Optical image capturing module and method of manufacturing the same, and optical auxiliary unit

1. A method of manufacturing an optical image capturing module, comprising:

temporarily placing a plurality of housing frames on a temporary auxiliary carrying substrate, wherein each housing frame has a bottom opening enclosed by the temporary auxiliary carrying substrate and a top opening opposite to the bottom opening;

respectively fixing a plurality of optical filters on the housing frames, wherein the top opening of each housing frame is enclosed by the corresponding optical filter;

respectively fixing a plurality of actuator structures on the housing frames to respectively covering the optical filters, wherein each actuator structure includes a lens holder fixed on the corresponding housing frame and a movable lens assembly movably disposed inside the lens holder and above the corresponding optical filter; and

removing the temporary auxiliary carrying substrate and respectively fixing the housing frames on a plurality of image sensing units, wherein each image sensing unit includes a circuit substrate and an image sensing chip disposed on the circuit substrate and electrically connected to the circuit substrate, and each housing frame is fixed on the circuit substrate of the corresponding image sensing unit for covering the image sensing chip of the corresponding image sensing unit.

2. The method of claim 1 , wherein the temporary auxiliary carrying substrate has an adhesive layer disposed on the top surface thereof, and the housing frames are temporarily disposed the temporary auxiliary carrying substrate through the adhesive layer.

3. The method of claim 1 , wherein the step of respectively fixing the optical filters on the housing frames further comprises:

placing each optical filter on the corresponding housing frame through first bonding glue, wherein each housing frame has a concave space formed on the top side thereof, and each optical filter is received inside the concave space of the corresponding housing frame through the first bonding glue; and

curing the first bonding glue by ultraviolet lights or a drying oven for fixing each optical filter inside the concave space of the corresponding housing frame through the first bonding glue.

4. The method of claim 1 , wherein the step of respectively fixing the actuator structures on the housing frames further comprises:

placing the lens holder of each actuator structure on the corresponding housing frame through second bonding glue; and

curing the second bonding glue by ultraviolet lights or a drying oven for fixing the lens holder of each actuator structure on the corresponding housing frame through the second bonding glue.

5. The method of claim 1 , wherein the step of respectively fixing the housing frames on the image sensing units further comprises:

placing each housing frame on the circuit substrate of the corresponding image sensing unit through third bonding glue; and

curing the third bonding glue by ultraviolet lights or a drying oven for fixing each housing frame on the circuit substrate of the corresponding image sensing unit through the third bonding glue.

6. The method of claim 1 , wherein before the step of respectively fixing the housing frames on the image sensing units, method of manufacturing the optical image capturing module further comprises:

placing each image sensing chip on the corresponding circuit substrate through fourth bonding glue; and

curing the fourth bonding glue by ultraviolet lights or a drying oven for fixing each image sensing chip on the corresponding circuit substrate through the fourth bonding glue.

7. The method of claim 1 , wherein the optical image capturing module comprises an optical auxiliary unit composed of the housing frame, the optical filter and the actuator structure, the optical filter is fixed inside a concave space of the housing frame through first bonding glue, and the lens holder of the actuator structure is fixed on the housing frame through second bonding glue.

8. The method of claim 7 , wherein the optical auxiliary unit and the image sensing unit are mated with each other, the image sensing chip is fixed on the circuit substrate through fourth bonding glue, and the housing frame is fixed on the circuit substrate through third bonding glue.

9. An optical auxiliary unit, comprising:

a housing frame temporarily placed on a temporary auxiliary carrying substrate, wherein the housing frame has a bottom opening enclosed by the temporary auxiliary carrying substrate and a top opening opposite to the bottom opening;

an optical filter fixed on the housing frame, wherein the top opening of the housing frame is enclosed by the optical filter; and

an actuator structure fixed on the housing frame to cover the optical filter, wherein the actuator structure includes a lens holder fixed on the housing frame and a movable lens assembly movably disposed inside the lens holder and above the optical filter.

10. The optical auxiliary unit of claim 9 , wherein the temporary auxiliary carrying substrate has an adhesive layer disposed on the top surface thereof, and the housing frames are temporarily disposed the temporary auxiliary carrying substrate through the adhesive layer, wherein the optical filter is fixed inside a concave space of the housing frame through first bonding glue, and the lens holder of the actuator structure is fixed on the housing frame through second bonding glue.

11. A method of manufacturing an optical image capturing module, comprising:

temporarily placing a plurality of housing frames on a temporary auxiliary carrying substrate;

respectively fixing a plurality of optical filters on the housing frames;

respectively fixing a plurality of actuator structures on the housing frames to respectively covering the optical filters; and

removing the temporary auxiliary carrying substrate and respectively fixing the housing frames on a plurality of image sensing units.

12. The method of claim 11 , wherein the temporary auxiliary carrying substrate has an adhesive layer disposed on the top surface thereof, and the housing frames are temporarily disposed the temporary auxiliary carrying substrate through the adhesive layer.

13. The method of claim 11 , wherein the step of respectively fixing the optical filters on the housing frames further comprises:

placing each optical filter on the corresponding housing frame through first bonding glue, wherein each housing frame has a concave space formed on the top side thereof, and each optical filter is received inside the concave space of the corresponding housing frame through the first bonding glue; and

curing the first bonding glue by ultraviolet lights or a drying oven for fixing each optical filter inside the concave space of the corresponding housing frame through the first bonding glue.

14. The method of claim 11 , wherein the step of respectively fixing the actuator structures on the housing frames further comprises:

placing each actuator structure on the corresponding housing frame through second bonding glue; and

curing the second bonding glue by ultraviolet lights or a drying oven for fixing each actuator structure on the corresponding housing frame through the second bonding glue.

15. The method of claim 11 , wherein the step of respectively fixing the housing frames on the image sensing units further comprises:

placing each housing frame on the corresponding image sensing unit through third bonding glue; and

curing the third bonding glue by ultraviolet lights or a drying oven for fixing each housing frame on the corresponding image sensing unit through the third bonding glue.