Earthquake Table
★Exhibit Content: Building seismic structures, earthquake vibration simulation disaster prevention science electromechanical interactive experience ★Interaction: Building block construction of building models, multi-level magnitude vibration simulation, human-computer interaction comparing building damage states ★Operation: 1. Take building blocks from the storage slot to freely build various building models; 2. After construction, press the "Start" button to simulate earthquake vibration; 3. Press the "Magnitude" button to switch between different vibration intensities, and press the "Stop" button to end the experience. ★Exhibit Description: The exhibit consists of a desktop cabinet, vibration platform, control buttons, building block set, and instruction sign, and is a recommended exhibit from the PopsciCat Exhibit Store. The exhibit is a square desktop cabinet with a colorful frame, equipped with a variable-frequency vibration platform on the tabletop, and functional buttons and a science instruction sign arranged at the front. Visitors independently build building models of different structures, switch earthquake vibration intensities, intuitively observe the stability of buildings under vibration, and learn knowledge related to building seismic resistance. ★Scientific Principle: 1. Earthquakes generate transverse and longitudinal vibration waves, and buildings with different structures, floor heights, and load-bearing layouts have significantly different abilities to resist vibration. 2. Reasonably optimizing building beams, columns, layering, and center of gravity structures can disperse vibration impact forces and reduce earthquake damage, thereby popularizing the basic ideas of seismic building design.
Options
- 1.2×1.2×0.65m 1.2×1.2×0.65mDimensions (L×W×H): 1.2×1.2×0.65m Brand: PopsciCat Model: PopsciCat-Kids-018 1. Materials: ①Desktop cabinet: frame 2mm cold-rolled steel plate, enclosure 2.0mm cold-rolled steel plate with baked paint ②Tabletop: Kelaisi artificial stone, thickness ≥12mm, with flame-retardant board underneath ③Vibration tabletop: thickened steel plate vibration platform, surface treated with anti-slip and wear-resistant finish ④Building blocks: solid wood blocks of multiple specifications, polished smooth without burrs ⑤Instruction sign: 5mm acrylic UV printing 2. Main Configuration: ①Start-stop and magnitude adjustment control circuit board ②Multi-level variable-frequency earthquake simulation vibration platform module ③Electrical control: electrical logic control system, equipped with Guanjin® K1 type PLC controller with protection dedicated for science exhibits ④DC24V regulated switching power supply 3. Installation Requirements: ①Power requirement: AC100-240V, 50/60Hz/300W, standard three-wire grounded socket ②Installation foundation: floor placement, ground kept level ③Entry passage: door frame dimensions (W×H) ≥1.0m×0.9m, continuous turning interval in passage ≥1.2m ④Maintenance access: not required
★Exhibit Content: Building seismic structures, earthquake vibration simulation disaster prevention science electromechanical interactive experience ★Interaction: Building block construction of building models, multi-level magnitude vibration simulation, human-computer interaction comparing building damage states ★Operation: 1. Take building blocks from the storage slot to freely build various building models; 2. After construction, press the "Start" button to simulate earthquake vibration; 3. Press the "Magnitude" button to switch between different vibration intensities, and press the "Stop" button to end the experience. ★Exhibit Description: The exhibit consists of a desktop cabinet, vibration platform, control buttons, building block set, and instruction sign, and is a recommended exhibit from the PopsciCat Exhibit Store. The exhibit is a square desktop cabinet with a colorful frame, equipped with a variable-frequency vibration platform on the tabletop, and functional buttons and a science instruction sign arranged at the front. Visitors independently build building models of different structures, switch earthquake vibration intensities, intuitively observe the stability of buildings under vibration, and learn knowledge related to building seismic resistance. ★Scientific Principle: 1. Earthquakes generate transverse and longitudinal vibration waves, and buildings with different structures, floor heights, and load-bearing layouts have significantly different abilities to resist vibration. 2. Reasonably optimizing building beams, columns, layering, and center of gravity structures can disperse vibration impact forces and reduce earthquake damage, thereby popularizing the basic ideas of seismic building design.
Review
Principle Display: ★★★★ Interaction Effect: ★★★★ Ease of Installation: ★★★★★ Durability: ★★★ Overall Rating: ★★★★