The Turck Cloud solution uses pre-configured data evaluation for industrial tasks, data security, and simple processing in visualization. Turck launched the Turck Cloud Solutions service at the Hannover Messe. Data is transferred directly from Turck's controllers and I/O components to the industrial cloud. To this end, Turck uses the Kolibri protocol recently acquired from Beck IPC, which ensures encrypted communication with industrial clouds. As a result, users can save and evaluate production data in the Turck cloud – whether it is monitoring tasks or optimizing production processes and plants. Compared to other systems, Turck Cloud has the advantage of being able to easily select relevant data in the controller with the click of a mouse. The cloud user interface can then arrange the data directly in the cluster and logically organize it in graphical form without any additional configuration. Customers can choose to efficiently centrally host their data by Turck, or choose a local system to install Turck Cloud software on their own servers. Centrally hosted systems can also be registered as custom clouds by users. In this way, the cloud user interface can be adapted to the customer's brand and corporate design. This version is especially popular for OEMs who want to offer cloud services to their customers as machine and factory options. Turck is developing other features and versions of the cloud solution. For example, industrial servers for control cabinet installation (IP20) and field (IP67) installations are also being planned. Mülheim experts plan to make their cloud software more valuable through self-learning algorithms. This will allow the machine to detect problems early (predictive maintenance), propose solutions to problems, and automatically resolve problems if necessary with accurate information provided by the relevant service technician. Triangular prisms are optically transparent bodies with triangular cross-sections. It is an optical instrument with a triangular cross-section made of transparent materials. It is a kind of dispersive prism, which can cause the polychromatic light to be dispersed when passing through the prism.
Because the same medium has different refractive indexes for various monochromatic lights, according to the law of refraction, the deflection angle of each monochromatic light will also be different. Therefore, the white light passes through the prism to separate the monochromatic lights, forming seven colors of red, orange, yellow, green, blue, indigo, and purple, that is, dispersion.
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Light enters from one side of the prism and exits from the other side. The outgoing light will be deflected toward the bottom surface (the third side). The deflection angle is related to the refractive index of the prism, the apex angle and the incident angle of the prism.
White light is a polychromatic light composed of various monochromatic lights. The same medium has different refractive indexes for different colors of light, so the speed of different colors of light propagating in the same medium will be different.