Surgical lamps are extremely important equipment for surgical lamps. Traditional surgical lamps use halogen lamps as the light source. The illumination method is full-circumferential illumination. The market is mostly reflective. However, the halogen source is not only the source of the halogen. With high heat energy, it may cause secondary injury to the wound of the patient, and the energy consumption is up to 150W. It is very inconsistent with the concept of environmental protection. The shortcomings mentioned above will be the reason why the traditional surgical lamp with halogen lamp must be transformed.
Compared with the general commercially available surgical lamps, the surgical light module designed in this study aims to replace the halogen light source of the traditional lamps, improve the high energy consumption caused by the halogen lamps, and the heat radiation in the light, and Breaking through the design of LED surgical lamps in the past, reducing the use of a large number of LED light sources, improving the phenomenon of uneven color temperature and ghosting.
At present, the reflection that has not been adopted on the market is an LED light source surgical light. This is because, unlike the traditional structure, there will be a cost problem in the replacement. If it succeeds, the light will be directly replaced without changing the outer layer. By assembling the components, you can save a lot of cost. The motivation of this thesis is that while pursuing compliance with regulations, it can also pursue the maximum benefits of cost (lighting replacement) and environmental friendliness (LED).