Mirror Cube
Operation: Turn the handwheel to control the inclined plate moving up and down, and observe the changes in the image on the mirror surface. Function Overview: The exhibit consists of a mirror assembly made of a set of fully reflective flat mirrors and an inclined plate in the middle. LED strips are installed on the inclined plate. Turning the handwheel drives the inclined plate to move up and down, and a cube shape is formed in the mirror assembly model. Scientific Principle: Why does a triangular plate become a cube under the reflection of the mirrors? As the handwheel turns, the protruding inclined plate becomes an increasingly larger right isosceles triangle. With the inclined plate as the boundary, the two upper mirror surfaces are perpendicular to each other, and the two lower mirror surfaces are also perpendicular to each other. Because the mirror surfaces are perpendicular to each other, the images they reflect coincide. Through this special design, a complete face of the "cube" can be reflected between the inclined plate and the two adjacent mirrors. The four mirrors intersect in pairs, so the top, front, left, and right faces of the "cube" can be seen. Since at most three faces of a cube can be seen at the same time, as the inclined plate moves up and down, the "cube" appears accordingly. If the angle of the mirrors is adjusted, how will the image change? After going home, try it with several mirrors at angles such as 60°, 90°, and 120°.
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- 0.9×0.6×1.17 0.9×0.6×1.17Overall Dimensions: 0.9×0.6×1.17 Brand: PopsciCat Model: PopsciCat-Medium-022 Materials: ①Exhibit Stand: 2.0mm cold-rolled steel plate, dimensions not less than 0.75×0.45×0.7m, surface baked paint (or electrostatic powder coating), reserved floor feet for later height adjustment and four-corner balance, reserved pin-type AC female socket position for power supply to electrical exhibits ②Tabletop: High-quality flame-retardant fiberglass material, total thickness with edge ≧100mm ③Instruction Sign: Acrylic UV high-precision inkjet printing, thickness ≧3mm ④Maintenance Door: 2.0mm cold-rolled steel plate, surface baked paint (or electrostatic powder coating) ⑤Protective Cover: Transparent acrylic + cold-rolled steel plate baked paint ⑥Demonstration Mechanism Bracket: Plastic baked paint 2. Main Configuration: ①Electrical Control: Electrical logic control system, equipped with Guanjian® K1 type PLC controller with protection specially for science exhibit ②Switching Power Supply: AC-DC S-60-12/24, input AC100-240V, 50/60Hz, output power 60W ③LED Strip: DC 12V color Energy Requirements: AC100-240V, 50/60Hz 100W (standard three-wire socket)
Operation: Turn the handwheel to control the inclined plate moving up and down, and observe the changes in the image on the mirror surface. Function Overview: The exhibit consists of a mirror assembly made of a set of fully reflective flat mirrors and an inclined plate in the middle. LED strips are installed on the inclined plate. Turning the handwheel drives the inclined plate to move up and down, and a cube shape is formed in the mirror assembly model. Scientific Principle: Why does a triangular plate become a cube under the reflection of the mirrors? As the handwheel turns, the protruding inclined plate becomes an increasingly larger right isosceles triangle. With the inclined plate as the boundary, the two upper mirror surfaces are perpendicular to each other, and the two lower mirror surfaces are also perpendicular to each other. Because the mirror surfaces are perpendicular to each other, the images they reflect coincide. Through this special design, a complete face of the "cube" can be reflected between the inclined plate and the two adjacent mirrors. The four mirrors intersect in pairs, so the top, front, left, and right faces of the "cube" can be seen. Since at most three faces of a cube can be seen at the same time, as the inclined plate moves up and down, the "cube" appears accordingly. If the angle of the mirrors is adjusted, how will the image change? After going home, try it with several mirrors at angles such as 60°, 90°, and 120°.