Dressing mirror with built-in triangular prism

Abstract

The invention discloses a dressing mirror with a built-in triangular prism, which relates to the technical field of a dressing mirror, in particular to a dressing mirror in a double sided mirror structure with a built-in triangular prism. The dressing mirror of the invention comprises a mirror fixing device, a mirror body and an LED light bar, wherein the mirror body in the double sided mirror structure is arranged on the mirror fixing device; the LED light bar is arranged on the side wall of the mirror body; one side of the mirror body is a plane mirror, and the other side of the mirror body is a magnifier; the dressing mirror of the invention also comprises a triangular prism, wherein one edge of the triangular prism is abutted with the side wall of the mirror body and surrounds the mirror body into a closed shape; the included angles formed by the adjacent two sides of the edge of the triangular prism abutted with the mirror body and respective corresponding side of the mirror body are equal; and the other side of the triangular prism is fixed between the LED light bar and the side wall of the mirror body. The dressing mirror of the invention has the beneficial effect that the triangular prism is arranged between the LED light bar and the side wall of the mirror body, and the triangular prism uniformly distributes light in the space in front of the double sided mirror of the plane mirror and the magnifier, so the double sided mirror can evenly obtain light.

Description

technical field [0001] The invention relates to a vanity mirror, in particular to a vanity mirror with a double-sided mirror structure with a built-in triangular mirror. Background technique [0002] At present, the vanity mirrors used by people are all single-sided mirrors with a traditional structure. The single-sided mirror has a simple structure, but its function is also single; there are also companies that have designed a vanity mirror structure with a double-sided mirror structure. The magnifying glass, in order to facilitate the use in dim light, also installed LED lights around the mirror. For example, the patent No. ZL200720140747.2 discloses a double-sided mirror cosmetic mirror with LED lights inside. Its structure includes a mirror body with a double-sided lens structure arranged on the mirror frame. One side is a curved magnifying glass, and a lamp panel is arranged between the two lenses. The lamp panel includes a circular circuit board, and LED lamp beads ar...

AI Technical Summary

Problems solved by technology

[0002] At present, the vanity mirrors used by people are all single-sided mirrors with a traditional structure. The single-sided mirror has a simple structure, but its function is also single; there are also companies that have designed a vanity mirror structure with a double-sided mirror structure. The magnifying glass, in order to facilitate the use in dim light, also installed LED lights around the mirror

For example, the patent No. ZL200720140747.2 discloses a double-sided mirror cosmetic mirror with LED lights inside. Its structure includes a mirror body with a double-sided lens structure arranged on the mirror frame. One side is a curved magnifying glass, and a lamp panel is arranged between the two lenses. The lamp panel includes a circular circuit board, and LED lamp beads are evenly connected to the periphery of the circular circuit board. The vanity mirror with the above structure ensures The cosmetic mirror is normally used in the environment, but the LED lamp beads are set around the mirror body, the light path is everywhere, and the purpose of the light irradiation is not strong. Because the distance between the mirror user and the mirror surface is relatively close when making up or finishing the appearance, the LED light irradiation To the human eye, it damages the eyesight of the mirror user, and there may be visual illusions in makeup or grooming under the strong light, resulting in mistakes in makeup and grooming or failing to achieve the desired effect

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