Abstract: An industrial software management system uses subscription tokens to license industrial software to customers. According to an example licensing structure, a software customer can purchase subscription tokens that are shared among users within the customer's organization and that allow those users to check out and use industrial software products. The subscription tokens regulate the number of software product instances that may be used concurrently by the users. When a user checks out a software product for use, the customer's total number of available subscription tokens commensurate with a cost of the selected software product. When the user relinquishes use of the product, the subscription tokens are returned to the pool of available tokens. Users may only check out a software product for use is if a sufficient number of unused subscription tokens are available.

Abstract: An industrial software management system uses utility crediting to license industrial software to customers. According to an example licensing structure, a software customer can purchase utility credits that grant the customer use of a software product, limited by a usage metric defined by the utility credits. Depending on the type of software product, the usage metric may be a function of processing usage by the product, an amount of storage consumed by the product, a number of processing cores used, product utilization time, a number of times a specific feature of the product is used, or other such metrics. Utility credits can be as granular and scalable as necessary, and different usage drawdown rates can be defined depending on the type of software application, customer agreements, or other factors.

Abstract: A cloud-based digital twin modeling and testing system is capable of hosting multiple applications that can be used to simulate and test versions of a control design prior to deployment, including but not limited to control programming applications, controller emulation applications, machine simulation applications, or other such platforms. The digital twin modeling environment renders an interface display that allows a user to easily build a testable digital model of a control system by connecting components of a proposed control project to these applications. The system also allows the user to define inputs and test scenarios to be executed as a simulation. Based on the connections, inputs, and test scenarios defined by the user, the modeling system leverages the hosted applications as needed to execute the defined test scenarios and generate predicted metrics for the proposed control system design.

Abstract: A cloud-based Industrial Development Hub (IDH) supports development and testing capabilities for industrial customers that are easy to use and offered as a service. The IDH comprises an enhanced storage platform and associated design tools—collectively referred to as the Vault—which serves as a repository on which customers can store control project code, device configurations, and other digital aspects of an industrial automation project. The IDH system can facilitate discovery and management of digital content associated with control systems, and can be used for system backup and restore, code conversion, and version management. In addition, the IDH includes analytic tools that can analyze industrial control projects submitted by user and generate project telemetry data based on the analysis. The system can translate this project telemetry data to various types of relational maps that visualized dependencies between data producers and consumers from a control standpoint.

Abstract: A cloud-based Industrial Development Hub (IDH) supports development and testing capabilities for industrial customers that are easy to use and offered as a service. The IDH comprises an enhanced storage platform and associated design tools-collectively referred to as the Vault-which serves as a repository on which customers can store control project code, device configurations, and other digital aspects of an industrial automation project. The IDH system can facilitate discovery and management of digital content associated with control systems, and can be used for system backup and restore, code conversion, and version management. In addition, the IDH includes analytic tools that can analyze industrial control projects submitted by user and generate project telemetry data based on the analysis. The system can translate this project telemetry data to various types of relational maps that visualized dependencies between data producers and consumers from a control standpoint.

Abstract: An airflow management kit includes a plurality of vertical support posts and horizontal members that are configured to form a generally rectangular frame when assembled. The kit further includes sidewall blanking panels. When the kit is assembled and used with one or more IT racks, openings in the frame are covered by the sidewall blanking panels and one or more IT racks.

Abstract: The invention provides a modular, configurable aisle isolation and containment system that may function as a hot aisle or as a cold aisle. The data center air routing system of the invention comprises one or more free-standing, essentially identical, modular system units. Each modular unit comprises two sidewalls, a ceiling, and a door or panel at either end to form an interior, enclosed aisle. Two or modular units may be coupled together end-to-end. Each modular unit further comprises one or more sidewall blanking panels that may be removed to create gaps of varying height and width to accommodate one or more IT racks. Each modular unit may also include one or more ceiling-mounted air ducts, baffles and fans to manage air flow.

Abstract: The invention provides modular air management devices for directing or diverting air flow within an equipment cabinet or enclosure to provide adequate cooling for non-“front to back” breathing electronic devices, and include a scoop assembly, a tray assembly, a vertical mount assembly, and a shroud assembly. The air management devices are designed to direct air flow to and from “side to side” breathing and “side inlet, rear exhaust” electronic equipment. The assemblies may be mounted inside or outside enclosure rails and may be augmented with fan assemblies.