Invisible window frame

Abstract

The invention discloses an invisible window frame which comprises four parabolic curved mirrors and two flat mirrors. The four parabolic curved mirrors are sequentially connected with one another to form a rhombus and are in the shapes of parabolic curves, and the two flat mirrors are positioned at focal points of the parabolic curves and are parallel to incident light rays. The invisible window frame has the advantages that the invisible window frame is simple in structure, is only provided with the four parabolic curved mirrors and the two flat mirrors without special materials, and is suitable for large-scale application; the problem of visual obstruction due to an existing window frame can be effectively solved, visual blind areas can be eliminated, and landscape can be viewed continuously and completely; traffic accidents due to visual obstruction can be effectively reduced when the invisible window frame is used as a window frame of an automobile.

Description

technical field [0001] The invention relates to a window frame, in particular to an invisible window frame. Background technique [0002] Existing windows mostly fix glass on the wall by window frames, and window frames are mostly made of materials such as wood or alloy. The existence of the window frame hinders people's sight and affects people's appreciation of the scenery. There is also a window frame between the front windshield of the car and the side glass of the car. The visual blind zone formed by the window frame not only hinders people's sight, but may even cause traffic accidents. [0003] In order to solve the above problems, it is necessary to hide the window frame. Generally, the visible light emitted by the items behind the non-transparent material object will be scattered by the object and cannot pass through the object. Therefore, we cannot directly observe the items behind. The ideal stealth technology can make visible light bypass the invisible object a...

AI Technical Summary

Problems solved by technology

However, the technology used in this utility model is relatively complicated, has special requirements for the medium, and is costly, making it difficult to popularize and apply it on a large scale.

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