CN2919296Y

CN2919296Y - Hidden Light Sources for Portable Electronic Devices

Info

Publication number: CN2919296Y
Application number: CN 200620116472
Authority: CN
Inventors: 徐新泉
Original assignee: Wistron Corp
Current assignee: Wistron Corp
Priority date: 2006-06-05
Filing date: 2006-06-05
Publication date: 2007-07-04
Anticipated expiration: 2016-06-05

Abstract

The utility model discloses a be applied to portable electronic device's hidden light source will hide in the rear that has partial printing opacity function from rapping mirror like light sources such as flash light, the light penetrability that the light source sent is from rapping mirror, make portable electronic device can arrange from rapping mirror and light source simultaneously under the requirement in less space, have the service function of preferred, and can save the shared space when light source and selfie mirror separately set up, consequently make portable electronic device more short, little, and comparatively pleasing to the eye.

Description

Be applied to the concealed light source of portable electronic devices

Technical field

The utility model relates to the portable electronic devices of light sources such as collocation self-photography mirror and flashlamp, particularly relates to the self-photography mirror and the configured light sources person of portable electronic devices.

Background technology

Many portable electronic installations are arranged at present, for example mobile phone, intelligent mobile phone (Smart Phone), have the personal digital assistant (PDA Phone) of cell-phone function etc., the digital camera of all arranging in pairs or groups, with the picked-up image function.There are many digital cameras to have a self-photography mirror at the side of camera lens, make things convenient for the user to absorb the image of oneself, for example the those disclosed herein such as the interior camera self-timer mirror of anti-wear mobile phone of the M261719 number announcement of the novel patent in self-photography mirror, Taiwan with M258302 number announcement of the regional novel patent in self-photography mirror, Taiwan that indicates of shooting enlargement ratio of the M256506 number announcement of the novel patent in camera, Taiwan of No. 416758 announcement of Taiwan patent announcement with angle coverage rectification.

See also shown in Figure 1.Other has some portable electronic devices with camera function 10, collocation simultaneously has camera lens 11, flashlamp 12 and self-photography mirror 13, under the more weak situation of light, still can utilize flashlamp 12 to emit beam for the user, and utilize self-photography mirror 13 by camera lens 11 picked-up images.

Because electronic product towards light, thin, short, little growth requirement, based on the consideration in space, can't be arranged in pairs or groups camera lens 11, flashlamp 12 and self-photography mirror 13 threes on portable electronic devices often simultaneously.Major part can only make camera lens 11 and flashlamp 12 or self-photography mirror 13 select a collocation.

The utility model content

More save the space when making portable electronic devices collocation camera lens, flashlamp and self-photography mirror, and propose the utility model.

Fundamental purpose of the present utility model is to provide a kind of concealed light source that is applied to portable electronic devices, makes self-photography mirror and flashlamp together overlapping, the space of being occupied during with saving self-photography mirror and flashlamp separate configuration.

Another purpose of the present utility model is to provide a kind of concealed light source that is applied to portable electronic devices, makes portable electronic devices can arrange in pairs or groups simultaneously under the requirement in less space self-photography mirror and light source, has preferable functions of use.

Another purpose of the present utility model is to provide a kind of concealed light source that is applied to portable electronic devices, light source can be hidden in the self-photography mirror rear, and is comparatively attractive in appearance.

The purpose of this utility model is achieved in that promptly provides a kind of concealed light source that is applied to portable electronic devices, with so that light source is hidden in the self-photography mirror rear to save the space person, comprising:

One portable electronic devices;

One camera lens combines with this portable electronic devices, in order to the image of picked-up object;

One light source combines with this portable electronic devices, in order to this object of irradiation that emits beam;

One self-photography mirror combines with this portable electronic devices, the image when photographing in order to the demonstration user;

This light source is hidden in the rear of this self-photography mirror; This self-photography mirror comprises a convex lens portions, and the surface combination part light-transmissive film of this convex lens portions makes this self-photography mirror have part printing opacity function, and when this light source emitted beam, penetrable this part light-transmissive film of this light shone in the object in this self-photography mirror the place ahead.

This part light-transmissive film can be incorporated into the outer surface of this convex lens portions or be incorporated into the inner surface of this convex lens portions, and the inner surface of this convex lens portions caves in laterally.

One end of this convex lens portions connects a light-passing board, and this camera lens is hidden in the rear of this light-passing board; This convex lens portions and this light-passing board can the persons of being formed in one; This convex lens portions and this light-passing board can be that PC transparent material, glass or one of them person of acryl material make.

This part light-transmissive film can be and utilizes the vacuum splashing and plating technology metal or one of them person of metallic compound to be sprayed to be coated on this convex lens portions surface formed; This part light-transmissive film can be for one of them is formed by aluminium, chromium, aluminium compound or chromium compound; The transmittance of this part light-transmissive film percent 75 to 85 between.

This light source can be flashlamp; This portable electronic devices can be mobile phone, intelligent mobile phone or has one of them person of personal digital assistant of cell-phone function.

Advantage of the present utility model is, it is arranged in pairs or groups camera lens, flashlamp and self-photography mirror three on portable electronic devices simultaneously, and self-photography mirror and flashlamp is together overlapping, to save the space, and its camera lens can be hidden in the rear of light-passing board, so that electronic installation is aesthetic in appearance.

Other purpose of the present utility model, effect see also graphic and embodiment, are described in detail as follows.

Description of drawings

Fig. 1 is the synoptic diagram of existing portable electronic devices collocation camera lens, flashlamp and self-photography mirror;

Fig. 2 is the synoptic diagram of concealed light source first embodiment of the utility model portable electronic devices;

Fig. 3 is the synoptic diagram of concealed light source second embodiment of the utility model portable electronic devices.

The main element symbol description

10,20,30 electronic installations, 11,21,31 camera lenses

12 flashlamp, 13,23,33 self-photography mirrors

22,32 light sources, 231,331 light-passing boards

232,332 convex lens portions, 233,333 part light-transmissive films

Embodiment

See also shown in Figure 2.The utility model is applied to the concealed light source of portable electronic devices, and with so that light source is hidden in the self-photography mirror rear to save the space, its first embodiment comprises that a portable electronic devices 20 is in conjunction with a camera lens 21, a light source 22 and a self-photography mirror 23; Light source 22 places the rear of self-photography mirror 23; One end of self-photography mirror 23 connects a light-passing board 231, and camera lens 21 places the rear of light-passing board 231; Self-photography mirror 23 comprises a convex lens portions 232, and the outside surface of convex lens portions 232 is in conjunction with a part of light-transmissive film 233.

The making of the self-photography mirror 23 of present embodiment utilizes the vacuum splashing and plating technology, metal or metallic compound is sprayed the outside surface that is coated on convex lens portions 232 form a part of light-transmissive film 233; Thickness by control section light-transmissive film 233, but the transmittance of adjustment member light-transmissive film 233, the transmittance that for example makes part light-transmissive film 233 percent 75 to 85 between, make part light-transmissive film 233 have the light that its place ahead of partial reflection is injected, make self-photography mirror 23 can show the image of its objects in front, and the light penetration part light-transmissive film 233 that sends of the light source 22 that makes self-photography mirror 23 rears, with the object in irradiation self-photography mirror 23 the place aheads.

See also shown in Figure 3.The structure of the utility model second embodiment and first embodiment is roughly the same, comprises that a portable electronic devices 30 is in conjunction with a camera lens 31, a light source 32 and a self-photography mirror 33; Light source 32 places the rear of self-photography mirror 33; Camera lens 31 places the rear of light-passing board 331; But part light-transmissive film 333 is incorporated into the inner surface of convex lens portions 332; Part light-transmissive film 333 has the effect of part printing opacity, makes self-photography mirror 33 can show the image of its objects in front, and the light penetration part light-transmissive film 333 that the light source 32 at self-photography mirror 33 rears is sent, with the object in irradiation self-photography mirror 33 the place aheads.

See also Fig. 2, shown in Figure 3.When the utility model is incorporated into the outside surface of convex lens portions 232 when part light-transmissive film 233, with the self-photography mirror that makes self-photography mirror 23 as common metal or plastic electroplating metallic reflector.If part light-transmissive film 333 is when being incorporated into the inner surface of convex lens portions 332, will form as the self-photography mirror 33 as the mirror.

The rear of the self-photography mirror 23,33 that the utility model is hidden in light source 22,32 to have part printing opacity function, can save the space of being occupied when light source 22,32 and self-photography mirror were arranged in 23,33 minutes, therefore make portable electronic devices 20,30 more short, little, and comparatively attractive in appearance.

The utility model when self-photography mirror 23,33 when light source 22,32 is not luminous, can be as the usefulness of general self-photography mirror; When light source 22,32 is luminous, but light partial penetration self-photography mirror 23,33 shine in the object that is taken, therefore make portable electronic devices 20,30 under darker situation, also can absorb the image of object.

Light-passing board 231,331 of the present utility model, convex lens portions 232,332 can be the material persons of making such as PC transparent material, glass, acryl; Light-passing board 231,331 and convex lens portions 232,332 can be respectively integrated; Part light-transmissive film 233,333 can be metal or the formers of its metallic compound institute such as aluminium, chromium; The outer surface of convex lens portions 232 protrudes laterally, and the inner surface of convex lens portions 332 caves in laterally; Light source 23,33 can be general flashlamp or lamp etc.; Portable electronic devices 20,30 can be mobile phone, intelligent mobile phone, has the personal digital assistant of cell-phone function etc.

Camera lens 21,31 of the present utility model can be hidden in the rear of light-passing board 231,331, with len 21,31, and makes portable electronic devices 20,30 comparatively attractive in appearance.

Claims

1. A hidden light source applied to a portable electronic device, used to make the light source hidden behind the self-timer mirror, characterized in that it comprises: a portable electronic device; a lens, which is connected to the portable electronic device combination, used to capture images of objects; a light source, combined with the portable electronic device, to emit light to illuminate the object; a self-timer mirror, combined with the portable electronic device, to display The image at the time; wherein the light source is hidden behind the self-timer mirror; the self-timer mirror includes a convex lens part, the surface of the convex lens part is combined with a part of light-transmitting film, so that the self-timer mirror has a partial light-transmitting function, when the light source emits light , the light can pass through the part of the light-transmitting film and irradiate the object in front of the selfie mirror.

2 . The concealed light source applied to portable electronic devices as claimed in claim 1 , wherein the part of the light-transmitting film is combined with the outer surface of the convex lens part. 3 .

3. The concealed light source applied to a portable electronic device as claimed in claim 1, wherein the part of the light-transmitting film is combined with the inner surface of the convex lens part.

4. The concealed light source applied to a portable electronic device as claimed in claim 3, wherein the inner surface of the convex lens part is concaved outward.

5. The concealed light source applied to portable electronic devices as claimed in claim 1, 2, 3 or 4, wherein one end of the convex lens part is connected to a light-transmitting plate, and the lens is hidden in the light-transmitting plate the rear.

6 . The concealed light source applied to portable electronic devices as claimed in claim 5 , wherein the convex lens portion and the transparent plate are integrally formed. 7 .

7. The concealed light source applied to portable electronic devices as claimed in claim 5, wherein the material of the convex lens portion and the transparent plate is one of PC transparent material, glass or acrylic material .

8. The concealed light source applied to portable electronic devices as claimed in claim 1, 2, 3 or 4, wherein the part of the light-transmitting film is made of one of metal or metal compound by vacuum sputtering technology The latter are formed on the surface of the convex lens part by spray coating.

9 . The concealed light source applied to portable electronic devices as claimed in claim 8 , wherein the part of the light-transmitting film is a compound of one of aluminum, chromium, aluminum compounds, or chromium compounds.

10 . The hidden light source applied to portable electronic devices as claimed in claim 8 , wherein the light transmittance of the partially transparent film is between 75% and 85%. 11 .

11. The concealed light source applied to portable electronic devices as claimed in claim 8, wherein one end of the convex lens part is connected to a light-transmitting plate, and the lens is hidden behind the light-transmitting plate.

12. The concealed light source applied to a portable electronic device as claimed in claim 1, 2, 3 or 4, wherein the light source is a flashlight.

13. The concealed light source applied to portable electronic devices as claimed in claim 12, wherein one end of the convex lens part is connected to a light-transmitting plate, and the lens is hidden behind the light-transmitting plate.

14. The hidden light source applied to a portable electronic device as claimed in claim 1, 2, 3 or 4, wherein the portable electronic device is a mobile phone, a smart phone or a personal digital one of the assistants.

15. The concealed light source applied to a portable electronic device as claimed in claim 14, wherein one end of the convex lens part is connected to a light-transmitting plate, and the lens is hidden behind the light-transmitting plate.