Camera window cover assembly with heating function and camera

Abstract

The invention provides a camera window cover assembly with a heating function and a camera. The camera includes a camera window cover assembly. The window cover assembly comprises a window cover bodyand a transparent conductive film. The window cover body comprises a protruding arc-shaped cover body and a flange-shaped connecting outer edge which is located at the peripheral edge of the arc-shaped cover body and extends in the radial direction, and the connecting outer edge is used for being connected with a shell of the camera in a sealed mode. The transparent conductive film is arranged onthe inner surface of the window cover body; the sheet resistance of the transparent conductive film located on the inner surface of the center area of the arc-shaped cover body is smaller than the sheet resistance of the transparent conductive film located on the inner surface, close to the connecting outer edge, of the arc-shaped cover body. According to the camera window cover assembly with theheating function and the camera, heat can be relatively uniformly diffused in the central area and the edge area, so that the window cover body can be uniformly heated.

Description

technical field [0001] The present application relates to the field of camera technology, in particular, to a camera window cover assembly with a heating function and a camera. Background technique [0002] Outdoor cameras are often installed in harsh application environments, and dew, ice, frost, etc. are easy to accumulate on the camera window. For example, for a fisheye camera, when the weather station is monitoring clouds, the window of the transparent cover faces the sky. When it snows, snow water will accumulate on the transparent cover, which will affect the imaging effect of the camera. Another example is the dome camera, which is installed near the door of the cold storage. When the cold storage door is opened and closed, the temperature of the environment where the camera is located will change suddenly, causing the transparent cover to fog up and affecting the imaging effect of the camera. Contents of the invention [0003] The application provides a camera win...

AI Technical Summary

Problems solved by technology

For example, for a fisheye camera, when monitoring clouds at a weather station, the window of the transparent cover faces the sky. When it snows, snow water will accumulate on the transparent cover, which will affect the imaging effect of the camera.

Another example is a dome camera, which is installed near the door of the cold storage. When the cold storage door is opened and closed, the temperature of the environment where the camera is located will change suddenly, causing the transparent cover to fog up and affecting the imaging effect of the camera.

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