Flower Pollination
★Exhibit Content: Simulate the entire process of bees pollinating flowers. Visitors complete pollination interaction by manipulating a bee model, and learn about the biological knowledge of insect pollination. ★Interaction: Mechanical interaction ★Operation: 1. Select the bee model and move it to a flower with "pollen" to attract iron pollen; 2. Carry the bee model to another flower, lift the bee model, and let the "pollen" fall onto the flower to complete a pollination experience. ★Exhibit Description: This exhibit is a flower-shaped tabletop cylindrical vertical science popularization interactive exhibit. It consists of a flower-shaped tabletop, a cylindrical base, a magnetic bee model, and flower pattern panels. It is a recommended exhibit from the KexMall exhibit mall. Visitors move the bee model on the tabletop, using a magnet to attract iron filings to simulate pollen collection. After moving to the target flower, they lift the model, and the iron filings fall to simulate pollen dropping, completing the pollination simulation. The exhibit requires no power supply, combines biological pollination knowledge with magnetic phenomena, and interestingly demonstrates natural pollination scenes. It is suitable for teenagers to learn about biology and basic physics in a linked manner. ★Scientific Principle: In nature, when bees collect nectar, pollen adheres to their bodies. When they fly to other flowers, the pollen falls off, achieving plant pollination, which is an important condition for plants to produce fruits and seeds. In the exhibit, iron filings simulate pollen, and the bee model has a built-in magnet. Utilizing the magnetic principle that magnets can attract materials such as iron, cobalt, and nickel, it achieves picking up and releasing "pollen", combining magnetic physical phenomena with biological pollination processes.
Options
- 1.0m×1.0m×0.75m 1.0m×1.0m×0.75mDimensions (unit: m): 1.0m×1.0m×0.75m Brand: KexMall Model: PopsciCat-Kids-012 1. Materials: ① Base shell: 2mm cold-rolled steel plate, surface baked paint ② Flower-shaped tabletop: eco-friendly board, surface laminated with printed pattern ③ Bee model: ABS engineering plastic with built-in magnet ④ Tabletop protective panel: high-transparency acrylic ⑤ Instruction sign: 5mm acrylic UV printing 2. Main configuration: ① Magnetic bee component ② Iron filing pollen particles ③ Positioning guide groove 3. Installation requirements: ① Power requirement: no power supply needed ② Installation base: flat ground, direct floor placement ③ Entry passage: door frame size (width×height) ≥0.8m×1.0m, continuous turning interval ≥1.5m ④ Maintenance access: not required
★Exhibit Content: Simulate the entire process of bees pollinating flowers. Visitors complete pollination interaction by manipulating a bee model, and learn about the biological knowledge of insect pollination. ★Interaction: Mechanical interaction ★Operation: 1. Select the bee model and move it to a flower with "pollen" to attract iron pollen; 2. Carry the bee model to another flower, lift the bee model, and let the "pollen" fall onto the flower to complete a pollination experience. ★Exhibit Description: This exhibit is a flower-shaped tabletop cylindrical vertical science popularization interactive exhibit. It consists of a flower-shaped tabletop, a cylindrical base, a magnetic bee model, and flower pattern panels. It is a recommended exhibit from the KexMall exhibit mall. Visitors move the bee model on the tabletop, using a magnet to attract iron filings to simulate pollen collection. After moving to the target flower, they lift the model, and the iron filings fall to simulate pollen dropping, completing the pollination simulation. The exhibit requires no power supply, combines biological pollination knowledge with magnetic phenomena, and interestingly demonstrates natural pollination scenes. It is suitable for teenagers to learn about biology and basic physics in a linked manner. ★Scientific Principle: In nature, when bees collect nectar, pollen adheres to their bodies. When they fly to other flowers, the pollen falls off, achieving plant pollination, which is an important condition for plants to produce fruits and seeds. In the exhibit, iron filings simulate pollen, and the bee model has a built-in magnet. Utilizing the magnetic principle that magnets can attract materials such as iron, cobalt, and nickel, it achieves picking up and releasing "pollen", combining magnetic physical phenomena with biological pollination processes.
Review
Principle Display: ★★ Interaction Effect: ★★★★ Ease of Installation: ★★★★★ Durability: ★★★★ Overall Rating: ★★★