mhurhangee/patent-ind-claim-en huggingface dataset:
A physical uplink control channel transmission method , comprising: receiving a first message; and when a dedicated physical uplink control channel, PUCCH, is not configured for a terminal device, repeatedly transmitting a first PUCCH by using a repetition quantity N, wherein the dedicated PUCCH is configured by a network device for the terminal device based on higher layer signaling, and N is an integer greater than 1, and the first PUCCH carries feedback information, and the feedback information indicates whether the terminal device successfully receives the first message, or the feedback information is channel quality-related information determined based on the first message; or the first PUCCH is determined based on the first message, characterised in that the first message comprises first indication information, and the first indication information is used for determining the repetition quantity N, the first indication information comprises a first index, the first index indicates the repetition quantity N, the first index further indicates a first modulation and coding scheme, MCS, and the first MCS is used for demodulating at least a part of content of the first message. receiving a first message; and when a dedicated physical uplink control channel, PUCCH, is not configured for a terminal device, repeatedly transmitting a first PUCCH by using a repetition quantity N, wherein the dedicated PUCCH is configured by a network device for the terminal device based on higher layer signaling, and N is an integer greater than 1, and the first PUCCH carries feedback information, and the feedback information indicates whether the terminal device successfully receives the first message, or the feedback information is channel quality-related information determined based on the first message; or the first PUCCH is determined based on the first message, characterised in that the first message comprises first indication information, and the first indication information is used for determining the repetition quantity N, the first indication information comprises a first index, the first index indicates the repetition quantity N, the first index further indicates a first modulation and coding scheme, MCS, and the first MCS is used for demodulating at least a part of content of the first message.
Use of a nutritional supplement comprising: Haematococcus pluvialis Extract, Edible carrier oil, and Natural antioxidant, for promoting a cardiotonic effect in healthy subjects. Haematococcus pluvialis Extract, Edible carrier oil, and Natural antioxidant, for promoting a cardiotonic effect in healthy subjects.
A vehicle fluid pump with a pump housing , an electronically commutated motor with a permanently magnetized motor rotor , and a pump wheel co-rotatably provided with the permanently magnetized motor rotor , the electronically commutated motor comprising a motor stator (120;220) with a stator body (128;228) and a plurality of stator coils (130;230), a cylindrical metal motor can (124;224;324) fluidically separating the motor stator (120;220) and the permanently magnetized motor rotor , and a motor electronics unit (226;326) with an electric ground terminal (263;336), the motor electronics unit (226;326) being located at the dry side of the cylindrical metal motor can (124;224;324) and being electrically connected to the stator coils (130;230) for energizing the stator coils (130;230) for driving the permanently magnetized motor rotor , wherein an electric connection means (238;338) is provided defining a direct electric connection between the ground terminal (263;336) of the motor electronics unit (226;326) and the cylindrical metal motor can (124;224;334), characterized in that the electric connection means (238;338) is in radially direct touching electrical contact with an outside cylindrical circumferential surface (234;335) of the cylindrical metal motor can (124;224;324), and that the electrical contact is provided radially outside of the motor can bottom . a pump housing , an electronically commutated motor with a permanently magnetized motor rotor , and a pump wheel co-rotatably provided with the permanently magnetized motor rotor , the electronically commutated motor comprising a motor stator (120;220) with a stator body (128;228) and a plurality of stator coils (130;230), a cylindrical metal motor can (124;224;324) fluidically separating the motor stator (120;220) and the permanently magnetized motor rotor , and a motor electronics unit (226;326) with an electric ground terminal (263;336), the motor electronics unit (226;326) being located at the dry side of the cylindrical metal motor can (124;224;324) and being electrically connected to the stator coils (130;230) for energizing the stator coils (130;230) for driving the permanently magnetized motor rotor , wherein an electric connection means (238;338) is provided defining a direct electric connection between the ground terminal (263;336) of the motor electronics unit (226;326) and the cylindrical metal motor can (124;224;334), characterized in that the electric connection means (238;338) is in radially direct touching electrical contact with an outside cylindrical circumferential surface (234;335) of the cylindrical metal motor can (124;224;324), and that the electrical contact is provided radially outside of the motor can bottom .
A connector for coupling fabric to a roller with a roller channel with an entrance extending axially along the roller, the connector having a profile in cross-section comprising a first wall , a second wall , a third wall , and a fourth wall , wherein the first wall and the second wall are substantially perpendicular to each other at a first connection at which a first end of the second wall is connected to the first wall between a first portion of the first wall for attaching to fabric and a second portion of the first wall, wherein the second wall and the third wall are substantially perpendicular to each other at a second connection at which a second end of the second wall is connected to a first end portion of the third wall, wherein the third wall and the fourth wall are at an acute angle to each other at a third connection at which a second end portion of the third wall is connected to a first end of the fourth wall , and the fourth wall is on one side of the third wall and the second wall is on the other side of the third wall , and wherein the second portion of the first wall, the second wall and the third wall form a first receiving section for receiving a first edge of the entrance of the roller channel, and the first portion of the first wall and the second wall form a second receiving section for receiving a second edge of the entrance of the roller channel. wherein the first wall and the second wall are substantially perpendicular to each other at a first connection at which a first end of the second wall is connected to the first wall between a first portion of the first wall for attaching to fabric and a second portion of the first wall, wherein the second wall and the third wall are substantially perpendicular to each other at a second connection at which a second end of the second wall is connected to a first end portion of the third wall, wherein the third wall and the fourth wall are at an acute angle to each other at a third connection at which a second end portion of the third wall is connected to a first end of the fourth wall , and the fourth wall is on one side of the third wall and the second wall is on the other side of the third wall , and wherein the second portion of the first wall, the second wall and the third wall form a first receiving section for receiving a first edge of the entrance of the roller channel, and the first portion of the first wall and the second wall form a second receiving section for receiving a second edge of the entrance of the roller channel.
A drive mechanism of a drug delivery device for dispensing of a dose of a medicament, the mechanism comprising: - a housing extending in an axial direction , - a piston rod to operably engage with a piston of a cartridge to displace the piston in an axial distal direction , - a drive sleeve extending in axial direction and being rotatable in a dose incrementing direction against the action of a spring enclosing at least an axial portion of the drive sleeve , - a dose limiting member threadedly engaged with the drive sleeve , and rotatably locked to the housing , - at least one stop located on at least one of dose limiting member and drive sleeve for limiting an axial displacement of the dose limiting member relative to the drive sleeve , wherein the dose limiting member comprises a first radially inwardly extending stop to engage with a first radially outwardly extending stop of the drive sleeve , when the dose limiting member reaches a dose limiting configuration, characterized in that , - at least a portion of the dose limiting member is located radially between the drive sleeve and the spring . - a housing extending in an axial direction , - a piston rod to operably engage with a piston of a cartridge to displace the piston in an axial distal direction , - a drive sleeve extending in axial direction and being rotatable in a dose incrementing direction against the action of a spring enclosing at least an axial portion of the drive sleeve , - a dose limiting member threadedly engaged with the drive sleeve , and rotatably locked to the housing , - at least one stop located on at least one of dose limiting member and drive sleeve for limiting an axial displacement of the dose limiting member relative to the drive sleeve , wherein the dose limiting member comprises a first radially inwardly extending stop to engage with a first radially outwardly extending stop of the drive sleeve , when the dose limiting member reaches a dose limiting configuration, characterized in that , - at least a portion of the dose limiting member is located radially between the drive sleeve and the spring .
A method of adjusting a directional movement ability in an aircraft having two or more rotors comprises the steps of: receiving a plurality of desired thrust demands such that a desired thrust demand is received for each rotor of the two or more rotors; comparing the plurality of desired thrust demands to determine a maximum thrust demand of the plurality of desired thrust demands; determining whether the maximum thrust demand exceeds a maximum thrust limit of the two or more rotors; adjusting each desired thrust demand of the plurality of desired thrust demands based on whether the maximum thrust demand exceeds the maximum thrust limit of the two or more rotors to provide a plurality of adjusted thrust demands such that an adjusted thrust demand is provided for each rotor of the two or more rotors; operating each rotor of the two or more rotors based on a respective adjusted thrust demand of the plurality of adjusted thrust demands; comparing the plurality of desired thrust demands to determine a minimum thrust demand of the plurality of desired thrust demands; determining whether the minimum thrust demand is below a minimum thrust limit of the two or more rotors; and adjusting each desired thrust demand of the plurality of desired thrust demands based on whether the minimum thrust demand is below the minimum thrust limit of the two or more rotors to provide each adjusted thrust demand. receiving a plurality of desired thrust demands such that a desired thrust demand is received for each rotor of the two or more rotors; comparing the plurality of desired thrust demands to determine a maximum thrust demand of the plurality of desired thrust demands; determining whether the maximum thrust demand exceeds a maximum thrust limit of the two or more rotors; adjusting each desired thrust demand of the plurality of desired thrust demands based on whether the maximum thrust demand exceeds the maximum thrust limit of the two or more rotors to provide a plurality of adjusted thrust demands such that an adjusted thrust demand is provided for each rotor of the two or more rotors; operating each rotor of the two or more rotors based on a respective adjusted thrust demand of the plurality of adjusted thrust demands; comparing the plurality of desired thrust demands to determine a minimum thrust demand of the plurality of desired thrust demands; determining whether the minimum thrust demand is below a minimum thrust limit of the two or more rotors; and adjusting each desired thrust demand of the plurality of desired thrust demands based on whether the minimum thrust demand is below the minimum thrust limit of the two or more rotors to provide each adjusted thrust demand.
A two part floor covering, comprising: (a) a base having a planar tray , the tray having an upper surface; (b) a mat overlaying the tray , the mat having (i) a sheet-like substrate with an upper face and a lower face; and (ii) a backing layer attached to the lower face of the substrate ; and (c) a fastening system for detachably securing the mat to the base tray , the fastening system having a mushroom-type hook fastener first component and a second component that is capable of engaging the first component to create a fastener , wherein the second component is selected from the group consisting of mushroom-type hook fasteners , loop strips and a fabric capable of being penetrated by the hooks of the first component, provided that first component is attached to either the backing layer of the mat or the tray and the second component is attached opposite the first component, to either the backing layer of the mat or the tray , wherein the floor covering includes at least one alignment and deployment mechanism selected from textile component configurations that reduce surface area, a film material, a sheeting material, and combinations thereof. (a) a base having a planar tray , the tray having an upper surface; (b) a mat overlaying the tray , the mat having (i) a sheet-like substrate with an upper face and a lower face; and (ii) a backing layer attached to the lower face of the substrate ; and (c) a fastening system for detachably securing the mat to the base tray , the fastening system having a mushroom-type hook fastener first component and a second component that is capable of engaging the first component to create a fastener , wherein the second component is selected from the group consisting of mushroom-type hook fasteners , loop strips and a fabric capable of being penetrated by the hooks of the first component, provided that first component is attached to either the backing layer of the mat or the tray and the second component is attached opposite the first component, to either the backing layer of the mat or the tray ,
A server apparatus comprising: a non-volatile storage means configured to store setting information used by a client apparatus to operate, a reception means configured to receive, from a first client apparatus, as update information, a deletion request for deleting a part of the setting information stored in the storage means ; a control means configured to perform control in such a manner that update history information remains to be stored in the storage means , wherein the update history information indicates the update information in association with a deletion flag set for the update information upon receipt of the deletion request; a notification means configured to notify a second client apparatus of the update information indicating that the part of the setting information for which the deletion request has been made is deleted for performing synchronization processing with the second client apparatus; and wherein the control means is further configured to perform control in such a manner that the update history information is deleted from the storage means when a predetermined condition is satisfied after the deletion request is received, wherein the predetermined condition is satisfied when the server apparatus determines that synchronization processing has been completed for all of the client apparatuses connected to the server apparatus after the time at which the deletion flag has been set. a non-volatile storage means configured to store setting information used by a client apparatus to operate, a reception means configured to receive, from a first client apparatus, as update information, a deletion request for deleting a part of the setting information stored in the storage means ; a control means configured to perform control in such a manner that update history information remains to be stored in the storage means , wherein the update history information indicates the update information in association with a deletion flag set for the update information upon receipt of the deletion request; a notification means configured to notify a second client apparatus of the update information indicating that the part of the setting information for which the deletion request has been made is deleted for performing synchronization processing with the second client apparatus; and wherein the control means is further configured to perform control in such a manner that the update history information is deleted from the storage means when a predetermined condition is satisfied after the deletion request is received, wherein the predetermined condition is satisfied when the server apparatus determines that synchronization processing has been completed for all of the client apparatuses connected to the server apparatus after the time at which the deletion flag has been set.
A dietary supplement comprising an amount of sustained release free beta-alanine, or a salt thereof in a sustained release formulation, wherein following ingestion of the dietary supplement by a human a concentration of beta-alanine in the human's blood does not exceed 200μmol/L within 15 minutes following ingestion; or wherein following ingestion of the dietary supplement by a human a concentration of beta-alanine in the human's blood does not exceed 375μmol/L within 30 minutes following ingestion; or wherein following ingestion of the dietary supplement by a human a concentration of beta-alanine in the human's blood does not exceed 300μmοl/L within 45 minutes following ingestion; or wherein following ingestion of the dietary supplement by a human a concentration of beta-alanine in the human's blood does not exceed 100μmοl/L within 75 minutes following ingestion, and wherein the sustained release formulation comprises lipid coated granules of free beta-alanine at 1.75 grams per unit dosage.
Implant, comprising a solid, load-bearing, ceramic shell and a ceramic, porous filling, characterized in that the porous filling is permeated by directed pore channels which are arranged along the height of the implant in a horizontal orientation with respect to the shell, the volume fraction of pores in the shell being less than 3 vol.%, preferably less than 2 vol.% and particularly preferably less than 1 vol.%, and the walls of the pore channels having a surface roughness having an average roughness depth of Rz 10 to 250 μm and the pore channels having a diameter of 0.1-2 mm and the pore size of the porous filling being in the range of 2 to 400 μm.
A method of video encoding and decoding used by a video encoding system and video decoding system respectively, the method comprising: receiving input data associated with a current image, wherein the current image comprises a luma component and one or more chroma components, and wherein the input data associated with the current image are video data to be encoded or compressed video data to be decoded; characterized by : partitioning the luma component and said one or more chroma components of the current image separately into luma blocks and chroma blocks using separate coding unit, CU, structures; applying current picture referencing, CPR, coding to the luma blocks if CPR mode is selected for the luma blocks; and applying , separately from applying the CPR coding to the luma blocks, the CPR coding to the chroma blocks if the CPR mode is selected for the chroma blocks. receiving input data associated with a current image, wherein the current image comprises a luma component and one or more chroma components, and wherein the input data associated with the current image are video data to be encoded or compressed video data to be decoded; characterized by : partitioning the luma component and said one or more chroma components of the current image separately into luma blocks and chroma blocks using separate coding unit, CU, structures; applying current picture referencing, CPR, coding to the luma blocks if CPR mode is selected for the luma blocks; and applying , separately from applying the CPR coding to the luma blocks, the CPR coding to the chroma blocks if the CPR mode is selected for the chroma blocks. partitioning the luma component and said one or more chroma components of the current image separately into luma blocks and chroma blocks using separate coding unit, CU, structures; applying current picture referencing, CPR, coding to the luma blocks if CPR mode is selected for the luma blocks; and applying , separately from applying the CPR coding to the luma blocks, the CPR coding to the chroma blocks if the CPR mode is selected for the chroma blocks.
A body-mountable device comprising: a flexible substrate , wherein the flexible substrate is configured to be mounted to a skin surface of a living body; an adhesive layer disposed on a bottom surface of the flexible substrate , wherein the adhesive layer is configured to adhere the flexible substrate to the skin surface; a sensor probe , wherein a distal end of the sensor probe is configured to extend into the living body to a depth sufficient to contact interstitial fluid; a sensor , wherein the sensor is disposed at the distal end of the sensor probe , and wherein the sensor is configured to detect an analyte in the interstitial fluid; and one or more electronic components disposed on the flexible substrate , wherein the one or more electronic components are configured to (i) use the sensor to obtain data related to the analyte and (ii) communicate the data related to the analyte to an external device; wherein the sensor probe is made of the same material as the flexible substrate such that the sensor probe forms an elongate extension of the flexible substrate , and characterized in that : the one or more electronic components are disposed on the bottom surface of the flexible substrate. a flexible substrate , wherein the flexible substrate is configured to be mounted to a skin surface of a living body; an adhesive layer disposed on a bottom surface of the flexible substrate , wherein the adhesive layer is configured to adhere the flexible substrate to the skin surface; a sensor probe , wherein a distal end of the sensor probe is configured to extend into the living body to a depth sufficient to contact interstitial fluid; a sensor , wherein the sensor is disposed at the distal end of the sensor probe , and wherein the sensor is configured to detect an analyte in the interstitial fluid; and one or more electronic components disposed on the flexible substrate , wherein the one or more electronic components are configured to (i) use the sensor to obtain data related to the analyte and (ii) communicate the data related to the analyte to an external device; wherein the sensor probe is made of the same material as the flexible substrate such that the sensor probe forms an elongate extension of the flexible substrate , and characterized in that : the one or more electronic components are disposed on the bottom surface of the flexible substrate.