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An engineering schematic and brochure infographic illustrating EN 12299 ride-quality compliance for rail vehicles.

An engineering schematic and brochure infographic illustrating EN 12299 ride-quality compliance for rail vehicles.

Objective Create a polished, brochure‑style A4 visual explaining EN 12299 ride‑quality compliance. The graphic must serve as both an engineering schematic and a marketing‑ready illustration. It should visually communicate how EN 12299:2009 defines comfort indices, frequency weighting, sampling requirements, and the N_MV computation pipeline. Include a subtle TSR Engineering watermark in the bottom‑right corner. Overall Style Brochure aesthetic: clean, modern, teal/blue palette, soft gradients, thin-line engineering diagrams, clear typography (sans-serif, medium weight). Use visual hierarchy to make the diagram readable at a glance. Core Components to Include 1. Axes & Coordinate System Depict the three axes used in EN 12299 ride comfort measurement: X-axis – longitudinal Y-axis – lateral Z-axis – vertical Represent these as a simple 3D coordinate triad emerging from a stylized rail vehicle floor. Label each axis clearly. 2. Smartphone Sensor Placement Illustrate a smartphone mounted rigidly to the vehicle floor above the bogie/truck. Include: Mounting bracket Orientation aligned to vehicle axes Annotation: “Smartphone accelerometer sampling at 200 Hz (0.4–100 Hz band)” GPS icon with note: “GPS location recorded with every sample” 3. EN 12299 Frequency Weighting Filters Create a block diagram showing the two weighting filters: Wd filter for X/Y axes Wb filter for Z axis Use color-coded blocks (blue for Wd, green for Wb). Add a note: “Filters per EN 12299 Annex C frequency Mehr sehen