Abstract: One or more embodiments of the present invention relates to an energy supply circuit for a CT system. The energy supply circuit comprises a stationary energy distribution device, a co-rotating bias voltage supply device, a standard energy supply path having an energy transmission device between the stationary energy distribution device and the co-rotating bias voltage supply device and an alternatively connectable service energy supply path having a voltage protection device. A computed tomography system is also described. Further, a production method for producing an energy supply circuit for a CT system is described. In addition, a method for operating a CT system is described.

Abstract: Provided, in one aspect, is a groove measurement system. The groove measurement system, according to this aspect, includes a go measurement apparatus, the go measurement apparatus having first and second go gages protruding from one or more surfaces thereof, the first go gage having a go width (WG) generally equal to a minimum desirable groove width (WMI) of a desired groove, and the second go gage having a go depth (DG) generally equal to the minimum desirable groove depth (DMI). The groove measurement system, according to this aspect, additionally include a no-go measurement apparatus, the no-go measurement apparatus having first and second no-go gages protruding from one or more surfaces thereof, the first no-go gage having a no-go width (WNG) greater than the maximum desirable groove width (WMA), and the second no-go gage having a no-go depth (DNG) generally equal to the maximum desirable groove depth (DMA).

Abstract: A technique is provided for scalable reconciliation of a plurality of crypto assets between an offline wallet and an online wallet in a blockchain network. The technique includes receiving a request for reconciliation of a plurality of transactions from a trading platform; triggering the blockchain network to generate a smart contract, wherein the smart contract comprises information indicative of a quantity of the plurality of crypto assets to be shifted between the offline wallet and the online wallet; and reconciling the plurality of crypto assets between the offline wallet and the online wallet based on the generated smart contract and a public address, wherein the reconciling comprises transferring by the blockchain network a pre-defined number of a plurality of packets containing at least one of: a first part of a private multi-signature key and a second part of the multi-signature private key.

Abstract: A bulk deposit can be made at a financial institution based on dealings between a remitter and the remitter's agent. Information concerning transactions between the agent and the agent's customers, may be transferred by the agent to the remitter and, in turn, from the remitter to a service provider that is distinct from the agent, the remitter, and the remitter's bank. The service provider can generate a deposit slip and store in a database, information about the slip. This deposit slip may be marked with transaction amounts for the agent's customers, the bulk cash to be deposited; and a summary of any discrepancy between the two. The provider may make available to the financial institution at least some of the transaction information including its correlation to the deposit slip, and detail greater than that produced on the deposit slip.

Abstract: A bulk deposit can be made at a financial institution based on dealings between a remitter and the remitter's agent. Information concerning transactions between the agent and the agent's customers, is transferred by the agent to the remitter and, in turn, from the remitter to a service provider that is distinct from the agent, the remitter, and the remitter's bank. The service provider can generate a deposit slip and store in a database, information about the slip. This deposit slip is marked with (a) transaction amounts for the agent's customers, (b) the bulk cash to be deposited; and (c) a summary of any discrepancy between the two. The provider makes available to the financial institution at least some of the transaction information including (a) its correlation to the deposit slip, and (b) detail greater than that produced on the deposit slip.

Abstract: Processing is described for magnetic resonance measurements of granular material in the reciprocal Fourier domain to determine grain size distribution and/or pore size distribution in the granular material. In some examples, the granular material is a rock from subterranean reservoir containing water, oil, gas or a combination thereof. The processing of the magnetic resonance data can include a Bayesian analysis and can be used to provide information on length scales below the resolution obtained practicably in conventional magnetic resonance imaging experiments.

Abstract: A bulk deposit can be made at a financial institution based on dealings between a remitter and the remitter's agent. Information concerning transactions between the agent and the agent's customers, is transferred by the agent to the remitter and, in turn, from the remitter to a service provider that is distinct from the agent, the remitter, and the remitter's bank. The service provider can generate a deposit slip and store in a database, information about the slip. This deposit slip is marked with (a) transaction amounts for the agent's customers, (b) the bulk cash to be deposited; and (c) a summary of any discrepancy between the two. The provider makes available to the financial institution at least some of the transaction information including (a) its correlation to the deposit slip, and (b) detail greater than that produced on the deposit slip.

Abstract: A method and system for optimizing truss cutting and pre-cutting of lumber having a computer controlled sequence for cutting based on data representative of truss members, optimizing the combination of said lengths of a plurality of members to be cut from stock to minimize waste and identifying the order for cutting said stock into member lengths. The system and method iteratively compares member lengths to stock lumber lengths to optimize the cutting process and determines storage and cutting sequences.