| 摘要 |
The present invention is to provide a minimalistic LED recessed light, which includes a light cup having a bottom provided with an opening and a top provided with a light-permeable hole in communication with the opening, a light chip having a bottom surface provided with at least one LED, a heat sink having a bottom connected with the top of the light cup for positioning the light chip therebetween and allowing the LED to correspond in position to the light-permeable hole, and an elastic supporting plate fixed to a top of the heat sink and having sections respectively and symmetrically bent toward the light cup and formed with an outwardly curved engaging surface, wherein the distance between the curved engaging surfaces is greater than a diameter of a fitting hole cut in a ceiling, for effectively achieving the objects of heat dissipation and easy installation/removal of the recessed light. |
| 主权项 |
1. A minimalistic light-emitting diode (LED) recessed light, comprising:
a light cup having a bottom provided with an opening, the light cup defining a reflective space therein, the light cup having a top provided with a light-permeable hole, wherein the opening, the reflective space, and the light-permeable hole are in communication with one another, the light cup having a periphery which is adjacent to the opening and is formed with a radially outwardly extending annular flange, the light cup further having a periphery which is adjacent to the light-permeable hole and is formed with a first connecting structure, the annular flange having an outer diameter greater than a diameter of a fitting hole while the rest of the light cup has an outer diameter less than the diameter of the fitting hole; a light chip positioned at the top of the light cup, the light chip having a bottom surface provided with at least one LED corresponding in position to the light-permeable hole, the light chip having a top surface provided with at least two pins electrically connected to the LED; a heat sink configured to be able to pass through the fitting hole, the heat sink having a bottom provided with a second connecting structure, the second connecting structure being connectable with the first connecting structure so that the light cup and the heat sink are assembled together, with the light chip positioned between the light cup and the heat sink; and an elastic supporting plate formed by bending an elastic plate, the elastic supporting plate having a middle section fixed to the heat sink, the elastic supporting plate having left and right sections respectively bent toward the light cup, each of the left and right sections being formed with an outwardly curved engaging surface, a distance between the curved engaging surfaces being greater than the diameter of the fitting hole, the middle section having a length less than the diameter of the fitting hole, the left and right sections having free ends which correspond in position to each other and are adjacent to a top surface of the annular flange. |
