Abstract: A method for flow correction includes, when an RFF flow modulator in a calibration flow condition, directing initial switching flow into the RFF flow modulator in a first direction to an exhaust with pressure regulation and reducing the initial switching flow to a minimum switching flow where a pressure satisfies a regulation condition. The calibration flow condition includes a primary column flow into the RFF flow modulator from a primary column and a secondary column flow from the RFF flow modulator to a secondary column. The operations include determining an adjusted switching flow for the calibration flow condition and determining a switching flow profile based on the adjusted switching flow. When the RFF flow modulator in an operating flow condition different from the calibration flow condition, the operations include directing an operating switching flow determined based on the switching flow profile in the first direction to the exhaust.

Abstract: A multi-dimensional gas chromatograph for analyzing compounds in a sample during a single run is disclosed. The multi-dimensional gas chromatograph includes a first column, a second column, and a modulator disposed between the first column and the second column. The modulator modulates at (i) a first modulation period over a first time period during the run and (ii) a second modulation period over a second time period during the run later than the first time, the second modulation period being different than the first modulation period.

Abstract: An analytical instrument assembly includes a gas chromatograph, a first detector, a second detector, and a pneumatic control module. The gas chromatograph includes a flow splitter configured to receive a sample. The first detector is coupled to the flow splitter. The second detector is coupled to the flow splitter. The pneumatic control module is coupled to the flow splitter and configured to deliver a carrier gas to the flow splitter. The flow splitter is configured to split the sample and deliver at least a first portion of the sample to the first detector and at least a second portion of the sample to the second detector at a first split ratio.

Abstract: A multi-dimensional gas chromatograph for analyzing compounds in a sample during a single run is disclosed. The multi-dimensional gas chromatograph includes a first column, a second column, and a modulator disposed between the first column and the second column. The modulator modulates at (i) a first modulation period over a first time period during the run and (ii) a second modulation period over a second time period during the run later than the first time, the second modulation period being different than the first modulation period.

Abstract: In a predictor device, a method for predicting a metric of a contact center includes receiving contact center operational data associated with a time duration; training a set of algorithms and their available hyperparameters with the contact center operational data to generate a set of data models; generating a score associated with each data model of the set of data models, the score quantifying a performance of each algorithm and its available hyperparameters on the contact center operational data; identifying the data model having the largest score as a best learning model for the time duration; and generating a contact center metric prediction based on the best learning model for the time duration.

Abstract: A multi-dimensional gas chromatograph for analyzing compounds in a sample during a single run is disclosed. The multi-dimensional gas chromatograph includes a first column, a second column, and a modulator disposed between the first column and the second column. The modulator modulates at (i) a first modulation period over a first time period during the run and (ii) a second modulation period over a second time period during the run later than the first time, the second modulation period being different than the first modulation period.

Abstract: In a predictor device, a method for predicting a metric of a contact center includes receiving contact center operational data associated with a time duration; training a set of algorithms and their available hyperparameters with the contact center operational data to generate a set of data models; generating a score associated with each data model of the set of data models, the score quantifying a performance of each algorithm and its available hyperparameters on the contact center operational data; identifying the data model having the largest score as a best learning model for the time duration; and generating a contact center metric prediction based on the best learning model for the time duration.

Abstract: A method and system to identify a suggested location for storing a data entry in a database including a plurality of divisions is provided. The method includes receiving entry criteria associated with the data entry, and searching the database using the entry criteria to locate similar stored data entries. At least one division for data entries is identified wherein the stored data entries are located. The at least one division is then presented to a user as the suggested location. The method and system may be applied in a network-based auction facility and the data entry may then be a user listing. The method may thus include identifying at least one potentially relevant category for the user listing as the suggested location.

Abstract: A method and system to identify a suggested location for storing a data entry in a database including a plurality of divisions is provided. The method includes receiving entry criteria associated with the data entry, and searching the database using the entry criteria to locate similar stored data entries. At least one division for data entries is identified wherein the stored data entries are located. The at least one division is then presented to a user as the suggested location. The method and system may be applied in a network-based auction facility and the data entry may then be a user listing. The method may thus include identifying at least one potentially relevant category for the user listing as the suggested location.

Abstract: A gas turbine engine system comprises a rotor wheel, a plurality of blades, a lockwire and a locking key. The rotor wheel comprises a plurality of axial grooves extending through a periphery of the rotor wheel, and a plurality of posts formed between adjacent slots, each post having a circumferential slot. The blades are mounted in the axial grooves of the rotor wheel, each blade having a circumferential slot circumferentially aligned with the circumferential slots of the posts. The lockwire extends across the plurality of axial grooves of the rotor wheel within each of the circumferential slots of the posts and the blades from a first end to a second end to inhibit axial displacement of the blades within the grooves. The locking key is disposed between the first and second ends of the lockwire and provides support to at least one of the ends of the lockwire to prevent radially inward displacement.

Abstract: A gas turbine engine system comprises a rotor wheel, a plurality of blades, a lockwire and a locking key. The rotor wheel comprises a plurality of axial grooves extending through a periphery of the rotor wheel, and a plurality of posts formed between adjacent slots, each post having a circumferential slot. The blades are mounted in the axial grooves of the rotor wheel, each blade having a circumferential slot circumferentially aligned with the circumferential slots of the posts. The lockwire extends across the plurality of axial grooves of the rotor wheel within each of the circumferential slots of the posts and the blades from a first end to a second end to inhibit axial displacement of the blades within the grooves. The locking key is disposed between the first and second ends of the lockwire and provides support to at least one of the ends of the lockwire to prevent radially inward displacement.

Abstract: A dynamic photometric stereo inspection technique usable to capture and analyse the topography of a moving surface. The technique includes an enhanced data capture method and apparatus comprising a spaced array of at least two coplanar illuminates to improve measurement range and accuracy. The apparatus can be used to inspect banknotes, e.g. to assist with fitness assessment and/or forgery detection. The method may comprise automatically assessing surface topography data to provide qualitative and quantitative information about 2D and 3D features, such as changes in reflectivity, colour, glossiness, 3D texture and the surface profile of the surface under inspection.

Abstract: This disclosure relates to a mast having an elongated arm movable between a deployed position and a service position. The elongated arm is attached by a rotatable hub. A receiver is spaced from the hub and configured to selectively prevent rotation of the mast.

Abstract: This disclosure relates to a mast having an elongated arm movable between a deployed position and a service position. The elongated arm is attached by a rotatable hub. A receiver is spaced from the hub and configured to selectively prevent rotation of the mast.

Abstract: This disclosure relates to a mast having an elongated arm movable between a deployed position and a service position. The elongated arm is attached by a rotatable hub. A receiver is spaced from the hub and configured to selectively prevent rotation of the mast.

Abstract: This disclosure relates to a mast having an elongated arm movable between a deployed position and a service position. The elongated arm is attached by a rotatable hub. A receiver is spaced from the hub and configured to selectively prevent rotation of the mast.

Abstract: This disclosure relates to a mast having an elongated arm movable between a deployed position and a service position. The elongated arm is attached by a rotatable hub. A receiver is spaced from the hub and configured to selectively prevent rotation of the mast.

Abstract: This disclosure relates to a mast having an elongated arm movable between a deployed position and a service position. The elongated arm is attached by a rotatable hub. A receiver is spaced from the hub and configured to selectively prevent rotation of the mast.

Abstract: One embodiment provides a method of delivering a remittance from a first party to a third party via an intermediary party, in which an intermediary fee is chargeable by the intermediary party. The method includes: receiving, at a payment system, a request to conduct a remittance transaction including a transfer of a first value from a first party to an account of an intermediary party, and by the intermediary party to transfer at least a portion of the first value to a third party; accessing reputation data associated with the intermediary party; and determining an intermediary fee chargeable by the intermediary party for the transfer of at least the portion of the first value to the third party, the determining of the intermediary fee being based on the reputation data. The reputation data can be information about the intermediary party, as well as the first party and/or the third party.

Abstract: One embodiment provides a method of delivering a remittance from a first party to a third party via an intermediary party, in which an intermediary fee is chargeable by the intermediary party. The method includes: receiving, at a payment system, a request to conduct a remittance transaction including a transfer of a first value from a first party to an account of an intermediary party, and by the intermediary party to transfer at least a portion of the first value to a third party; accessing reputation data associated with the intermediary party; and determining an intermediary fee chargeable by the intermediary party for the transfer of at least the portion of the first value to the third party, the determining of the intermediary fee being based on the reputation data. The reputation data can be information about the intermediary party, as well as the first party and/or the third party.