mhurhangee/patent-ind-claim-en huggingface dataset:
A method for notifying and mitigating a suboptimal event occurring in a transport climate control system that provides climate control to a climate controlled space of a transport unit , the method comprising: monitoring an amount of power available for powering the transport climate control system; monitoring a power demand from the transport climate control system; accessing operational data of the transport climate control system and the transport unit; a controller determining whether a suboptimal event is detected based on one or more of the monitored amount of power available, the monitored power demand and the accessed operational data; the controller generating a notification when a suboptimal event is detected; and the controller instructing the generated notification to be displayed on a display , characterized in that the operational data includes climate control data for the transport climate control system, target goal data for a driver, and route data for the transport unit. monitoring an amount of power available for powering the transport climate control system; monitoring a power demand from the transport climate control system; accessing operational data of the transport climate control system and the transport unit; a controller determining whether a suboptimal event is detected based on one or more of the monitored amount of power available, the monitored power demand and the accessed operational data; the controller generating a notification when a suboptimal event is detected; and the controller instructing the generated notification to be displayed on a display , characterized in that the operational data includes climate control data for the transport climate control system, target goal data for a driver, and route data for the transport unit.
An audio decoder (100; 200;700) for providing a decoded audio information (112; 212; 712) on the basis of an encoded audio information (110;210;710), wherein the audio decoder is configured to obtain decoded spectral values (132;232;732; Xq[n], Xq[n+1]) on the basis of an encoded information (130; 230) representing the spectral values, wherein the audio decoder is configured to jointly decode (950; 1110a-1110g) two or more most significant bits per spectral value on the basis of respective symbol codes (sym) for a set of spectral values using an arithmetic decoding, wherein a respective symbol code (sym) represents two or more most significant bits per spectral value for one or more spectral values, wherein the audio decoder is configured to decode (972; 1140a-1141j) one or more least significant bits associated with one or more of the spectral values in dependence on how much least significant bit information is available, such that one or more least significant bits associated with one or more of the spectral values are decoded, while no least significant bits are decoded for one or more other spectral values for which one or more most significant bits are decoded and which comprise more bits than the one or more most significant bits; and wherein the audio decoder is configured to provide the decoded audio information using the spectral values. wherein the audio decoder is configured to obtain decoded spectral values (132;232;732; Xq[n], Xq[n+1]) on the basis of an encoded information (130; 230) representing the spectral values, wherein the audio decoder is configured to jointly decode (950; 1110a-1110g) two or more most significant bits per spectral value on the basis of respective symbol codes (sym) for a set of spectral values using an arithmetic decoding, wherein a respective symbol code (sym) represents two or more most significant bits per spectral value for one or more spectral values, wherein the audio decoder is configured to decode (972; 1140a-1141j) one or more least significant bits associated with one or more of the spectral values in dependence on how much least significant bit information is available, such that one or more least significant bits associated with one or more of the spectral values are decoded, while no least significant bits are decoded for one or more other spectral values for which one or more most significant bits are decoded and which comprise more bits than the one or more most significant bits; and wherein the audio decoder is configured to provide the decoded audio information using the spectral values.
A sheet comprising: a base layer ; a resin layer formed on the base layer; and a printed layer formed on the resin layer , wherein the resin layer comprises an amorphous polylactic acid, a-PLA, resin, wherein the resin layer comprises 10 to 50 parts by weight of a non-phthalate plasticizer and 1 to 10 parts by weight of a processing aid, based on 100 parts by weight of the a-PLA resin. a base layer ; a resin layer formed on the base layer; and a printed layer formed on the resin layer , wherein the resin layer comprises an amorphous polylactic acid, a-PLA, resin, wherein the resin layer comprises 10 to 50 parts by weight of a non-phthalate plasticizer and 1 to 10 parts by weight of a processing aid, based on 100 parts by weight of the a-PLA resin.
A battery cell, comprising: an electrode assembly ; an electrode lead connected to the electrode assembly; a pouch case configured to accommodate the electrode assembly and sealed in a state where the electrode lead is drawn to the outside; and a fire extinguishing unit disposed in the pouch case to eject a fire extinguishing agent at a reference temperature or above, wherein the electrode lead is bonded to an electrode tab provided at the electrode assembly , wherein the fire extinguishing unit includes: the fire extinguishing agent; and an accommodation container configured to accommodating the fire extinguishing agent and made of a synthetic resin that is melted at the reference temperature or above to open the accommodation container, wherein the fire extinguishing unit is disposed in a region corresponding to the bonding portion where the electrode tab and the electrode lead are bonded, and the accommodation container has a smaller thickness in a region corresponding to the bonding portion, compared to another region, for disconnecting the connection between the electrode lead and the electrode tab by pressure when the fire extinguishing agent is ejected. an electrode assembly ; an electrode lead connected to the electrode assembly; a pouch case configured to accommodate the electrode assembly and sealed in a state where the electrode lead is drawn to the outside; and a fire extinguishing unit disposed in the pouch case to eject a fire extinguishing agent at a reference temperature or above, wherein the electrode lead is bonded to an electrode tab provided at the electrode assembly , wherein the fire extinguishing unit includes: the fire extinguishing agent; and an accommodation container configured to accommodating the fire extinguishing agent and made of a synthetic resin that is melted at the reference temperature or above to open the accommodation container, the fire extinguishing agent; and an accommodation container configured to accommodating the fire extinguishing agent and made of a synthetic resin that is melted at the reference temperature or above to open the accommodation container, wherein the fire extinguishing unit is disposed in a region corresponding to the bonding portion where the electrode tab and the electrode lead are bonded, and the accommodation container has a smaller thickness in a region corresponding to the bonding portion, compared to another region, for disconnecting the connection between the electrode lead and the electrode tab by pressure when the fire extinguishing agent is ejected.
A prosthesis delivery system comprising: a handle assembly including a rotatable control knob ; an intermediate shaft extending from the handle assembly and having an interior lumen; an introducer shaft having an interior lumen and an introducer tip , wherein the introducer shaft is connected to a hub secured to the intermediate shaft and configured to slide in a proximal and distal direction along the intermediate shaft ; an inner shaft extending from the handle assembly and configured to be moved in a proximal and distal direction by the rotatable control knob ; and a capsule including a proximal end, a distal end and a capsule tip , wherein the distal end of the capsule is connected to a distal end of the inner shaft , and wherein the capsule is configured to contain a prosthesis device; wherein the capsule is configured to be advanced by rotating the control knob on the handle such that the inner shaft moves in the distal direction, the capsule being configured to be retracted proximally by rotating the control knob on the handle in a direction opposite to the direction that advances the capsule . a handle assembly including a rotatable control knob ; an intermediate shaft extending from the handle assembly and having an interior lumen; an introducer shaft having an interior lumen and an introducer tip , wherein the introducer shaft is connected to a hub secured to the intermediate shaft and configured to slide in a proximal and distal direction along the intermediate shaft ; an inner shaft extending from the handle assembly and configured to be moved in a proximal and distal direction by the rotatable control knob ; and a capsule including a proximal end, a distal end and a capsule tip , wherein the distal end of the capsule is connected to a distal end of the inner shaft , and wherein the capsule is configured to contain a prosthesis device; wherein the capsule is configured to be advanced by rotating the control knob on the handle such that the inner shaft moves in the distal direction, the capsule being configured to be retracted proximally by rotating the control knob on the handle in a direction opposite to the direction that advances the capsule .
A nacelle comprising a powertrain housing supported on a support base , a support surface of the support base being in contact with a housing surface of the powertrain housing , wherein the support surface and the housing surface are in contact, the nacelle being characterized in that the powertrain housing and the support base together comprise a self-aligning interface, the self-aligning interface comprising: one or more protrusions on the support surface , wherein the one or more protrusions comprises one or more walls which are inclined with respect to the support surface ; and one or more recesses on the housing surface ; and/or; one or more protrusions on the housing surface, wherein the one or more protrusions comprises one or more walls which are inclined with respect to the housing surface; and one or more recesses on the support surface; wherein the one or more protrusions are complementary in size and shape to respective ones of the one or more recesses , such that, during assembly of the powertrain housing onto the support base , the one or more protrusions act as a guide for the one or more recesses , and the one or more protrusions fit directly into the respective one or more recesses , to enable direct contact between the support surface and the housing surface . the self-aligning interface comprising: one or more protrusions on the support surface , wherein the one or more protrusions comprises one or more walls which are inclined with respect to the support surface ; and one or more recesses on the housing surface ; and/or; one or more protrusions on the housing surface, wherein the one or more protrusions comprises one or more walls which are inclined with respect to the housing surface; and one or more recesses on the support surface; one or more protrusions on the support surface , wherein the one or more protrusions comprises one or more walls which are inclined with respect to the support surface ; and one or more recesses on the housing surface ; and/or; one or more protrusions on the housing surface, wherein the one or more protrusions comprises one or more walls which are inclined with respect to the housing surface; and one or more recesses on the support surface; wherein the one or more protrusions are complementary in size and shape to respective ones of the one or more recesses , such that, during assembly of the powertrain housing onto the support base , the one or more protrusions act as a guide for the one or more recesses , and the one or more protrusions fit directly into the respective one or more recesses , to enable direct contact between the support surface and the housing surface .
A method of providing service cells (140 1 , 140 2 , 140 3 ) for wireless communication between user equipment and a core network, comprising the steps of: providing a plurality of listening cells across a service area associated with an aerial vehicle (HAP, 100); each listening cell covering at least a portion of the service area; associating user equipment located in the service area with at least one listening cell; wherein associating the user equipment comprises: determining at least one parameter associated with a wireless signal transmitted from the aerial vehicle to the user equipment; and responsive to the parameter, providing an association request signal from the user equipment to the aerial vehicle; determining which listening cells are qualifying listening cells that are listening cells that satisfy at least one predetermined condition; and subsequently providing at least one service cell in the service area for each qualifying listening cell; wherein providing the at least one service cell comprises activating (S240) the service cell for each qualifying listening cell. providing a plurality of listening cells across a service area associated with an aerial vehicle (HAP, 100); each listening cell covering at least a portion of the service area; associating user equipment located in the service area with at least one listening cell; wherein associating the user equipment comprises: determining at least one parameter associated with a wireless signal transmitted from the aerial vehicle to the user equipment; and responsive to the parameter, providing an association request signal from the user equipment to the aerial vehicle; determining at least one parameter associated with a wireless signal transmitted from the aerial vehicle to the user equipment; and responsive to the parameter, providing an association request signal from the user equipment to the aerial vehicle; determining which listening cells are qualifying listening cells that are listening cells that satisfy at least one predetermined condition; and subsequently providing at least one service cell in the service area for each qualifying listening cell; wherein providing the at least one service cell comprises activating (S240) the service cell for each qualifying listening cell.
Finerenone ( S )-4-(4-Cyano-2-methoxyphenyl)-5-ethoxy-2,8-dimethyl-1,4-dihydro-1,6-naphthyridin- 3-carboxamid) according to formula (I) or a pharmaceutically acceptable salt thereof for use in the treatment and/or prevention of Duchenne muscular dystrophy.
A control method for heating a battery pack (P1), characterized by comprising: sending by a motor controller (P42), to a vehicle controller (P43), feedback information indicating that a motor (P3) is in a non-operating state, when it is determined that the motor (P3) is in the non-operating state; and controlling by the motor controller (P42), in response to a first control signal, a battery pack heating system to periodically charge or discharge the battery pack (P1), wherein the first control signal is sent by the vehicle controller (P43) to the motor controller (P42) in response to the feedback information from the motor controller (P42) and heating request information from a battery management system , and configured to instruct the motor controller (P42) to control the battery pack heating system to periodically charge or discharge the battery pack (P1). sending by a motor controller (P42), to a vehicle controller (P43), feedback information indicating that a motor (P3) is in a non-operating state, when it is determined that the motor (P3) is in the non-operating state; and controlling by the motor controller (P42), in response to a first control signal, a battery pack heating system to periodically charge or discharge the battery pack (P1), wherein the first control signal is sent by the vehicle controller (P43) to the motor controller (P42) in response to the feedback information from the motor controller (P42) and heating request information from a battery management system , and configured to instruct the motor controller (P42) to control the battery pack heating system to periodically charge or discharge the battery pack (P1).
A method of wireless communication performed by a first wireless device of a first device type, comprising: determining a communication deferral policy within a basic service set, BSS, associated with the first wireless device; receiving a message from a second wireless device, wherein the message includes a BSS identifier; determining a message type of the message, wherein the message type being a request to send, RTS, type or a clear to send, CTS, type; determining whether the message is associated with an overlapping basic service set, OBSS, said determining being based on the BSS identifier in the message; and determining whether to defer communications based on the communication deferral policy, the message type, and whether the message is associated with the OBSS. determining a communication deferral policy within a basic service set, BSS, associated with the first wireless device; receiving a message from a second wireless device, wherein the message includes a BSS identifier; determining a message type of the message, wherein the message type being a request to send, RTS, type or a clear to send, CTS, type; determining whether the message is associated with an overlapping basic service set, OBSS, said determining being based on the BSS identifier in the message; and determining whether to defer communications based on the communication deferral policy, the message type, and whether the message is associated with the OBSS.
A method of setting a vehicle in motion on a ground surface, said method characterized in that it comprises automatically, by means of a controller , determining a maximum permitted value of slip according to an operating mode of the vehicle and maintaining slip of one or more vehicle tyres on the ground surface at the maximum permitted value; wherein the maximum permitted value of slip is in the range from 5 to 20%; the operating mode of the vehicle is selected from a plurality of selectable driving modes in which each of one or more vehicle subsystems is configured in one of a plurality of respective modes of operation, each optimised for travel over a corresponding terrain type being at least one of sand, grass, gravel, mud, ruts, snow and rocks; and the maximum permitted value being different for a first one of said operating modes than for a second one of said operating modes.
Battery sensor for detecting at least one battery parameter, having a battery pole terminal for making contact with a battery pole of a vehicle battery, a cable connection electrically connected to the battery pole terminal , a detection device , electrically arranged between the battery pole terminal and the cable connection , for the at least one battery parameter, wherein the battery pole terminal has an annular section for receiving the battery pole and a retaining section , provided on the annular section , for making electrical contact with the cable connection and/or the detection device , and having a housing that at least partially encloses the detection device , there being provision on the annular section for at least one supporting element , separate from the retaining section , that is received in the housing in positively locking fashion, characterized in that the supporting element has cutouts and/or projections that the housing encloses in positively locking fashion, the housing being produced using an injection moulding process and the projections or cutouts being encapsulated by the plastic material.
A method performed by a wireless device for beam-based random access, the method comprising: receiving, from a network node , a handover command, the handover command comprising at least one suitability threshold; performing, by the wireless device , measurements of each of a plurality of beams of a target network node detected by the wireless device ; comparing the measurements of the plurality of beams to the at least one suitability threshold; selecting a particular beam of the plurality of beams based on comparing the measurements of the plurality of beams to the at least one suitability threshold; and initiating a random access procedure to the particular beam, characterized in that the at least one suitability threshold comprises a plurality of suitability thresholds, a first of the plurality of suitability thresholds is associated with an initial preamble transmission using a particular beam being selected by the wireless device based on comparing the measurements of the plurality of beams to the first of the plurality of suitability thresholds, a second of the plurality of suitability thresholds is associated with a preamble retransmission using a particular beam being selected by the wireless device based on comparing the measurements of the plurality of beams to the second of the plurality of suitability thresholds, and the second of the plurality of suitability thresholds is lower than the first of the plurality of suitability thresholds. receiving, from a network node , a handover command, the handover command comprising at least one suitability threshold; performing, by the wireless device , measurements of each of a plurality of beams of a target network node detected by the wireless device ; comparing the measurements of the plurality of beams to the at least one suitability threshold; selecting a particular beam of the plurality of beams based on comparing the measurements of the plurality of beams to the at least one suitability threshold; and initiating a random access procedure to the particular beam, characterized in that the at least one suitability threshold comprises a plurality of suitability thresholds, a first of the plurality of suitability thresholds is associated with an initial preamble transmission using a particular beam being selected by the wireless device based on comparing the measurements of the plurality of beams to the first of the plurality of suitability thresholds, a second of the plurality of suitability thresholds is associated with a preamble retransmission using a particular beam being selected by the wireless device based on comparing the measurements of the plurality of beams to the second of the plurality of suitability thresholds, and the second of the plurality of suitability thresholds is lower than the first of the plurality of suitability thresholds.