mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling a motor vehicle powertrain comprising at least one drive wheel and two driving power sources, comprising the following steps: - determining maximum and minimum wheel torque tolerances in relation to predetermined rules, - determining a wheel torque setpoint as a function of a torque request from the driver or from at least one driving assistance system , - determining a distribution of the wheel torque setpoint between the driving power sources , - checking that the sum of the wheel torque setpoints of the driving power sources is within the previously determined tolerances in relation to the torque request from the driver , said method being characterized in that it comprises the following additional steps: - checking, for each driving power source, that the torque actually delivered to the wheel is within the previously determined tolerances in relation to the wheel torque setpoint for the driving power source , - checking that the sum of the torques actually delivered to the wheel from each driving power source is also within the previously determined tolerances in relation to the wheel torque setpoint , - if at least one of the checks is not validated, issuing a fault signal. - determining maximum and minimum wheel torque tolerances in relation to predetermined rules, - determining a wheel torque setpoint as a function of a torque request from the driver or from at least one driving assistance system , - determining a distribution of the wheel torque setpoint between the driving power sources , - checking that the sum of the wheel torque setpoints of the driving power sources is within the previously determined tolerances in relation to the torque request from the driver , said method being characterized in that it comprises the following additional steps: - checking, for each driving power source, that the torque actually delivered to the wheel is within the previously determined tolerances in relation to the wheel torque setpoint for the driving power source , - checking that the sum of the torques actually delivered to the wheel from each driving power source is also within the previously determined tolerances in relation to the wheel torque setpoint , - if at least one of the checks is not validated, issuing a fault signal.
Method for establishing or for facilitating to establish a voice communication session between a first user equipment and a second user equipment using a telecommunications network , wherein at least one attempt , by the first user equipment , to establish the voice communication session with the second user equipment is unsuccessful, wherein the method comprises the following steps: -- in a first step, the second user equipment receives: -- an indication related to the current communication status of the first user equipment , wherein the indication related to the current communication status of the first user equipment is related to the first user equipment recording a message to the voice message recording system related to the second user equipment , or -- an indication related to the current communication status of a voice message recording system related to the second user equipment , wherein, in a second step, the second user equipment transmits at least one signaling message or control message intended to establish the voice communication session with the first user equipment or intended to initiate a further voice communication session with the first user equipment , characterized in that the transmission, by the second user equipment, of the at least one signaling message or control message is avoided during a time interval following the first unsuccessful attempt to establish the voice communication session by the first user equipment. -- in a first step, the second user equipment receives: -- an indication related to the current communication status of the first user equipment , wherein the indication related to the current communication status of the first user equipment is related to the first user equipment recording a message to the voice message recording system related to the second user equipment , or -- an indication related to the current communication status of a voice message recording system related to the second user equipment , -- an indication related to the current communication status of the first user equipment , wherein the indication related to the current communication status of the first user equipment is related to the first user equipment recording a message to the voice message recording system related to the second user equipment , or -- an indication related to the current communication status of a voice message recording system related to the second user equipment , wherein, in a second step, the second user equipment transmits at least one signaling message or control message intended to establish the voice communication session with the first user equipment or intended to initiate a further voice communication session with the first user equipment , characterized in that the transmission, by the second user equipment, of the at least one signaling message or control message is avoided during a time interval following the first unsuccessful attempt to establish the voice communication session by the first user equipment.
A control method for a fuel cell system , the fuel cell system includes a fuel cell including a cell stack configured to have a reforming catalyst for generating hydrogen from hydrocarbon, a first flow path configured to supply a fuel containing hydrocarbon to the cell stack , and a second flow path configured to supply an oxidant gas to the cell stack such that the oxidant gas flows oppositely or orthogonally to the fuel, wherein the control method comprising: detecting a temperature of a discharged oxidant gas that is the oxidant gas discharged from the second flow path ; and performing a temperature control of the fuel cell based on the temperature of the discharged oxidant gas when partial oxidation reforming occurs in the cell stack by supplying air to the first flow path . the fuel cell system includes a fuel cell including a cell stack configured to have a reforming catalyst for generating hydrogen from hydrocarbon, a first flow path configured to supply a fuel containing hydrocarbon to the cell stack , and a second flow path configured to supply an oxidant gas to the cell stack such that the oxidant gas flows oppositely or orthogonally to the fuel, wherein the control method comprising: detecting a temperature of a discharged oxidant gas that is the oxidant gas discharged from the second flow path ; and performing a temperature control of the fuel cell based on the temperature of the discharged oxidant gas when partial oxidation reforming occurs in the cell stack by supplying air to the first flow path . detecting a temperature of a discharged oxidant gas that is the oxidant gas discharged from the second flow path ; and performing a temperature control of the fuel cell based on the temperature of the discharged oxidant gas when partial oxidation reforming occurs in the cell stack by supplying air to the first flow path .
A radar apparatus comprising: a slave radar chip ; a master radar chip coupled to the slave radar chip , the master radar chip including a local oscillator configured to generate a transmit signal, wherein the slave radar chip is configured to receive the transmit signal on a first path from the master radar chip ; and an external path coupled to the master radar chip and configured to receive the transmit signal from the master radar chip and provide the transmit signal back to the master radar chip , wherein a routing delay of the first path is equal to a routing delay on the external path . a slave radar chip ; a master radar chip coupled to the slave radar chip , the master radar chip including a local oscillator configured to generate a transmit signal, wherein the slave radar chip is configured to receive the transmit signal on a first path from the master radar chip ; and an external path coupled to the master radar chip and configured to receive the transmit signal from the master radar chip and provide the transmit signal back to the master radar chip , wherein a routing delay of the first path is equal to a routing delay on the external path .
A dual cure organopolysiloxane composition, comprising: (A) a first organopolysiloxane having at least two mercapto functional groups, wherein the first organopolysiloxane does not comprise terminal mercapto groups; and (B) a second organopolysiloxane have at least one alkenyl group and one trialkoxysilyl group. (A) a first organopolysiloxane having at least two mercapto functional groups, wherein the first organopolysiloxane does not comprise terminal mercapto groups; and (B) a second organopolysiloxane have at least one alkenyl group and one trialkoxysilyl group.
A device adapted to selectively output a single-phase electricity or a three-phase electricity, the device comprising - a first phase conductor (C1) for supplying a phase (L1) of the single-phase electricity, - a second and a third phase conductors (C2, C3) for supplying, in conjunction with the first phase conductor, three respective phases (L1, L2, L3) of the three-phase electricity, the device further comprising - at least one contactor (CONT1) arranged to selectively close or open the second and third phase conductors (C2, C3), and - a control module (COM) configured to control the contactor (CONT1) to selectively carry out the closure or the opening of the second and third phase conductors (C2, C3) for switching between a three-phase operating mode in which the device is configured to supply three-phase electricity, and a single-phase operating mode in which the device is configured to supply single-phase electricity, the device being characterised to be adapted to output an output electric power (Pout) determined from a setpoint power (Pcons), the setpoint power being determined from an available power (Pdispo) made available to the device by an electrical energy source (SOU), via the control module (COM) controlling the opening or closing of the contactor (CONT1). - a first phase conductor (C1) for supplying a phase (L1) of the single-phase electricity, - a second and a third phase conductors (C2, C3) for supplying, in conjunction with the first phase conductor, three respective phases (L1, L2, L3) of the three-phase electricity, - at least one contactor (CONT1) arranged to selectively close or open the second and third phase conductors (C2, C3), and - a control module (COM) configured to control the contactor (CONT1) to selectively carry out the closure or the opening of the second and third phase conductors (C2, C3) for switching between a three-phase operating mode in which the device is configured to supply three-phase electricity, and a single-phase operating mode in which the device is configured to supply single-phase electricity,
Control system and an edge banding machine suitable to apply a band to a panel in correspondence with a vertical edge , in which said panel advances along the edge banding machine according to a sliding direction (R), said control system being able to inspect said vertical edge of said advancing panel and comprises a video camera with a viewing cone provided with a bisector and a first mirror for reflecting an image of the vertical edge of the panel , characterized in that said control system comprises a second mirror located inside the viewing cone of the video camera and tilted with respect to said bisector , at a first angle ; and in that said first mirror is in a decentralized position with respect to said bisector and tilted in respect with said sliding direction (R) of said panel at a second angle , said first and second mirror being adjusted in such a way that, through a first reflection on said first mirror and a second reflection on the second mirror , said video camera captures the image of said vertical edge of said panel . said control system being able to inspect said vertical edge of said advancing panel and comprises a video camera with a viewing cone provided with a bisector and a first mirror for reflecting an image of the vertical edge of the panel , characterized in that said control system comprises a second mirror located inside the viewing cone of the video camera and tilted with respect to said bisector , at a first angle ; and in that said first mirror is in a decentralized position with respect to said bisector and tilted in respect with said sliding direction (R) of said panel at a second angle , said first and second mirror being adjusted in such a way that, through a first reflection on said first mirror and a second reflection on the second mirror , said video camera captures the image of said vertical edge of said panel .
Wind turbine having a hollow, walkable generator shaft of a generator assembly and a hollow hub attached to the generator shaft and having at least two blades attached to it, wherein the hub is enterable from the generator shaft and the wind turbine is stoppable in at least two predetermined maintenance positions of the blades , characterised in that the wind turbine further comprises a safety arrangement , in which a rotatably supported safety element having a door is mounted covering the opening leading from the generator shaft into the hub , wherein a locking arrangement for fixing the safety element in an entering position, in which the door is vertically oriented, is provided.
A method performed by a user equipment, UE, configured to operate in a wireless communication system, the method comprising: receiving information regarding a plurality of groups, wherein each of the plurality of groups includes at least one search space set for physical downlink control channel, PDCCH, monitoring, and wherein the plurality of groups comprises a first group and a second group; and performing, based on the information regarding the plurality of groups, the PDCCH monitoring according to a search space set included in the first group, wherein based on receiving downlink control information that informs of the second group: the PDCCH monitoring according to the search space set included in the first group is switched to PDCCH monitoring according to a search space set included in the second group at least Z symbols after the DCI, and Z is a predetermined positive integer. receiving information regarding a plurality of groups, wherein each of the plurality of groups includes at least one search space set for physical downlink control channel, PDCCH, monitoring, and wherein the plurality of groups comprises a first group and a second group; and performing, based on the information regarding the plurality of groups, the PDCCH monitoring according to a search space set included in the first group, wherein based on receiving downlink control information that informs of the second group: the PDCCH monitoring according to the search space set included in the first group is switched to PDCCH monitoring according to a search space set included in the second group at least Z symbols after the DCI, and Z is a predetermined positive integer.
A method for managing outbound communications for a contact center, the method comprising: receiving, by an orchestration server , a notification request from an external source requesting performance of an action by the customer; identifying, by a universal contact server , a plurality of recipients associated with the customer; identifying, by the orchestration server , a notification strategy defining a plurality of conversations with a plurality of recipients that are parallel and co-dependent, each of the plurality of conversations comprising an ordered set of notifications separated in time and conducted across a plurality of communication channels to one of the plurality of recipients; conducting, by a conversation manager , each one of the plurality of conversations by directing, to each one of the plurality of recipients, transmission of a corresponding ordered set of notifications according to the notification strategy, wherein each notification of the ordered set of notifications comprises a message requesting the performance of the action; receiving, by an outbound server , an acknowledgment from an acknowledging recipient from among the plurality of recipients indicating the performance of the action; and in response to receiving the acknowledgment, terminating, by the orchestration server ,the plurality of conversations by ceasing remaining notifications of the plurality of conversations. receiving, by an orchestration server , a notification request from an external source requesting performance of an action by the customer; identifying, by a universal contact server , a plurality of recipients associated with the customer; identifying, by the orchestration server , a notification strategy defining a plurality of conversations with a plurality of recipients that are parallel and co-dependent, each of the plurality of conversations comprising an ordered set of notifications separated in time and conducted across a plurality of communication channels to one of the plurality of recipients; conducting, by a conversation manager , each one of the plurality of conversations by directing, to each one of the plurality of recipients, transmission of a corresponding ordered set of notifications according to the notification strategy, wherein each notification of the ordered set of notifications comprises a message requesting the performance of the action; receiving, by an outbound server , an acknowledgment from an acknowledging recipient from among the plurality of recipients indicating the performance of the action; and in response to receiving the acknowledgment, terminating, by the orchestration server ,the plurality of conversations by ceasing remaining notifications of the plurality of conversations.
An apparatus of a Mobility Management Entity, MME, comprising: a storage device configured to store one or more instructions; and one or more processors configured to execute the one or more instructions to: detect that the MME is overloaded; determine at least one Coverage Enhancement, CE, level of User Equipment, UEs, to bar from connecting with a Radio Access Network, RAN, node , based on one or more factors relating to conditions that contribute to the MME becoming overloaded; and cause instructions, to be communicated to the RAN node , to block UEs of the at least one CE level from establishing connections with the RAN node . a storage device configured to store one or more instructions; and one or more processors configured to execute the one or more instructions to: detect that the MME is overloaded; determine at least one Coverage Enhancement, CE, level of User Equipment, UEs, to bar from connecting with a Radio Access Network, RAN, node , based on one or more factors relating to conditions that contribute to the MME becoming overloaded; and cause instructions, to be communicated to the RAN node , to block UEs of the at least one CE level from establishing connections with the RAN node . detect that the MME is overloaded; determine at least one Coverage Enhancement, CE, level of User Equipment, UEs, to bar from connecting with a Radio Access Network, RAN, node , based on one or more factors relating to conditions that contribute to the MME becoming overloaded; and cause instructions, to be communicated to the RAN node , to block UEs of the at least one CE level from establishing connections with the RAN node .
Disc brake disc with a parking brake cylindrical surface suitable to cooperate with shoes of a parking brake, wherein said disc brake disc comprises: - a braking band comprising opposite braking surfaces and a geometric connection portion of band connecting the braking band to a bell ; - said bell comprising a connection plate with a wheel hub and an annular geometric connection portion of bell connecting the bell to the geometric connection portion of band ; - said braking band and said bell being separate pieces from each other and coupled to each other by said geometric connection portions of band and bell so as to transfer the braking action exerted by a brake caliper on said opposite braking surfaces from said braking band to said bell and thus to said hub; - said bell comprising a bell connection surface opposite to said braking band ; wherein - said disc brake disc comprises a parking ring comprising radially internally a portion of inner ring delimited internally by said parking brake cylindrical surface and radially externally by a ring connection portion ; - said ring connection portion being coupled to said bell connection surface to transfer the parking braking action exerted by the shoes on the parking brake cylindrical surface to said bell and thus to the hub, characterized in that - said braking band and said bell are geometrically coupled to each other by said geometric connection portions of band and bell and in that - said parking ring is in a separate piece from said bell and from said braking band . - a braking band comprising opposite braking surfaces and a geometric connection portion of band connecting the braking band to a bell ; - said bell comprising a connection plate with a wheel hub and an annular geometric connection portion of bell connecting the bell to the geometric connection portion of band ; - said braking band and said bell being separate pieces from each other and coupled to each other by said geometric connection portions of band and bell so as to transfer the braking action exerted by a brake caliper on said opposite braking surfaces from said braking band to said bell and thus to said hub; - said bell comprising a bell connection surface opposite to said braking band ; wherein - said disc brake disc comprises a parking ring comprising radially internally a portion of inner ring delimited internally by said parking brake cylindrical surface and radially externally by a ring connection portion ; - said ring connection portion being coupled to said bell connection surface to transfer the parking braking action exerted by the shoes on the parking brake cylindrical surface to said bell and thus to the hub, characterized in that - said braking band and said bell are geometrically coupled to each other by said geometric connection portions of band and bell and in that - said parking ring is in a separate piece from said bell and from said braking band .
Method of dressing a grinding worm, which can be used for gear grinding machining on a workpiece by a diagonal hobbing process, wherein the grinding worm is dressed such that the tip circle radius of the grinding worm varies over the worm width, characterized in that the dressing of the tooth tips of the grinding worm and the dressing of the active tooth flanks of the grinding worm are carried out in separate machining steps and the profile of the tip circle radius of the toothing of the grinding worm is specified and generated independently of the geometry of the tooth flanks.
A tufting tool module for a tufting machine, the tufting tool module comprising a plurality of tufting tools , the tufting tools comprising a head portion and a securing portion , wherein the securing portion of each tufting tool is casted in a base block characterized in that the securing portions of each tufting tool is provided with at least two cut outs located inside the base block, said at least two cut outs comprising two through holes formed in the securing portion located inside the base block.