mhurhangee/ep-ind-claims huggingface dataset:
An exhaust purification system of an internal combustion engine, comprising: an exhaust purification catalyst supporting a precious metal and able to store oxygen; and a control device controlling an amount of fuel fed to a combustion chamber, wherein when a predetermined condition for performing a fuel cut operation stands, the control device is configured to perform fuel feed control in which fuel is temporarily fed to the combustion chamber so that the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst is a rich air-fuel ratio richer than the stoichiometric air-fuel ratio, then start fuel cut control stopping the feed of fuel to the combustion chamber in the state the internal combustion engine is operating, characterised in that the control device is configured to perform the fuel cut control without performing the fuel feed control even if the condition for performing the fuel cut operation stands, if the oxygen storage amount of the exhaust purification catalyst when the condition for performing the fuel cut operation stands is smaller than a predetermined reference oxygen storage amount, which is smaller than the maximum storable oxygen amount of the exhaust purification catalyst and greater than zero. when a predetermined condition for performing a fuel cut operation stands, the control device is configured to perform fuel feed control in which fuel is temporarily fed to the combustion chamber so that the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst is a rich air-fuel ratio richer than the stoichiometric air-fuel ratio, then start fuel cut control stopping the feed of fuel to the combustion chamber in the state the internal combustion engine is operating, characterised in that the control device is configured to perform the fuel cut control without performing the fuel feed control even if the condition for performing the fuel cut operation stands, if the oxygen storage amount of the exhaust purification catalyst when the condition for performing the fuel cut operation stands is smaller than a predetermined reference oxygen storage amount, which is smaller than the maximum storable oxygen amount of the exhaust purification catalyst and greater than zero.
A method of wireless communications performed by a User Equipment, UE, the method comprising: receiving a Conditional Handover, CHO, command from a source base station, BS, the CHO command comprising a CHO command identity, ID, and a measurement ID associated with the CHO command ID; executing the CHO command to handover the UE to a target BS when a trigger condition associated with the measurement ID is fulfilled, executing the CHO command comprising executing the CHO command without reporting a measurement report that is configured by a report configuration associated with the measurement ID; determining whether to remove the CHO command; and autonomously removing the report configuration in a case that the CHO command is removed. receiving a Conditional Handover, CHO, command from a source base station, BS, the CHO command comprising a CHO command identity, ID, and a measurement ID associated with the CHO command ID; executing the CHO command to handover the UE to a target BS when a trigger condition associated with the measurement ID is fulfilled, executing the CHO command comprising executing the CHO command without reporting a measurement report that is configured by a report configuration associated with the measurement ID; determining whether to remove the CHO command; and autonomously removing the report configuration in a case that the CHO command is removed.
A liner comprising at least two liner panels welded together along edges of the panels forming an interior cavity of the liner, characterised in that the interior cavity has substantially no perpendicular joints and in that the interior cavity has at least one substantially rounded corner joint.
Method for crash type identification for a vehicle, in which at least two sensor units (4, 6) are used to capture and evaluate sensor data (S1, S2) from the lefthand vehicle side and from the right-hand vehicle side, wherein the sensor data (S1, S2) captured following an impact are combined with one another, characterized in that at least one first combination (S1+S2) of the captured sensor data (S1, S2) is checked as to whether at least one stability criterion is met, and at least one second combination (S1-S2, |S1-S2|) of the captured sensor data (S1, S2) is compared with a predefined threshold value if the at least one stability criterion is met, wherein a first criterion for an asymmetric impact flag signal is identified if the second combination (S1-S2, |S1-S2|) of the captured sensor data (S1, S2) exceeds and/or falls below the predefined threshold value.
A connection negotiation system comprising a connection planning module, the connection negotiation system being arranged for connection negotiation in a wireless docking environment comprising a wireless dockee device (120, 122, 123, 124), one or more docking host devices and a network situated between the devices, wherein the dockee device comprises at least an end point associated with an application software program, a device driver system element and a network interface system element; wherein the one or more docking host devices comprise at least an end point associated with a peripheral function, a device driver system element, and a network interface system element; wherein any of the system elements (411, 412, 413, 414) has one or more configurations, wherein the different configurations are pre-encoded as data block elements, and the configurations comprising at least the capabilities and constraints of each device; and wherein different configurations for a same system element indicate different settings or properties; the connection planning module being configured to compute one or more combinations of system element configurations, wherein each combination represents a realizable communication path, represented by a set of block data elements, between a pair of end points through the system elements and the network, a communication path being realizable when the properties of interfaces between adjacent system elements and virtual interfaces between system elements of the same function in different devices are compatible and satisfy at least a first criteria, and to activate and configure the system elements with the combinations of system element configurations represented by the one or more realizable communication paths.
Safety device designed to equip a paraglider or aircraft harness, the device comprising: - an emergency pocket, which is intended to be integrated into the harness, comprising a material resisting radial and axial expansion, and which has an open-through face and a bottom; - a pod inserted in the emergency pocket; - an emergency parachute folded into the pod; - an airbag located between the bottom of the emergency pocket and the pod; and - expansion means (108, 109) for the airbag; in which during the expansion of the airbag, the pod is ejected through the open-through face of the emergency bag, and the emergency parachute is deployed. - an emergency pocket, which is intended to be integrated into the harness, comprising a material resisting radial and axial expansion, and which has an open-through face and a bottom; - a pod inserted in the emergency pocket; - an emergency parachute folded into the pod; - an airbag located between the bottom of the emergency pocket and the pod; and - expansion means (108, 109) for the airbag;
A water heater device, comprising a cold water inlet and a hot water outlet, the device comprising two distinct and thermally insulated tanks, - a first tank intended for heating and storing water and comprising a heating device, said first tank being connected to the cold water inlet and to the hot water outlet, and - a second tank intended for storing hot water, and connected to the hot water outlet, the device further comprising first means for controlled circulation of water (11, 13, 110, 130, 132) between both tanks (10, 12) capable of preventing water circulation between both tanks(10, 12) and second means for controlled circulation of water (14, 140) between the first tank and the hot water outlet, such that the first means for controlled circulation of water (11, 13, 110, 130, 132) between both tanks (10, 12) comprise controlled means (110, 130) switchable between two states: - one, open, in which the water freely circulates from the first to the second tank, and from the second tank to the first; - the other, closed, in which the water circulation between both tanks (10, 12) is prevented; so that the second tank is an operational make-up tank only when the switchable controlled means (110, 130) of the first means for controlled circulation of water (11, 13, 110, 130, 132) are in the open state, the device being such that the first means for controlled circulation of water (11, 13, 110, 130, 132) between both tanks (10, 12) comprise a first duct element connected to a high level of the first tank on the one hand and to a low level of the second tank on the other hand and the first means for controlled circulation of water (11, 13, 110, 130, 132) between both tanks comprise a second duct element, the device being characterized in that the second duct element is connected to a low level of the first tank on the one hand and to a low level of the second tank on the other hand. - a first tank intended for heating and storing water and comprising a heating device, said first tank being connected to the cold water inlet and to the hot water outlet, and - a second tank intended for storing hot water, and connected to the hot water outlet, - one, open, in which the water freely circulates from the first to the second tank, and from the second tank to the first; - the other, closed, in which the water circulation between both tanks (10, 12) is prevented;
A spring pre-tensioning device for a roll blind, the pre-tensioning device comprising: a rotation shaft including a threaded part having a predetermined length provided on an outer circumferential surface of a first side thereof, with a restraining protrusion provided on the threaded part, and a locking groove provided at an end of a second side thereof; a restraining nut engaged with the threaded part of the rotation shaft, and disposed on the restraining protrusion provided at an end of the threaded part, so as to prevent the restraining nut from moving further forward; a restraining body provided with a shaft insertion hole therein, and provided with a locking protrusion and a locking clip on an outer circumferential surface thereof for allowing a spring to be connected and locked thereto; and the spring configured such that a first end thereof is lockable by the locking protrusion of the restraining body, and a second end thereof is coupleable to the locking groove of the rotation shaft, wherein the restraining body that is fitted over the outer circumferential surface of the rotation shaft and is fixedly connected to the spring is rotated to apply a predetermined pretension value to the spring, and is engaged with the restraining nut that is prevented from forward rotation, thereby restraining pretension of the spring. a rotation shaft including a threaded part having a predetermined length provided on an outer circumferential surface of a first side thereof, with a restraining protrusion provided on the threaded part, and a locking groove provided at an end of a second side thereof; a restraining nut engaged with the threaded part of the rotation shaft, and disposed on the restraining protrusion provided at an end of the threaded part, so as to prevent the restraining nut from moving further forward; a restraining body provided with a shaft insertion hole therein, and provided with a locking protrusion and a locking clip on an outer circumferential surface thereof for allowing a spring to be connected and locked thereto; and the spring configured such that a first end thereof is lockable by the locking protrusion of the restraining body, and a second end thereof is coupleable to the locking groove of the rotation shaft, wherein the restraining body that is fitted over the outer circumferential surface of the rotation shaft and is fixedly connected to the spring is rotated to apply a predetermined pretension value to the spring, and is engaged with the restraining nut that is prevented from forward rotation, thereby restraining pretension of the spring.
A receiver system for wireless power, comprising: a receiving antenna coupled to a device, the receiving antenna including a coil and capacitor that are collectively magnetically resonant at a first frequency; and a guidance controller configured to assist a driver or autopilot to position the receiving antenna; and a lifting device for said receiving antenna configured to lift and lower said receiving antenna based on a detection of coupled magnetic resonance; and a x-y alignment controller configured to move said receiving antenna to align with a primary antenna by moving said antenna in x and y directions. a receiving antenna coupled to a device, the receiving antenna including a coil and capacitor that are collectively magnetically resonant at a first frequency; and a guidance controller configured to assist a driver or autopilot to position the receiving antenna; and a lifting device for said receiving antenna configured to lift and lower said receiving antenna based on a detection of coupled magnetic resonance; and a x-y alignment controller configured to move said receiving antenna to align with a primary antenna by moving said antenna in x and y directions.
An antenna, comprising: a dielectric; an electrothermal layer including a conductive layer, and strip electrodes (26, 27) that are disposed along at least two opposing outer edges of the conductive layer and have a resistance lower than a resistance of the conductive layer; a pair of electrodes (16, 17) disposed to face the electrothermal layer across the dielectric; and a slot at least a part of which is formed in one of the strip electrodes such that the slot is disposed between the pair of electrodes in plan view, wherein one end of the slot is an open end that is open at an outer edge of the electrothermal layer. a dielectric; an electrothermal layer including a conductive layer, and strip electrodes (26, 27) that are disposed along at least two opposing outer edges of the conductive layer and have a resistance lower than a resistance of the conductive layer; a conductive layer, and strip electrodes (26, 27) that are disposed along at least two opposing outer edges of the conductive layer and have a resistance lower than a resistance of the conductive layer; a pair of electrodes (16, 17) disposed to face the electrothermal layer across the dielectric; and a slot at least a part of which is formed in one of the strip electrodes such that the slot is disposed between the pair of electrodes in plan view, wherein one end of the slot is an open end that is open at an outer edge of the electrothermal layer.
A system comprising an apparatus for treating a process exhaust gas stream from a process device, said apparatus comprising a plasma abatement device having a reaction chamber, a DC plasma torch for generating a plasma stream, from an inert gas, for injection into the chamber for treating a process exhaust gas stream, a first inlet for conveying the process exhaust gas stream into the reaction chamber of the plasma abatement device for treatment; and a second inlet which, in normal condition of the apparatus is in flow communication with a source of reagent for conveying reagent into the reaction chamber of the plasma device for improving the efficiency of the treatment and which, in a back-up condition of the apparatus, is in flow communication with a process exhaust gas stream source (26, 28) for conveying a process exhaust gas stream into the plasma abatement device, said system further comprising at least one processing chamber (26, 28), a primary gas duct for conveying a process exhaust gas stream (21, 22) from the process chamber to the first inlet of the reaction chamber of the DC plasma abatement device for treatment and a reagent gas duct connected between a source of reagent and the second inlet of the reaction chamber of the plasma abatement device for conveying reagent into the device for improving the efficiency of the treatment in the normal condition of the apparatus, a secondary gas duct connected between one of said at least one process chambers and the second inlet for conveying a process exhaust gas stream to the plasma abatement device in a back-up condition, and a control for selectively switching between the normal condition and the back-up condition.
A method for memory management of a first reference picture used in multiview video coding comprising the steps of: storing a first reference picture in a memory, where the first reference picture is associated with a memory status and a view, said memory status is selected from long term reference frame, short term reference frame, and non-used for reference; coding a video picture together with information which affects the memory status of said stored first reference picture and all of reference pictures with the same view of said stored first reference picture, where the view associated with said first reference picture is different than a view associated with said coded video picture; storing a second reference picture in a memory, where the second stored reference picture has a second view that is different than the view of the first reference picture and the view of the video picture being coded; assigning via a memory status change command a status to change the memory status of said first reference picture to a status for said first reference picture selected from: long term reference frame, short term reference frame, and non-used for reference frame, and a memory status of the second stored reference picture associated with a second view is not impacted by said memory status change command. storing a first reference picture in a memory, where the first reference picture is associated with a memory status and a view, said memory status is selected from long term reference frame, short term reference frame, and non-used for reference; coding a video picture together with information which affects the memory status of said stored first reference picture and all of reference pictures with the same view of said stored first reference picture, where the view associated with said first reference picture is different than a view associated with said coded video picture; storing a second reference picture in a memory, where the second stored reference picture has a second view that is different than the view of the first reference picture and the view of the video picture being coded; assigning via a memory status change command a status to change the memory status of said first reference picture to a status for said first reference picture selected from: long term reference frame, short term reference frame, and non-used for reference frame, and a memory status of the second stored reference picture associated with a second view is not impacted by said memory status change command.
A spun yarn drawing apparatus configured to draw yarns spun out from a spinning apparatus, comprising: at least one preheating roller configured to heat the yarns before drawn; a conditioning roller (34, 35) which is provided on the downstream in a yarn running direction of the at least one preheating roller and is higher in temperature and rotation speed than the at least one preheating roller, the yarns being drawn between the at least one preheating roller and the conditioning roller (34, 35); and a thermal insulation box including an internal space in which the at least one preheating roller and the conditioning roller (34, 35) are housed, characterized in that from a region in the vicinity of the conditioning roller (34, 35) to a region in the vicinity of the at least one preheating roller, a heat conduction acceleration portion which is higher in heat conductivity than a material of the thermal insulation box is formed at an inner surface of the thermal insulation box. at least one preheating roller configured to heat the yarns before drawn; a conditioning roller (34, 35) which is provided on the downstream in a yarn running direction of the at least one preheating roller and is higher in temperature and rotation speed than the at least one preheating roller, the yarns being drawn between the at least one preheating roller and the conditioning roller (34, 35); and a thermal insulation box including an internal space in which the at least one preheating roller and the conditioning roller (34, 35) are housed, characterized in that from a region in the vicinity of the conditioning roller (34, 35) to a region in the vicinity of the at least one preheating roller, a heat conduction acceleration portion which is higher in heat conductivity than a material of the thermal insulation box is formed at an inner surface of the thermal insulation box.
A method of operating a crane having a monitoring unit that calculates an admissible bearing load dependent on one or more modifiable parameters during crane operation and having a sensor system which detects the current modifiable parameters during crane operation and makes them available to the monitoring unit, characterized in that one or more sensor values (11, 12, 13) are modified before the calculation of the admissible bearing load to determine the admissible bearing load for one or more future parameters; and in that verification is carried out as soon as the bearing load corresponds to the admissible bearing load or exceeds it and the monitoring unit has stopped or limited the crane movement, with a check being made in the verification by a targeted modification of the at least one sensor value as to which parameter modification or parameter modifications leads/lead to a decrease of the actual bearing load and/or an increase of the admissible bearing load and at least one or more parameter modifications or crane movements are displayed and/or released.
An isolated polynucleotide according to SEQ ID No: 1, or a polynucleotide that has at least 70% sequence identity to the nucleotide sequence of SEQ ID NO: 1, wherein said polynucleotide encodes a polypeptide with alpha-farnesene synthase activity and beta-farnesene synthase activity.
Hybrid rim of a wheel provided with a wheel hub motor, in particular of a motor vehicle, comprising a non-metal part and a metal part, wherein the rotor housing of the wheel hub motor at least partially forms the metal part of the hybrid rim, wherein the hybrid rim comprises a rim base, an outer and an inner rim flange (14, 16) and a wheel disc having a center hole, mounting holes and/or spokes, wherein the rim base is annularly configured, characterized in that the wall of the rim base is composed of an annular outer non-metal part and an annular inner metal part, wherein the rotor housing has a hood in the interior room of the hybrid rim between the wall of the annular rim base and the hole circle having the mounting holes, and wherein the rotor housing is configured in the manner of a rotor bell, which consists of the hood and the metal part of the wall of the annular rim base.