CN2681155Y

CN2681155Y - Digital camera module

Info

Publication number: CN2681155Y
Application number: CN 200420015367
Authority: CN
Inventors: 张仁淙
Original assignee: Hongfujin Precision Industry Shenzhen Co Ltd; Hon Hai Precision Industry Co Ltd
Current assignee: Hongfujin Precision Industry Shenzhen Co Ltd; Hon Hai Precision Industry Co Ltd
Priority date: 2004-02-06
Filing date: 2004-02-06
Publication date: 2005-02-23
Anticipated expiration: 2014-02-06

Abstract

A digital camera module includes a frame body, a lens group and an image sensor, the frame body includes a cavity one and a cavity two; the lens group includes a lens group one and a lens group two, the lens group one is composed of at least one lens, embedded In cavity one; lens group two is composed of at least one lens, embedded in cavity two; the module also includes a sliding cover, one side surface of the sliding cover is a reflector, and the other side surface is covered with opaque The sliding cover is made of light material, and the sliding cover is slidably connected to the frame body, and can only cover cavity two or both cavity one and cavity two at the same time; the image sensor is arranged under the lens group one. Compared with the existing digital camera module, the digital camera module of the utility model not only can realize the Selfie function, but also has lower cost.

Description

Numerical camera mould

[technical field]

The utility model is especially realized autodyning and general numerical camera mould of taking about a kind of about a kind of numerical camera mould.

[background technology]

Arrival and fast development thereof along with the digital age, portable electron devices such as the mobile phone of digital camera or tool numerical camera mould, PDA are quite universal, because portable electron devices such as the mobile phone of digital camera or tool numerical camera mould, PDA are simple, convenient and quick to the processing of image data, it is the shooting instrument during as amusement and recreation by most of people.

Portable electron devices such as the mobile phone of digital camera or tool numerical camera mould, PDA only have a pick-up lens mostly at present, as Nokia 7650, its camera is installed on the body back, photographer can be from the captured scenery of preview on the display screen of front part of a body, take the visual angle with suitable adjustment, but when autodyning, inconvenient preview.

In addition, the mobile phone that some can be autodyned, as the T618 of Sony Ericsson, its display screen back side is mounted with a self-photography mirror, and in order to affirmation photographer self image, but composition is quite difficult, and the preview effect is relatively poor.

Mobile phone with dual camera, MOVER P504iS as NTT DoCoMo, it is collapsible, be mounted with a camera respectively on the two sides of loam cake, can utilize these two cameras to take and autodyne respectively, still, this action phone has adopted two camera modules, and the cost of image sensor is higher in the numerical camera mould, thereby adopts two camera modules will inevitably increase the cost of whole mobile phone, and the volume of mobile phone also can increase because of increasing a camera module.

Therefore, be necessary to provide a kind of convenient auto heterodyne and general shooting, lower-cost numerical camera mould.

[summary of the invention]

The purpose of this utility model is to provide a kind of convenient auto heterodyne and general shooting, lower-cost numerical camera mould.

In order to realize the purpose of this utility model, the utility model provides a kind of numerical camera mould, comprises framework, lens combination and image sensor, and this framework comprises cavity one and cavity two; Lens combination comprises lens combination one and lens combination two, and lens combination one is made up of at least one lens, is embedded in the cavity one; Lens combination two is made up of at least one lens, is embedded in the cavity two; This module also comprises a slip lid, and a side surface of this slip lid is a catoptron, and the opposite side surface is covered with light tight material, and this slip lid is slidingly connected on the framework, and can only hide cavity two or hide cavity one simultaneously and cavity two; Image sensor is placed in the below of lens combination one.

Compare existing numerical camera mould, the utility model numerical camera mould not only can realize Self-timer, and cost is lower.

[description of drawings]

Fig. 1 is the mobile phone synoptic diagram with the utility model numerical camera mould;

Fig. 2 is the auto heterodyne status architecture and the light path synoptic diagram of the digital sign indicating number mutually of the utility model module;

Fig. 3 is the general shooting state structure and the light path synoptic diagram of the utility model numerical camera mould.

[embodiment]

The utility model numerical camera mould is applicable to the digital camera of tool preview function or mobile phone, the PDA portable electronic equipments such as (Personal Digita1 Assistant, personal digital assistants) of tool numerical camera mould.

Please refer to Fig. 1, the mobile phone 10 of tool the utility model numerical camera mould comprises screen area 102 and keyboard area 104, and wherein, numerical camera mould is placed between the screen area 102 and keyboard area 104 of mobile phone 10.

Please in conjunction with reference Fig. 2, the utility model numerical camera mould comprises framework 20, lens combination 1, lens combination 2 24, slip lid 30 and image sensor 40, framework 20 is in order to ccontaining this digital camera lens module, it can be the housing of mobile phone 10 or the structure that cooperates with this housing, this framework 20 comprises cavity 1 and cavity 2 204,2 204 of cavity 1 and cavitys are separated by next door 206, lens combination 1 is made up of at least one lens, be embedded in the cavity 1, lens combination 2 24 is made up of at least one lens, be embedded in the cavity 2 204, be mounted with an aperture ring 208 in the cavity 2 204, in order to the control light-inletting quantity.Side surface is a catoptron 301 within the slip lid 30, this catoptron 301 can be spherical mirror or aspheric mirror, its outer surface is trapezoidal, and be covered with light tight material, the relative dual-side of this slip lid 30 extends two hooks (figure does not show) respectively, mobile phone 10 offers two grooves 18, two hooks of slip lid 30 be able to be placed in respectively in two grooves 18, and can be in wherein sliding, and this slip lid 30 has two stop places, and when one of them stop place, 30 of this slip lids hide cavity 2 204, and when another stop place, this slip lid 30 can hide cavity 1 and cavity 2 204 (please in conjunction with reference Fig. 3) simultaneously.

When taking certainly, as shown in Figure 2, lid sliding 30 is in the position that only hides cavity 2 204, and the light of being clapped scenery arrives image sensor 40 via lens combination 1, taking the people can be via screen area 102 preview auto heterodyne image, and first figure is the mobile phone view under this kind state.

When general shooting, please refer to Fig. 3, slip lid 30 slides to the position that hides cavity 1 and cavity 2 204 simultaneously, the light of being clapped scenery is earlier via lens combination 2 24, via reflecting surface 301 it is reflexed to lens combination 1 again, arrive image sensor 40 at last, because cavity 2 204 is opened on the mobile phone 10 side opposite with screen area 102, be that lens combination 2 24 can receive from the light of taking people the place ahead scenery, can be so take the people via screen area 102 images that preview is clapped.

The outer upper surface that is appreciated that the slip lid of the utility model numerical camera mould can be provided with a plurality of little grooves, with the friction force between increase hand and slip lid when switching the shooting direction, thus handled easily; The outside of lens combination 2 24 can be provided with a baffle plate, be used under the non-working condition protection lens combination 2 24 and prevent that impurity such as dust from entering, in addition, the utility model numerical camera mould is not limited to be placed in 104 of screen area 102 and keyboard areas, also can be placed in top or other position of screen area 102; This module is if combine with other electronic installation, and two grooves 18 also can be opened on the outside surface of framework 20.

Claims

1. A digital camera module, comprising a frame, a lens group and an image sensor, characterized in that: the frame comprises a cavity one and a cavity two; the lens group comprises a lens group one and a lens group two, and the lens group one consists of Composed of at least one lens, embedded in cavity one; lens group two is composed of at least one lens, embedded in cavity two; the module also includes a sliding cover, one side surface of the sliding cover is a reflector, and the other The side surface is covered with opaque material, and the sliding cover is slidably connected to the frame body, and can only cover cavity two or both cavity one and cavity two simultaneously; the image sensor is placed under the lens group one.

2 . The digital camera module according to claim 1 , wherein the first chamber and the second chamber are separated by a partition wall. 3 .

3. The digital camera module according to claim 1, wherein two grooves are formed on the outer surface of the frame.

4. The digital camera module according to claim 1, wherein two hooks are respectively extended from two opposite sides of the sliding cover.

5. The digital camera module according to claim 1, wherein the reflector is an aspheric mirror.

6. The digital camera module according to claim 1, wherein the reflector is a spherical mirror.

7. The digital camera module according to claim 1, wherein an aperture ring is arranged in the second cavity.

8 . The digital camera module according to claim 1 , wherein a plurality of small grooves are formed on the outer upper surface of the sliding cover.

9. The digital camera module according to claim 1, wherein a baffle can be arranged on the outside of the second lens group.

10. The digital camera module according to claim 1, wherein the first cavity and the second cavity are arranged side by side.