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What are the precautions for the design of Rechargeable Lantern?

What are the precautions for the design of Rechargeable Lantern?

1. Light decay of Rechargeable Lantern

      The light decay of Rechargeable Lantern refers to the negative influence of the optical system and Rechargeable Lantern structure on the luminous flux of the light source, and the pollution of the optical system caused by dust and particles in the external environment causes the phenomenon of premature weakening of the illumination, etc. In the design process of Rechargeable Lantern, the material selection, shape, volume and sealing method of the reflector must take into account the problem of light decay.

customized Rechargeable Lantern

2. Light source protection

      In the design of Rechargeable Lantern, it is necessary to ensure that the light source has a reliable electrical connection, the contact resistance is small, and it will not loosen after vibration.

      In order to protect the light source and prolong the life of the light source, the internal structure of the Rechargeable Lantern must be scientific and reasonable. In order to enhance the heat dissipation capacity of the Rechargeable Lantern, the shape and size of the reflector should be manufactured reasonably, and the volume of the Rechargeable Lantern can be appropriately enlarged, and the heat dissipation area can be increased to make the light source work at a suitable temperature to ensure stable performance, safety and reliability.

3. Heat radiation problem and heat energy utilization

      In addition to reflecting visible light, the light source also produces a lot of heat radiation. Heat radiation can make the temperature inside the lamp too high, affect the service life of the light source, make the Rechargeable Lantern material prematurely aging, and even more dangerously may cause leakage, fire, etc., so, In the design of Rechargeable Lantern, heat-resistant materials and low-radiation light sources should be used as much as possible. When conditions do not permit, materials with poor thermal conductivity such as asbestos should be used to isolate the light source from poor heat-resistant luminaire materials and components. You can also use heat dissipation methods, such as heat sinks and reflectors to refract the heat radiation. You can also rely on a fan to force air circulation to dissipate the heat as soon as possible.

4. Rechargeable Lantern design should combine function and beauty

      An important part of the design of Rechargeable Lantern is to select suitable lamps according to functional requirements and environmental conditions, and to harmonize the lighting functions and decorative effects. Rechargeable Lantern is a functional product, as well as a rich information carrier and cultural form. It is a comprehensive manifestation of people’s aesthetic appeal, technological level, and functional needs in the corresponding historical period. The design of lamps and lanterns should be at the same time in terms of function, material selection, shape, color, and craftsmanship. Take care of. The design of Rechargeable Lantern should also take into account the overall relationship between the lamps and the relevant space environment. Not only the lighting, the aesthetics of Rechargeable Lantern is also inseparable from the environment in which it is located, and can be integrated with the environment.

5. Integrated design of Rechargeable Lantern

      In recent years, new design concepts and design methods have continued to emerge. Furniture, furnishings, Rechargeable Lantern and even the interface modeling of space are no longer independent decorative elements, but are often combined into one in various ways, that is, to play Their decorative effect also expands the indoor space.