequency index of the PRACH signal transmitted in the starting subframe, and the SFN information indicates a starting radio frame of the repeated transmission of the PRACH signal. the RA-RNTI is determined according to time index information, frequency index information, and system frame number, SFN, information, and the time index information indicates a starting subframe of the repeated transmission of the PRACH signal, the frequency index information indicates a frequency index of the PRACH signal transmitted in the starting subframe, and the SFN information indicates a starting radio frame of the repeated transmission of the PRACH signal.
A lighting device comprising: a longitudinal axis A; a light guide extending along a plane positioned parallel to said longitudinal axis; said light guide forming a plate having at least two main surfaces positioned in parallel and an edge joining said main surfaces; said main surfaces being arranged for emitting light from said lighting device; said edge being positioned normal to the plane ; a solid state light source arranged to emit light into the light guide ; and a base for mounting the lighting device, the base including an electrical interface for connecting the solid state light source to an electric power supply; characterised by a metal strip extending at least partly around the light guide along the edge of the light guide, the metal strip being arranged in thermal contact with the edge; the solid state light source being arranged in thermal contact with the metal strip; said solid state light source transferring heat to the metal strip and the light guide, the light guide being arranged for dissipating heat to the ambient, both the metal strip and the light guide serving as heat sink. a longitudinal axis A; a light guide extending along a plane positioned parallel to said longitudinal axis; said light guide forming a plate having at least two main surfaces positioned in parallel and an edge joining said main surfaces; said main surfaces being arranged for emitting light from said lighting device; said edge being positioned normal to the plane ; a solid state light source arranged to emit light into the light guide ; and a base for mounting the lighting device, the base including an electrical interface for connecting the solid state light source to an electric power supply; characterised by a metal strip extending at least partly around the light guide along the edge of the light guide, the metal strip being arranged in thermal contact with the edge; the solid state light source being arranged in thermal contact with the metal strip; said solid state light source transferring heat to the metal strip and the light guide, the light guide being arranged for dissipating heat to the ambient, both the metal strip and the light guide serving as heat sink.
A dental container for mixing and dispensing of components of a dental mixture, comprising a body having a main chamber , a dispensing nozzle , a liquid receptacle and a plunger , wherein said body has a proximal end and a distal end , the main chamber being located adjacent the distal end of the body , the liquid receptacle being mounted within the proximal end of the body, and the plunger being sealingly mounted within an interior of the liquid receptacle, the liquid receptacle having an inner transverse wall which contains a weakened portion , and wherein the plunger has a front face which is projection free, the liquid receptacle containing a liquid and the main chamber containing a powder, the arrangement being such that, in use, pressure is applied to the plunger to build up hydraulic pressure by means of the liquid on the inner transverse wall so as to break the weakened portion hydraulically and cause the liquid to enter the main chamber, and characterised in that a front portion of the liquid receptacle is arranged to be broken away from the remainder of the liquid receptacle by further depression of the plunger such that the plunger and the broken away front portion of the liquid receptacle are able to transverse the entire length of the main chamber to dispensation of the mixed dental material into the dispensing nozzle by application of hydraulic pressure on the distal wall of the main chamber so as to rupture the distal wall.
A system, comprising: a machine configured to traverse a field having windrows ; a radar sensor mounted to the machine, the radar sensor arranged to transmit first signals to, and receive first reflected signals from, one of the windrows and the field adjacent the one of the windrows; a lidar sensor mounted to the machine, the lidar sensor arranged to transmit second signals to, and receive second reflected signals from, the one of the windrows and the field adjacent the one of the windrows; and a processing circuit configured to receive data corresponding to the first and second reflected signals and determine a mass profile of the one of the windrows based on the data; characterised in that the processing circuit is further configured to determine a geometric profile of the said one of the windrows based on the data. a machine configured to traverse a field having windrows ; a radar sensor mounted to the machine, the radar sensor arranged to transmit first signals to, and receive first reflected signals from, one of the windrows and the field adjacent the one of the windrows; a lidar sensor mounted to the machine, the lidar sensor arranged to transmit second signals to, and receive second reflected signals from, the one of the windrows and the field adjacent the one of the windrows; and a processing circuit configured to receive data corresponding to the first and second reflected signals and determine a mass profile of the one of the windrows based on the data; characterised in that the processing circuit is further configured to determine a geometric profile of the said one of the windrows based on the data.
A method of calibrating a spectrophotometer comprising a flash lamp , the method comprising: receiving light from the flash lamp at a monochromator of the spectrometer, wherein the flash lamp is a short arc noble gas flash lamp with transverse or axially aligned electrodes; configuring the monochromator to progressively transmit the received light at each of a plurality wavelengths of a selected range of wavelengths, wherein the range of wavelengths is associated with a wavelength feature according to a known spectral profile of the flash lamp , and wherein the wavelength feature is a self-absorption feature ; determining a spectrum of the flash lamp, wherein the spectrum comprises a corresponding power or intensity value for each of the plurality of wavelengths; considering the self-absorption feature of the determined spectrum as an inverted peak; evaluating a peak center of the inverted peak; and calibrating the spectrophotometer based on the evaluated peak center. receiving light from the flash lamp at a monochromator of the spectrometer, wherein the flash lamp is a short arc noble gas flash lamp with transverse or axially aligned electrodes; configuring the monochromator to progressively transmit the received light at each of a plurality wavelengths of a selected range of wavelengths, wherein the range of wavelengths is associated with a wavelength feature according to a known spectral profile of the flash lamp , and wherein the wavelength feature is a self-absorption feature ; determining a spectrum of the flash lamp, wherein the spectrum comprises a corresponding power or intensity value for each of the plurality of wavelengths; considering the self-absorption feature of the determined spectrum as an inverted peak; evaluating a peak center of the inverted peak; and calibrating the spectrophotometer based on the evaluated peak center.
A method of wireless communications by a user equipment, UE, the method comprising: establishing communication between the UE and a source base station over a first radio access technology, RAT, and a second RAT; identifying a coupling between the first RAT and the second RAT in the communication between the UE and the source base station; and configuring , by the UE in response to determining that a handover procedure for the first RAT has occurred or is imminent, a handover procedure for the second RAT to a target base station based on the identified coupling between the first RAT and the second RAT, wherein configuring the handover procedure is characterized by : configuring the UE to initiate a handover event for the second RAT in response to detection of a handover event for the first RAT and in response to a determination that the target base station of the handover event at the second RAT satisfies at least one predetermined criterion, wherein the at least one predetermined criterion is that a target base station of the handover event for the first RAT and the target base station of the handover event for the second RAT supports the coupling of the first RAT and the second RAT. establishing communication between the UE and a source base station over a first radio access technology, RAT, and a second RAT; identifying a coupling between the first RAT and the second RAT in the communication between the UE and the source base station; and configuring , by the UE in response to determining that a handover procedure for the first RAT has occurred or is imminent, a handover procedure for the second RAT to a target base station based on the identified coupling between the first RAT and the second RAT, wherein configuring the handover procedure is characterized by : configuring the UE to initiate a handover event for the second RAT in response to detection of a handover event for the first RAT and in response to a determination that the target base station of the handover event at the second RAT satisfies at least one predetermined criterion, wherein the at least one predetermined criterion is that a target base station of the handover event for the first RAT and the target base station of the handover event for the second RAT supports the coupling of the first RAT and the second RAT.
An image processing apparatus comprising: a receiver for receiving a captured image generated by imaging an area behind a vehicle; a synthesizer for superimposing an indicator on the captured image; a detector for detecting the color in the vicinity of the position where the indicator is to be superimposed in the captured image; and a color determinator for determining a first color of the indicator when the head lamps of the vehicle are off; wherein the color determinator configured to change color of the indicator from the first color when color of the captured image is similar to the first color and the head lamps of the vehicle are on, wherein the color determinator configured to determine that the color of the captured image is similar to the first color based on braking information indicating a braking state, under which the first color light is emitted from brake lamps and wherein the color determinator configured to change the color of the indicator such that at least one of hue, brightness, and intensity of the color of the indicator differs from those of the detected color of the captured image if the brake lamps are on. a receiver for receiving a captured image generated by imaging an area behind a vehicle; a synthesizer for superimposing an indicator on the captured image; a detector for detecting the color in the vicinity of the position where the indicator is to be superimposed in the captured image; and a color determinator for determining a first color of the indicator when the head lamps of the vehicle are off; wherein the color determinator configured to change color of the indicator from the first color when color of the captured image is similar to the first color and the head lamps of the vehicle are on, wherein the color determinator configured to determine that the color of the captured image is similar to the first color based on braking information indicating a braking state, under which the first color light is emitted from brake lamps and wherein the color determinator configured to change the color of the indicator such that at least one of hue, brightness, and intensity of the color of the indicator differs from those of the detected color of the captured image if the brake lamps are on.
Packaging unit from a moulded pulp material for products like eggs, comprising: - a cover part comprising top , front , side and rear surfaces; and - a bottom part comprising a number of compartments for individual products, and a number of cones that are positioned between adjacent compartments; wherein the bottom part comprising a number of ribs extending between at least some of the compartments, characterized in that the bottom part further comprises a groove between adjacent compartments, and wherein each groove is configured to receive part of the ribs of another similar packaging unit in a stack of packaging units. - a cover part comprising top , front , side and rear surfaces; and - a bottom part comprising a number of compartments for individual products, and a number of cones that are positioned between adjacent compartments;
An actuator , comprising: a plate adapted to create a force to cause vibration of a load to generate sound waves during operation of the actuator, the plate having a width, W T , along a first direction at a first edge of the plate, the first edge being parallel to the first direction, and a length, L T , along a second direction orthogonal to the first direction, where W T is less than L T ; a stub connected to the plate at the first edge, the stub having a width, Ws, along the first direction at a region of connection to the plate that is less than W T , wherein a center point of the region of connection of the stub to the plate is offset from a center point of the first edge of the plate, the stub being configured to connect to the load to transfer the force from the plate to the load during operation of the actuator; and a damper supported by a surface of the plate facing the load and extending from the plate to contact the load when the stub is connected to the load, the damper having a width, W D , extending in the first direction by an amount greater than Ws. a plate adapted to create a force to cause vibration of a load to generate sound waves during operation of the actuator, the plate having a width, W T , along a first direction at a first edge of the plate, the first edge being parallel to the first direction, and a length, L T , along a second direction orthogonal to the first direction, where W T is less than L T ; a stub connected to the plate at the first edge, the stub having a width, Ws, along the first direction at a region of connection to the plate that is less than W T , wherein a center point of the region of connection of the stub to the plate is offset from a center point of the first edge of the plate, the stub being configured to connect to the load to transfer the force from the plate to the load during operation of the actuator; and a damper supported by a surface of the plate facing the load and extending from the plate to contact the load when the stub is connected to the load, the damper having a width, W D , extending in the first direction by an amount greater than Ws.