Mechanical Rhythm
★Interaction: Mechanical and electromechanical interaction ★Exhibit Description: This exhibit is an interactive science education tool that integrates multiple mechanical transmission mechanisms and physical principles. Through a series of ingeniously designed mechanical devices, balls are transferred and moved between modules, demonstrating basic principles in mechanics, mechanical engineering, and electronics to the audience. ★Exhibit Composition: 1. Clown Unicycle: Demonstrates the principle of chain transmission. By turning the handwheel, the unicycle wheel rotates, transporting the ball to the exit track. 2. Step Lifting and Spiral Descending Mechanism: Demonstrates the step lifting mechanism and spiral descending mechanism. The motor drives a bevel gear transmission to a cam mechanism, causing the ball to move on the steps. 3. Robotic Arm: Through control, demonstrates how the robotic arm grasps and carries the ball. 4. Multi-link Lifting Mechanism: Demonstrates how a multi-link mechanism converts circular motion into reciprocating linear motion to lift the ball. 5. Rotating Robotic Arm: Demonstrates how a robotic arm controlled by a gear mechanism carries the ball. 6. Giant Wheel: Demonstrates the principles of internal and external gear meshing in gear transmission. 7. Binary: Performs binary calculations based on the ball's drop position, demonstrating the principle of binary. 8. Gear Lifting Mechanism: Demonstrates the principles of gear transmission and synchronous belt pulley transmission. 9. Color Sorting Mechanism: The process of sorting balls by color. 10. Flipping Chain Lifting Mechanism: Demonstrates the principles of sprocket transmission and linkage transmission.
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- 4.0*4.0*2.0m 4.0*4.0*2.0mDimensions (unit: m): 4.0*4.0*2.0m Brand: KexMall Model: PopsciCat-mechanics-025 1. Materials: Cold-rolled steel, stainless steel, aluminum alloy, acrylic, etc. 2. Main Configuration: Robotic Arm: Aluminum alloy machined components + stepper motor drive Interactive Mechanism: Transparent acrylic handwheel + stainless steel machined components + transmission components Motor Drive Mechanism: Gear motor + mounting bracket + control elements 3. Installation Requirements: ① Power Requirement: AC100-240V, 50/60Hz500w ② Installation Base: Direct placement ③ Entry Passage: Entry passage: Door frame dimensions (width × height) ≧1.0m×2.0m, continuous turning interval ≧3m ④ Maintenance Access: Not required
★Interaction: Mechanical and electromechanical interaction ★Exhibit Description: This exhibit is an interactive science education tool that integrates multiple mechanical transmission mechanisms and physical principles. Through a series of ingeniously designed mechanical devices, balls are transferred and moved between modules, demonstrating basic principles in mechanics, mechanical engineering, and electronics to the audience. ★Exhibit Composition: 1. Clown Unicycle: Demonstrates the principle of chain transmission. By turning the handwheel, the unicycle wheel rotates, transporting the ball to the exit track. 2. Step Lifting and Spiral Descending Mechanism: Demonstrates the step lifting mechanism and spiral descending mechanism. The motor drives a bevel gear transmission to a cam mechanism, causing the ball to move on the steps. 3. Robotic Arm: Through control, demonstrates how the robotic arm grasps and carries the ball. 4. Multi-link Lifting Mechanism: Demonstrates how a multi-link mechanism converts circular motion into reciprocating linear motion to lift the ball. 5. Rotating Robotic Arm: Demonstrates how a robotic arm controlled by a gear mechanism carries the ball. 6. Giant Wheel: Demonstrates the principles of internal and external gear meshing in gear transmission. 7. Binary: Performs binary calculations based on the ball's drop position, demonstrating the principle of binary. 8. Gear Lifting Mechanism: Demonstrates the principles of gear transmission and synchronous belt pulley transmission. 9. Color Sorting Mechanism: The process of sorting balls by color. 10. Flipping Chain Lifting Mechanism: Demonstrates the principles of sprocket transmission and linkage transmission.
- 6.0*1.5*2.0m 6.0*1.5*2.0mDimensions (unit: m): 6.0*1.5*2.0m Brand: KexMall Model: PopsciCat-mechanics-026 1. Materials: Cold-rolled steel, Kelesi artificial stone, stainless steel, aluminum alloy, acrylic, etc. 2. Main Configuration: Robotic Arm: Aluminum alloy machined components + stepper motor drive Interactive Mechanism: Transparent acrylic handwheel + stainless steel machined components + transmission components Motor Drive Mechanism: Gear motor + mounting bracket + control elements 3. Installation Requirements: ① Power Requirement: AC100-240V, 50/60Hz500w ② Installation Base: Direct placement ③ Entry Passage: Entry passage: Door frame dimensions (width × height) ≧1.0m×2.0m, continuous turning interval ≧3m ④ Maintenance Access: Not required
★Interaction: Mechanical and electromechanical interaction ★Exhibit Description: This exhibit is an interactive science education tool that integrates multiple mechanical transmission mechanisms and physical principles. Through a series of ingeniously designed mechanical devices, balls are transferred and moved between modules, demonstrating basic principles in mechanics, mechanical engineering, and electronics to the audience. ★Exhibit Composition: 1. Clown Unicycle: Demonstrates the principle of chain transmission. By turning the handwheel, the unicycle wheel rotates, transporting the ball to the exit track. 2. Step Lifting and Spiral Descending Mechanism: Demonstrates the step lifting mechanism and spiral descending mechanism. The motor drives a bevel gear transmission to a cam mechanism, causing the ball to move on the steps. 3. Robotic Arm: Through control, demonstrates how the robotic arm grasps and carries the ball. 4. Multi-link Lifting Mechanism: Demonstrates how a multi-link mechanism converts circular motion into reciprocating linear motion to lift the ball. 5. Rotating Robotic Arm: Demonstrates how a robotic arm controlled by a gear mechanism carries the ball. 6. Giant Wheel: Demonstrates the principles of internal and external gear meshing in gear transmission. 7. Binary: Performs binary calculations based on the ball's drop position, demonstrating the principle of binary. 8. Gear Lifting Mechanism: Demonstrates the principles of gear transmission and synchronous belt pulley transmission. 9. Color Sorting Mechanism: The process of sorting balls by color. 10. Flipping Chain Lifting Mechanism: Demonstrates the principles of sprocket transmission and linkage transmission.
Review
Principle Display: ★★★★★ Interaction Effect: ★★★★★ Ease of Installation: ★★★ Durability: ★★★ Overall Rating: ★★★★★