mhurhangee/patent-ind-claim-en huggingface dataset:
An ionomer comprising a reaction product of the reaction between: a) a halogenated isoolefin copolymer comprising repeating units derived from at least one isoolefin monomer, and repeating units derived from one or more multiolefin monomers; and b) a first nucleophile having no pendant vinyl group, and a second nucleophile comprising at least one pendant vinyl group; wherein the ratio of the first nucleophile to the second nucleophile is from 4:1 to 100:1. a) a halogenated isoolefin copolymer comprising repeating units derived from at least one isoolefin monomer, and repeating units derived from one or more multiolefin monomers; and b) a first nucleophile having no pendant vinyl group, and a second nucleophile comprising at least one pendant vinyl group;
A method for controlling an inverter performing an output optimization of a motor at a section over the rated speed of the motor and at a section less than the rated speed of the motor, the method comprising: setting an optimal speed level defined by an user; calculating an optimal speed using an average torque, a forward direction torque limit, a backward direction torque limit, and the rated speed of the motor ; checking whether an inputted command speed is higher than the rated speed level of the motor and setting the optimal speed as a final speed when the inputted command speed is higher than the rated speed level of the motor ; checking whether the inputted command speed is higher than the optimal speed level, and setting the inputted command speed as the final speed when the inputted command speed is lower than or equal to the rated speed level, and higher than the optimal speed level; and checking whether the motor is in a manual mode when the inputted command speed is lower than or equal to the optimal speed level and the rated speed level, wherein the manual mode is a mode operated by a user input, and setting the inputted command speed as the final speed when the motor is in the manual mode and setting the optimal speed as the final speed when the motor is not in the manual mode, wherein the final speed is a speed command finally provided to the inverter for controlling the inverter at an optimal output, and wherein the average torque is calculated using a number of torques accumulated for a predetermined time and the accumulated torques. setting an optimal speed level defined by an user; calculating an optimal speed using an average torque, a forward direction torque limit, a backward direction torque limit, and the rated speed of the motor ; checking whether an inputted command speed is higher than the rated speed level of the motor and setting the optimal speed as a final speed when the inputted command speed is higher than the rated speed level of the motor ; checking whether the inputted command speed is higher than the optimal speed level, and setting the inputted command speed as the final speed when the inputted command speed is lower than or equal to the rated speed level, and higher than the optimal speed level; and checking whether the motor is in a manual mode when the inputted command speed is lower than or equal to the optimal speed level and the rated speed level, wherein the manual mode is a mode operated by a user input, and setting the inputted command speed as the final speed when the motor is in the manual mode and setting the optimal speed as the final speed when the motor is not in the manual mode, wherein the final speed is a speed command finally provided to the inverter for controlling the inverter at an optimal output, and wherein the average torque is calculated using a number of torques accumulated for a predetermined time and the accumulated torques.
A method of obtaining user subscription data pertaining to a subscriber in a telecommunication network , said telecommunication network comprising a first user database and a second user database arranged for storing user subscription data, a Network Function, NF, arranged for sending a trigger indicating a request for user subscription data pertaining to said subscriber, wherein said first user database is a unified data repository in the context of the fifth Generation Technical Specifications, said second user database is a user data repository in the context of the fourth Generation Technical Specifications, and wherein said telecommunication network comprises a further Network Function comprising a coexistence function , said method comprising the steps of: - receiving, by said coexistence function , said trigger from said NF ; - determining, by said coexistence function , that said requested user subscription data is not available in said unified data repository by checking, by said coexistence function , said unified data repository for said user subscription data; - obtaining, by said coexistence function , said requested user subscription data from said user data repository , upon said determining that said user subscription data is not available with said unified data repository , wherein said user data repository and said unified data repository are accessible by said coexistence function via separate communication interfaces; - transmitting, by said coexistence function , to said NF , said obtained user subscription data. - receiving, by said coexistence function , said trigger from said NF ; - determining, by said coexistence function , that said requested user subscription data is not available in said unified data repository by checking, by said coexistence function , said unified data repository for said user subscription data; - obtaining, by said coexistence function , said requested user subscription data from said user data repository , upon said determining that said user subscription data is not available with said unified data repository , wherein said user data repository and said unified data repository are accessible by said coexistence function via separate communication interfaces; - transmitting, by said coexistence function , to said NF , said obtained user subscription data.
A system for a distributed repository, comprising: a processor configured to: receive a request to change a portion of code; determine a change reference and an existing reference; indicate to lock a plurality of repositories of the distributed repository; request votes on swapping references, a vote on swapping references comprising a swap indication; determine whether swapping references is approved by a vote, comprising: receiving a swap indication from each repository of the plurality of repositories , and determining whether a majority of the received swap indications indicate to swap the references; in the event that swapping references is approved: swap the references; and indicate to unlock the plurality of repositories . receive a request to change a portion of code; determine a change reference and an existing reference; indicate to lock a plurality of repositories of the distributed repository; request votes on swapping references, a vote on swapping references comprising a swap indication; determine whether swapping references is approved by a vote, comprising: receiving a swap indication from each repository of the plurality of repositories , and determining whether a majority of the received swap indications indicate to swap the references; receiving a swap indication from each repository of the plurality of repositories , and determining whether a majority of the received swap indications indicate to swap the references; in the event that swapping references is approved: swap the references; and indicate to unlock the plurality of repositories . swap the references; and indicate to unlock the plurality of repositories .
A pressure filter, comprising a cylindrical shell provided with a feeding port and a discharge port , and a rotary drum inside the shell, characterized by a device for reducing pressure fluctuation in the pressure filter, said device comprising a buffer plate provided on an inner wall of the shell over at least a feeding zone (A1) of the pressure filter, wherein the feeding port of the shell is located at the feeding zone (A1), a plurality of openings for inputting slurry being provided in the buffer plate , and a plurality of supporting posts disposed within a gap between the buffer plate and the inner wall of the shell , the plurality of supporting posts fixedly connecting the inner wall of the shell with the buffer plate , wherein the plurality of openings of the buffer plate are configured such that, when the pressure filter operates, the slurry before reaching the shell of the frame firstly enters into the gap between the buffer plate and the inner wall of the shell through said openings in the buffer plate . a buffer plate provided on an inner wall of the shell over at least a feeding zone (A1) of the pressure filter, wherein the feeding port of the shell is located at the feeding zone (A1), a plurality of openings for inputting slurry being provided in the buffer plate , and a plurality of supporting posts disposed within a gap between the buffer plate and the inner wall of the shell , the plurality of supporting posts fixedly connecting the inner wall of the shell with the buffer plate , wherein the plurality of openings of the buffer plate are configured such that, when the pressure filter operates, the slurry before reaching the shell of the frame firstly enters into the gap between the buffer plate and the inner wall of the shell through said openings in the buffer plate .
A method of local path protection in a node on an alternative path (6; 8) of a network, the method comprising: receiving a signal previously on a primary label switched path, LSP (W1), wherein the signal is switched by lambda-switching or time-division multiplex, TDM, switching, receiving identification information arranged to identify the signal, and forwarding the signal, on the alternative path (6; 8), based on the identification information, wherein the identification information is used to determine next hop on the alternative path (6; 8), wherein the identification information in the form of a key is transmitted in an optical supervisory channel, OSC, and wherein the alternative path (6; 8) is at least partially shared by a plurality of primary LSPs. receiving a signal previously on a primary label switched path, LSP (W1), wherein the signal is switched by lambda-switching or time-division multiplex, TDM, switching, receiving identification information arranged to identify the signal, and forwarding the signal, on the alternative path (6; 8), based on the identification information, wherein the identification information is used to determine next hop on the alternative path (6; 8), wherein the identification information in the form of a key is transmitted in an optical supervisory channel, OSC, and wherein the alternative path (6; 8) is at least partially shared by a plurality of primary LSPs.
A feed device for feeding at least one rocket engine propulsion chamber with propellant, the feed device comprising a main propellant tank , a main feed pipe extending from the main tank to feed the propulsion chamber , and having a main feed valve (VAH, VAO) placed thereon, the feed device further comprising an auxiliary tank for said propellant and an auxiliary feed pipe provided with an auxiliary feed valve (VH1, VO1) connecting the auxiliary tank to the main feed pipe downstream from the main feed valve (VAH, VAO), the feed device being characterized in that the auxiliary tank is situated inside the main tank .
A mobile terminal, comprising a display module , a host module , and a hinge used to connect the display module and the host module , wherein the hinge is disposed on a bottom border of the display module; the display module comprises a top cover and a hinge cover that covers the hinge, and the top cover has an accommodating cavity ; and a screen body and a screen drive plate are accommodated in the accommodating cavity , and a screen cover plate covers the screen body , and a part of the screen cover plate extends into a cavity of the hinge cover , so that the hinge cover overlaps the part of the screen cover plate ; wherein a top cover support is further disposed on the top cover , and the hinge cover covers the top cover support , and is fixedly connected to the top cover support ; and wherein a cover plate support platform is disposed in the hinge cover , and the screen cover plate is laid on the cover plate support platform . the hinge is disposed on a bottom border of the display module; the display module comprises a top cover and a hinge cover that covers the hinge, and the top cover has an accommodating cavity ; and a screen body and a screen drive plate are accommodated in the accommodating cavity , and a screen cover plate covers the screen body , and a part of the screen cover plate extends into a cavity of the hinge cover , so that the hinge cover overlaps the part of the screen cover plate ; wherein a top cover support is further disposed on the top cover , and the hinge cover covers the top cover support , and is fixedly connected to the top cover support ; and wherein a cover plate support platform is disposed in the hinge cover , and the screen cover plate is laid on the cover plate support platform .
A display method for displaying a schedule screen which indicates an execution reservation state of a plurality of JOBs on a display section , characterised by : displaying information concerning two or more of the JOBs as JOB images by superimposing the JOB images in a same area on the schedule screen, according to a display scale condition of the schedule screen; and displaying, in cases where information relating to a JOB required to be recognized by a user exists in the superimposed JOB images, a JOB image of a JOB to which the information required to be recognized by the user relates on top of a JOB image of another of said plurality of JOBs, so that the JOB image of the JOB to which the information is required to be recognized by the user is visible. displaying information concerning two or more of the JOBs as JOB images by superimposing the JOB images in a same area on the schedule screen, according to a display scale condition of the schedule screen; and displaying, in cases where information relating to a JOB required to be recognized by a user exists in the superimposed JOB images, a JOB image of a JOB to which the information required to be recognized by the user relates on top of a JOB image of another of said plurality of JOBs, so that the JOB image of the JOB to which the information is required to be recognized by the user is visible.
A resin sheet that has hair-like bodies arranged regularly on at least one surface of an underlayer and in which a continuous phase is formed without any structural boundary between the underlayer and the hair-like bodies, wherein the average height of the hair-like bodies is no less than 30 μm and no greater than 500 μm, the total light transmittance of the resin sheet measured in accordance with JIS K 7136-1 is no less than 0.1% and no greater than 20%, and the contrast ratio measured in accordance with JIS K 5600 4-1 is no less than 70% and no greater than 98%, wherein the underlayer is the layer underneath the hair-like bodies; the underlayer forming the portion of the surface of the sheet other than the hair-like bodies .
Tyre for an agricultural vehicle, comprising: - a tread made up of lugs that are separated from one another by grooves , - each lug extending radially outwards, over a height H, from a bottom surface to a contact face , extending axially inwards from an axially outer end face to an axially inner end face , and extending circumferentially from a trailing face to a leading face , characterized in that each lug comprises a first lug portion , extending radially outwards from the bottom surface and having a height H1, and a second lug portion , extending radially outwards from the first lug portion to the contact face , having a height H2 and having a mean angle of inclination A2 with respect to a circumferential direction (XX') of the tyre, in that the first lug portion is made up of a radial superposition of N layers C1 i , where i varies from 1 to N, each having a height H1 i , such that the sum of the heights H1 i is equal to the height H1 of the first lug portion , the layer C1 1 extending radially outwards from the bottom surface and the layer C1 N extending radially outwards to the second lug portion , in that each layer C1 i has a mean angle of inclination A1 i , with respect to the circumferential direction (XX') of the tyre, that is strictly less than the mean angle of inclination A2 of the second lug portion , such that the layer C1 i is positioned in front of the leading face in the vicinity of the axially inner end face , and behind the trailing face in the vicinity of the axially outer end face , and in that , when N is strictly greater than 1, the angle A1 j relative to a layer C1 j , where j varies from 1 to N-1, is strictly less than the angle A1 j+1 relative to the layer C1 j+1 , such that two consecutive layers (C1 j , C1 j+1 ) are rotationally offset with respect to one another by an angle B1 j = A1 j+1 -A1 j . - a tread made up of lugs that are separated from one another by grooves , - each lug extending radially outwards, over a height H, from a bottom surface to a contact face , extending axially inwards from an axially outer end face to an axially inner end face , and extending circumferentially from a trailing face to a leading face ,
A manufacturing method of a liquid ejection head including a flow path connected to an ejection orifice that ejects liquid, the manufacturing method comprising, in this order: a step of preparing a substrate including a first layer ; a step of forming a flow path mold for forming the flow path and a member located outside the mold with a gap between the mold and the member from the first layer ; a step of providing a second layer so that the gap is filled with the second layer and the second layer covers the mold and the member located outside the mold with the gap between the mold and the member; a step of forming an ejection orifice forming member for forming an ejection orifice from the second layer ; and a step of removing the member located outside the mold with the gap between the mold and the member; characterized by further comprising, after the step of removing the member located outside the mold , a step of forming a wall member located outside the ejection orifice forming member with at least a partial gap between the ejection orifice forming member and the wall member , so as to form the wall member and the ejection orifice forming member by different processes. a step of preparing a substrate including a first layer ; a step of forming a flow path mold for forming the flow path and a member located outside the mold with a gap between the mold and the member from the first layer ; a step of providing a second layer so that the gap is filled with the second layer and the second layer covers the mold and the member located outside the mold with the gap between the mold and the member; a step of forming an ejection orifice forming member for forming an ejection orifice from the second layer ; and a step of removing the member located outside the mold with the gap between the mold and the member; characterized by further comprising, after the step of removing the member located outside the mold , a step of forming a wall member located outside the ejection orifice forming member with at least a partial gap between the ejection orifice forming member and the wall member , so as to form the wall member and the ejection orifice forming member by different processes.
A method of transmitting hybrid automatic repeat request-acknowledgement, HARQ-ACK, information by a terminal in a wireless communication system, the method comprising: receiving (S810), from a network, a first physical downlink shared channel, PDSCH, based on an acknowledgement/non-acknowledgement, ACK/NACK, reporting mode; receiving (S820), from the network, a second PDSCH based on a NACK only reporting mode; and transmitting (S830), to the network, the HARQ-ACK information based on a physical uplink control channel, PUCCH, sequence in which a first bit corresponds to the ACK/NACK reporting mode and a second bit corresponds to the NACK only reporting mode, on a PUCCH resource based on the ACK/NACK reporting mode, wherein the ACK/NACK reporting mode corresponds to a reporting mode that an ACK value or a NACK value is reported based on whether a transport block of the first PDSCH being successfully decoded or not, wherein the NACK only reporting mode is a reporting mode that HARQ-ACK information including only ACK values is not reported and HARQ-ACK information including a NACK value is reported, wherein, for both of a case that the first PDSCH being received later than the second PDSCH and a case that the second PDSCH being received later than the first PDSCH, the first bit of the sequence corresponds to the ACK/NACK reporting mode, and the second bit of the sequence corresponds to the NACK only reporting mode. receiving (S810), from a network, a first physical downlink shared channel, PDSCH, based on an acknowledgement/non-acknowledgement, ACK/NACK, reporting mode; receiving (S820), from the network, a second PDSCH based on a NACK only reporting mode; and transmitting (S830), to the network, the HARQ-ACK information based on a physical uplink control channel, PUCCH, sequence in which a first bit corresponds to the ACK/NACK reporting mode and a second bit corresponds to the NACK only reporting mode, on a PUCCH resource based on the ACK/NACK reporting mode, wherein the ACK/NACK reporting mode corresponds to a reporting mode that an ACK value or a NACK value is reported based on whether a transport block of the first PDSCH being successfully decoded or not, wherein the NACK only reporting mode is a reporting mode that HARQ-ACK information including only ACK values is not reported and HARQ-ACK information including a NACK value is reported, wherein, for both of a case that the first PDSCH being received later than the second PDSCH and a case that the second PDSCH being received later than the first PDSCH, the first bit of the sequence corresponds to the ACK/NACK reporting mode, and the second bit of the sequence corresponds to the NACK only reporting mode.