1、 Title of work
DIYLaser cutting wooden night light
2、 Manufacturing materials
1. Subject3mmLimestone boards are all cut with laser cutting machines to produce buckle splicing parts
2. Circuit:LEDSmall light bulb, red and black wire5Number battery box (passive basic circuit)
3. Fixed: snap on mortise and tenon structure, no glue/A small amount of adhesive reinforcement
3、 Structural design highlights
1. Splicing method: The overall design adopts laser standard mortise and tenon buckle, with segmented splicing of the lamp post and integrated cutting of the base cat claw shape. It is easy to disassemble and assemble, and does not require a large amount of glue to fix
2. Lamp shade design: The upper square hollow lamp compartment has a top flip cover that can be opened and closed, making it easy to replace light bulbs and repair circuits
3. Base: Cat claw shaped chassis increases contact area, ensures stable placement, and prevents the desk lamp from tipping over
4、 Principle explanation
Basic series circuit: battery box power supply → wire connectionLEDLamp beads, when the circuit is closed, the light bulb emits light to achieve lighting function, belonging to simple electrical manual.
5、 Production steps
1. CADDrawing: Draw the disassembled part drawings of the base, lamp post, and lampshade, and mark the buckle dimensions
2. Laser cutting: Import drawings, laser machine cuts wooden parts
3. Assembly: Jointing bracket with mortise and tenon buckle and lampshade
4. Wiring: Connect the battery box in series withLEDLamp, fixed circuit completed finished product
| Processing Technology | processed material | pattern | power(%) | speed(mm/s) | processing times |
|---|---|---|---|---|---|
| cutting | 3 | Horizontal unidirectional | 90 | 30 | 1 |
Materials
1. Subject3mmLimestone boards are all cut with laser cutting machines to produce buckle splicing parts
2. Circuit:LEDSmall light bulb, red and black wire5Number battery box (passive basic circuit)
3. Fixed: snap on mortise and tenon structure, no glue/A small amount of adhesive reinforcement
3、 Structural design highlights
1. Splicing method: The overall design adopts laser standard mortise and tenon buckle, with segmented splicing of the lamp post and integrated cutting of the base cat claw shape. It is easy to disassemble and assemble, and does not require a large amount of glue to fix
2. Lamp shade design: The upper square hollow lamp compartment has a top flip cover that can be opened and closed, making it easy to replace light bulbs and repair circuits
3. Base: Cat claw shaped chassis increases contact area, ensures stable placement, and prevents the desk lamp from tipping over
4、 Principle explanation
Basic series circuit: battery box power supply → wire connectionLEDLamp beads, when the circuit is closed, the light bulb emits light to achieve lighting function, belonging to simple electrical manual.
5、 Production steps
1. CADDrawing: Draw the disassembled part drawings of the base, lamp post, and lampshade, and mark the buckle dimensions
2. Laser cutting: Import drawings, laser machine cuts wooden parts
3. Assembly: Jointing bracket with mortise and tenon buckle and lampshade
4. Wiring: Connect the battery box in series withLEDLamp, fixed circuit completed finished product