mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling an alternator associated with a motor vehicle combustion engine, including a phase of ballasting of the alternator, this ballasting phase being intended to recharge a battery of the vehicle during a period of deceleration of the vehicle, characterised in that the method comprises firstly a step of determining an increase (TRC, TSF) in the engine speed (C1, C1F) when the injection of fuel into the engine is cut off when there is a change reducing gearing down in a gearbox of the vehicle and secondly a step of initiation of ballasting of the alternator, this ballasting being initiated as soon as the variation in increase in the engine speed is sufficient after a period of tickover of the engine that occurred during said change in gearing down, before even data on recognition of an end of change in gearing down is available.
A method for controlling shutdown of a photovoltaic inverter, comprising: obtaining an input current of a direct current side of the photovoltaic inverter when a grid-connected relay is closed; determining a first average input current, wherein the first average input current is determined by calculating an average value of the input current of the direct current side of the photovoltaic inverter which is obtained through sampling at a first time, and by the first time, a period over which the voltage of the direct current side of the photovoltaic panel is greater than a preset voltage startup threshold is greater than a second predetermined duration; comparing the input current of the direct current side obtained in real time when the photovoltaic inverter operates normally to the first average input current, wherein the photovoltaic inverter begins operating normally when the grid-connected relay is closed and a pulse-width modulation pulse is turned on; and disconnecting the grid-connected relay to stop the grid-connected operation of the photovoltaic inverter, if it is determined that a duration reaches a first predetermined duration, wherein in the duration, the input current of the direct current side obtained in real time when the photovoltaic inverter operates normally is less than or equal to the first average input current. obtaining an input current of a direct current side of the photovoltaic inverter when a grid-connected relay is closed; determining a first average input current, wherein the first average input current is determined by calculating an average value of the input current of the direct current side of the photovoltaic inverter which is obtained through sampling at a first time, and by the first time, a period over which the voltage of the direct current side of the photovoltaic panel is greater than a preset voltage startup threshold is greater than a second predetermined duration; comparing the input current of the direct current side obtained in real time when the photovoltaic inverter operates normally to the first average input current, wherein the photovoltaic inverter begins operating normally when the grid-connected relay is closed and a pulse-width modulation pulse is turned on; and disconnecting the grid-connected relay to stop the grid-connected operation of the photovoltaic inverter, if it is determined that a duration reaches a first predetermined duration, wherein in the duration, the input current of the direct current side obtained in real time when the photovoltaic inverter operates normally is less than or equal to the first average input current.
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: configuring with a first cell group including at least one first cell and a second cell group including at least one second cell served by an e-Node B, eNB, (S1401, S1601); receiving first information for configuring with Discontinuous Reception, DRX, operation (S1403, S1603), wherein the first information includes information on subframes in which the UE has to monitor a first Physical Downlink Control Channel, PDCCH, signal for the first cell group and a second PDCCH signal for the second cell group; receiving second information for configuring with additional monitoring period for the second cell group, wherein the second information includes information on subframes in which the UE has to monitor the second PDCCH signal for the second cell group; monitoring the first PDCCH signal on a first cell in subframes based on the first information; and monitoring the second PDCCH signal on a second cell in subframes based on the first information and the second information, characterized by the method further comprising: when the UE receives a PDCCH for uplink grant or downlink assignment through the second PDCCH signal based on the second information, stopping monitoring the first PDCCH signal and keeping monitoring an additional second PDCCH signal by restarting a drx-Inactivity timer. configuring with a first cell group including at least one first cell and a second cell group including at least one second cell served by an e-Node B, eNB, (S1401, S1601); receiving first information for configuring with Discontinuous Reception, DRX, operation (S1403, S1603), wherein the first information includes information on subframes in which the UE has to monitor a first Physical Downlink Control Channel, PDCCH, signal for the first cell group and a second PDCCH signal for the second cell group; receiving second information for configuring with additional monitoring period for the second cell group, wherein the second information includes information on subframes in which the UE has to monitor the second PDCCH signal for the second cell group; monitoring the first PDCCH signal on a first cell in subframes based on the first information; and monitoring the second PDCCH signal on a second cell in subframes based on the first information and the second information, characterized by the method further comprising: when the UE receives a PDCCH for uplink grant or downlink assignment through the second PDCCH signal based on the second information, stopping monitoring the first PDCCH signal and keeping monitoring an additional second PDCCH signal by restarting a drx-Inactivity timer.
Composition comprising R S -Glucoraphanin and myrosinase as a neuroprotective agent, for use in preventing and treating neurodegenerative diseases; said composition further comprising a buffered solution at pH 6-8; wherein R S -Glucoraphanin and myrosinase are reacted and contacted from 10 to 60 minutes before administration.
A method for bearing a multicast virtual private network, VPN, comprising: assigning, by a bit-forwarding ingress router (BFIR) accessing a multicast virtual private network routing forwarding, VRF, a global VPN identifier for the multicast VRF, and carrying the global VPN identifier to notify a route to a bit-forwarding egress router (BFER) accessing the multicast VRF; and after receiving a packet of the multicast VRF, encapsulating, by the BFIR, the packet with a bit indexed explicit replication (BIER) header and forwarding the packet, wherein the forwarded packet carries the global VPN identifier, wherein the method further comprising: creating, by the BFIR, an instance of the multicast VRF, and in a route of a multicast VRF routing table corresponding to the instance, using an extended tunnel type to indicate that a tunnel is based on the BIER header using the global VPN identifier; and after receiving the packet of the multicast VRF, searching, by the BFIR, for a route matched with the packet from the multicast VRF routing table, and pressing the global VPN identifier into the packet in response to that it is determined that the tunnel type of the route is the extended tunnel type; and then, encapsulating the packet with the BIER header and forwarding the packet. assigning, by a bit-forwarding ingress router (BFIR) accessing a multicast virtual private network routing forwarding, VRF, a global VPN identifier for the multicast VRF, and carrying the global VPN identifier to notify a route to a bit-forwarding egress router (BFER) accessing the multicast VRF; and after receiving a packet of the multicast VRF, encapsulating, by the BFIR, the packet with a bit indexed explicit replication (BIER) header and forwarding the packet, wherein the forwarded packet carries the global VPN identifier, wherein the method further comprising: creating, by the BFIR, an instance of the multicast VRF, and in a route of a multicast VRF routing table corresponding to the instance, using an extended tunnel type to indicate that a tunnel is based on the BIER header using the global VPN identifier; and after receiving the packet of the multicast VRF, searching, by the BFIR, for a route matched with the packet from the multicast VRF routing table, and pressing the global VPN identifier into the packet in response to that it is determined that the tunnel type of the route is the extended tunnel type; and then, encapsulating the packet with the BIER header and forwarding the packet. creating, by the BFIR, an instance of the multicast VRF, and in a route of a multicast VRF routing table corresponding to the instance, using an extended tunnel type to indicate that a tunnel is based on the BIER header using the global VPN identifier; and after receiving the packet of the multicast VRF, searching, by the BFIR, for a route matched with the packet from the multicast VRF routing table, and pressing the global VPN identifier into the packet in response to that it is determined that the tunnel type of the route is the extended tunnel type; and then, encapsulating the packet with the BIER header and forwarding the packet.
Device for treating waste, in particular for treating waste from care activities with infectious risks, comprising a vessel intended to be supplied with waste, a waste grinder mounted at least partly inside the vessel, a system for heating the waste with a view to disinfection thereof, and a carrier structure, characterised in that the vessel is suspended on the carrier structure by suspension studs (200, 210, 220) configured to support the vessel, the carrier structure comprising: - at least three top suspension studs each comprising at least one suspension member, being distributed at equal angular distances from one another around the vessel and being connected to the vessel at a first height level of the vessel; - at least three bottom suspension studs each comprising at least one suspension member, being distributed at equal angular distances from one another around the vessel and being connected to the vessel at a second height level of the vessel, different from the first level. - at least three top suspension studs each comprising at least one suspension member, being distributed at equal angular distances from one another around the vessel and being connected to the vessel at a first height level of the vessel; - at least three bottom suspension studs each comprising at least one suspension member, being distributed at equal angular distances from one another around the vessel and being connected to the vessel at a second height level of the vessel, different from the first level.
A deflectable medical device for ablating a renal artery nerve of a patient, comprising: a catheter shaft having a distal end; an ablation electrode disposed at the distal end; a deflection mechanism coupled to the catheter shaft, the deflection mechanism including a deflection body (28, 128) and a pull wire (30a, 130) coupled to the deflection body; wherein actuation of said pull wire (30a, 130) causes the deflection body (28, 128) to bend; wherein the deflection body has a longitudinally-extending furrow (48a, 148) formed therein; wherein the furrow (48a, 148) houses the pull wire disposed within said furrow; and a flex member disposed adjacent to the deflection mechanism and configured to bend when the distal end of the catheter engages patient's tissue during deflection of the deflection body. a catheter shaft having a distal end; an ablation electrode disposed at the distal end; a deflection mechanism coupled to the catheter shaft, the deflection mechanism including a deflection body (28, 128) and a pull wire (30a, 130) coupled to the deflection body; wherein actuation of said pull wire (30a, 130) causes the deflection body (28, 128) to bend; wherein the deflection body has a longitudinally-extending furrow (48a, 148) formed therein; wherein the furrow (48a, 148) houses the pull wire disposed within said furrow; and a flex member disposed adjacent to the deflection mechanism and configured to bend when the distal end of the catheter engages patient's tissue during deflection of the deflection body.
A method of providing a mixture of gases in a relative proportion, the mixture comprising at least a first gas and a second gas different from the first gas, the method comprising: a) supplying the first gas from a first gas source at a first flow rate; b) supplying the second gas from a second gas source at a second flow rate; c) mixing the first and second gases to form a mixed gas; and d) supplying the mixed gas to an outlet at atmospheric pressure, wherein the method further comprises: e) measuring a resonant frequency of a high-frequency planar piezoelectric crystal oscillator in contact with the mixed gas; f) measuring atmospheric pressure; g) determining the density of the mixed gas from said measured resonant frequency; h) determining, from the density, atmospheric pressure measurement and determined or pre-determined temperature of the gas, the average molecular weight of the mixed gas; and i) automatically controlling, in response to said determined average molecular weight, one of the first and second flow rates to control the relative proportion of the first and second gases in said mixed gas. a) supplying the first gas from a first gas source at a first flow rate; b) supplying the second gas from a second gas source at a second flow rate; c) mixing the first and second gases to form a mixed gas; and d) supplying the mixed gas to an outlet at atmospheric pressure, wherein the method further comprises: e) measuring a resonant frequency of a high-frequency planar piezoelectric crystal oscillator in contact with the mixed gas; f) measuring atmospheric pressure; g) determining the density of the mixed gas from said measured resonant frequency; h) determining, from the density, atmospheric pressure measurement and determined or pre-determined temperature of the gas, the average molecular weight of the mixed gas; and i) automatically controlling, in response to said determined average molecular weight, one of the first and second flow rates to control the relative proportion of the first and second gases in said mixed gas.
Method for operating a winding device of a processing machine for processing a material web, wherein a winding device is provided to wind up or unwind the material web, wherein the winding device is operated so as to specify a web tension, wherein, during the processing of the material web, a switch is made from a first web tension specification method to a second web tension specification method before and/or after a change in the material.
A head for an oral care implement, the head comprising a number of colored filaments of different types (12, 14, 18), the filaments (12, 14, 18) extending from a mounting surface of the head and being grouped together to define an initial color pattern, at least two types of filament (12, 14) having staggered time-controlled color changing properties, wherein each of said type of filament (12, 14) changes its color within pre-defined time periods, the pre-defined time periods being different from one another so that the initial color pattern changes color characteristics over at least a first pre-defined period of time to a first color pattern, and over a subsequent second pre-defined period of time to a second color pattern, the second pattern being different from the first pattern, wherein a first type of filament changes its color within the first period of time from an initial color to a second color to define the first color pattern, and a second type of filament changes its color after the first period of time and within the second period of time from an initial color to a second color to define the second color pattern, and wherein the second color of the first type of filament is different from the second color of the second type of filament.
A refrigerator comprising a refrigeration system being at least intermittently flowed through by a refrigerant and a first compartment cooled by the refrigeration system, wherein the refrigeration system comprises a system of conduits and system components, the system of conduits interconnecting the system components, wherein the system components comprise a single compressor, a condenser, a first expansion arrangement, a second expansion arrangement, a first evaporator, and a sub-cooler comprising a first refrigerant channel and a second refrigerant channel, and wherein the refrigeration system comprises a first conduit path and a second conduit path, the first conduit path comprising the first refrigerant channel, the first expansion arrangement, and the first evaporator, and the second conduit path comprising the second expansion arrangement and the second refrigerant channel, wherein the first and second conduit paths (26, 28) extend in parallel, and a flow control device for alternately directing refrigerant through the first conduit path and the second conduit path is arranged in the refrigeration system, characterized by - means for running the single compressor when a first temperature condition of the refrigerator is fulfilled, - means for setting the flow control device in a sub-cooling setting to direct the flow of refrigerant through the second conduit path for a sub-cooling duration, - means for setting the flow control device in a first evaporator setting to direct a flow of refrigerant through the first conduit path for a first evaporation duration, the sub-cooling duration and the first evaporation duration together forming a cycle, and - means for stopping the single compressor when a second temperature condition of the refrigerator is fulfilled. - means for running the single compressor when a first temperature condition of the refrigerator is fulfilled, - means for setting the flow control device in a sub-cooling setting to direct the flow of refrigerant through the second conduit path for a sub-cooling duration, - means for setting the flow control device in a first evaporator setting to direct a flow of refrigerant through the first conduit path for a first evaporation duration, the sub-cooling duration and the first evaporation duration together forming a cycle, and - means for stopping the single compressor when a second temperature condition of the refrigerator is fulfilled.
IR optical system for missile warning, comprising an IR warning sensor for detecting missiles based on the IR signature of the exhaust cloud thereof in the mid-infrared, a second IR sensor which is sensitive to the same IR signature of the exhaust cloud, wherein the F-number of the second IR sensor is at least three times higher than that of the IR warning sensor and wherein the second sensor comprises a band-pass filter, the transmission range of which is significantly narrower than that of the IR warning sensor, and means for confirming the missile signature by evaluating the contrast values of the target in the IR warning sensor and in the second IR sensor, wherein the missile signature is confirmed by a threshold value for the contrast of the object image in the second IR sensor being generated from the contrast of the object image in the IR warning sensor, which threshold value is indicative of the presence of a missile signature.
Combined method for generating steam in a steam-baking oven, said steam-baking oven comprising a baking chamber including at least one heating member and at least one fan to circulate air inside the baking chamber, said steam-baking oven being associated to a steam generator and being connected to a water supply, a water injection pipe being also connected to said water supply and being arranged inside said baking chamber to spray water against said heating member said combined method comprising the following steps: a saturation step, wherein said steam generator is activated until said baking chamber is substantially steam-saturated, and a spraying step, coming after the saturation step, wherein said steam generator is switched off and steam is generated by spraying water on said at least one heating member through said water injection pipe, and being characterized in that said steam generator is temporarily and periodically activated during said spraying step at the moment in which the instantaneous production drops by effect of the cooling down of said heating member to keep substantially unchanged the steam quality, wherein the activation and deactivation of said steam generator is controlled by control means operated by sensing means adapted to detect the humidity percentage in said baking chamber. a saturation step, wherein said steam generator is activated until said baking chamber is substantially steam-saturated, and a spraying step, coming after the saturation step, wherein said steam generator is switched off and steam is generated by spraying water on said at least one heating member through said water injection pipe, and being characterized in that said steam generator is temporarily and periodically activated during said spraying step at the moment in which the instantaneous production drops by effect of the cooling down of said heating member to keep substantially unchanged the steam quality, wherein the activation and deactivation of said steam generator is controlled by control means operated by sensing means adapted to detect the humidity percentage in said baking chamber.