mhurhangee/patent-ind-claim-en huggingface dataset:
A notarization meeting recovery method performed by a server device, the method comprising: initiating an online notarization meeting between a signer and an agent, wherein the signer and the agent participate in the online notarization meeting via first and second client devices, respectively; causing to display , at a graphical user interface of the second client device, an electronic document associated with the online notarization meeting; generating a partially completed electronic document based on, at least in part, one or more edits made to the electronic document via the graphical user interface of the second client device; causing to display , at the graphical user interface of the second client device, a user selectable option to transition the partially completed electronic document to a locked state, wherein the graphical user interface is configured to disallow modification to the partially completed electronic document when the partially completed electronic document is in the locked state; in response to receiving a selection of the user selectable option, storing the partially completed electronic document; determining , by the processor of the server device, that the online notarization meeting has been interrupted by an issue beyond control of the signer and the agent, recovering , after the interruption, the partially completed electronic document; and automatically processing the partially completed electronic document after the determining comprising indicating a status of the partially completed electronic document. initiating an online notarization meeting between a signer and an agent, wherein the signer and the agent participate in the online notarization meeting via first and second client devices, respectively; causing to display , at a graphical user interface of the second client device, an electronic document associated with the online notarization meeting; generating a partially completed electronic document based on, at least in part, one or more edits made to the electronic document via the graphical user interface of the second client device; causing to display , at the graphical user interface of the second client device, a user selectable option to transition the partially completed electronic document to a locked state, wherein the graphical user interface is configured to disallow modification to the partially completed electronic document when the partially completed electronic document is in the locked state; in response to receiving a selection of the user selectable option, storing the partially completed electronic document; determining , by the processor of the server device, that the online notarization meeting has been interrupted by an issue beyond control of the signer and the agent, recovering , after the interruption, the partially completed electronic document; and automatically processing the partially completed electronic document after the determining comprising indicating a status of the partially completed electronic document.
A method for reporting channel information in a wireless local area network system, the method comprising; receiving(S830; S930; S1410; S1510), by a responding station (21-24), a data block for requesting a modulation and coding scheme, MCS, feedback from a requesting station via a plurality of spatial streams, the data block including an MCS request, MRQ, field that is set to request the responding station (21-24) to provide the MCS feedback and a stream indicator indicating the number of the plurality of spatial streams used for the data block; determining, by the responding station (21-24), the MCS feedback based on the data block; and transmitting (S840; S940; S1410-S1423; S1531-S1533), by the responding station (21-24), the MCS feedback to the requesting station , the MCS feedback including recommended MCS indication information (1620; 1820) and stream indication information (1610; 1810), wherein the recommended MCS indication information (1620; 1820) indicates a recommended MCS that is estimated under an assumption that the requesting station will transmit (S850; S950; S1431; S1432; S1541; S1442) a next data transmission using a recommended number of spatial streams, starting from the spatial stream having the smallest index value among the plurality of spatial streams used for transmitting the data block, wherein the stream indication information (1610; 1810) indicates a number of the at least one recommended spatial stream that is less than the number of the plurality of spatial streams used for the data block.
A laser welding monitoring device , comprising: a beam receiving unit configured to receive, when a material to be welded is irradiated with a laser beam emitted by a processing head provided to a laser welding machine , a radiated beam generated at an irradiation position of the laser beam and including a reflected beam of the laser beam and a monitoring beam, the monitoring beam being caused by thermal radiation and having a wavelength different from a wavelength of the reflected beam; and a spectrometer unit configured to spectrally separate the reflected beam and the monitoring beam included in the radiated beam and convert the spectrally separated monitoring beam into a first electric signal, characterized by a trigger unit configured to convert the reflected beam into a second electric signal, to determine whether or not a level of the second electric signal is a predetermined threshold value or higher, and to output a trigger signal indicating a timing at which the laser welding machine starts welding of the material to be welded when the level of the second electric signal is the predetermined threshold value or higher; and a laser welding monitor configured to start a determination of whether or not laser welding of the material to be welded is normally performed based on the first electric signal when the trigger signal is input. a beam receiving unit configured to receive, when a material to be welded is irradiated with a laser beam emitted by a processing head provided to a laser welding machine , a radiated beam generated at an irradiation position of the laser beam and including a reflected beam of the laser beam and a monitoring beam, the monitoring beam being caused by thermal radiation and having a wavelength different from a wavelength of the reflected beam; and a spectrometer unit configured to spectrally separate the reflected beam and the monitoring beam included in the radiated beam and convert the spectrally separated monitoring beam into a first electric signal, characterized by a trigger unit configured to convert the reflected beam into a second electric signal, to determine whether or not a level of the second electric signal is a predetermined threshold value or higher, and to output a trigger signal indicating a timing at which the laser welding machine starts welding of the material to be welded when the level of the second electric signal is the predetermined threshold value or higher; and a laser welding monitor configured to start a determination of whether or not laser welding of the material to be welded is normally performed based on the first electric signal when the trigger signal is input.
A formulation for use in the treatment of Hunter syndrome, comprising a first composition for an intravenous injection and a second composition for a subcutaneous injection, wherein the first composition comprises iduronate-2-sulfatase consisting of at least one of the amino acid sequences of SEQ ID NOS: 1 and 2; and wherein the second composition comprises iduronate-2-sulfatase consisting of at least one of the amino acid sequences of SEQ ID NOS: 1 and 2; and wherein the first composition is intravenously injected once every two months to twice a month, and the second composition is subcutaneously injected once to seven times a week, wherein the first composition is administered first followed by the administration of the second composition.
A method of controlling the provision of electrical power from a local electrical network to a power grid to limit the rate of change at which power is permitted, the local electrical network including a power source that generates power and a number of loads that are electrically connected and that consume power, the method comprising: determining that the power that is generated by the power source and that is unused by the number of loads has a rate of change of power that exceeds a predetermined ramp rate; responsive to the determining , adjusting an operational parameter of at least a first load of the number of loads from a first state to a second state to alter the rate of change of power; and making a determination that the rate of change of power and a change in a voltage of the power grid are correlated and, responsive thereto, initiating the determining and the adjusting . determining that the power that is generated by the power source and that is unused by the number of loads has a rate of change of power that exceeds a predetermined ramp rate; responsive to the determining , adjusting an operational parameter of at least a first load of the number of loads from a first state to a second state to alter the rate of change of power; and making a determination that the rate of change of power and a change in a voltage of the power grid are correlated and, responsive thereto, initiating the determining and the adjusting .
Device for arranging a passenger restraint system in a vehicle , for securing a person sitting in the vehicle with the passenger restraint system, wherein the device comprises a support arrangement with a vertical support and a cross member , and wherein in the arranged state of the support arrangement on the vehicle the vertical support is arranged upright on a base of the vehicle , characterised in that the device comprises a fastening element , wherein in the arranged state on the vehicle the fastening element grips around a support of a frame of the vehicle at least on the sides and at the bottom, so that in the arranged state of the support arrangement on the vehicle the fastening element is fixed bearing on the support arrangement , wherein the support arrangement is held by the fastening element on the frame of the vehicle and wherein in the arranged state of the support arrangement on the vehicle the fastening element originating from the support of the vehicle frame grips continuously through the base of the vehicle .
A method for receiving, by a base station , a sounding reference signal, SRS, in a wireless communication system, the method comprising: Transmitting (S1405), to a user equipment, UE, configuration information for a transmission of the SRS; and Receiving (S1410), from the UE , the SRS transmitted based on the configuration information, wherein the configuration information includes a specific UE group sequence identifier, ID, which is to be used by the UE for an initialization for a group hopping and a sequence hopping of the SRS, wherein the configuration information further includes group hopping information and sequence hopping information for a sequence hopping of the SRS, wherein a sequence length of the SRS is based on a product of a number of candidates of the group hopping information and a number of candidates of the sequence hopping information, wherein the number of candidates of the group hopping information and the number of candidates of the sequence hopping information are configured based on a number of neighboring cells of the base station, wherein the number of candidates of the sequence hopping information configured when the number of neighboring cells of the base station is equal to or greater than a preset value is configured to be greater than the number of candidates of the sequence hopping information configured when the number of neighboring cells of the base station is less than a preset value. Transmitting (S1405), to a user equipment, UE, configuration information for a transmission of the SRS; and Receiving (S1410), from the UE , the SRS transmitted based on the configuration information, wherein the configuration information includes a specific UE group sequence identifier, ID, which is to be used by the UE for an initialization for a group hopping and a sequence hopping of the SRS, wherein the configuration information further includes group hopping information and sequence hopping information for a sequence hopping of the SRS, wherein a sequence length of the SRS is based on a product of a number of candidates of the group hopping information and a number of candidates of the sequence hopping information, wherein the number of candidates of the group hopping information and the number of candidates of the sequence hopping information are configured based on a number of neighboring cells of the base station, wherein the number of candidates of the sequence hopping information configured when the number of neighboring cells of the base station is equal to or greater than a preset value is configured to be greater than the number of candidates of the sequence hopping information configured when the number of neighboring cells of the base station is less than a preset value.
A wind turbine blade comprising a flexible external skin and an internal support structure , together defining an aerodynamic profile of the wind turbine blade, wherein at least a portion of the internal support structure is adjustable to thereby vary said aerodynamic profile, wherein the internal support structure comprises a longitudinal structural support member and a plurality of transverse structural support members arranged along the length of the longitudinal structural support member, wherein one or more of the transverse structural support members is formed of a first portion which is fixed and a second portion which is rotatably or hingedly mounted on the first portion.
A dip coating apparatus , comprising: a sealed case assembly for containing at least one workpiece to be coated; a workpiece supporting element for supporting at least one workpiece and arranged in the sealed case assembly; an air pump communicated with the sealed case assembly, for pumping air from the sealed case assembly and injecting air into the sealed case assembly; and a coating solution container containing a coating solution and communicated with the sealed case assembly, for injecting the coating solution to the sealed case assembly and retrieving the coating solution from the sealed case assembly, wherein the sealed case assembly comprises: a first case element comprising a case without cover and a push-and-pull device for moving the case; and a second case element for assembling with the case to become the sealed case assembly; wherein the second case element comprises a cover ; and wherein the second case element further comprises an extending board arranged on one side of the cover, and slider for sliding the workpiece supporting element from the extending board to the cover, the slider being mounted on the bottom of the cover and the extending board. a sealed case assembly for containing at least one workpiece to be coated; a workpiece supporting element for supporting at least one workpiece and arranged in the sealed case assembly; an air pump communicated with the sealed case assembly, for pumping air from the sealed case assembly and injecting air into the sealed case assembly; and a coating solution container containing a coating solution and communicated with the sealed case assembly, for injecting the coating solution to the sealed case assembly and retrieving the coating solution from the sealed case assembly, wherein the sealed case assembly comprises: a first case element comprising a case without cover and a push-and-pull device for moving the case; and a second case element for assembling with the case to become the sealed case assembly; wherein the second case element comprises a cover ; and wherein the second case element further comprises an extending board arranged on one side of the cover, and slider for sliding the workpiece supporting element from the extending board to the cover, the slider being mounted on the bottom of the cover and the extending board.
A structure for opening and closing a fuel filler opening comprising a main flap and a dust flap that are opened or closed in accordance with insertion or removal of a fuel gun to a filler pipe , wherein the dust flap is arranged at an outer end side with respect to the main flap, is constituted by a plurality of flaps arranged flush with each other, and is opened such that ends of the respective flaps are separated from each other by the fuel gun inserted into the filler pipe, characterised in that when the fuel gun is inserted into the filler pipe the main flap and each flap of the dust flap contact the fuel gun to support it, wherein a first contact point (P3) at which the main flap is in contact with the fuel gun is positioned between neighboring two second contact points (P1, P2) at which each flap of the dust flap is in contact with the fuel gun, when viewed from the fuel filler opening.
An apparatus, comprising: means for transmitting overload control information (OCI) comprising scope information to a network function (NF) service producer or service communication proxy (SCP), wherein the scope information comprises a scope set to one of: at least one callback uniform resource identifier (URI), a network function (NF) service instance, network function (NF) service set, network function (NF) instance, or network function (NF) set, and optionally a service name, wherein, when the scope is set to the at least one callback uniform resource identifier (URI), the overload control information (OCI) is configured to apply to notification or callback requests with a callback uniform resource identifier (URI) matching the at least one callback uniform resource identifier (URI) set in the scope, and wherein, when the scope is set to one of the network function (NF) service instance, the network function (NF) service set, the network function (NF) instance, or the network function (NF) set, optionally together with the service name, the overload control information (OCI) is configured to apply to notification or callback requests with a matching binding indication. means for transmitting overload control information (OCI) comprising scope information to a network function (NF) service producer or service communication proxy (SCP), wherein the scope information comprises a scope set to one of: at least one callback uniform resource identifier (URI), a network function (NF) service instance, network function (NF) service set, network function (NF) instance, or network function (NF) set, and optionally a service name, wherein, when the scope is set to the at least one callback uniform resource identifier (URI), the overload control information (OCI) is configured to apply to notification or callback requests with a callback uniform resource identifier (URI) matching the at least one callback uniform resource identifier (URI) set in the scope, and wherein, when the scope is set to one of the network function (NF) service instance, the network function (NF) service set, the network function (NF) instance, or the network function (NF) set, optionally together with the service name, the overload control information (OCI) is configured to apply to notification or callback requests with a matching binding indication.
A system configured to determine spectral boundaries for sleep stage classification in a subject , the system comprising: one or more sensors configured to generate output signals that convey information related to a respiratory wave amplitude metric for a sleep session of the subject; and one or more physical computer processors configured by computer readable instructions to: transform the information conveyed by the output signals in individual epochs of time into a frequency domain; determine individual frequencies of respiratory wave amplitude metric peaks within the individual epochs of time; determine an aggregated frequency of the respiratory wave amplitude metric peaks by aggregating the individual frequencies of the respiratory wave metric peaks within the individual epochs of time; determine the spectral boundaries for sleep stage classification for the subject based on the aggregated frequency; and determine sleep stages of the subject during individual epochs of time in a subsequent sleep session as a function of the aggregated frequency of respiratory wave amplitude metric peaks using the determined spectral boundaries. one or more sensors configured to generate output signals that convey information related to a respiratory wave amplitude metric for a sleep session of the subject; and one or more physical computer processors configured by computer readable instructions to: transform the information conveyed by the output signals in individual epochs of time into a frequency domain; determine individual frequencies of respiratory wave amplitude metric peaks within the individual epochs of time; determine an aggregated frequency of the respiratory wave amplitude metric peaks by aggregating the individual frequencies of the respiratory wave metric peaks within the individual epochs of time; determine the spectral boundaries for sleep stage classification for the subject based on the aggregated frequency; and determine sleep stages of the subject during individual epochs of time in a subsequent sleep session as a function of the aggregated frequency of respiratory wave amplitude metric peaks using the determined spectral boundaries. transform the information conveyed by the output signals in individual epochs of time into a frequency domain; determine individual frequencies of respiratory wave amplitude metric peaks within the individual epochs of time; determine an aggregated frequency of the respiratory wave amplitude metric peaks by aggregating the individual frequencies of the respiratory wave metric peaks within the individual epochs of time; determine the spectral boundaries for sleep stage classification for the subject based on the aggregated frequency; and determine sleep stages of the subject during individual epochs of time in a subsequent sleep session as a function of the aggregated frequency of respiratory wave amplitude metric peaks using the determined spectral boundaries.