![]() ![]() I abandoned further development once I realized Flash was all but dead. The original version of this complete biblical genealogy graphic was an Adobe Flash application that zoomed in on people when searching and highlighted their complete lineage. We should do the same for maps of ancient Israel, surrounding kingdoms, and New Testament lands. The Pelagios project hosts a map like this of the ancient Greco-Roman world. Unlike static images, these maps would show regional names first, reveal large cities after zooming, then smaller areas when zooming further. New features from Mapbox and Carto are making it easier to create custom maps that could show ancient place names and borders. All of these use background layers which show modern borders and roads or else show little more than land features. I have a map at viz.bible/explore/places with marks sized by verse count. Some sites show places from the Bible overlaid as default placemarks on a standard Google map. Visually encoding broad themes and connections among biblical subjects is an effective way to do that (and we’ve been doing it for centuries). I want to learn something from it, then teach others what I’ve learned. If you make solid progress or want to work together, let me know. If you have found this list of ideas and know a thing or two about technology, find a section below that matches your passion. I’m asking for help from the rare people interested in the Bible who also have skills wrangling data or writing code. Now, there are more things on my list than I can ever create by myself. Over the years, I’ve built a collection of Bible-related data, created visualizations, and developed several ways to explore interesting facts. Nearly every week I dream of new ways to communicate scripture in a digital world. SD card or Ethernet for easy data transfer and remote service, allowing for more in-depth process analysis.Ideas pile up in my notebooks and spreadsheets at a faster pace than I can check them off. With the SENCOM 4.0 Platform, upgrading to the next generation SMART product is easy, and an upgrade transfer can be done at any time with little impact on operations. In addition to being a high performance standalone analyzer, the FLXA402 is also a component of the new Yokogawa SENCOM 4.0 Platform, a SMART sensor system that simplifies in field maintenance and calibration. This transition can affect plant operations and take time to fully implement. Industrial automation is moving toward SMART products, with sensors changing from analog to digital SMART. FLXA402 allows for the connection of up to five possible sensors resulting in a reduction in CAPEX and OPEX. The FLEXA ™ series analyzer features a modular design with replaceable sensor modules, enabling the construction of a variety of systems. Advanced Flexibility: Modular Design for Increased Scalability The interactive screen is housed in a robust aluminum die-cast housing. The display of sensor status and estimated maintenance time improve efficiency. The FLEXA ™ series analyzer provides improved operability with intuitive touchscreen operation, featuring a clear display and user-friendly indication with 9 languages. Online Sensor Wellness checking for predictive maintenanceĮxpert Guide: Clear Touch Panel Display for Improved Operability.Continuous measurement of sensor impedance, asymmetric potential, and slope, and continuous monitoring for electrode contamination/damage, burnout, and a decline in measurement liquid level (ex.With the FLXA402, one analyzer can accept: pH/ORP, Contacting Conductivity (SC), Inductive Conductivity (ISC), Dissolved Oxygen (DO), and Optical Dissolved Oxygen Sensors with self-diagnostic capabilities. Multiple sensor measurement offers additional functionalities including a variety of calculated data as well as the option to program the analyzer as a redundant system. The FLXA402 can connect up to five sensors, realizing interruption-free measurement even during maintenance. OpreX IT/OT Security Operations Center (SOC)įLXA402 Features Support of Up to Five Sensors OpreX Customer Service Management Software OpreX Data Model Broker / Design Data Validation Real-time Plant Data Sharing Service (Web*Technician™)ĭigital Plant Operation Intelligence (DPI) Quality Stabilization System Predictive Maintenance of Pump Cavitation (Cavitation Detection System)Īdvanced Analytical Instrument Management System (AMADAS)įluidCom™ Chemical Injection Flow Controller Remote Plant Performance Operation and Remote Consulting (KBC Co-Pilot Program) OpreX Laboratory Information Management System Platform for Advanced Control and Estimation (Advanced Process Control) Visual MESA Production Accounting (VM-PA)Ĭloud Inventory Management Solutions (Web*VMI™) Visual MESA Supply Chain Scheduling (VM-SCS)
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