CN106713549A

CN106713549A - Electronic device

Info

Publication number: CN106713549A
Application number: CN201710013758.2A
Authority: CN
Inventors: 包小明; 杨茂
Original assignee: Guangdong Oppo Mobile Telecommunications Corp Ltd
Current assignee: Guangdong Oppo Mobile Telecommunications Corp Ltd
Priority date: 2017-01-09
Filing date: 2017-01-09
Publication date: 2017-05-24

Abstract

An embodiment of the invention discloses an electronic device, which comprises a body, a display screen, an input/output module and a control module. The display screen is arranged on the front surface of the body, and the display screen can display enabling labels. The input/output module is hidden in the body. The control module is used for controlling the input/output module to expose from the top part of the body automatically according to user input on the enabling labels. According to the electronic device disclosed by the invention, a camera and/or a receiver and other elements are arranged on the input/output module, the input/output module is arranged inside the body of the electronic device in a movable or rotatable manner, so that the input/output module can hide or expose the element, the element does not occupy space of the display screen on the premise of not influencing photographic function and/or call function, and the screen ratio of the electronic device is effectively improved.

Description

Electronic installation

Technical field

The present invention relates to mobile electronic communication equipment technical field, and in particular to a kind of electronic installation.

Background technology

With the development of science and technology, smart mobile phone is using more and more extensively, function is also more and more, has become people daily The indispensable electronic equipment of life, the display screen component screen accounting of existing smart mobile phone is relatively low so that Consumer's Experience is not good enough.

The content of the invention

Embodiments of the present invention provide a kind of electronic installation.

The electronic installation of embodiment of the present invention includes body, display screen, output module and control module.The display screen The body front is set, and the display screen can show unlatching label.The input and output module is hidden in the body. The control module is used to control the input and output module automatic from described according to the user input for the unlatching label Revealed at the top of body.

In some embodiments, open up fluted at the top of the body, the input and output module can be movably It is housed in the groove.

In some embodiments, the groove through the back side of the body is offered at the top of the body, it is described defeated Entering to export module can rotationally be housed in the groove.

In some embodiments, the input and output module includes matrix and the shooting being arranged in described matrix Head, the unlatching label includes that camera opens label, and the control module is used for according to the use that label is opened for the camera The family input control input and output module is revealed from the top of the body automatically.

In some embodiments, the input and output module include matrix, the camera that is arranged in described matrix and The receiver in described matrix is arranged on, the receiver is spaced with the camera, the unlatching label is opened including camera Label opens label with call, and the control module opens label for the camera for basis or label is opened in the call User input control the input and output module to be revealed from the top of the body automatically.

In some embodiments, the input and output module includes matrix, the camera being arranged in described matrix, sets Put the receiver in described matrix and the optical flame detector being arranged in described matrix, the receiver, the camera and described Optical flame detector is spaced, and the unlatching label includes that camera opens label and opens label with call, and the control module is used for according to pin Label or the call are opened to the camera open the user input of label and control the input and output module automatic from described Revealed at the top of body.

In some embodiments, the input and output module includes matrix and is arranged on called in described matrix Device, the unlatching label includes that label is opened in call, and the control module is used for according to the use that label is opened for the call The family input control input and output module is revealed from the top of the body automatically.

In some embodiments, the input and output module include matrix, the receiver that is arranged in described matrix and The optical flame detector in described matrix is arranged on, the receiver is spaced with the optical flame detector, the unlatching label includes that call is opened Label, the control module is used for basis and controls the input and output module certainly for the user input that label is opened in the call It is dynamic to be revealed from the top of the body.

In some embodiments, the input and output module include matrix, the camera that is arranged in described matrix and The flash lamp in described matrix is arranged on, the camera is spaced with the flash lamp, the unlatching label is opened including camera Label, the control module according to the user input that label is opened for the camera for controlling the input and output module certainly It is dynamic to be revealed from the top of the body.

In some embodiments, the input and output module includes matrix, the camera being arranged in described matrix, sets Put the receiver in described matrix and the flash lamp being arranged in described matrix, the receiver, the camera and described Flash lamp is spaced, and the unlatching label includes that camera opens label and opens label with call, and the control module is used for root According to for the camera open label or the call open label user input control the input and output module automatic from Revealed at the top of the body.

In some embodiments, the input and output module includes matrix, the camera being arranged in described matrix, sets Put the receiver in described matrix, the flash lamp being arranged in described matrix and the optical flame detector being arranged in described matrix, institute State receiver, the camera, the flash lamp and the optical flame detector to be spaced, the unlatching label includes that camera opens mark Sign and label is opened in call, the control module is for the camera to open label or label is opened in the call according to being directed to User input controls the input and output module to be revealed from the top of the body automatically.

In some embodiments, the display screen can show closing label；The control module is additionally operable to according to pin User input to the closing label controls the input and output module automatic hidden to enter in the body.

In some embodiments, the input and output module includes matrix and the shooting being arranged in described matrix Head, the closing label includes that camera closes label, and the control module is used for according to the use that label is closed for the camera The family input control input and output module automatic hidden is entered in the body.

In some embodiments, the input and output module include matrix, the camera that is arranged in described matrix and The receiver in described matrix is arranged on, the receiver is spaced with the camera, the closing label is closed including camera Label closes label with call, and the control module closes label for the camera for basis or label is closed in the call User input control the input and output module automatic hidden to enter in the body.

In some embodiments, the input and output module includes matrix, the camera being arranged in described matrix, sets Put the receiver in described matrix and the optical flame detector being arranged in described matrix, the receiver, the camera and described Optical flame detector is spaced, and the closing label includes that camera is closed label and closes label with call, and the control module is used for according to pin The user input that label or call closing label are closed to the camera controls the input and output module automatic hidden to enter In the body.

In some embodiments, the input and output module includes matrix and is arranged on called in described matrix Device, the closing label includes that label is closed in call, and the control module is used for according to the use that label is closed for the call The family input control input and output module automatic hidden is entered in the body.

In some embodiments, the input and output module include matrix, the receiver that is arranged in described matrix and The optical flame detector in described matrix is arranged on, the receiver is spaced with the optical flame detector, the closing label includes that call is closed Label, the control module is used for basis and controls the input and output module certainly for the user input that label is closed in the call It is dynamic to hide into the body.

In some embodiments, the input and output module include matrix, the camera that is arranged in described matrix and The flash lamp in described matrix is arranged on, the camera is spaced with the flash lamp, the closing label is closed including camera Label, the control module according to the user input that label is closed for the camera for controlling the input and output module certainly It is dynamic to hide into the body.

In some embodiments, the input and output module includes matrix, the camera being arranged in described matrix, sets Put the receiver in described matrix and the flash lamp being arranged in described matrix, the receiver, the camera and described Flash lamp is spaced, and the closing label includes that camera is closed label and closes label with call, and the control module is used for root The input and output module automatic hidden is controlled according to the user input for camera closing label or call closing label Hide into the body.

In some embodiments, the input and output module includes matrix, the camera being arranged in described matrix, sets Put the receiver in described matrix, the flash lamp being arranged in described matrix and the optical flame detector being arranged in described matrix, institute State receiver, the camera, the flash lamp and the optical flame detector to be spaced, the closing label includes that camera closes mark Sign and label is closed in call, the control module is for the camera to close label or label is closed in the call according to being directed to User input controls the input and output module automatic hidden to enter in the body.

The electronic installation of embodiment of the present invention is by will be any in camera, receiver, optical flame detector and flash lamp etc. One or more element is arranged on input and output module, and movably or input and output module is rotatably arranged at into electronics The body interior of device, so that hiding input and output module when the element is not used in the inside of body, is needing to make During with camera and/or receiver using control module control input export module revealed from the top of body automatically, Do not influence the element on the premise of shoot function and/or call function to be not take up the space of display screen, be effectively improved electronics The screen accounting of device.

The additional aspect and advantage of embodiments of the present invention will be set forth in part in the description, partly will be from following Description in become obvious, or recognized by the practice of embodiments of the present invention.

Brief description of the drawings

The above-mentioned and/or additional aspect and advantage of embodiments of the present invention are from combination accompanying drawings below to implementation method Be will be apparent in description and be readily appreciated that, wherein：

Fig. 1 is the floor map of the electronic installation of embodiment of the present invention.

Fig. 2 is the floor map of the electronic installation of embodiment of the present invention.

Fig. 3 is the floor map of the electronic installation of embodiment of the present invention.

Fig. 4 is the floor map of the electronic installation of embodiment of the present invention.

Fig. 5 is the floor map of the body of embodiment of the present invention.

Fig. 6 is the floor map of the body of embodiment of the present invention.

Fig. 7 is the floor map of the body of embodiment of the present invention.

Fig. 8 is the floor map of the body of embodiment of the present invention.

Fig. 9 is the floor map of the body of embodiment of the present invention.

Figure 10 is the floor map of the input and output module of embodiment of the present invention.

Figure 11 is the floor map of the input and output module of embodiment of the present invention.

Figure 12 is the floor map of the input and output module of embodiment of the present invention.

Figure 13 is the floor map of the input and output module of embodiment of the present invention.

Figure 14 is the floor map of the input and output module of embodiment of the present invention.

Figure 15 is the floor map of the input and output module of embodiment of the present invention.

Figure 16 is the floor map of the input and output module of embodiment of the present invention.

Figure 17 is the floor map of the input and output module of embodiment of the present invention.

Figure 18 is the floor map of the input and output module of embodiment of the present invention.

Figure 19 is the floor map of the input and output module of embodiment of the present invention.

Figure 20 is the floor map of the electronic installation of embodiment of the present invention.

Figure 21 is the floor map of the input and output module of embodiment of the present invention.

Figure 22 is the floor map of the input and output module of embodiment of the present invention.

Figure 23 is the floor map of the input and output module of embodiment of the present invention.

Figure 24 is the floor map of the input and output module of embodiment of the present invention.

Figure 25 is the floor map of the input and output module of embodiment of the present invention.

Figure 26 is the floor map of the input and output module of embodiment of the present invention.

Figure 27 is the floor map of the input and output module of embodiment of the present invention.

Figure 28 is the floor map of the input and output module of embodiment of the present invention.

Figure 29 is the floor map of the input and output module of embodiment of the present invention.

Figure 30 is the floor map of the input and output module of embodiment of the present invention.

Figure 31 is the floor map of the input and output module of embodiment of the present invention.

Figure 32 is the floor map of the input and output module of embodiment of the present invention.

Figure 33 is the floor map of the input and output module of embodiment of the present invention.

Figure 34 is the floor map of the input and output module of embodiment of the present invention.

Figure 35 is the floor map of the electronic installation of embodiment of the present invention.

Figure 36 is the floor map of the electronic installation of embodiment of the present invention.

Figure 37 is the floor map of the electronic installation of embodiment of the present invention.

Figure 38 is the floor map of the electronic installation of embodiment of the present invention.

Figure 39 is the floor map of the electronic installation of embodiment of the present invention.

Figure 40 is the floor map of the body of embodiment of the present invention.

Figure 41 is the floor map of the body of embodiment of the present invention.

Figure 42 is the floor map of the input and output module of embodiment of the present invention.

Figure 43 is the floor map of the input and output module of embodiment of the present invention.

Figure 44 is the floor map of the input and output module of embodiment of the present invention.

Figure 45 is the floor map of the input and output module of embodiment of the present invention.

Figure 46 is the floor map of the input and output module of embodiment of the present invention.

Figure 47 is the floor map of the input and output module of embodiment of the present invention.

Figure 48 is the floor map of the input and output module of embodiment of the present invention.

Figure 49 is the floor map of the input and output module of embodiment of the present invention.

Figure 50 is the floor map of the input and output module of embodiment of the present invention.

Figure 51 is the floor map of the input and output module of embodiment of the present invention.

Figure 52 is the floor map of the input and output module of embodiment of the present invention.

Figure 53 is the floor map of the input and output module of embodiment of the present invention.

Main element symbol is illustrated：

Electronic installation 100, body 10, front 11, the back side 12, top surface 13, top 14, switch key 15, groove 102, cunning Groove 104, vertical side wall 1041, parallel side wall 1042, side 120, display screen 20, unlatching label 22, camera open label 222nd, call is opened label 224, closes label 24, camera closing label 242, converses and close label 244, input and output module 30th, matrix 31, above 311, below 312, above 313, slide rail 32, camera 33, the first camera 332, second camera 334 Chute, receiver 35, optical flame detector 36, flash lamp 37, rotating shaft 38, control module 40.

Specific embodiment

Embodiments of the present invention are described below in detail, the example of the implementation method is shown in the drawings, wherein ad initio Same or similar element or element with same or like function are represented to same or similar label eventually.Below by ginseng The implementation method for examining Description of Drawings is exemplary, is only used for explaining the present invention, and is not considered as limiting the invention.

In the description of the invention, it is to be understood that term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width ", " thickness ", " on ", D score, "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom ", " interior ", " outward ", " up time Pin ", the orientation of instruction " counterclockwise " or position relationship are, based on orientation shown in the drawings or position relationship, to be for only for ease of and retouch The present invention is stated to be described with simplified, must be with specific orientation, with specific rather than the device or element for indicating or imply meaning Azimuth configuration and operation, therefore be not considered as limiting the invention.Additionally, term " first ", " second " are only used for retouching Purpose is stated, and it is not intended that indicating or implying relative importance or the implicit quantity for indicating indicated technical characteristic.By This, defines " first ", one or more feature can be expressed or be implicitly included to the feature of " second ".At this In the description of invention, " multiple " is meant that two or more, unless otherwise expressly limited specifically.

In the description of the invention, it is necessary to illustrate, unless otherwise clearly defined and limited, term " installation ", " phase Company ", " connection " should be interpreted broadly, for example, it may be being fixedly connected, or being detachably connected, or be integrally connected；Can Being to mechanically connect, or electrically connect or can mutually communicate；Can be joined directly together, it is also possible to by between intermediary Connect connected, can be two element internals connection or two interaction relationships of element.For the ordinary skill of this area For personnel, above-mentioned term concrete meaning in the present invention can be as the case may be understood.

In the present invention, unless otherwise clearly defined and limited, fisrt feature second feature it " on " or D score The first and second feature directly contacts can be included, it is also possible to including the first and second features be not directly contact but by it Between other characterisation contact.And, fisrt feature second feature " on ", " top " and " above " include that first is special Levy directly over second feature and oblique upper, or be merely representative of fisrt feature level height higher than second feature.Fisrt feature exists Second feature " under ", " lower section " and " below " include fisrt feature immediately below second feature and obliquely downward, or be merely representative of Fisrt feature level height is less than second feature.

Following disclosure provides many different implementation methods or example is used for realizing different structure of the invention.In order to Simplify disclosure of the invention, hereinafter the part and setting to specific examples are described.Certainly, they are only merely illustrative, and And purpose does not lie in the limitation present invention.Additionally, the present invention can in different examples repeat reference numerals and/or reference letter, This repetition is for purposes of simplicity and clarity, between discussed various implementation methods itself not being indicated and/or being set Relation.Additionally, the invention provides various specific technique and material example, but those of ordinary skill in the art can be with Recognize the application of other techniques and/or the use of other materials.

Fig. 1-4 are referred to, the electronic installation 100 of embodiment of the present invention includes body 10, display screen 20, input and output mould Group 30 and control module 40.Electronic installation 100 can be the electronic installations such as mobile phone, panel computer, intelligent watch.Present embodiment Illustrated so that electronic installation 100 is as mobile phone as an example.

Also referring to Fig. 1-5, body 10 include the back side 12 opposite with front 11 of front 11 and connection front 11 with The top surface 13 at the back side 12, top surface 13 is located at the top 14 of body 10, and top surface 13 opens up fluted 102, and groove 102 is parallel to top The rectangular in cross-section that face 13 intercepts.In embodiment of the present invention, the rectangular-blocklike of body 10, groove 102 is located at the big of top surface 13 Center and rectangular in cross-section, groove 102 is caused to offer a chute 104 respectively in the two side vertical with front 11, it is sliding The section of groove 104 is generally rectangular shaped.In some embodiments, the position of groove 102 and shape are not limited to discussed above Mode, for example, incorporated by reference to Fig. 5-9, groove 102 may be located on the marginal position at top 14, edge of the groove 102 at top 14 During position, groove 102 can run through an outer side edges at top 14 (for example：Groove 102 as shown in Figure 6 through the back side 12 with The side 120 that top surface 13 connects), or groove 102 as Figure 7-9 be spaced not through outer side edges but with outer side edges One segment distance.The cross sectional shape of groove 102 can be triangle, pentagon, hexagon, circle, semicircle or other are suitable Shape.The quantity of chute 104, position and shape are not limited to ways discussed above, for example, chute 104 can be one, should One chute 104 can be opened on any one side wall of groove 102, a such as chute 104 can be opened in just On the vertical side wall 1041 in face 11 or on the side wall 1042 parallel with front 11.When the quantity of chute 104 is two, Ke Yishi： Two chutes 104 are opened on any one side wall of groove 102 simultaneously, and such as two chutes 104 are opened in and front simultaneously It is opened on 11 vertical side walls or simultaneously on the side wall parallel with front 11；Can also be：Two chutes 104 are opened in respectively On the different two side wall of groove 102, such as one chute 104 is opened on the side wall vertical with front 11, another cunning Groove 104 is opened on the side wall parallel with front 11.Or, when the quantity of chute 104 is one, groove 102 can be opened in Bottom surface (not shown) it is any on one side on.When the quantity of chute 104 is two, Ke Yishi：Two chutes 104 are opened up simultaneously On any one side of the bottom surface of groove 102, can also be：Two chutes 104 are opened in the bottom surface of groove 102 not respectively On two same sides.The quantity of chute 104 is to can also be three, four or any number of, accordingly, the position of chute 104 Putting arbitrarily to be set, herein not reinflated introduction.The cross sectional shape of chute 104 can be triangle, pentagon, hexagon, Circular, semicircle or other shapes.In other embodiments, the shape of body 10 is also not limited to ways discussed above, If body 10 can be the structure of section triangular in shape, circular, pentagon, hexagon or other shapes.

Fig. 1 is referred to, display screen 20 is arranged on the front 11 of body 10, and display screen 20 can show unlatching label 22 and close Close label 24.In embodiment of the present invention, it is that camera opens label 222 to open label 22, and it is that camera closes mark to close label 24 Sign 242.In embodiment of the present invention, display screen 20 is overall rectangular, and display screen 20 form and dimension substantially with front 11 Form and dimension it is consistent.In some embodiments, the overall rounded rectangle of display screen 10, that is, it is straight by four of rectangle The shape that angle is replaced with fillet.

Fig. 5 and Figure 10 is referred to, input and output module 30 is housed in groove 102 completely.In other embodiments, it is defeated Entering to export the form and dimension of module 30 can be partially larger than the form and dimension of groove 102 so that the part of input and output module 30 is received Hold in groove 102.Input and output module 30 includes matrix 31, the slide rail 32 being arranged on matrix 31 and is arranged on matrix 31 On camera 33.

Incorporated by reference to Fig. 3, matrix 31 is included 311 and below 312 before opposite.Above 311 with front 11 towards body 10 The same side, behind 312 with the back side 12 towards body 10 identical opposite side.

The shape of slide rail 32 and the position on matrix 31 match with the position of chute 104 and shape, so that input Output module 30 can be movably housed in groove 102.When slide rail 32 is snapped in chute 104, matrix 31 and the two of groove 102 There is less gap between individual side wall 1042.In other embodiments, if two chutes 104 are opened in the bottom surface of groove 102 On, when slide rail 32 is snapped in chute 104, input and output module 30 can be fully filled with groove 102, in other words, matrix 31 with it is recessed Any side wall all gaplesss of groove 102 so that structure is compacter.

Figure 10-12 are referred to, in present embodiment, camera 33 is preposition single photography/videography head, and camera 33 is located above 311 centre position.Certainly, position of the camera 33 on above 311 is also not limited to ways discussed above, for example, taking the photograph Above 311 top middle position be may be located at as first 33；Or camera 33 can be close to above 311 any one side Side；Or camera 33 may be located on above 311 any one position, not reinflated introduction herein.In addition, with Fig. 3's View, the end face of camera 33 is flushed with above 311.Certainly, camera 33 is also not limited to structure discussed above, In other embodiment, the end face of camera 33 above 311 is protruded or from above 311 indent relatively.Or, camera 33 In original state, the end face of camera 33 is flushed or from above 311 indent, in zoom or focusing, camera with above 311 33 end face above 311 is protruded or flushed relatively.

Fig. 1 is referred to, control module 40 is arranged in body 10.Control module 40 can show according to on display screen 20 The user input control slide rail 32 that the camera for showing opens label 222 is slided so that input and output module 30 automatically along chute 104 Revealed from the top 14 of body 10, and slide rail 32 is controlled along cunning according to the user input that label 242 is closed for camera Groove 104 slides to hide into body 10 automatically.Specifically, camera opens the icon that label 222 can be camera applications software, When user clicks on the icon of camera applications software, the control control slide rail 32 of module 40 is slided so that defeated automatically along chute 104 Enter to export module 30 to be revealed from the top 14 of body 10；Camera closes the return that label 242 can be camera applications software The closing button of application software is exited in the closing of key or electronic installation 100, when user clicks on return key or closes button, control The control slide rail 32 of molding group 40 is slided so that input and output module 30 is hidden into body 10 automatically along chute 104.

In original state, input and output module 30 is hidden in inside body 10 electronic installation 100, when needing to use shooting When first 33, user clicks on camera and opens label 222, and the control control slide rail 32 of module 40 is slided so that defeated automatically along chute 104 Enter to export module 30 to be revealed (as shown in Fig. 2 camera 33 also can be aobvious from the top 14 of body 10 from the top 14 of body 10 Expose)；After camera 33 have been used, user clicks on camera and closes label 242, and control module 40 controls slide rail 32 along cunning Groove 104 is slided so that input and output module 30 is hidden into body 10 (as shown in figure 1, camera 33 also can be again again automatically Hide into body 10).

The electronic installation 100 of embodiment of the present invention is arranged on input and output module 30 by by camera 33, and will Input and output module 30 is movably disposed inside the body 10 of electronic installation 100, so that not using camera 33 Shi Yinzang input and output module 30 is utilized when camera 33 is needed to use and controls the control input of module 40 in the inside of body 10 Output module 30 is revealed from the top 14 of body 10 automatically, and camera 33 is not take up on the premise of shoot function is not influenceed The space of display screen 20, is effectively improved the screen accounting of electronic installation 100.

Figure 13 is referred to, in some embodiments, camera 33 can be rear camera, and camera 33 is located at below 312 centre position.Certainly, camera 33 is referred to the distribution mode setting camera 33 of front camera previously discussed Position on matrix 31.

Figure 14-16 are referred to, in some embodiments, camera 33 can be preposition pair of photography/videography head, camera 33 In above 311 centre position.Specifically, camera 33 includes the first camera 332 and second camera 334, the first shooting First 332 and the interval setting of second camera 334, and the line of centres of the first camera 332 and second camera 334 extension side To (as shown in figure 14) consistent with the moving direction of input and output module 30.In other embodiments, the first camera 332 and The bearing of trend of the line of centres of second camera 334 is not limited to ways discussed above, for example, the first camera 332 and The bearing of trend of the line of centres of second camera 334 is vertical with the moving direction of input and output module 30 (as shown in figure 15), Or first camera 332 and second camera 334 the line of centres bearing of trend and input and output module 30 moving direction It is angled.In addition, with the view of Fig. 3, the end face of the first camera 332 and the end face of second camera 334 with Above 311 flush.Certainly, the first camera 332 and second camera 334 are also not limited to structure discussed above, at other In implementation method, the end face of the first camera 332 and the end face of second camera 334, the end face of the first camera 332 and The end face of second camera 334 above 311 is protruded or from above 311 indent relatively.Or, the end of the first camera 332 Face does not flush with the end face of second camera 334, for example, the end face of the end face with respect to second camera 334 of the first camera 332 Prominent or indent, the end face of the first camera 332 or the end face of second camera 334 are flushed (as shown in figure 16) with above 311. Or, the first camera 332 and second camera 334 in original state, the end face and second camera of the first camera 332 334 end face is flushed or from above 311 indent with above 311, in zoom or focusing, the end face of the first camera 332 and The end face of two cameras 334 above 311 is protruded or flushed relatively.

Figure 17 is referred to, in some embodiments, camera 33 can be rearmounted pair of photography/videography head, and camera 33 is located at Next 312 centre position.Certainly, camera 33 is referred to the distribution mode setting of preposition pair of photography/videography head previously discussed Camera 33 is located at the position on matrix 31.

Figure 18 is referred to, in some embodiments, camera 33 can be front and rear double photography/videography heads, specifically, shooting First 33 include front camera 332 and rear camera 334.The end face of front camera 332 is flushed with above 311, rearmounted to take the photograph As first 334 end faces near the back side 12 are flushed (as shown in fig. 18 or 19) with below 312.Certainly, front camera 332 and rearmounted Camera 334 is also not limited to structure discussed above, and in some embodiments, the end face of front camera 332 is relative Above 311 protrude or from above 311 indent, the end face relative rear 312 at the close back side 12 of rear camera 334 protrude or from 312 indent next.In embodiment of the present invention, front camera 332 is with rear camera 334 along above 311 and below 312 The plane of symmetry is symmetrical arranged.Certainly, front camera 332 is also not limited to discussed above with the position relationship of rear camera 334 Mode, for example, incorporated by reference to Figure 19, bearing of trend of the front camera 332 with the line of centres of rear camera 334 and input The moving direction one for exporting module 30 causes front camera 332 and rear camera 334 in the movement of input and output module 30 There is certain drop on direction smaller in order to the volume of input and output module 30 is made, or front camera 332 with it is rear The bearing of trend for putting the line of centres of camera 334 is vertical with the moving direction of input and output module 30, or front camera 332 is angled with the moving direction of input and output module 30 with the bearing of trend of the line of centres of rear camera 334.This When, camera opens label 222 also includes switch labels (not shown).Control module 40 controls electronic installation according to switch labels 100 carry out camera operation using front camera 332 or rear camera 334.

In some embodiments, the chute 104 on the side wall of groove 102 can be replaced slide rail (not shown), and matrix Slide rail 32 on 31 can be replaced chute (not shown) so that slide rail snap in chute and make the structure of input and output module 30 with The structure of groove 102 matches.In this way, control module 40 can open label according to for the camera shown on display screen 20 222 user input control chute is slided so that input and output module 30 is manifested from the top 14 of body 10 automatically along slide rail Come, and slide to hide into body 10 automatically along slide rail according to the user input control chute for closing label 242 for camera It is interior.

In some embodiments, when input and output module 30 is needed to use, user clicks on camera and opens label 222, Control module 40 can according to on display screen 20 show camera open label 222 user input control slide rail 32 along Chute 104 is slided so that input and output module 30 is revealed from the top 14 of body 10 automatically.When that need not use, input is defeated When going out module 30, user can be by pressing input and output module 30 so that slide rail 32 is slided along chute 104 and makes input defeated Go out module 30 to be hidden in again in body 10.

Figure 20 is referred to, can be set has switch key 15 in some embodiments, on body 10, and switch key 15 is used for Triggering control module 40 is revealed or control input output mould so that control input output module 30 is automatic from the top of body 10 30 automatic hiddens of group are entered in body 10.Specifically, when input and output module 30 is needed to use, user can by by compress switch by The triggering control module 40 control slide rail 32 of key 15 is slided so that input and output module 30 is from the top of body 10 automatically along chute 104 Portion 14 reveals；When that need not use input and output module 30, user can make control module by pressing switch key 15 40 control slide rails 32 are slided along chute 104 so that input and output module 30 is hidden in body 10 again.

Also referring to Fig. 1-5 and Figure 21, in some embodiments, input and output module 30 includes matrix 31, sets Slide rail 32 on matrix 31, the camera 33 and receiver 35 being arranged on matrix 31.

Accordingly, opening label 22 may include that camera opens label 222 and label 224 is opened in call, and closing label 24 can Label 242 is closed including camera and label 244 is closed in call.

The ovalize of receiver 35, the mobile side for extending perpendicularly to input and output module 30 of the axle more long of ellipse To.Certainly, the shape of receiver 35 is not limited to oval, or other shapes, for example, triangle, quadrangle, five The shapes such as side shape, hexagon, circle.

Camera 33 and the interval setting of receiver 35, camera 33 are vertical with the bearing of trend of the line of centres of receiver 35 In the moving direction of input and output module 30, camera 33 is symmetricly set on the movement along input and output module 30 with receiver 35 The both sides that direction is divided into symmetrical two-part center line by above 311.Certainly, camera 33 does not limit to the distribution of receiver 35 In ways discussed above, for example, the bearing of trend of the line of centres of camera 33 and receiver 35 and input and output module 30 Moving direction it is consistent, camera 33 is arranged on receiver 35 will above 311 points along the moving direction of input and output module 30 Into on symmetrical two-part center line, camera 33 is with respect to receiver 35 closer or far from top 14；Camera 33 and receiver 35 distribution can also be other modes, such as bearing of trend of the line of centres of camera 33 and receiver 35 and input and output mould The moving direction of group 30 is angled, not reinflated introduction herein.

Fig. 1 and Fig. 2 is referred to, control module 40 is arranged in body 10.Control module 40 can be according to for display screen The camera shown on 20 opens label 222 or the user input control slide rail 32 of call unlatching label 224 is automatic along chute 104 Slide so that input and output module 30 is revealed from the top 14 of body 10, and closes label 242 or logical according to for camera The user input control slide rail 32 that words close label 244 slides to hide into body 10 automatically along chute 104.Specifically, Camera opens the icon that label 222 can be camera applications software, when user clicks on the icon of camera applications software, controls mould Group 40 controls slide rail 32 to be slided so that input and output module 30 is revealed from the top 14 of body 10 automatically along chute 104； Camera is closed the closing of return key or electronic installation 100 that label 242 can be camera applications software or exits application software Button is closed, when user clicks on return key or closes button, the control control slide rail 32 of module 40 is slided automatically along chute 104 So that input and output module 30 is hidden into body 10.Call open label 224 can be talk application software icon, when with During the icon of family click to dial application software, control module 40 control slide rail 32 is slided so that input is defeated automatically along chute 104 Go out module 30 to be revealed from the top 14 of body 10；Call close label 244 can be talk application software return key or The closing button of application software is exited in the closing of electronic installation 100, when user clicks on return key or closes button, controls mould Group 40 controls slide rail 32 to be slided so that input and output module 30 is hidden into body 10 automatically along chute 104.

Now, in original state, input and output module 30 is hidden in inside body 10 electronic installation 100, when needs make During with camera 33, user clicks on camera and opens label 222, and the control control slide rail 32 of module 40 is slided automatically along chute 104 So that input and output module 30 is revealed (as shown in Fig. 2 camera 33 also can be from the top of body 10 from the top 14 of body 10 Portion 14 reveals)；After camera 33 have been used, user clicks on camera and closes label 242, the control control slide rail 32 of module 40 Slided so that input and output module 30 is hidden into body 10 (as shown in figure 1, camera 33 again automatically along chute 104 Can hide again into body 10).When call is needed and use receiver 35, user's click to dial opens label 224, control The control slide rail 32 of molding group 40 is slided so that input and output module 30 is manifested from the top 14 of body 10 automatically along chute 104 Come (as shown in Fig. 2 receiver 35 can also be revealed from the top 14 of body 10)；When having conversed, user's click to dial is closed Label 244, control module 40 control slide rail 32 is slided so that input and output module 30 is hidden into this again automatically along chute 104 In body 10 (as shown in figure 1, receiver 35 can also be hidden into body 10 again).

The electronic installation 100 of embodiment of the present invention is arranged on input and output module by by camera 33 and receiver 35 On 30, and input and output module 30 is movably disposed inside the body 10 of electronic installation 100, so that not using Input and output module 30 is hidden when camera 33 or receiver 35 in the inside of body 10, camera 33 or called is being needed to use Using controlling the control input of module 40 output module 30 to be revealed from the top 14 of body 10 automatically during device 35, do not influenceing to clap Camera 33 and receiver 35 are not take up the space of display screen 20 on the premise of camera shooting function or call function, are effectively improved electricity The screen accounting of sub-device 100.

In addition, it is necessary to explanation, when camera 33 is preposition pair of photography/videography head, rearmounted pair of photography/videography head, two are taken the photograph As the arrangement between first 33 and receiver 35 can be：Such as Figure 22-23, the bearing of trend of the line of centres of three and input and output The moving direction of module 30 is vertical, or three the line of centres bearing of trend and input and output module 30 moving direction Unanimously；Or the bearing of trend of the line of centres of three and the moving direction of input and output module 30 are in angle；Or three The bearing of trend of the line of centres of person is triangular in shape etc., and exhaustion is not done herein.

Also referring to Fig. 1-5 and Figure 24, in some embodiments, input and output module 30 includes matrix 31, sets Slide rail 32 on matrix 31, camera 33, receiver 35 and the optical flame detector 36 being arranged on matrix 31.

The ovalize of optical flame detector 36, the mobile side for extending perpendicularly to input and output module 30 of the axle more long of ellipse To.Certainly, the shape of optical flame detector 36 is not limited to oval, or other shapes, for example, triangle, quadrangle, five The shapes such as side shape, hexagon, circle.

Camera 33, receiver 35 and the spaced setting of optical flame detector 36, camera 33, receiver 35 and optical flame detector 36 The moving direction for extending perpendicularly to input and output module 30 of the line of centres, receiver 35 is symmetricly set on optical flame detector 36 The both sides and camera 33 for being divided into symmetrical two-part center line by above 311 along the moving direction of input and output module 30 are set On the center line.Certainly, camera 33, receiver 35 are not limited to ways discussed above, example with the distribution of optical flame detector 36 Such as, the bearing of trend and the moving direction of input and output module 30 of the line of centres of camera 33, receiver 35 and optical flame detector 36 Unanimously, camera 33, receiver 35 and optical flame detector 36 are arranged on and above 311 will be divided into along the moving direction of input and output module 30 On symmetrical two-part center line, camera 33 is located between receiver 35 and optical flame detector 36 and the relative receiver 35 of optical flame detector 36 Closer or far from top 14；Camera 33, receiver 35 can also be in triangle with the bearing of trend of the line of centres of optical flame detector 36 Shape is distributed, not reinflated introduction herein in other.In addition, the quantity of optical flame detector 36 can be two, an optical flame detector 36 sets Put on 313 above matrix 31, another optical flame detector 36 is arranged on above 311.Fig. 1 and Fig. 2 is referred to, control module 40 sets Put in body 10.Control module 40 can open label 222 or call unlatching according to for the camera shown on display screen 20 The user input control slide rail 32 of label 224 is slided so that input and output module 30 is from the top of body 10 automatically along chute 104 Portion 14 reveals, and controls the edge of slide rail 32 according to the user input that label 242 or call closing label 244 are closed for camera Chute 104 to slide to hide into body 10 automatically.

Now, in original state, input and output module 30 is hidden in inside body 10 electronic installation 100, when needs make During with camera 33, user clicks on camera and opens label 222, and the control control slide rail 32 of module 40 is slided automatically along chute 104 So that input and output module 30 is revealed (as shown in Fig. 2 camera 33 also can be from the top of body 10 from the top 14 of body 10 Portion 14 reveals)；After camera 33 have been used, user clicks on camera and closes label 242, the control control slide rail 32 of module 40 Slided so that input and output module 30 is hidden into body 10 (as shown in figure 1, camera 33 again automatically along chute 104 Can hide again into body 10).When call is needed and use receiver 35, user's click to dial opens label 224, control The control slide rail 32 of molding group 40 is slided so that input and output module 30 is manifested from the top 14 of body 10 automatically along chute 104 Come (as shown in Fig. 2 receiver 35 and optical flame detector 36 can also be revealed from the top 14 of body 10), now, optical flame detector 36 is used Due to being not felt by environmental light brightness so as to the blackening of control display screen 20 when in user's communication；When having conversed, user clicks on logical Words close label 244, and the control control slide rail 32 of module 40 is slided so that input and output module 30 is again hidden automatically along chute 104 (as shown in figure 1, receiver 35 and optical flame detector 36 can also be hidden into body 10 again), now, optical flame detector are hidden into body 10 36 are used at the end of user's communication due to experiencing environmental light brightness again so as to control display screen 20 brightens.

In addition, when the quantity of optical flame detector 36 can be two, an optical flame detector 36 is arranged on 313 above matrix 31, Another optical flame detector 36 is arranged on above 311, above optical flame detector 36 on 313 can at any time experience the brightness of ambient light with to aobvious The brightness of display screen 20 is made adjustment in real time.Above the optical flame detector 36 on 311 is used in user's communication due to being not felt by ambient light Brightness so as to the blackening of control display screen 20, and at the end of user's communication due to experiencing environmental light brightness again so as to control Display screen processed 20 brightens.

The electronic installation 100 of embodiment of the present invention is defeated by the way that camera 33, receiver 35 and optical flame detector 36 be arranged on Enter to export on module 30, and input and output module 30 is movably disposed inside the body 10 of electronic installation 100, so that Obtain and hide input and output module 30 when camera 33 or receiver 35 is not used in the inside of body 10, needing to use shooting First 33 are revealed using controlling the control input of module 40 to export module 30 during receiver 35 from the top 14 of body 10 automatically, Camera 33, receiver 35 and optical flame detector 36 are not take up display screen 20 on the premise of shoot function or call function is not influenceed Space, is effectively improved the screen accounting of electronic installation 100.

Also referring in addition, it is necessary to explanation, is preposition pair of photography/videography head, rearmounted pair of photography/videography head in camera 33 When, two cameras 33, the arrangements between receiver 35 and optical flame detector 36 can be：The bearing of trend of four line of centres with The moving direction of input and output module 30 is vertical, or four line of centres bearing of trend and input and output module 30 Moving direction is consistent；Or the moving direction of bearing of trend and input and output module 30 of four line of centres is in angle； Or the bearing of trend of four line of centres is triangular in shape, quadrangle or other shapes etc., and exhaustion is not done herein.

Also referring to Fig. 1-5 and Figure 25, in some embodiments, input and output module 30 includes matrix 31, sets Slide rail 32 on matrix 31 and the receiver 35 being arranged on matrix 31.

Accordingly, opening label 22 may include that label 224 is opened in call, and closing label 24 may include that label is closed in call 244。

The ovalize of receiver 35, the mobile side for extending perpendicularly to input and output module 30 of the axle more long of ellipse To.Certainly, the shape of receiver 35 is not limited to oval, or other shapes, for example, triangle, quadrangle, five The shapes such as side shape, hexagon, circle.Receiver 35 is located above 311 centre position.Certainly, the position of receiver 35 is not yet Ways discussed above is confined to, for example, receiver 35 is located above 311 top middle position；Or receiver 35 can be with Near above 311 any one side；Or camera 33 may be located on above 311 any one position, herein not Reinflated introduction.

Fig. 1 is referred to, control module 40 is arranged in body 10.Control module 40 can show according to on display screen 20 The user input control slide rail 32 that label 224 is opened in the call shown is slided so that input and output module 30 automatically along chute 104 Revealed from the top 14 of body 10, and slide rail 32 is controlled along cunning according to the user input that label 244 is closed for call Groove 104 slides to hide into body 10 automatically.

Now, in original state, input and output module 30 is hidden in inside body 10 electronic installation 100, logical when needing When talking about and using receiver 35, user's click to dial opens label 224, and control module 40 controls slide rail 32 along chute 104 It is automatic to slide so that input and output module 30 is revealed (as shown in Fig. 2 receiver 35 also be from this from the top 14 of body 10 The top 14 of body 10 reveals)；When having conversed, user's click to dial closes label 244, the control control slide rail 32 of module 40 edge Chute 104 to slide so that input and output module 30 is hidden into body 10 (as shown in figure 1, receiver 35 also can again automatically Again hide into body 10).

The electronic installation 100 of embodiment of the present invention is arranged on input and output module 30 by by receiver 35, and will Input and output module 30 is movably disposed inside the body 10 of electronic installation 100, so that not using receiver 35 Shi Yinzang input and output module 30 is utilized when receiver 35 is needed to use and controls the control input of module 40 in the inside of body 10 Output module 30 is revealed from the top 14 of body 10 automatically, and receiver 35 is not take up on the premise of call function is not influenceed The space of display screen 20, is effectively improved the screen accounting of electronic installation 100.

Also referring to Fig. 1-5 and Figure 26, in some embodiments, input and output module 30 includes matrix 31, sets Slide rail 32, the receiver 35 being arranged on matrix 31 and the optical flame detector 36 being arranged on matrix 31 on matrix 31.

The end face ovalize of optical flame detector 36, oval axle more long extends perpendicularly to input and output module 30 Moving direction.Certainly, the end face of optical flame detector 36 is not limited to oval, or other shapes, for example, triangle, four sides The shapes such as shape, pentagon, hexagon, circle.

The bearing of trend of the line of centres of receiver 35 and the spaced setting of optical flame detector 36, receiver 35 and optical flame detector 36 Perpendicular to the moving direction of input and output module 30, receiver 35 is symmetricly set on along input and output module 30 with optical flame detector 36 The both sides that moving direction is divided into symmetrical two-part center line by above 311.Certainly, the distribution of receiver 35 and optical flame detector 36 is not Ways discussed above is confined to, for example, the bearing of trend of the line of centres of receiver 35 and optical flame detector 36 and input and output mould The moving direction of group 30 is consistent, and receiver 35 is arranged on optical flame detector 36 will above along the moving direction of input and output module 30 311 are divided on symmetrical two-part center line, and optical flame detector 36 is with respect to receiver 35 closer or far from top 14；Receiver 35 and light The distribution of sensor 36 can also be other modes, herein not reinflated introduction.In addition, the quantity of optical flame detector 36 can be two, One optical flame detector 36 is arranged on 313 above matrix 31, and another optical flame detector 36 is arranged on above 311.

Now, in original state, input and output module 30 is hidden in inside body 10 electronic installation 100, logical when needing When talking about and using receiver 35, user's click to dial opens label 224, and control module 40 controls slide rail 32 along chute 104 Automatically slide so that input and output module 30 is revealed (as shown in Fig. 2 receiver 35 and optical flame detector from the top 14 of body 10 36 can also reveal from the top 14 of body 10), now, optical flame detector 36 is used in user's communication due to being not felt by environment Brightness is so as to the blackening of control display screen 20；When having conversed, user's click to dial closes label 244, and the control control of module 40 is slided Rail 32 is slided so that input and output module 30 is hidden into body 10 (as shown in figure 1, receiver again automatically along chute 104 35 and optical flame detector 36 can also hide again into body 10), now, optical flame detector 36 be used at the end of user's communication due to again Environmental light brightness is experienced so as to control display screen 20 brightens.

The electronic installation 100 of embodiment of the present invention is arranged on input and output module by by receiver 35 and optical flame detector 36 On 30, and input and output module 30 is movably disposed inside the body 10 of electronic installation 100, so that not using Input and output module 30 is hidden during receiver 35 in the inside of body 10, is utilized when receiver 35 is needed to use and is controlled module 40 Control input output module 30 is revealed from the top 14 of body 10 automatically, the receiver on the premise of call function is not influenceed 35 and optical flame detector 36 be not take up the space of display screen 20, being effectively improved the screen accounting of electronic installation 100.

Also referring to Fig. 1-5 and Figure 27, in some embodiments, input and output module 30 includes matrix 31, sets Slide rail 32 on matrix 31, the camera 33 and flash lamp 37 being arranged on matrix 31.

Accordingly, opening label 22 may include that camera opens label 222, and closing label 24 may include that camera closes label 242。

The end face ovalize of flash lamp 37, oval axle more long extends perpendicularly to input and output module 30 Moving direction.Certainly, the shape of flash lamp 37 is not limited to oval, or other shapes, for example, triangle, four sides The shapes such as shape, pentagon, hexagon, circle.In some embodiments, the quantity of flash lamp 37 can be two, three or It is any number of.

The bearing of trend of the line of centres of camera 33 and the spaced setting of flash lamp 37, camera 33 and flash lamp 37 Perpendicular to the moving direction of input and output module 30, camera 33 is symmetricly set on along input and output module 30 with flash lamp 37 The both sides that moving direction is divided into symmetrical two-part center line by above 311.Certainly, the distribution of camera 33 and flash lamp 37 is not Ways discussed above is confined to, for example, the bearing of trend of the line of centres of camera 33 and flash lamp 37 and input and output mould The moving direction of group 30 is consistent, and camera 33 is arranged on flash lamp 37 will above along the moving direction of input and output module 30 311 are divided on symmetrical two-part center line, and the relative glitter lamp 37 of camera 33 is closer or far from top 14；Camera 33 and sudden strain of a muscle The distribution of light lamp 37 can also be other modes, herein not reinflated introduction.

Fig. 1 is referred to, control module 40 is arranged in body 10.Control module 40 can show according to on display screen 20 The user input control slide rail 32 that the camera for showing opens label 222 is slided so that input and output module 30 automatically along chute 104 Revealed from the top 14 of body 10, and slide rail 32 is controlled along cunning according to the user input that label 242 is closed for camera Groove 104 slides to hide into body 10 automatically.

In original state, input and output module 30 is hidden in inside body 10 electronic installation 100, when needing to use shooting When first 33, user clicks on camera and opens label 222, and the control control slide rail 32 of module 40 is slided so that defeated automatically along chute 104 Enter to export module 30 to be revealed (as shown in Fig. 2 camera 33 also can be from body 10 with flash lamp 37 from the top 14 of body 10 Top 14 reveal)；After camera 33 have been used, user clicks on camera and closes label 242, and the control control of module 40 is slided Rail 32 is slided so that input and output module 30 is hidden into body 10 (as shown in figure 1, camera again automatically along chute 104 33 can also hide into body 10 again with flash lamp 37).

The electronic installation 100 of embodiment of the present invention is arranged on input and output module by by camera 33 and flash lamp 37 On 30, and input and output module 30 is movably disposed inside the body 10 of electronic installation 100, so that not using Input and output module 30 is hidden during camera 33 in the inside of body 10, is utilized when camera 33 is needed to use and is controlled module 40 Control input output module 30 is revealed from the top 14 of body 10 automatically, the camera on the premise of shoot function is not influenceed 33 and flash lamp 37 be not take up the space of display screen 20, being effectively improved the screen accounting of electronic installation 100.

In addition, it is necessary to explanation, when camera 33 is preposition pair of photography/videography head, rearmounted pair of photography/videography head, two are taken the photograph As the arrangement between first 33 and flash lamp 37 can be：The bearing of trend of the line of centres of three and the shifting of input and output module 30 Dynamic direction is vertical, or the bearing of trend of the line of centres of three is consistent with the moving direction of input and output module 30, and dodges Light lamp 37 is located between two cameras 33；Or the shifting of the bearing of trend of the line of centres of three and input and output module 30 Dynamic direction is in angle；Or the bearing of trend of the line of centres of three is triangular in shape etc., and exhaustion is not done herein.

Also referring to Fig. 1-5 and Figure 28, in some embodiments, input and output module 30 includes matrix 31, sets Slide rail 32 on matrix 31, camera 33, receiver 35 and the flash lamp 37 being arranged on matrix 31.

The end face ovalize of flash lamp 37, the bearing of trend of the axle more long of ellipse and the movement of input and output module 30 Direction is consistent.Certainly, the shape of flash lamp 37 is not limited to oval, or other shapes, for example, triangle, four sides The shapes such as shape, pentagon, hexagon, circle.In some embodiments, the quantity of flash lamp 37 can be two, three or It is any number of.

Camera 33, receiver 35 and the spaced setting of flash lamp 37, camera 33, receiver 35 and flash lamp 37 The moving direction for extending perpendicularly to input and output module 30 of the line of centres, camera 33 is symmetricly set on receiver 35 The both sides and flash lamp 37 for being divided into symmetrical two-part center line by above 311 along the moving direction of input and output module 30 are set On centerline.Certainly, camera 33, receiver 35 are not limited to ways discussed above with the distribution of flash lamp 37, for example, The bearing of trend and the moving direction one of input and output module 30 of the line of centres of camera 33, receiver 35 and flash lamp 37 Cause, camera 33, receiver 35 and flash lamp 37 are arranged on above 311 will be divided into right along the moving direction of input and output module 30 Claim on two-part center line, flash lamp 37 is located between receiver 35 and camera 33 and the relative receiver 35 of optical flame detector 36 is leaned on Close or remote from top 14；Camera 33, receiver 35 can also be triangular in shape with the bearing of trend of the line of centres of flash lamp 37, Camera 33, receiver 35 it is relative with flash lamp 37 above 311 center be distributed in the way of annular array；Camera 33, receive Words device 35 can also be other modes with the distribution of flash lamp 37, not reinflated introduction herein.

Fig. 1 is referred to, control module 40 is arranged in body 10.Control module 40 can show according to on display screen 20 The camera that shows opens label 222 or call open label 224 user input control slide rail 32 slided automatically along chute 104 with Input and output module 30 is revealed from the top 14 of body 10, and label 242 or call closing are closed according to for camera The user input control slide rail 32 of label 244 slides to hide into body 10 automatically along chute 104.

Now, in original state, input and output module 30 is hidden in inside body 10 electronic installation 100, when needs make During with camera 33, user clicks on camera and opens label 222, and the control control slide rail 32 of module 40 is slided automatically along chute 104 So that input and output module 30 is revealed from the top 14 of body 10 (as shown in Fig. 2 camera 33 and flash lamp 37 also can be from The top 14 of body 10 reveals)；After camera 33 have been used, user clicks on camera and closes label 242, controls module 40 Control slide rail 32 along chute 104 automatically slide so that input and output module 30 hide again into body 10 (as shown in figure 1, Camera 33 can also be hidden into body 10 again with flash lamp 37).When call is needed and use receiver 35, Yong Hudian Hit call open label 224, control module 40 control slide rail 32 along chute 104 automatically slide so that input and output module 30 from The top 14 of body 10 reveals (as shown in Fig. 2 receiver 35 can also be revealed from the top 14 of body 10)；Work as call Complete, user's click to dial closes label 244, and control module 40 control slide rail 32 is slided so that input is defeated automatically along chute 104 Go out module 30 to hide again into body 10 (as shown in figure 1, receiver 35 can also be hidden into body 10 again).

The electronic installation 100 of embodiment of the present invention is defeated by the way that camera 33, receiver 35 and flash lamp 37 be arranged on Enter to export on module 30, and input and output module 30 is movably disposed inside the body 10 of electronic installation 100, so that Obtain and hide input and output module 30 when camera 33 or receiver 35 is not used in the inside of body 10, needing to use shooting First 33 are revealed using controlling the control input of module 40 to export module 30 during receiver 35 from the top 14 of body 10 automatically, Camera 33, receiver 35 and flash lamp 37 are not take up display screen 20 on the premise of shoot function or call function is not influenceed Space, is effectively improved the screen accounting of electronic installation 100.

In addition, it is necessary to explanation, when camera 33 is preposition pair of photography/videography head, rearmounted pair of photography/videography head, two are taken the photograph As the arrangement between first 33, receiver 35 and flash lamp 37 can be：The bearing of trend of four line of centres and input and output The moving direction of module 30 is vertical, or four the line of centres bearing of trend and input and output module 30 moving direction Unanimously；Or the moving direction of bearing of trend and input and output module 30 of four line of centres is in angle；Or four The bearing of trend of the line of centres of person is triangular in shape, quadrangle or other shapes etc., and exhaustion is not done herein.

Also referring to Fig. 1-5 and Figure 29, in some embodiments, input and output module 30 includes matrix 31, sets Slide rail 32 on matrix 31, camera 33, receiver 35, optical flame detector 36 and the flash lamp 37 being arranged on matrix 31.

The end face ovalize of optical flame detector 36, oval axle more long extends perpendicularly to input and output module 30 Moving direction.Certainly, the shape of optical flame detector 36 is not limited to oval, or other shapes, for example, triangle, four sides The shapes such as shape, pentagon, hexagon, circle.

The end face ovalize of flash lamp 37, the bearing of trend of the axle more long of ellipse and the movement of input and output module 30 Direction is consistent.Certainly, the end face of flash lamp 37 is not limited to oval, or other shapes, for example, triangle, four sides The shapes such as shape, pentagon, hexagon, circle.In some embodiments, the quantity of flash lamp 37 can be two, three or It is any number of.

Refer to Figure 29-31 cameras 33, receiver 35, optical flame detector 36 and the spaced setting of flash lamp 37, camera 33rd, the movement for extending perpendicularly to input and output module 30 of the line of centres of receiver 35, optical flame detector 36 and flash lamp 37 Direction, receiver 35 and optical flame detector 36 are symmetricly set on above 311 will be divided into symmetrical along the moving direction of input and output module 30 The both sides of two-part center line, camera 33 and flash lamp 37 are located between receiver 35 and optical flame detector 36.Certainly, camera 33rd, the distribution of receiver 35, optical flame detector 36 and flash lamp 37 is not limited to ways discussed above, for example, camera 33, called Device 35, optical flame detector 36 are consistent with the bearing of trend of the line of centres of flash lamp 37 and the moving direction of input and output module 30, take the photograph As first 33, receiver 35, optical flame detector 36 is arranged on flash lamp 37 will above 311 points along the moving direction of input and output module 30 Into on symmetrical two-part center line；The extension side of the line of centres of camera 33, receiver 35, optical flame detector 36 and flash lamp 37 To can with triangular in shape, quadrangle, camera 33, receiver 35, optical flame detector 36 it is relative with flash lamp 37 above 311 center with The mode of annular array is distributed；Camera 33, receiver 35, optical flame detector 36 can also be its other party with the distribution of flash lamp 37 Formula, herein not reinflated introduction.In addition, the quantity of optical flame detector 36 can be two, an optical flame detector 36 is arranged on matrix 31 Above on 313, another optical flame detector 36 is arranged on above 311.

Now, in original state, input and output module 30 is hidden in inside body 10 electronic installation 100, when needs make During with camera 33, user clicks on camera and opens label 222, and the control control slide rail 32 of module 40 is slided automatically along chute 104 So that input and output module 30 is revealed from the top 14 of body 10 (as shown in Fig. 2 camera 33 and flash lamp 37 also can be from The top 14 of body 10 reveals)；After camera 33 have been used, user clicks on camera and closes label 242, controls module 40 Control slide rail 32 along chute 104 automatically slide so that input and output module 30 hide again into body 10 (as shown in figure 1, Camera 33 can also be hidden into body 10 again with flash lamp 37).When call is needed and use receiver 35, Yong Hudian Hit call open label 224, control module 40 control slide rail 32 along chute 104 automatically slide so that input and output module 30 from The top 14 of body 10 is revealed (as shown in Fig. 2 receiver 35 and optical flame detector 36 can also be manifested from the top 14 of body 10 Come) now, optical flame detector 36 is used in user's communication due to being not felt by environmental light brightness so as to the blackening of control display screen 20；When It has been conversed that, user's click to dial closes label 244, the control control slide rail 32 of module 40 is slided so that defeated automatically along chute 104 Enter to export module 30 to hide again into body 10 (as shown in figure 1, receiver 35 and optical flame detector 36 can also be hidden into body again In 10), now, optical flame detector 36 is used at the end of user's communication due to experiencing environmental light brightness again so as to control display screen 20 brighten.

The electronic installation 100 of embodiment of the present invention is by by camera 33, receiver 35, optical flame detector 36 and flash lamp 37 It is arranged on input and output module 30, and input and output module 30 is movably disposed in the body 10 of electronic installation 100 Portion, so that hiding input and output module 30 when camera 33 and receiver 35 is not used in the inside of body 10, is needing Will using camera 33 or receiver 35 when it is automatic from the top of body 10 using controlling the control input of module 40 to export module 30 14 reveal, camera 33, receiver 35, optical flame detector 36 and flash of light on the premise of shoot function or call function is not influenceed Lamp 37 is not take up the space of display screen 20, is effectively improved the screen accounting of electronic installation 100.

Figure 32-34 are referred to, in addition, it is necessary to explanation, is the preposition pair of photography/videography head, rearmounted double taken the photograph in camera 33 During as head, two cameras 33, the arrangements between receiver 35, optical flame detector 36 and flash lamp 37 can be：Five center connects The bearing of trend of line is vertical with the moving direction of input and output module 30, or five the line of centres bearing of trend with it is defeated The moving direction for entering to export module 30 is consistent；Or five the line of centres bearing of trend and input and output module 30 shifting Dynamic direction is in angle；Or the bearing of trend of five line of centres is triangular in shape, quadrangle or other shapes etc., herein Do not do exhaustion.

Refer to Figure 35-41, in some embodiments, body 10 include the back side 12 opposite with front 11 of front 11, And the top surface 13 at connection front 11 and the back side 12, top surface 13 is located at the top 14 of body 10, and top surface 13 is offered through the back side 12 Groove 102, it is also in square that groove 102 is parallel to the rectangular in cross-section that top surface 13 intercepts and is parallel to the section that front 11 intercepts Shape, offers circular mounting hole 106 on the side wall 1043 parallel with front 11 of groove 102, the axis of mounting hole 106 substantially hangs down Directly in front 11.In some embodiments, the position of groove 102 and shape are not limited to ways discussed above, for example, recessed Groove 102 may be located on the center of top surface 13, now the depth direction one of the axis direction of mounting hole 106 and groove 102 Cause；Groove 102 may be located on the marginal position at top 14, and, in the marginal position at top 14, groove 102 can be with for groove 102 Through top 14 an outer side edges (for example：The side 122 that the back side 12 connects with top surface 13), or not through outer side edges But be spaced a distance with outer side edges.The cross sectional shape of groove 102 can be triangle, pentagon, hexagon, circle, half Circular or other suitable shapes.

Refer to Figure 35, display screen 20 is arranged on the front 11 of body 10, display screen 20 can show unlatching label 22 and Close label 24.In embodiment of the present invention, it is that camera opens label 222 to open label 22, closes label 24 for camera is closed Label 242.In embodiment of the present invention, display screen 20 is overall rectangular, and display screen 20 form and dimension and front 11 Form and dimension is consistent.In some embodiments, the overall rounded rectangle of display screen 10, that is, by four right angles of rectangle The shape replaced with fillet.

Refer to Figure 40-42, the form and dimension of input and output module 30 match with the form and dimension of groove 102 or The form and dimension of input and output module 30 is less than the form and dimension of groove 102, so that input and output module 30 is housed completely In groove 102.In other embodiments, the form and dimension of input and output module 30 is also greater than the shape of groove 102 And size, the partial receipt of input and output module 30 is in groove 102.Input and output module 30 includes matrix 31, is arranged on matrix Rotating shaft 38 on 31 and the camera 33 being arranged on matrix 31.

Matrix 31 is included 311 and below 312 before opposite.Above 311 with front 11 towards the same side of body 10, after The identical opposite side of face 312 and the back side 12 towards body 10.The shape and structure of matrix 31 and the shape and structure of groove 102 Match.In present embodiment, the cross sectional shape of matrix 31 is that middle rectangular two ends are in circular arc.In some implementation methods In, the cross sectional shape of matrix 31 is in sector, triangle, quadrangle or other shapes.

The axis of rotating shaft 38 overlaps perpendicular to above 311 and with the axis of mounting hole 106, the shape of rotating shaft 38 and positioned at base Position on body 31 matches with the shape of mounting hole 106 and position, so that input and output module 30 can rotationally be housed in In groove 102.

Figure 42-44 are referred to, in embodiment of the present invention, camera 33 is preposition single photography/videography head, and camera 33 is located at Above 311 centre position.Certainly, position of the camera 33 on above 311 is also not limited to ways discussed above, example Such as, camera 33 may be located above 311 top middle position；Or camera 33 can be close to above 311 it is any one Bar side；Or camera 33 may be located on above 311 any one position, not reinflated introduction herein.In addition, to scheme 3 view, the end face of camera 33 is flushed with above 311.Certainly, camera 33 is also not limited to knot discussed above Structure, in other embodiments, the end face of camera 33 above 311 is protruded or from above 311 indent relatively.Or, take the photograph As first 33 in original state, the end face of camera 3 is flushed or from above 311 indent with above 311, in zoom or focusing, The end face of camera 33 above 311 is protruded or flushed relatively.

Figure 35 is referred to, control module 40 is arranged in body 10.Control module 40 can be according to on display screen 20 The user input control matrix 31 that the camera of display opens label 222 is rotated so that input and output automatically around the axis of rotating shaft 38 Module 30 is revealed from the top 14 of body 10, and controls matrix 31 according to the user input that label 242 is closed for camera Axis around rotating shaft 38 rotates to hide into body 10 automatically.Specifically, it can be camera applications that camera opens label 222 The icon of software, when user clicks on the icon of camera applications software, axle of the control module 40 control matrix 31 around rotating shaft 38 Line is rotated so that input and output module 30 is revealed from the top 14 of body 10 automatically；It can be phase that camera closes label 242 The closing button of application software is exited in the closing of the return key or electronic installation 100 of machine application software, is returned when user clicks on When key or closing button, the control control matrix 31 of module 40 is rotated so that input and output module 30 automatically around the axis of rotating shaft 38 Hide into body 10.

In original state, input and output module 30 is hidden in the inside of body 10 and (is housed in groove electronic installation 100 In 102), when camera 33 is needed to use, user click on camera open label 222, control module 40 control matrix 31 around The axis of rotating shaft 38 is rotated automatically so that input and output module 30 is revealed from the top 14 of body 10 (as shown in figure 39, takes the photograph Can also be revealed from the top 14 of body 10 as first 33)；After camera 33 have been used, user clicks on camera and closes label 242, control module 40 control matrix 31 around rotating shaft 38 axis automatically rotate so that input and output module 30 hide again into In body 10 (as shown in figure 38, camera 33 also can again be housed in groove 102).

The electronic installation 100 of embodiment of the present invention is arranged on input and output module 30 by by camera 33, and will Input and output module 30 is rotatably arranged in inside the body 10 of electronic installation 100, so that not using camera 33 Shi Yinzang input and output module 30 is utilized when camera 33 is needed to use and controls the control input of module 40 in the inside of body 10 Output module 30 is revealed from the top 14 of body 10 automatically, and camera 33 is not take up on the premise of shoot function is not influenceed The space of display screen 20, is effectively improved the screen accounting of electronic installation 100.

Figure 45 is referred to, in some embodiments, camera 33 can be rear camera, and camera 33 is located at below 312 centre position.Certainly, camera 33 is referred to the distribution mode setting camera 33 of front camera previously discussed Position on matrix 31.

Figure 46-47 are referred to, in some embodiments, camera 33 can be preposition pair of photography/videography head, camera 33 In above 311 centre position.Specifically, camera 33 includes the first camera 332 and second camera 334, the first shooting First 332 and the interval setting of second camera 334, and the line of centres of the first camera 332 and second camera 334 extension side It is consistent to the bearing of trend (length direction on the one side more long of matrix 31) with matrix 31.In other embodiments, first take the photograph As the bearing of trend of first 332 and the line of centres of second camera 334 is not limited to ways discussed above, for example, first takes the photograph As the bearing of trend of first 332 and the line of centres of second camera 334 is vertical with the bearing of trend of matrix 31, or the first camera 332 and second camera 334 the line of centres bearing of trend it is angled with the bearing of trend of matrix 31.First camera 332 end face is flushed with the end face of second camera 334 with above 311.Certainly, the first camera 332 and second camera 334 Structure discussed above is also not limited to, in other embodiments, end face and the second camera 334 of the first camera 332 End face, the end face of the first camera 332 and the end face of second camera 334 above 311 are protruded or in the past relatively The indent of face 311.Or, the end face of the first camera 332 is not flushed with the end face of second camera 334, for example, the first camera 332 end face is protruded or indent with respect to the end face of second camera 334, the end face or second camera 334 of the first camera 332 End face flushed with above 311.Or, the first camera 332 and second camera 334 in original state, the first camera 332 end face is flushed or from above 311 indent with the end face of second camera 334 with above 311, in zoom or focusing, the The end face of one camera 332 is relative with the end face of second camera 334 above 311 to be protruded or flushes.

Figure 48 is referred to, in some embodiments, camera 33 can be rearmounted pair of photography/videography head.Certainly, camera 33 are referred to the distribution mode of preposition pair of photography/videography head previously discussed sets the position that camera 33 is located on matrix 31.

Figure 49 is referred to, in some embodiments, camera 33 can be front and rear double photography/videography heads, specifically, shooting First 33 include front camera 332 and rear camera 334.The end face of front camera 332 is flushed with above 311, rearmounted to take the photograph As first 334 end faces near the back side 12 are flushed with below 312.Certainly, front camera 332 and rear camera 334 also not office It is limited to structure discussed above, in some embodiments, the end face of front camera 332 above 311 is protruded or equal relatively From above 311 indent, end face relative rear 312 of the rear camera 334 near the back side 12 is protruded or from 312 indent below.This In invention embodiment, front camera 332 symmetrically sets with rear camera 334 along above 311 planes of symmetry with below 312 Put.Certainly, front camera 332 is also not limited to ways discussed above with the position relationship of rear camera 334, for example, Front camera 332 is consistent with the moving direction of input and output module 30 or preposition with the line of centres of rear camera 334 Camera 332 is vertical with the moving direction of input and output module 30 with the bearing of trend of the line of centres of rear camera 334, or Person's front camera 332 and the bearing of trend of the line of centres of rear camera 334 and the moving direction of input and output module 30 It is angled.Now, camera opens label 222 also includes switch labels.Control module 40 controls electronics according to switch labels Device 100 carries out camera operation using front camera 332 or rear camera 334.

In some embodiments, the mounting hole 106 on the side wall of groove 102 can be replaced rotating shaft (not shown), and base Rotating shaft 38 on body 31 can be replaced mounting hole (not shown), so that rotating shaft is snapped in mounting hole and makes input and output module 30 Structure matches with the structure of groove 102.In this way, control module 40 can be opened according to for the camera shown on display screen 20 The user input control matrix 31 of label 222 is rotated so that input and output module 30 is from body 10 automatically around the axis of rotating shaft Top 14 reveals, and according to for camera close label 242 user input control matrix 31 around rotating shaft axis from It is dynamic to rotate to hide into body 10.

In some embodiments, when input and output module 30 is needed to use, user clicks on camera and opens label 222, Control module 40 can according to on display screen 20 show camera open label 222 user input control matrix 31 around The axis of rotating shaft 38 is rotated so that input and output module 30 is revealed from the top 14 of body 10 automatically.It is defeated when that need not use When entering to export module 30, user can be by pressing input and output module 30 so that matrix 31 is rotated simultaneously around the axis of rotating shaft 38 Input and output module 30 is set to be hidden in again in body 10.

Figure 36 is referred to, can be set has switch key 15 in some embodiments, on body 10, and switch key 15 is used for Triggering control module 40 is revealed or control input output so that control input output module 30 is automatic from the top 14 of body 10 The automatic hidden of module 30 is entered in body 10.Specifically, when input and output module 30 is needed to use, user can be by by compressing switch Button 15 makes control module 40 control matrix 31 to be rotated automatically so that input and output module 30 is from body around the axis of rotating shaft 38 10 top 14 reveals；When that need not use input and output module 30, user can make control by pressing switch key 15 The control matrix 31 of molding group 40 is rotated so that input and output module 30 is hidden in body 10 again automatically around the axis of rotating shaft 38 It is interior.

Also referring to Figure 35-38 and Figure 50, in some embodiments, input and output module 30 includes matrix 31, sets Put the rotating shaft 38 on matrix 31, the camera 33 being arranged on matrix 31, receiver 35, optical flame detector 36 and flash lamp 37.

The shape ovalize of receiver 35, the extension side for extending perpendicularly to matrix 31 of the axle more long of ellipse To.Certainly, the shape of receiver 35 is not limited to oval, or other shapes, for example, triangle, quadrangle, five sides The shapes such as shape, hexagon, circle.

The end face ovalize of optical flame detector 36, the extension side for extending perpendicularly to matrix 31 of the axle more long of ellipse To.Certainly, the end face of optical flame detector 36 is not limited to oval, or other shapes, for example, triangle, quadrangle, five sides The shapes such as shape, hexagon, circle.In some embodiments, the quantity of optical flame detector 36 can be two, three or any many It is individual.

The end face ovalize of flash lamp 37, the extension side for extending perpendicularly to matrix 31 of the axle more long of ellipse To.Certainly, the end face of flash lamp 37 is not limited to oval, or other shapes, for example, triangle, quadrangle, five sides The shapes such as shape, hexagon, circle.In some embodiments, the quantity of flash lamp 37 can be two, three or any many It is individual.

Camera 33, receiver 35, optical flame detector 36 and the spaced setting of flash lamp 37, camera 33, receiver 35, light Sensor 36 is consistent with the bearing of trend of matrix 31 with the bearing of trend of the line of centres of flash lamp 37, receiver 35 and optical flame detector 36 Be symmetricly set on the both sides that the bearing of trend along matrix 31 is divided into symmetrical two-part center line by above 311, camera 33 and Flash lamp 37 is located between receiver 35 and optical flame detector 36.Certainly, camera 33, receiver 35, optical flame detector 36 and flash lamp 37 Distribution be not limited to ways discussed above, for example, the center of camera 33, receiver 35, optical flame detector 36 and flash lamp 37 The bearing of trend (such as Figure 51) for extending perpendicularly to matrix 31 of line, camera 33, receiver 35, optical flame detector 36 and flash of light Lamp 37 is arranged on and above 311 will be divided on symmetrical two-part center line along the bearing of trend of matrix 31；Camera 33, receiver 35th, the distribution of optical flame detector 36 and flash lamp 37 can also triangular in shape, quadrangle, camera 33, receiver 35, optical flame detector 36 with Above 311 center is distributed flash lamp 37 in the way of annular array relatively；Camera 33, receiver 35, optical flame detector 36 and sudden strain of a muscle The distribution of light lamp 37 can also be other modes, herein not reinflated introduction.In addition, the quantity of optical flame detector 36 can be two, One optical flame detector 36 is arranged on 313 above matrix 31, and another optical flame detector 36 is arranged on above 311.

Figure 35-36 are referred to, control module 40 is arranged in body 10.Control module 40 can be according to for display screen 20 The camera of upper display opens label 222 or the axis of the user input control matrix 31 around rotating shaft 38 of label 224 is opened in call It is automatic to rotate so that input and output module 30 is revealed from the top 14 of body 10, and closes label 242 according to for camera Or the user input control matrix 31 of call closing label 244 rotates to hide into body 10 automatically around the axis of rotating shaft 38 It is interior.Specifically, camera opens the icon that label 222 can be camera applications software, when user clicks on the figure of camera applications software Timestamp, control module 40 control matrix 31 is rotated so that input and output module 30 is from body 10 automatically around the axis of rotating shaft 38 Top 14 reveals；Camera close label 242 can be camera applications software return key or electronic installation 100 closing or Exit the closing button of application software, when user click on return key or close button when, control module 40 control matrix 31 around The axis of rotating shaft 38 is rotated so that input and output module 30 is hidden into body 10 automatically.It can be logical that label 224 is opened in call The icon of application software is talked about, when the icon of user's click to dial application software, control module 40 controls matrix 31 around rotating shaft 38 axis is rotated so that input and output module 30 is revealed from the top 14 of body 10 automatically；Label 244 is closed in call can Be talk application software return key or electronic installation 100 closing or exit the closing button of application software, when user's point When hitting return key or closing button, the control control matrix 31 of module 40 is rotated so that input and output automatically around the axis of rotating shaft 38 Module 30 is hidden into body 10.

Now, in original state, input and output module 30 is hidden in the inside of body 10 and (is housed in electronic installation 100 In groove 102), when camera 33 is needed to use, user clicks on camera and opens label 222, the control control matrix 31 of module 40 Axis around rotating shaft 38 is rotated so that input and output module 30 is revealed (such as Figure 39 institutes from the top 14 of body 10 automatically Show, camera 33 and flash lamp 37 can also be revealed from the top 14 of body 10)；After camera 33 have been used, Yong Hudian Hit camera and close label 242, the control control matrix 31 of module 40 is rotated so that input and output mould automatically around the axis of rotating shaft 38 Group 30 is hidden into body 10 (as shown in figure 38, camera 33 and flash lamp 37 also can again be housed in groove 102) again.When When needing to use receiver 35, user's click to dial opens label 224, axle of the control module 40 control matrix 31 around rotating shaft 38 Line is rotated automatically so that input and output module 30 reveals (as shown in figure 39, receiver 35 and light from the top 14 of body 10 Sensor 36 can also be revealed from the top 14 of body 10), now, optical flame detector 36 is used in user's communication due to being not felt by Environmental light brightness is so as to the blackening of control display screen 20；When having conversed, user's click to dial closes label 244, and control module 40 is controlled Matrix processed 31 is rotated so that input and output module 30 is hidden into body 10 (such as Figure 38 institutes again automatically around the axis of rotating shaft 38 Show, receiver 35 and optical flame detector 36 also can again be housed in groove 102), now, optical flame detector 36 is used at the end of user's communication Due to experiencing environmental light brightness again so as to control display screen 20 brightens.In addition, when the quantity of optical flame detector 36 can be two, One optical flame detector 36 is arranged on 313 above matrix 31, and another optical flame detector 36 is arranged on above 311, above light on 313 The brightness that sensor 36 can at any time experience ambient light is made adjustment in real time with to the brightness of display screen 20.The above optical flame detector on 311 36 are used in user's communication due to being not felt by environmental light brightness so as to the blackening of control display screen 20, and in user's communication At the end of brightened so as to control display screen 20 due to experiencing environmental light brightness again.

Also referring to 52-53, it is necessary to explanation, is preposition pair of photography/videography head, rearmounted pair of photography/videography in camera 33 During head, two cameras 33, the arrangements between receiver 35, optical flame detector 36 and flash lamp 37 can be：Five line of centres Bearing of trend it is vertical with the moving direction of input and output module 30, or five the line of centres bearing of trend with input The moving direction for exporting module 30 is consistent；Or five the line of centres bearing of trend and input and output module 30 movement Direction is in angle；Or five line of centres is triangular in shape, quadrangle, pentagon etc., and exhaustion is not done herein.

In some embodiments, camera 33, receiver 35, optical flame detector 36 and flash lamp 37 can be only included on matrix 31 In any one or more.Usually, optical flame detector 36 and flash lamp 37 are not separately existed on matrix 31, and optical flame detector 36 needs It is present on matrix 31 simultaneously with receiver 35, and flash lamp 37 needs to be present on matrix 31 simultaneously with camera 33.Now, Be arranged on the line of centres between these elements on matrix 31 can linearly, triangle, quadrangle, pentagon etc., This does not do exhaustion.

Corresponding, when being provided with camera 33 on matrix 31 and being not provided with receiver 35, opening label 22 may include camera Label 222 is opened, closing label 24 may include that camera closes label 242；When receiver 35 is provided with matrix 31, shooting is set During head, opening label 22 may include that label 224 is opened in call, and closing label 24 may include that label 244 is closed in call；When matrix 31 When being above provided with camera 33 and receiver 35 simultaneously, opening label 22 may include that camera opens label 222 and call unlatching mark 224 are signed, closing label 24 may include that camera closes label 242 and label 244 is closed in call.

In the description of this specification, reference term " some implementation methods ", " implementation method ", " some embodiment party Formula ", " exemplary embodiment ", " example ", the description of " specific example " or " some examples " mean to combine the implementation method Or specific features, structure, material or the feature that example is described are contained at least one implementation method of the invention or example. In this manual, the schematic representation to above-mentioned term is not necessarily referring to identical implementation method or example.And, description Specific features, structure, material or feature can be in one or more any implementation methods or example with suitable side Formula is combined.

Additionally, term " first ", " second " are only used for describing purpose, and it is not intended that indicating or implying relative importance Or the implicit quantity for indicating indicated technical characteristic.Thus, define " first ", the feature of " second " can express or Implicitly include feature described at least one.In the description of the invention, " multiple " is meant that at least two, such as two, Three, unless otherwise expressly limited specifically.

Although embodiments of the invention have been shown and described above, it is to be understood that above-described embodiment is example Property, it is impossible to limitation of the present invention is interpreted as, one of ordinary skill in the art within the scope of the invention can be to above-mentioned Embodiment is changed, changes, replacing and modification, and the scope of the present invention is limited by claim and its equivalent.

Claims

1. a kind of electronic installation, it is characterised in that the electronic installation includes：

Body；

The positive display screen of the body is set, and the display screen can show unlatching label；

It is hidden in the intrinsic input and output module；And

Control module, for controlling the input and output module automatic from described according to the user input for the unlatching label Revealed at the top of body.

2. electronic installation as claimed in claim 1, it is characterised in that open up fluted at the top of the body, the input Output module can be movably housed in the groove.

3. electronic installation as claimed in claim 1, it is characterised in that offered at the top of the body through the body The groove at the back side, the input and output module can be rotationally housed in the groove.

4. the electronic installation as described in claims 1 to 3 any one, it is characterised in that the input and output module includes base Body and the camera being arranged in described matrix, the unlatching label include that camera opens label, and the control module is used for User input according to label is opened for the camera controls the automatic top from the body of the input and output module to show Expose.

5. the electronic installation as described in claims 1 to 3 any one, it is characterised in that the input and output module includes base Body, the camera being arranged in described matrix and the receiver being arranged in described matrix, the receiver and the camera Interval, the unlatching label includes that camera opens label and opens label with call, and the control module is used for according to for described Camera opens label or the call opens the user input control input and output module of label automatically from the body Top reveals.

6. the electronic installation as described in claims 1 to 3 any one, it is characterised in that the input and output module includes base Body, the camera being arranged in described matrix, the receiver being arranged in described matrix and the light sensation being arranged in described matrix Device, the receiver, the camera and the optical flame detector interval, the unlatching label includes that camera is opened label and opened with call Label is opened, the control module is used for according to the user input control that label or call unlatching label are opened for the camera The input and output module is made to be revealed from the top of the body automatically.

7. the electronic installation as described in claims 1 to 3 any one, it is characterised in that the input and output module includes base Body and the receiver being arranged in described matrix, the unlatching label include that label is opened in call, and the control module is used for User input according to label is opened for the call controls the automatic top from the body of the input and output module to show Expose.

8. the electronic installation as described in claims 1 to 3 any one, it is characterised in that the input and output module includes base Body, the receiver being arranged in described matrix and the optical flame detector being arranged in described matrix, the receiver and the optical flame detector Interval, the unlatching label includes that label is opened in call, and the control module is used to open label according to for the call User input controls the input and output module to be revealed from the top of the body automatically.

9. the electronic installation as described in claims 1 to 3 any one, it is characterised in that the input and output module includes base Body, the camera being arranged in described matrix and the flash lamp being arranged in described matrix, the camera and the flash lamp Interval, the unlatching label includes that camera opens label, and the control module is used to open label according to for the camera User input controls the input and output module to be revealed from the top of the body automatically.

10. the electronic installation as described in claims 1 to 3 any one, it is characterised in that the input and output module includes base Body, the camera being arranged in described matrix, the receiver being arranged in described matrix and the flash of light being arranged in described matrix Lamp, the receiver, the camera and the flash lamp are spaced, and the unlatching label includes that camera is opened label and led to Words unlatching label, the control module is used for defeated according to the user that label or call unlatching label are opened for the camera Enter to control the input and output module to be revealed from the top of the body automatically.

11. electronic installation as described in claims 1 to 3 any one, it is characterised in that the input and output module includes base Body, the camera being arranged in described matrix, the receiver being arranged in described matrix, the flash of light being arranged in described matrix Lamp and the optical flame detector being arranged in described matrix, the receiver, the camera, the flash lamp and the optical flame detector that This interval, the unlatching label includes that camera opens label and label is opened in call, and the control module is used for according to for institute State camera and open the user input control input and output module of label or call unlatching label automatically from the body Top reveal.

12. electronic installations as claimed in claim 1, it is characterised in that the display screen can show closing label；The control Molding group is additionally operable to enter described according to the user input control input and output module automatic hidden for the closing label In body.

13. electronic installations as claimed in claim 12, it is characterised in that the input and output module includes matrix and setting Camera in described matrix, the closing label includes that camera closes label, and the control module is used for according to for institute The user input for stating camera closing label controls the input and output module automatic hidden to enter in the body.

14. electronic installations as claimed in claim 12, it is characterised in that the input and output module includes matrix, is arranged on Camera in described matrix and the receiver being arranged in described matrix, the receiver is spaced with the camera, described Closing label includes that camera is closed label and closes label with call, and the control module is used to close mark according to for the camera Sign or the user input of the call closing label controls the input and output module automatic hidden to enter in the body.

15. electronic installations as claimed in claim 12, it is characterised in that the input and output module includes matrix, is arranged on Camera, the receiver being arranged in described matrix and the optical flame detector being arranged in described matrix in described matrix, it is described to receive Words device, the camera and optical flame detector interval, the closing label include that camera is closed label and closes label, institute with call State control module described defeated for being controlled according to the user input that label is closed for camera closing label or the call Enter to export module automatic hidden to enter in the body.

16. electronic installations as claimed in claim 12, it is characterised in that the input and output module includes matrix and setting Receiver in described matrix, the closing label includes that label is closed in call, and the control module is used for basis and is directed to institute The user input for stating call closing label controls the input and output module automatic hidden to enter in the body.

17. electronic installations as claimed in claim 12, it is characterised in that the input and output module includes matrix, is arranged on Receiver in described matrix and the optical flame detector being arranged in described matrix, the receiver is spaced with the optical flame detector, described Closing label includes that label is closed in call, and the control module is used for according to the user input control that label is closed for the call The input and output module automatic hidden is made to enter in the body.

18. electronic installations as claimed in claim 12, it is characterised in that the input and output module includes matrix, is arranged on Camera in described matrix and the flash lamp being arranged in described matrix, the camera is spaced with the flash lamp, described Closing label includes that camera closes label, and the control module is used for according to the user input control that label is closed for the camera The input and output module automatic hidden is made to enter in the body.

19. electronic installations as claimed in claim 12, it is characterised in that the input and output module includes matrix, is arranged on Camera, the receiver being arranged in described matrix and the flash lamp being arranged in described matrix in described matrix, it is described to receive Words device, the camera and the flash lamp are spaced, and the closing label includes that camera is closed label and closes mark with call Sign, it is described to control module for controlling institute according to the user input that label or call closing label are closed for the camera Input and output module automatic hidden is stated to enter in the body.

20. electronic installations as claimed in claim 12, it is characterised in that the input and output module includes matrix, is arranged on Camera, the receiver being arranged in described matrix, the flash lamp being arranged in described matrix in described matrix and it is arranged on Optical flame detector in described matrix, the receiver, the camera, the flash lamp and the optical flame detector are spaced, described Closing label includes that camera is closed label and closes label with call, and the control module is used to close mark according to for the camera Sign or the user input of the call closing label controls the input and output module automatic hidden to enter in the body.