阅读说明：本技术 包括液体透镜的相机模块 (Camera model including liquid lens ) 是由 崔容福 于 2018-03-30 设计创作，主要内容包括：一个实施例可以提供一种相机模块,包括：液体透镜,所述液体透镜包括电极；支架,用于容纳液体透镜；基座,设置于支架下；传感器基板,设置于基座下并包括图像传感器；连接基板,连接到液体透镜的电极的至少一部分；端子板,设置于基座上并电连接到传感器基板和连接基板。(One embodiment can provide a kind of camera model, comprising: liquid lens, the liquid lens include electrode；Bracket, for accommodating liquid lens；Pedestal is set under bracket；Sensor base plate is set under pedestal and including imaging sensor；Connecting substrate is connected at least part of the electrode of liquid lens；Terminal board is set on pedestal and is electrically connected to sensor base plate and connecting substrate.)

1. a kind of camera model, comprising:

Liquid lens, including electrode；

Bracket accommodates the liquid lens wherein；

Pedestal is set under the bracket；

Sensor base plate is set under the pedestal, and the sensor base plate includes imaging sensor；

Connecting substrate is connected at least part of the electrode of the liquid lens；And

Terminal board is set on the pedestal, and the terminal board is electrically connected to the sensor base plate and the connecting substrate.

2. camera model according to claim 1, wherein the liquid lens includes:

First plate, first plate include cavity formed therein, described to accommodate the first liquid and second liquid wherein First liquid be it is conductive, the second liquid is non-conductive；

Second plate is set on first plate；

Third plate is set under first plate,

Wherein the electrode includes:

First electrode is set on first plate；And

Second electrode is set under first plate.

3. camera model according to claim 2, wherein the connecting substrate is configured to electrically connect to the liquid lens The first electrode or the second electrode,

Wherein the side of the terminal board is couple to the lower part of the connecting substrate, and the opposite side of the terminal board is coupled to described Sensor base plate.

4. camera model according to claim 3, wherein the connecting substrate includes:

Level board is arranged on position corresponding with the first electrode or the second electrode；

Vertical panel is couple on the terminal board, and position corresponding with the side surface of the liquid lens is arranged in the vertical panel It sets；And

Connecting plate is arranged between the level board and the vertical panel.

5. camera model according to claim 4, wherein the connecting plate includes bending region, and by the level board and The vertical panel is connected to each other,

Wherein the connecting substrate further includes the recess portion entered in the bending region concave.

6. camera model according to claim 4, wherein the width of the connecting plate is from the level board to described vertical Plate is gradually reduced.

7. camera model according to claim 5, wherein the every of the opposite side in the bending region is arranged in the recess portion On side.

8. camera model according to claim 4, wherein the width of the vertical panel is less than the width of the terminal board, and And the vertical panel has vertical length, to cover at least part of the upper area of the terminal board.

9. a kind of camera model, comprising:

Liquid lens, including electrode；

Bracket accommodates the liquid lens wherein；

Sensor base plate is set under the bracket, and the sensor base plate includes imaging sensor and terminal；

Connecting substrate is connected to the electrode of the liquid lens, and the connecting substrate is bent downwardly, described to be electrically connected to The terminal of sensor base plate,

Wherein the connecting substrate includes:

Level board is arranged on position corresponding with the electrode of the liquid lens；

Vertical panel is arranged on position corresponding with the side surface of the liquid lens；

Connecting plate is bent between the level board and the vertical panel；And

Reinforce pad, be arranged at least one of the level board or the vertical panel, the rigidity for reinforcing pad is big In the rigidity of the connecting plate.

10. camera model according to claim 9, wherein lower part or the institute for reinforcing pad and being couple to the level board State the inside of vertical panel.

Technical field

Background technique

Using portable device people to the optical device with following function have demand: high-resolution, small size, Have the function of that various shooting functions are (automatic to focus (AF), hand vibration compensation or optical anti-vibration (Optical Image Stabilization, OIS) function etc.).These shootings may be implemented by directly moving the multiple lens combined Function.However, the size of optical device just will increase in the case where the quantity of lens increases.

Automatic focus can be held with hand vibration compensation function by tilting or moving the lens module including multiple lens Row, these lens are fixed to mirror in the state that the optical axis of these lens is aligned along optical axis or edge perpendicular to the direction of optical axis Head bracket.Additional lens moving apparatus is used to moving lens module.However, the power consumption of lens moving apparatus is high, also need Will the drive members such as magnet and coil carry out moving lens module, but also need corresponding with the moving range of lens module Exceptional space causes the general thickness of camera model and optical device to increase with moving lens module.

Therefore, the research in relation to liquid lens has been carried out, this liquid lens is configured to two kinds of liquid of motorized adjustment Between interface curvature, to execute automatic focus and hand vibration compensation function.

Summary of the invention

Technical problem

Detailed description of the invention

Fig. 1 is the first exemplary figure for showing camera model.

Fig. 2 is the figure for showing the cross section of liquid lens of camera model shown in FIG. 1.

Fig. 3 is to show to electrically engage terminal to an exemplary figure of connecting substrate in camera model.

Fig. 4 is the decomposition perspective view for showing the process that connecting substrate is coupled to terminal board shown in FIG. 1.

Fig. 5 to Fig. 7 is shown according to the second example of camera model, third example and the 4th exemplary connecting substrate and end The main view of the coupling access status of daughter board.

Fig. 8 and Fig. 9 is the exemplary figure for showing the connecting substrate including anti-warping part.

Embodiment is related to camera model, more particularly to the camera model including liquid lens and including the camera model Optical device.