mhurhangee/patent-ind-claim-en huggingface dataset:
A door handle control device for a vehicle (V), comprising: a handle lever capable of projecting to an outer side in a vehicle (V) width direction from a storage position at which the handle lever is flush with a surface of a door panel ; a handle lever position detection unit that detects a movement position of the handle lever ; a latch mechanism that has a latch engageable with a striker provided in a vehicle body in conjunction with the handle lever ; a latch state detection unit that detects whether the latch is in a full-latch state; a position change unit capable of changing a position of the handle lever in a range from the storage position to a position at which engagement between the striker and the latch is releasable; and a control unit capable of controlling the position change unit , wherein the control unit changes the position of the handle lever to a gripping position at which an occupant is able to grip the handle lever by causing the handle lever to project from the surface of the door panel via the position change unit when the latch is not in the full-latch state and the handle lever is at the storage position. a handle lever capable of projecting to an outer side in a vehicle (V) width direction from a storage position at which the handle lever is flush with a surface of a door panel ; a handle lever position detection unit that detects a movement position of the handle lever ; a latch mechanism that has a latch engageable with a striker provided in a vehicle body in conjunction with the handle lever ; a latch state detection unit that detects whether the latch is in a full-latch state; a position change unit capable of changing a position of the handle lever in a range from the storage position to a position at which engagement between the striker and the latch is releasable; and a control unit capable of controlling the position change unit , wherein the control unit changes the position of the handle lever to a gripping position at which an occupant is able to grip the handle lever by causing the handle lever to project from the surface of the door panel via the position change unit when the latch is not in the full-latch state and the handle lever is at the storage position.
A method for a first wireless communication device at a vehicle to join a vehicle group, the method comprising the first wireless communication device: transmitting , as a broadcast message, a query message comprising a vehicle identifier and course information; receiving , as a unicast message from a second wireless communication device operating as a group leader within a first vehicle group, an invitation message comprising a first group identifier, first group course information, and wireless resource information for joining the first vehicle group; and transmitting , as a unicast message to the second wireless communication device, utilizing wireless resources based on the wireless resource information, a joining request message comprising the first group identifier. transmitting , as a broadcast message, a query message comprising a vehicle identifier and course information; receiving , as a unicast message from a second wireless communication device operating as a group leader within a first vehicle group, an invitation message comprising a first group identifier, first group course information, and wireless resource information for joining the first vehicle group; and transmitting , as a unicast message to the second wireless communication device, utilizing wireless resources based on the wireless resource information, a joining request message comprising the first group identifier.
Helmet comprising: - a shell ; - a head receiving system ; - at least one cellular energy-absorbing structure comprising a plurality of interconnected open-cells configured to absorb energy by deforming during an impact on the shell ; - at least one connecting plug comprising an expandable elongated body configured to penetrate and frictionally engage one or more cells of the cellular energy-absorbing structure and a head portion that remains outside the cellular energy-absorbing structure ; characterised in that the at least one connecting plug is connected to the head receiving system . - a shell ; - a head receiving system ; - at least one cellular energy-absorbing structure comprising a plurality of interconnected open-cells configured to absorb energy by deforming during an impact on the shell ; - at least one connecting plug comprising an expandable elongated body configured to penetrate and frictionally engage one or more cells of the cellular energy-absorbing structure and a head portion that remains outside the cellular energy-absorbing structure ; characterised in that the at least one connecting plug is connected to the head receiving system .
A computer-implemented method, comprising: computing a first quality score (184 ) for re-constructed video content based on a first set of values (172 , 174 ) for a first set of features (422 ) and a first perceptual quality model (190 ) that associates the first set of values (172 , 174 ) with the first quality score (184 ), wherein the first perceptual quality model (190 ) is generated via a first machine learning algorithm; computing a second quality score (184 for the re-constructed video content based on a second set of values (172 , 174 ) for a second set of features (422 ) and a second perceptual quality model (190 ) that associates the second set of values (172 , 174 ) with the second quality score (184 ) wherein the second perceptual quality model (190 ) is generated via a second machine learning algorithm; and determining an overall quality score for the re-constructed video content based on the first quality score (184 ) and the second quality score (184 ), wherein the overall quality score indicates a level of visual quality associated with streamed video content. computing a first quality score (184 ) for re-constructed video content based on a first set of values (172 , 174 ) for a first set of features (422 ) and a first perceptual quality model (190 ) that associates the first set of values (172 , 174 ) with the first quality score (184 ), wherein the first perceptual quality model (190 ) is generated via a first machine learning algorithm; computing a second quality score (184 for the re-constructed video content based on a second set of values (172 , 174 ) for a second set of features (422 ) and a second perceptual quality model (190 ) that associates the second set of values (172 , 174 ) with the second quality score (184 ) wherein the second perceptual quality model (190 ) is generated via a second machine learning algorithm; and determining an overall quality score for the re-constructed video content based on the first quality score (184 ) and the second quality score (184 ), wherein the overall quality score indicates a level of visual quality associated with streamed video content.
A board production management device configured to manage a board production line that is configured to produce boards mounted with electronic components or board production devices (21-27) that configure the board production line , the board production management device comprising: an initial notification section configured to, when an error cause that requires countermeasures occurs at the board production line or the board production device (21-27), issue notification information including contents of countermeasures to a notifyee characterized by an escalation notification section configured to, in a case in which the error cause is not resolved after a specified time has elapsed since the error cause occurred, issue the notification information after escalating the contents of the countermeasures, wherein the initial notification section is configured to issue the notification information including countermeasures that do not change operating conditions of the board production line or the board production device (21-27), and the escalation notification section is configured to issue the notification including countermeasures that change the operating conditions of the board production line or the board production device (21-27). an initial notification section configured to, when an error cause that requires countermeasures occurs at the board production line or the board production device (21-27), issue notification information including contents of countermeasures to a notifyee characterized by an escalation notification section configured to, in a case in which the error cause is not resolved after a specified time has elapsed since the error cause occurred, issue the notification information after escalating the contents of the countermeasures, wherein the initial notification section is configured to issue the notification information including countermeasures that do not change operating conditions of the board production line or the board production device (21-27), and the escalation notification section is configured to issue the notification including countermeasures that change the operating conditions of the board production line or the board production device (21-27).
A card disposal apparatus that disposes of cards dealt on a game table from a dealing shoe , after use in a game, the card disposal apparatus comprising: a port that receives the cards to be disposed of; a counter that counts and stores the number of the cards received through the port ; a disposal card stocker that receives the cards put in the port ; and deck check means that determines whether all cards put in the port are complete in terms of a number equivalent to a predetermined number of decks, the disposal card stocker including multiple pockets that are partitioned by multiple partitions, each of the pockets having a structure capable of receiving cards that are dealt from the dealing shoe , that are used in the game and that are collected, and capable of receiving in use all cards that remain in the dealing shoe without being used, the deck check means totally counting the number of cards that are used in each game and that are counted by the counter and the number of the cards that remain in the dealing shoe without being used, and determining whether the disposed cards are complete in terms of the number equivalent to the predetermined number of decks, the multiple pockets of the disposal card stocker having structures capable of moving relative to a main body of the apparatus and capable of receiving different sets of cards , and further having structures of being detachable from a main body of the apparatus . a port that receives the cards to be disposed of; a counter that counts and stores the number of the cards received through the port ; a disposal card stocker that receives the cards put in the port ; and deck check means that determines whether all cards put in the port are complete in terms of a number equivalent to a predetermined number of decks, the disposal card stocker including multiple pockets that are partitioned by multiple partitions, each of the pockets having a structure capable of receiving cards that are dealt from the dealing shoe , that are used in the game and that are collected, and capable of receiving in use all cards that remain in the dealing shoe without being used, the deck check means totally counting the number of cards that are used in each game and that are counted by the counter and the number of the cards that remain in the dealing shoe without being used, and determining whether the disposed cards are complete in terms of the number equivalent to the predetermined number of decks, the multiple pockets of the disposal card stocker having structures capable of moving relative to a main body of the apparatus and capable of receiving different sets of cards , and further having structures of being detachable from a main body of the apparatus .
A MnZn-based ferrite containing Fe, Mn and Zn as a main component and containing Si, Ca, Co and Bi, and at least one of Ta and Nb, and at least one of Ti and Sn as a sub component, characterized in that given that a total amount is 100 mol% when the main component includes Fe 2 O 3 , ZnO and MnO respectively, Fe ranges from 53.25 mol% or more to 54.00 mol% or less on the basis of Fe 2 O 3 , Zn ranges from 2.50 mol% or more to 8.50 mol% or less on the basis of ZnO and Mn is the remainder on the basis of MnO, Si ranges from 0.003 mass% or more to 0.015 mass% or less on the basis of SiO 2 , Ca ranges from 0.06 mass% or more to 0.3 mass% or less on the basis of CaCO 3 , Co ranges from 0.16 mass% or more to 0.4 mass% or less on the basis of Co 3 O 4 , and Bi ranges from 0.0075 mass% or more to 0.04 mass% or less on the basis of Bi 2 O 3 , and in a case where Ta or Nb is contained independently, Ta ranges from 0.015 mass% or more to 0.04 mass% or less on the basis of Ta 2 O 5 or Nb ranges from 0.015 mass% or more to 0.04 mass% or less on the basis of Nb 2 O 5 , and in a case where Ti or Sn is contained independently, Ti ranges from 0.02 mass% or more to 0.2 mass% or less on the basis of TiO 2 or Sn ranges from 0.02 mass% or more to 0.2 mass% or less on the basis of SnO 2 , and in a case where both of Ta and Nb are contained, the converted total amount of Ta 2 O 5 and Nb 2 O 5 ranges from 0.015 mass% or more to 0.04 mass% or less, and in a case where both of Ti and Sn are contained, the converted total amount of TiO 2 and SnO 2 ranges from 0.02 mass% or more to 0.2 mass% or less, and at a frequency of 100 kHz in a maximum magnetic flux density of 200 mT, a magnetic core loss (Pcv130A) at 130 °C is 400 kW/m 3 or less, and a rate of change Ps of the magnetic core loss is 5 % or less that is expressed in the following formula using the magnetic core loss (Pcv130B) at 130 °C after maintaining the MnZn-based ferrite at 200 °C for 96 hours. Ps % = Pcv 130 B − Pcv 130 A / Pcv 130 A × 100
A nozzle arrangement for a fuel injector including a nozzle body having a longitudinal axis, and including a valve seat located towards the distal end thereof, and housing a needle located within said nozzle body and wherein said nozzle body and said needle define a nozzle body volume at the distal end of said nozzle, said needle adapted to be slidable within said nozzle body along said axis, to a closed position where the tip of the needle is in contact with the valve seat, and an open position where the needle tip is in a position away form said valve seat, characterized wherein said needle comprises a needle main portion and a separate needle tip portion , said needle main portion arranged such that in operation it does not come into contact with the valve seat, and said needle main portion also including a recess located at its distal end for location of said needle tip portion, and having spring means located between main portion and tip portion, said tip portion adapted to move along said axis relative to said needle main portion, wherein the proximal portion of said needle tip and said recess form a pressure chamber , characterised in that the distal end of the needle main portion includes at least one orifice or flow channel fluidly connecting said pressure chamber to said nozzle body volume.
A lithium-ion battery cell , comprising: - an enclosure comprising a casing and a lid , the enclosure having an electrolyte fill hole extending in an axial direction through a surface of the casing opposite the lid , wherein the electrolyte fill hole comprises a first diameter; - an electrochemical cell disposed within the enclosure; - a sealing patch laser welded to the surface of the casing around the electrolyte fill hole , wherein the sealing patch is configured to seal the electrolyte fill hole ; - a laser weld between the sealing patch and the surface of the casing , wherein the laser weld is a partial penetration weld, characterized in that a depth of the partial penetration weld is between a quarter of a thickness of the casing around the electrolyte fill hole and three quarters of the thickness of the casing around the electrolyte fill hole ; and - an epoxy disposed between the surface of the casing and the sealing patch around the electrolyte fill hole , wherein the epoxy is configured to seal cracks in the enclosure generated during formation of the laser weld. - an enclosure comprising a casing and a lid , the enclosure having an electrolyte fill hole extending in an axial direction through a surface of the casing opposite the lid , wherein the electrolyte fill hole comprises a first diameter; - an electrochemical cell disposed within the enclosure; - a sealing patch laser welded to the surface of the casing around the electrolyte fill hole , wherein the sealing patch is configured to seal the electrolyte fill hole ; - a laser weld between the sealing patch and the surface of the casing , wherein the laser weld is a partial penetration weld, characterized in that a depth of the partial penetration weld is between a quarter of a thickness of the casing around the electrolyte fill hole and three quarters of the thickness of the casing around the electrolyte fill hole ; and - an epoxy disposed between the surface of the casing and the sealing patch around the electrolyte fill hole , wherein the epoxy is configured to seal cracks in the enclosure generated during formation of the laser weld.
A method, using a data processor, to generate an access map for reaching, independent of origin, a travel destination , said method comprising the following steps: a) Selecting , within a focus zone identifying an area around the travel destination, a set of access points, where access points are facilities that allow a change of transportation mode; b) Computing access paths to the travel destination from one or more access points in the set of selected access points; c) Listing crossings that at least one of the computed access paths pass through; d) For each listed crossing: i/ evaluating the probability that the listed crossing is passed through by an access path and calculating at least one complexity score evaluating a complexity of the listed crossing; ii/ determining a set of Points of Interest, Pols , along the roads passing through the listed crossing and calculating a quality score for each Pol in the set of Pols, the quality score of a Pol in the set of Pols evaluating a relevancy of the Pol to facilitate orientation; iii/ selecting the most relevant Pols from the set of Pols based on their quality scores; e) Generating the access map including the access paths and the selected Pols; f) Outputting the generated access map. a) Selecting , within a focus zone identifying an area around the travel destination, a set of access points, where access points are facilities that allow a change of transportation mode; b) Computing access paths to the travel destination from one or more access points in the set of selected access points; c) Listing crossings that at least one of the computed access paths pass through; d) For each listed crossing: i/ evaluating the probability that the listed crossing is passed through by an access path and calculating at least one complexity score evaluating a complexity of the listed crossing; ii/ determining a set of Points of Interest, Pols , along the roads passing through the listed crossing and calculating a quality score for each Pol in the set of Pols, the quality score of a Pol in the set of Pols evaluating a relevancy of the Pol to facilitate orientation; iii/ selecting the most relevant Pols from the set of Pols based on their quality scores; i/ evaluating the probability that the listed crossing is passed through by an access path and calculating at least one complexity score evaluating a complexity of the listed crossing; ii/ determining a set of Points of Interest, Pols , along the roads passing through the listed crossing and calculating a quality score for each Pol in the set of Pols, the quality score of a Pol in the set of Pols evaluating a relevancy of the Pol to facilitate orientation; iii/ selecting the most relevant Pols from the set of Pols based on their quality scores; e) Generating the access map including the access paths and the selected Pols; f) Outputting the generated access map.
A service communication method for using multiple Radio Access Technologies, RATs, characterized by comprising: receiving (S201), by a terminal, network capabilities of the multiple RATs; selecting (S202), by the terminal, at least two RATs from the multiple RATs for a service of the terminal according to the network capabilities; and performing (S203), by the terminal, communication of the service in a diversity mode by using the at least two RATs, wherein the diversity mode means that communication of same content is performed by using different RATs in the at least two RATs. receiving (S201), by a terminal, network capabilities of the multiple RATs; selecting (S202), by the terminal, at least two RATs from the multiple RATs for a service of the terminal according to the network capabilities; and performing (S203), by the terminal, communication of the service in a diversity mode by using the at least two RATs, wherein the diversity mode means that communication of same content is performed by using different RATs in the at least two RATs.
A computer-implemented method for performing description mining for a concept, the method comprising: acquiring (S110) a plurality of reference descriptions, wherein each of the plurality of reference descriptions is associated with a user interface, Ul, element corresponding to a type of III element represented by the concept; generating (S120), based on the plurality of reference descriptions, at least one of a local description for the concept and a global description for the concept, wherein the local description for the concept comprises a description component that is specific to a respective UI, and wherein the global description for the concept comprises a description component that is not specific to a UI; and storing (S130) the at least one of generated local description and global description such that it is associated with a concept identifier corresponding to the concept. acquiring (S110) a plurality of reference descriptions, wherein each of the plurality of reference descriptions is associated with a user interface, Ul, element corresponding to a type of III element represented by the concept; generating (S120), based on the plurality of reference descriptions, at least one of a local description for the concept and a global description for the concept, wherein the local description for the concept comprises a description component that is specific to a respective UI, and wherein the global description for the concept comprises a description component that is not specific to a UI; and storing (S130) the at least one of generated local description and global description such that it is associated with a concept identifier corresponding to the concept.