CN104954515A

CN104954515A - Mobile phone with macro photography function

Info

Publication number: CN104954515A
Application number: CN201510275482.6A
Authority: CN
Inventors: 赵彩虹; 陈富林
Original assignee: Nanjing University of Aeronautics and Astronautics
Current assignee: Nanjing University of Aeronautics and Astronautics; Jincheng College of Nanjing University of Aeronautics and Astronautics
Priority date: 2015-05-27
Filing date: 2015-05-27
Publication date: 2015-09-30
Anticipated expiration: 2035-05-27
Also published as: CN104954515B

Abstract

The invention relates to a mobile phone with a macro photography function. The mobile phone is characterized in that a convex lens is built in the mobile phone, a protective lens is disposed below the convex lens and adhered to a mobile phone middle shell, the mobile phone middle shell is fixedly connected to a mobile phone surface shell, a display screen is adhered to one side of the mobile phone surface shell, a mobile phone mainboard is mounted on the other side of the mobile phone surface shell, a camera module is mounted on the mobile phone mainboard, a touch switch is adhered to the mobile phone mainboard, and a mobile phone rear cover covers the mobile phone middle shell; a decoration part is disposed on the convex lens, and the decoration part is fixed with the mobile phone middle shell through hot melting columns. The mobile phone has the advantages that the macro photography function is achieved by using the amplification imaging principle of the convex lens; people can use the mobile to achieve macro photography effects at anytime and anywhere and upload the pictures to social networks, and professional cameras are not needed; the convex lens is built in the mobile phone, so that the convex lens is convenient to carry and difficult to be lost; a shifting rod is connected to the convex lens, so that a mobile phone photography function can be started and shut down during the up-down sliding process of the convex lens, and quickness and simpleness are achieved.

Description

Band microshot functional mobile phone

Technical field

What the present invention relates to is a kind of band microshot functional mobile phone.Belong to microshot functional mobile phone technical field.

Background technology

Along with popularizing of smart mobile phone, take pictures anywhere or anytime with mobile phone and become a part for people's life.But relative to mm professional camera special, smart mobile phone is much functionally still seeming not enough.For example when carrying out microshot with mobile phone, often multiplication factor is too small or microshot is clear not.Reason is that the shooting of mobile phone is mainly by camera components and parts itself, hand set machine shell does not have camera lens, only has a protective lens.Effect will be far short of what is expected when taking microspur for single protective lens; In order to address this problem, some producers are had to attempt on mobile phone an external camera lens to carry out microshot, can realize macro function although do like this, the multi-media communication instrument that mobile phone is carried with as us, portability is the problem of overriding concern.User can not also be unwilling to be with a camera lens all the time at one's side;

As can be seen here, if can conveniently realize microshot function on mobile phone, so a fabulous experience will be brought to user.

Summary of the invention

What the present invention proposed is a kind of band microshot functional mobile phone, and its object is intended to the above-mentioned defect overcome existing for prior art, and the present invention can superpose convex lens and realize microshot function outside camera module.These convex lens are built in inside hand set machine shell, therefore easy to carry.Only just convex lens are added on camera module when needs microshot simultaneously, convex lens can be pushed during normal photographing, can not have an impact to normal photographing.

Technical solution of the present invention: band microshot functional mobile phone, it is characterized in that built-in convex lens 3, convex lens 3 are protective lenss 4 below, protective lens 4 is pasted onto in cell phone mesochite 5, cell phone mesochite 5 is fixed on mobile telephone surface shell, and mobile telephone surface shell one side posts display screen, and one side installs cell phone mainboard 6 in addition, cell phone mainboard 6 is equipped with camera module 7, posts touch-switch 8, mobile phone battery cover 1 covers in cell phone mesochite 5; Have a decoration 2 above described convex lens 3, decoration 2 and cell phone mesochite 5 are fixed by hot molten column.

Beneficial effect of the present invention:

1) creationary in mobile phone built-in convex lens, utilize the amplification imaging principle of convex lens to realize microshot effect;

2) add a decoration in the outside of convex lens, this decoration has two effects, can fix convex lens on the one hand, can do some appearance on the one hand in addition on decoration, such as evaporation bright silver etc., play effect attractive in appearance;

3) the spacing convex closure on convex lens coordinates two limited impressions on decoration, just convex lens can be fixed on two different positions, thus can meet user's normal photographing and microshot two kinds of demands; This is the Core Feature that the present invention is different from other mobile phones;

4) on convex lens, devise driving lever, cleverly the motion that slides up and down of convex lens is converted to the motion pressing touch-switch, coordinated the effect just can played and start or close shoot function by software, novel in design, easy and simple to handle;

5) can microspur effect be shot with mobile phone anywhere or anytime and upload social networks, and not need to relend the camera helping specialty.This brings great convenience to the life of people;

6) quick and easy, this will bring good Consumer's Experience.

Accompanying drawing explanation

Fig. 1 is the decomposing schematic representation of band microshot functional mobile phone.

Fig. 2 is the schematic diagram of convex lens 3 in Fig. 1.

Fig. 3 is the assembling schematic diagram of decoration 2 and convex lens 3 in Fig. 1.

Fig. 4 is the decomposing schematic representation of convex lens 3 in Fig. 1, cell phone mesochite 5 and cell phone mainboard 6.

The assembling schematic diagram of mobile phone when Fig. 5 is microshot.

The assembling schematic diagram of mobile phone when Fig. 6 is normal condition.

In figure 1 is mobile phone battery cover, 2 limited impression, 12 that the driving lever, 11 that the spacing convex closure, 10 that are decorations, 3 are convex lens, 4 are protective lenss, 5 are cell phone mesochite, 6 are cell phone mainboards, 7 are camera modules, 8 to be touch-switchs, 9 be on convex lens is on convex lens is on decoration is in cell phone mesochite gathering sill.

Embodiment

As shown in Figure 1, band microshot functional mobile phone, its structure comprises mobile phone battery cover 1, decoration 2, convex lens 3, protective lens 4, cell phone mesochite 5, cell phone mainboard 6, camera module 7, touch-switch 8, wherein cell phone mainboard 6 is arranged on and posts on the mobile telephone surface shell of display screen, cell phone mesochite 5 is fixed on mobile telephone surface shell, cell phone mainboard 6 is equipped with camera module 7, posts touch-switch 8, cell phone mesochite 5 is pasted protective lens 4, convex lens 3 cover in protective lens 4; Have a decoration 2 above convex lens 3, decoration 2 and cell phone mesochite 5 are fixed by hot molten column, and mobile phone battery cover 1 covers in cell phone mesochite 5.

As shown in Figure 2,3, the spacing convex closure 9 on convex lens 3 can be stuck in the upper and lower limited impression 11 on decoration 2.

As shown in Figure 4, cell phone mesochite 5 is designed with gathering sill 12, the driving lever 10 on convex lens 3, through gathering sill 12, slides up and down in process the touch-switch 8 slipping over and cell phone mainboard 6 posts at convex lens 3.

During use,

1) convex lens 3 are designed, the multiple amplified when wherein the radius of curvature of convex lens cambered surface determines macro state.Radius of curvature is less, and convex higher of convex lens, multiplication factor is also larger.The side of convex lens 3 is designed with spacing convex closure 9, fixing for convex lens.Side design driving lever 10 in addition, for leading and stirring touch-switch 8.Convex lens 3 need adopt two-shot molding process, and intermediate lens part selects the injection moulding of optical grade acrylic, ensure light transmittance, and edge adopts PC injection moulding, ensures that material has certain pliability, avoids fractureing, as shown in Figure 2;

2) be assembled on cell phone mainboard 6 by camera module 7, and cell phone mainboard 6 posts touch-switch 8, this switch can be used for starting or cutting out shoot function.Protective lens 4 pastes in cell phone mesochite 5.Protective lens 4 covers convex lens 3;

3) convex lens 3 has a decoration 2 above, and decoration 2 and cell phone mesochite 5 are fixed by hot molten column.Finally cover mobile phone battery cover 1;

Wherein convex lens 3 and decoration 2 have an assembly relation; As shown in Figure 1, convex lens are sandwiched between cell phone mesochite and decoration, can slide up and down; As long as when assembling, driving lever reaches inside the guide groove of cell phone mesochite, then covers decoration; Decoration and mesochite hot melt are well just passable;

4) under convex lens 3 are in normal position and microshot position two states, the spacing convex closure 9 on convex lens is stuck in two limited impressions 11 on decoration, and just can be fixed up in the position of such convex lens, as shown in Figure 3;

5) cell phone mesochite 5 is designed with gathering sill 12.Driving lever 10 on convex lens 3, through gathering sill 12, slides up and down in process at convex lens and slips over touch-switch 8.Often slip over and be once equivalent to press a switch, thus can start or close shoot function, as shown in Figure 4,

Convex lens 3 have two states in mobile phone;

6) when needs carry out microshot, convex lens are pushed above camera module, trigger microshot function simultaneously.According to the principle of convex lens, enlarged image under a macro state just can be obtained.Realize microshot by this mode, can be described as not only easy but also practical, as shown in Figure 5.

When not needing to carry out microshot, convex lens being dialled above camera module, closing microshot function simultaneously.If now taken pictures again, be exactly the photo under the non-macro state of routine, as shown in Figure 6.

First camera module is assembled on mainboard, mainboard posts a touch-switch simultaneously, is used to open or close mobile phone shoot function.Protective lens pastes in cell phone mesochite, laminated thereto convex lens.There are a decoration and cell phone mesochite to be fixed by hot melt in the outside of convex lens.Finally cover mobile phone battery cover again.

Convex lens are designed with convex closure, with the groove fit on decoration, for position-limiting action, control the position of convex lens under upper cunning and drop-down two states.Meanwhile, convex lens also have a driving lever, and driving lever has two effects, is on the one hand slide up and down in process at convex lens to play the guiding role, in addition on the one hand at driving lever through touch-switch, can trigger switch thus startup or closing hand phone shoot function.

During normal condition, convex lens and camera are not overlapping, now can be used for the shooting of normal mode.When needs carry out microshot, finger stirs convex lens makes its upward sliding, can trigger touch-switch and open mobile phone shoot function, and automatically enter macro mode in sliding process.When convex lens slide into and camera lap position, due to the position-limiting action of convex closure on convex lens, convex lens can be fixed.According to the amplification imaging principle of convex lens, just microshot can be realized.When not needing to carry out microshot, equally convex lens slide downward, driving lever triggers touch-switch, and mobile phone just can exit shoot function.

Claims

1. be with microshot functional mobile phone, it is characterized in that built-in convex lens, it is protective lens below convex lens, protective lens is pasted onto in cell phone mesochite, cell phone mesochite is fixed on mobile telephone surface shell, and mobile telephone surface shell one side posts display screen, and the other one side of mobile telephone surface shell installs cell phone mainboard, cell phone mainboard is equipped with camera module, posts touch-switch, mobile phone battery cover covers in cell phone mesochite; Have a decoration above described convex lens, decoration and cell phone mesochite are fixed by hot molten column.

2. band microshot functional mobile phone according to claim 1, is characterized in that the spacing convex closure on described convex lens can be stuck in the upper and lower limited impression on decoration.

3. band microshot functional mobile phone according to claim 1, is characterized in that described cell phone mesochite is designed with gathering sill, and the driving lever on convex lens is through guide groove.

4. the using method of band microshot functional mobile phone as claimed in claim 1, it is characterized in that comprising 1) design convex lens, the multiple amplified when wherein the radius of curvature of convex lens cambered surface determines macro state, radius of curvature is less, convex higher of convex lens, multiplication factor is also larger; The side of convex lens is designed with spacing convex closure, fixing for convex lens; Side design driving lever in addition, for leading and stirring touch-switch;

2) be assembled on cell phone mainboard by camera module, and cell phone mainboard posts touch-switch, this switch can be used for starting or cutting out shoot function; Protective lens pastes in cell phone mesochite; Convex lens cover in protective lens;

3) have a decoration above convex lens, decoration and cell phone mesochite are fixed by hot molten column; Finally cover mobile phone battery cover;

4) under convex lens are in normal position and microshot position two states, the spacing convex closure on convex lens is stuck in two limited impressions on decoration, just can be fixed up in the position of such convex lens;

5) shaping-orientation groove in cell phone mesochite; Driving lever on convex lens, through gathering sill, slides up and down in process at convex lens and slips over touch-switch; Often slip over and be once equivalent to press a switch, thus can start or close shoot function, convex lens have two states in mobile phone;

6) when needs carry out microshot, convex lens are pushed above camera module, trigger microshot function simultaneously; According to the principle of convex lens, enlarged image under a macro state just can be obtained.

5. the using method of band microshot functional mobile phone as claimed in claim 4, is characterized in that

Described convex lens need adopt two-shot molding process, and intermediate lens part selects the injection moulding of optical grade acrylic, ensure light transmittance, and edge adopts PC injection moulding, ensures that material has certain pliability, avoids fractureing.