Camera component and terminal

Abstract

The invention discloses a camera component and a terminal. The camera component comprises a camera module group and a fixing support. The camera module group is provided with a photographing primary optic axis and an end part which is arranged in the direction of the photographing primary optic axis. The end part comprises grooves which comprise a bottom surface perpendicular to the photographing primary optic axis. The fixing support comprises a top plate and at least two side plates. The top plate is accommodated in the grooves. The top plate comprises at least two edges which stretch out of the side surfaces. The at least two side plates are arranged at the circumferential side of the camera module group and are symmetrically arranged around the photographing primary optic axis. Each side plate is provided with a folding side which extends in a way of being parallel to the bottom surface. The folding sides are used for being carried on a circuit board. The top plate of the fixing support is fixed in the grooves of the end part so that the fixing support can be fixed on the camera module group, the fixing support is enabled to be structurally stable relative to the camera module group, and the overall thickness of the camera module group is not increased by the top plate.

Description

technical field [0001] The invention relates to the field of electronic equipment, in particular to a camera assembly and a terminal. Background technique [0002] At present, with the continuous maturity of modern technology, terminals are becoming lighter and lighter, especially thinner and thinner. However, because the rear camera module needs a certain fixed structure to connect with the terminal, after the terminal is thinned, the thickness of the camera module area cannot be reduced at the same time, so there is a problem that the camera module has a large part of the edge, which affects the appearance of the terminal. [0003] Therefore, in the prior art, there is a solution of spot-welding two steel sheets on the side of the camera module and overlapping them on the main board of the terminal. At this time, the connection between the camera module and the terminal is realized by spot-welding the steel sheets, and no setting is required. Fixed structures such as spec...

AI Technical Summary

Problems solved by technology

However, since the steel sheet itself has tolerances during stamping, and there are inevitably tolerances when spot welding the steel sheet to the camera module, the total tolerance accumulation is relatively large, resulting in the steel sheet after spot welding being connected obliquely to the camera module. On the module, the camera module will be connected to the terminal obliquely as a whole, and the surface of the camera module will not be flat

In mass production, the structural stability of the camera module is poor

In order to improve the structural stability of the camera module, the steel sheet will be bent so that part of the steel sheet is fixed on the end face of the camera module, and the other part is arranged on the side, thereby ensuring the structural stability of the steel sheet and the camera module. However, the steel sheet The chip will increase the overall thickness of the camera assembly, so that the overall structure of the camera assembly takes up a large volume and the stability is not good

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