mhurhangee/ep-ind-claims huggingface dataset:
A nondestructive method for inspection by ultrasound of an adhesively bonded assembly, characterized in that it comprises the steps consisting of: - measuring a thickness of a bonded joint of the adhesively bonded assembly using an ultrasound transducer placed in a determined position on the bonded assembly; - measuring the degree of adhesion of parts of the bonded assembly using the same ultrasound transducer held in said determined position, the degree of adhesion being measured by ZGV Lamb waves, and in that: - the ultrasound transducer is a multi-element transducer and comprises: - emitting elements used to emit ZGV Lamb waves in the adhesively bonded joint and having a comb-shaped spatial distribution distributed over the entire surface of the transducer to create a periodic spatial comb, the comb period being selected to correspond to the wavelength of the ZGV mode of the ZGV Lamb waves, the emitting elements change position during each acquisition, - other elements used to acquire the emitted ZGV Lamb waves. - measuring a thickness of a bonded joint of the adhesively bonded assembly using an ultrasound transducer placed in a determined position on the bonded assembly; - measuring the degree of adhesion of parts of the bonded assembly using the same ultrasound transducer held in said determined position, the degree of adhesion being measured by ZGV Lamb waves, - the ultrasound transducer is a multi-element transducer and comprises: - emitting elements used to emit ZGV Lamb waves in the adhesively bonded joint and having a comb-shaped spatial distribution distributed over the entire surface of the transducer to create a periodic spatial comb, the comb period being selected to correspond to the wavelength of the ZGV mode of the ZGV Lamb waves, the emitting elements change position during each acquisition, - other elements used to acquire the emitted ZGV Lamb waves. - emitting elements used to emit ZGV Lamb waves in the adhesively bonded joint and having a comb-shaped spatial distribution distributed over the entire surface of the transducer to create a periodic spatial comb, the comb period being selected to correspond to the wavelength of the ZGV mode of the ZGV Lamb waves, the emitting elements change position during each acquisition, - other elements used to acquire the emitted ZGV Lamb waves.
A battery having a structure wherein a positive electrode member comprising a positive electrode active material and a current collector and a negative electrode member comprising a negative electrode active material and a current collector are stacked to be opposed to each other with a separator member interposed therebetween, and housed along with an electrolyte in a casing, and a heat transfer plate is provided to be joined to an outer surface of the casing, wherein the heat transfer plate comprises a region in direct contact with the outer surface of the casing and a region provided with a joining material for joining the heat transfer plate to the outer surface of the casing.
A method for applying error resiliency based on speed operable in a wireless device, comprising: detecting a speed of a wireless communication device relative to its surroundings using a speed detector of the wireless communications device to provide a speed indication; applying source-based error resiliency dynamically to a signal as part of source coding based on the speed indication to produce an error-resilient signal; applying channel coding to the error-resilient signal; and sending the signal from the wireless device on an uplink. detecting a speed of a wireless communication device relative to its surroundings using a speed detector of the wireless communications device to provide a speed indication; applying source-based error resiliency dynamically to a signal as part of source coding based on the speed indication to produce an error-resilient signal; applying channel coding to the error-resilient signal; and sending the signal from the wireless device on an uplink.
A user notification method for a handwritten data capture device to make a notification using notification means, the handwritten data capture device including: a sensor controller adapted to successively acquire coordinate data of a pointing body on a touch sensor and successively store the acquired coordinate data in a first area of a memory (23, 35, 73); operation acceptance means adapted to accept a given operation by a user; and the notification means having a user notification function, the user notification method comprising: a step of determining whether the pointing body is in a pen-up state or pen-down state; a step of determining whether coordinate data is already stored in the first area; a step of making a first notification to the user using the notification means when it is determined that coordinate data is already stored in the first area and that the pointing body is in a pen-up state; characterised by a step of switching a storage destination of coordinate data stored by the sensor controller to a second area of the memory (23, 35, 73) different from the first area in response to acceptance of the given operation by the operation acceptance means. a sensor controller adapted to successively acquire coordinate data of a pointing body on a touch sensor and successively store the acquired coordinate data in a first area of a memory (23, 35, 73); operation acceptance means adapted to accept a given operation by a user; and the notification means having a user notification function, the user notification method comprising: a step of determining whether the pointing body is in a pen-up state or pen-down state; a step of determining whether coordinate data is already stored in the first area; a step of making a first notification to the user using the notification means when it is determined that coordinate data is already stored in the first area and that the pointing body is in a pen-up state; characterised by a step of switching a storage destination of coordinate data stored by the sensor controller to a second area of the memory (23, 35, 73) different from the first area in response to acceptance of the given operation by the operation acceptance means. a step of determining whether the pointing body is in a pen-up state or pen-down state; a step of determining whether coordinate data is already stored in the first area; a step of making a first notification to the user using the notification means when it is determined that coordinate data is already stored in the first area and that the pointing body is in a pen-up state; characterised by a step of switching a storage destination of coordinate data stored by the sensor controller to a second area of the memory (23, 35, 73) different from the first area in response to acceptance of the given operation by the operation acceptance means.
A method comprising: receiving, by a first wireless access network node, common radio resource configuration information of a second wireless access network node; and sending, by the first wireless access network node, a data offload request to the second wireless access network node to perform a data offload for a user equipment UE attached to the first wireless access network node; and receiving, by the first wireless access network node, a response to the data offload request, the response including dedicated radio resource configuration information for the UE in the second wireless access network node. receiving, by a first wireless access network node, common radio resource configuration information of a second wireless access network node; and sending, by the first wireless access network node, a data offload request to the second wireless access network node to perform a data offload for a user equipment UE attached to the first wireless access network node; and receiving, by the first wireless access network node, a response to the data offload request, the response including dedicated radio resource configuration information for the UE in the second wireless access network node.
A connection device which connects an end portion of a first information transmission cable and an end portion of a second information transmission cable to each other, the connection device comprising: a connection section that holds a tubular connector fixing member holding the first information transmission cable and having a projection portion on an outer peripheral surface; and a tubular adapter fixing member that holds the second information transmission cable and connects the end portion of the first information transmission cable and the end portion of the second information transmission cable to each other in accordance with insertion of the connector fixing member, wherein the adapter fixing member internally has a guide member being a cylindrical member, wherein the guide member is provided with a guide groove portion formed so as to be parallel to a central axis of the first information transmission cable and the second information transmission cable and a helical guide following surface smoothly formed at a predetermined slope angle in only one direction around the central axis from a helical vertex portion to a helical rear end portion in order to perform an operation in which the projection portion of the connector fixing member is guided in a manner of gyrating around the central axis, when the connector fixing member is inserted, characterized in that the helical vertex portion and the guide groove portion are adjacent to each other, the helical rear end portion and the guide groove portion are also adjacent to each other, and the guide groove portion is positioned between the helical vertex portion and the helical rear end portion. a connection section that holds a tubular connector fixing member holding the first information transmission cable and having a projection portion on an outer peripheral surface; and a tubular adapter fixing member that holds the second information transmission cable and connects the end portion of the first information transmission cable and the end portion of the second information transmission cable to each other in accordance with insertion of the connector fixing member, wherein the adapter fixing member internally has a guide member being a cylindrical member, wherein the guide member is provided with a guide groove portion formed so as to be parallel to a central axis of the first information transmission cable and the second information transmission cable and a helical guide following surface smoothly formed at a predetermined slope angle in only one direction around the central axis from a helical vertex portion to a helical rear end portion in order to perform an operation in which the projection portion of the connector fixing member is guided in a manner of gyrating around the central axis, when the connector fixing member is inserted, characterized in that the helical vertex portion and the guide groove portion are adjacent to each other, the helical rear end portion and the guide groove portion are also adjacent to each other, and the guide groove portion is positioned between the helical vertex portion and the helical rear end portion.
A pyrazole linked benzimidazole conjugate and its salts thereof, wherein the conjugate is represented by the compounds of formulae 7a-9a and 11a-14a, 6b-14b, 6c-14c, 6d-14d, 6e-14e, 6f-14f, 6g-14g, 6h-14h, 6i-14i, 6j-14j, 6k-14k, 61-141, 6m-14m, 6n-14n wherein the structures are:
A fluid storage container comprising: a body; a first opening disposed on the body; a fluid storage unit provided in the body and configured to store fluid fed through the first opening; a surround wall forming a part of the fluid storage unit; and a fluid path communicating with the first opening and the fluid storage unit, the fluid path extending from the first opening to a location adjacent to the surround wall wherein the first opening is formed on a first side of the body and the fluid path extends to a second side of the body, opposite to the first side, characterized in a recess that is recessed toward an outside is formed in a frame part at a position near an end of the fluid path at the second side of the body, the end of the fluid path is open inside the recess. a body; a first opening disposed on the body; a fluid storage unit provided in the body and configured to store fluid fed through the first opening; a surround wall forming a part of the fluid storage unit; and a fluid path communicating with the first opening and the fluid storage unit, the fluid path extending from the first opening to a location adjacent to the surround wall wherein the first opening is formed on a first side of the body and the fluid path extends to a second side of the body, opposite to the first side, characterized in
An anomaly detection electronic control unit connected to a network bus in an onboard network system having a plurality of electronic control units for communicating via the network bus, including an electronic control unit that is configured to periodically transmit a first-type message including a predetermined value in an ID field, data to be monitored in a data field, and an electronic control unit that is configured to periodically transmit a second-type message including a value that differs from the predetermined value in an ID field, and data for comparison in a data field, the anomaly detection electronic control unit comprising: a receiver for successively receiving first-type messages and second-type messages from the network bus; a determining unit for determining whether a first-type message received by the receiver is normal or anomalous, characterized in that the determining is based on data to be monitored of the first-type message, data for comparison of a second-type message received last by the receiver at the time of receiving this first-type message, and either one of data to be monitored of a first-type message received by the receiver further in the past than this first-type message, and data for comparison of a second-type message received by the receiver further in the past than the second-type message received last; and a transmitter for transmitting in accordance with results of the determination by the determining unit. a receiver for successively receiving first-type messages and second-type messages from the network bus; a determining unit for determining whether a first-type message received by the receiver is normal or anomalous, characterized in that the determining is based on data to be monitored of the first-type message, data for comparison of a second-type message received last by the receiver at the time of receiving this first-type message, and either one of data to be monitored of a first-type message received by the receiver further in the past than this first-type message, and data for comparison of a second-type message received by the receiver further in the past than the second-type message received last; and a transmitter for transmitting in accordance with results of the determination by the determining unit.
A composition comprising separately by weight: a. from 25% to 50% by weight of a native rice flour; b. from 5% to 15% by weight of a rice flour which has been heat-moisture treated; c. from 10% to 20% by weight of a flour which has been thermally inhibited; and d. from 15% to 35% by weight of a reduced protein pulse flour, wherein the reduced protein pulse flour has at least a 5 % by weight reduction in protein content relative to the native flour and wherein the reduced protein pulse flour has a protein content of from 8% to 22% by weight. a. from 25% to 50% by weight of a native rice flour; b. from 5% to 15% by weight of a rice flour which has been heat-moisture treated; c. from 10% to 20% by weight of a flour which has been thermally inhibited; and d. from 15% to 35% by weight of a reduced protein pulse flour,
A method of transporting an aerosol bolus from an aerosol generator comprising the steps of (a) introducing an upwardly directed burst of aerosol from the aerosol generator in the bottom part of a generally vertically oriented holding chamber having a shape adapted to accommodate the volume of bursted aerosol; (b) allowing the aerosol to settle and collect as a cloud by means of gravitation in said holding chamber; (c) introducing a layer of lighter clean air over said denser aerosol cloud; (d) settling of a denser aerosol as a cloud in the holding chamber so it reaches a stable boundary towards the lighter clean air above; and (e) receiving a downwardly directed aerosol stream in a downwardly directed outlet conduit located in a bottom part of the holding chamber. (a) introducing an upwardly directed burst of aerosol from the aerosol generator in the bottom part of a generally vertically oriented holding chamber having a shape adapted to accommodate the volume of bursted aerosol; (b) allowing the aerosol to settle and collect as a cloud by means of gravitation in said holding chamber; (c) introducing a layer of lighter clean air over said denser aerosol cloud; (d) settling of a denser aerosol as a cloud in the holding chamber so it reaches a stable boundary towards the lighter clean air above; and (e) receiving a downwardly directed aerosol stream in a downwardly directed outlet conduit located in a bottom part of the holding chamber.
A method of wireless communication comprising: providing at least one grant indicator in a transmission from a base station to at least one user equipment, UE, the at least one indicator configured to notify the at least one UE of a grant of data during a subsequent discontinuous reception, DRX, cycle in the at least one UE; and transmitting an aperiodic tracking reference signal, A-TRS, selectively positioned within a transmission frame between the at least one grant indicator and the DRX cycle to allow the at least one UE sufficient time to update a tracking loop before commencement of an on-duration of the DRX cycle. providing at least one grant indicator in a transmission from a base station to at least one user equipment, UE, the at least one indicator configured to notify the at least one UE of a grant of data during a subsequent discontinuous reception, DRX, cycle in the at least one UE; and transmitting an aperiodic tracking reference signal, A-TRS, selectively positioned within a transmission frame between the at least one grant indicator and the DRX cycle to allow the at least one UE sufficient time to update a tracking loop before commencement of an on-duration of the DRX cycle.
A method at an electronic device (102, 104) comprising: encoding, as a collection of codes, sensor data (302, 402, 404, 902, 1004) that is to be communicated to a wireless access network node; and sending over a wireless link to the wireless access network node, the codes in a plurality of physical random access channel, PRACH, resources, including: responsive to receiving a first uplink grant that specifies a first PRACH resource in a first transmission opportunity, sending a first code of the collection of codes in the first PRACH resource; and responsive to receiving a second uplink grant that specifies a second PRACH resource in a second transmission opportunity, the second uplink grant being responsive to the first code, sending to the wireless access network node, a second code of the collection of codes in the second PRACH resource. encoding, as a collection of codes, sensor data (302, 402, 404, 902, 1004) that is to be communicated to a wireless access network node; and sending over a wireless link to the wireless access network node, the codes in a plurality of physical random access channel, PRACH, resources, including: responsive to receiving a first uplink grant that specifies a first PRACH resource in a first transmission opportunity, sending a first code of the collection of codes in the first PRACH resource; and responsive to receiving a second uplink grant that specifies a second PRACH resource in a second transmission opportunity, the second uplink grant being responsive to the first code, sending to the wireless access network node, a second code of the collection of codes in the second PRACH resource. responsive to receiving a first uplink grant that specifies a first PRACH resource in a first transmission opportunity, sending a first code of the collection of codes in the first PRACH resource; and responsive to receiving a second uplink grant that specifies a second PRACH resource in a second transmission opportunity, the second uplink grant being responsive to the first code, sending to the wireless access network node, a second code of the collection of codes in the second PRACH resource.
A pharmaceutical composition comprising: (a) a rAAV2 variant comprising an amino acid sequence LGETTRP inserted between positions 587 and 588 of capsid protein VP1, and a nucleic acid sequence encoding a polypeptide having at least 95% homology to aflibercept under the transcriptional control of a cytomegalovirus promoter, and (b) a pharmaceutically acceptable excipient; for use in a method of treating an eye condition or disease, the method comprising administering a unit dose of the pharmaceutical composition by intravitreal injection to an eye of a primate subject in need thereof. (a) a rAAV2 variant comprising an amino acid sequence LGETTRP inserted between positions 587 and 588 of capsid protein VP1, and a nucleic acid sequence encoding a polypeptide having at least 95% homology to aflibercept under the transcriptional control of a cytomegalovirus promoter, and (b) a pharmaceutically acceptable excipient;
An absorbent sanitary napkin comprising fold back wings and an absorbent core interposed between an upper fluid-permeable layer and a lower fluid-impermeable layer, the sanitary napkin having a longitudinal central axis (y-y) and a transverse central axis (o-o), a pair of transverse sides and a pair of longitudinal sides extending therebetween, a front edge and a rear edge positioned on opposite apexes of said transverse sides; the fold back wings extending transversely beyond the longitudinal sides of the sanitary napkin and comprising a transverse axis (x-x) dividing said fold back wings into two substantially equal halves in a longitudinal direction parallel to the longitudinal central axis (y-y), said transverse axis (x-x) of the fold back wings being offset from the sanitary napkin transverse central axis (o-o) toward the front edge of the sanitary napkin, characterized in that the fold back wings are positioned along the sanitary napkin such that an overall length ratio corresponds to the following equation: L* L1/L2 > 29 cm where L is the total length of the sanitary napkin taken along the longitudinal central axis (y-y), said total length L is between 25 and 40 cm, L1 is the distance from the transverse axis (x-x) of the fold back wings to the front edge, and L2 is the distance from the transverse axis (x-x) of the fold back wings to the rear edge.