CN206775549U

CN206775549U - A kind of touching display screen smart mobile phone comprehensively

Info

Publication number: CN206775549U
Application number: CN201720497750.3U
Authority: CN
Inventors: 范宇
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-03-17
Filing date: 2017-05-02
Publication date: 2017-12-19
Anticipated expiration: 2027-05-02

Abstract

A kind of touching display screen smart mobile phone comprehensively, the main display surface in front remove handset shell or framework, with touch-control and can all shown, it is characterised in that：The functional module in mobile phone front screen upper and lower non-display area will be arranged on originally, including front camera, receiver sender, LED display lamps, distance-sensor, and entity function key, all remove or cancel, and be disposed at mobile phone housing or framework in realize, or realized by virtual functions key；It can wherein select to cancel front camera, complete to find a view by increasing secondary display screen at the mobile phone back side, Self-timer is realized by former rear camera.

Description

A kind of touching display screen smart mobile phone comprehensively

Technical field

A kind of smart mobile phone of touching display screen comprehensively is the utility model is related to, i.e. smart mobile phone positive (main display surface) regards It is entirely touch display area in feel.

Background technology

The current positive design of smart mobile phone generally comprises 4 parts, refers to accompanying drawing Fig. 1：

1. top non-touch-control non-display area：Including preceding camera, receiver sender, LED display lamps, distance-sensor；

2. touch display area：The region is the mobile phone display screen with touch controllable function；

3. bottom entity touch-control non-display area：Including 1-3 entity touch controllable function key；

4. handset shell or framework：4 side up and down, shield.

Functional module in region 1 and region 3 is required for realizing function in smart mobile phone front, be hardly transferred to the back side or Realize function in side.But in the case where not influenceing normal display, the functional module in region 1 and region 3 is difficult to be arranged on again Display screen lower floor, so design at present is general all above and below the viewing area of smart mobile phone front, it is these functional modules Certain non-display space is reserved, visually smart mobile phone front just has two non-display areas：One " forehead " (region 1) With one " chin " (region 3).

The content of the invention

The utility model is on the premise of retaining original functions of modules in front, by cancelling top non-touch-control non-display area Domain and bottom entity touch-control non-display area (region 1 and region 3), increase touch display area (region 2) to greatest extent, and it is complete Whole covering mobile phone front, visually realizes that smart mobile phone shields touch-control and shown comprehensively.

Brief description of the drawings

The current smart mobile phone front views of Fig. 1

The comprehensive touching display screen smart mobile phone front views of Fig. 2

1. the distance-sensor of distance-sensor 1.

2. the receiver sender of receiver sender 2.

3.LED display lamp 3.LED display lamps

4. the front camera of front camera 4.

5. touch-control and viewing area (region 2) 5. touch-control and viewing area (region 2)

6. handset shell or the handset shell of framework (region 4) 6. or framework (region 4)

7. 7. virtual touch controllable function key of entity touch controllable function key

Fig. 3：

Left side is the front view and side view of current smart mobile phone receiver position

1. non-touch-control non-display area

2. receiver vibrating diaphragm

3. sender

4. touching display screen region

Right side is the front view and side view of utility model smart mobile phone receiver position

5. handset shell or framework

(6. vibrating diaphragm can point to screen or point to upper shell receiver vibrating diaphragm according to cylinder size and design requirement is listened.)

7. sender

8. touching display screen region

9. leading note groove

Embodiment

1. cancel top non-touch-control non-display area, original front camera in region, distance-sensor, receiver goes out sound Hole, LED display lamps move to the inside of handset shell or framework, touching display screen top, and realize original respective function.

Housing or the thickness of framework are normally 0.5-1mm, and top functional module is more, can suitably be widened to 1.5-3mm.

General distance-sensor and LED display lamps module width are compressed to 1.5-2mm and insertion in 3mm or so at present Housing or framework difficulty are less (referring to accompanying drawing Fig. 2).

General front camera and receiver width be in 5-6mm or so at present, and it is difficult in a short time to be compressed to 1.5-2mm, Temporarily flexible can solve (embodiment 3 and 4).

2. cancelling bottom entity touch-control non-display area, virtual touch-control work(is increased in touch display area bottom by software The icon of energy key, realize the function (referring to accompanying drawing Fig. 2) of correlation function key.

3. if front camera size is big, it is impossible to moves to inside handset shell or framework, can cancel original preposition Camera, (mobile phone front shows the secondary display screen of setting appropriate size for comprehensive touch-control below the original rear camera of the mobile phone back side The main display shown).When camera enters non-self-timer mode, main display lights work, and secondary display screen does not light work.When During into self-timer mode, secondary display screen lights work, realizes view finding function, focuses and is realized automatically by camera, and taking pictures can be by setting Fixed function key is completed；Secondary display screen can select to set touch controllable function, and auxiliary completes focusing and camera function；Main display can Work is not lighted with selection, work is lighted again when completion of taking pictures browses photo.Such design needs to set two on mainboard Display screen connector, software accordingly adjust.

4. if listen cylinder size big, it is impossible to move to inside handset shell or framework, conventional handset vibrating diaphragm face can be abandoned The design of sender, change and receiver is placed on below housing sender, increase leading note groove among receiver and sender, by leading Sound groove, by vibrating diaphragm sound guidance to housing sender.Sound can lose in leading note groove, and the design of leading note groove will be considered close Seal effect.Receiver diaphragm position can stagger according to actual size selection is parallel with sender, or be disposed vertically with sender.This The design of sample needs mainboard and shell structure accordingly to coordinate.Refer to accompanying drawing Fig. 3.

Application of the present utility model is on condition that the size of functional module can reach design requirement, structure design level and machine Tool processing technology can meet design requirement.Now completely can be with by technology development for many years and accumulation, domestic Mobile Industry Realize.The utility model can be applied to Cell Phone Design and production field quickly, produce economic benefit and social benefit.

Claims

1. a kind of touching display screen smart mobile phone comprehensively, the main display surface in front remove handset shell or framework, all can be with touch-control simultaneously Display, it is characterised in that：The functional module in mobile phone front screen upper and lower non-display area will be arranged on originally, including it is preposition Camera, receiver sender, LED display lamps, distance-sensor, and entity function key, all remove or cancel, and set Put and realized in the housing of mobile phone or framework, or realized by virtual functions key；It can wherein select to cancel front camera, pass through Increase secondary display screen at the mobile phone back side to complete to find a view, Self-timer is realized by former rear camera.

2. touching display screen smart mobile phone comprehensively as claimed in claim 1, it is characterised in that：Front camera is arranged on mobile phone Housing or framework in.

3. touching display screen smart mobile phone comprehensively as claimed in claim 1, it is characterised in that：Receiver sender is arranged on mobile phone Housing or framework in.

4. touching display screen smart mobile phone comprehensively as claimed in claim 1, it is characterised in that：LED display lamps are arranged on mobile phone Housing or framework in.

5. touching display screen smart mobile phone comprehensively as claimed in claim 1, it is characterised in that：Distance-sensor is arranged on mobile phone Housing or framework in.

6. touching display screen smart mobile phone comprehensively as claimed in claim 1, it is characterised in that：Cancel front camera, simultaneously Complete to find a view by increasing secondary display screen at the mobile phone back side, and Self-timer is realized by former rear camera.

7. touching display screen smart mobile phone comprehensively as claimed in claim 1, it is characterised in that：Receiver vibrating diaphragm and housing or framework In sender between be provided with leading note groove, vibrating diaphragm is without face sender.