CN201774565U

CN201774565U - Rotary screen mobile phone

Info

Publication number: CN201774565U
Application number: CN2010202957753U
Authority: CN
Inventors: 张静芝
Original assignee: Shanghai Simcom Ltd
Current assignee: Shanghai Simcom Ltd
Priority date: 2010-08-18
Filing date: 2010-08-18
Publication date: 2011-03-23
Anticipated expiration: 2020-08-18

Abstract

The utility model relates to a rotary screen mobile phone, which comprises a key part and a screen part. Two sliding rails are respectively arranged on two sides of the key part, and extensible slider pull rods are slidably arranged on the two sliding rails and connected to the screen part. The rotary screen mobile phone adopts the sliding rails for connecting the screen part with the key part, the screen can slide vertically, a slider of the screen can freely ascend and descend, and the mobile phone screen part can rotate for 180 degrees after the pull rods ascend.

Description

The Rotation screen mobile phone

Technical field

The utility model relates to communication product structure field, and is particularly related to a kind of Rotation screen mobile phone.

Background technology

Along with the raising of development of science and technology and people's living standard, for the also raising day by day of demand of device for mobile communication, mobile phone has become an important part in people's routine work life gradually because its convenience has obtained swift and violent development and popularized.Along with the development of mobile phone shoot function, the emergence of music phone, multimedia function is exposed clue, and the rotation of mobile phone screen is profile attached only not, but become a kind of embodiment of the better performance of function.

The utility model content

The utility model proposes a kind of Rotation screen mobile phone, the screen unit of this mobile phone and key component adopt the slide rail mode to be connected, and screen can slide up and down, and connect the gliding mass of screen can free lifting, after pull bar raise, the mobile phone screen parts can 180 degree rotations.Mobile phone in this New Scheme can multiple variable shaping, and when not sliding screen, the mobile phone of this scheme is a full frame mobile phone; This novel mobile phone is a slide phone when sliding up and down screen; After sliding tie rod raises, the upset screen unit, this scheme is a rotating mobile, and after gliding mass drew high, screen unit adopted convenient two users of double screen structure to use simultaneously.

In order to achieve the above object, the utility model proposes a kind of Rotation screen mobile phone, comprise key component and screen unit, described key component both sides have the track of slide rail respectively, described two tracks are mounted slidably the gliding mass pull bar that can draw high, and the described gliding mass pull bar that draws high is connected in described screen unit.

Further, the described gliding mass pull bar that draws high exposes tie component after stretching, and the height that exposes after whole tie component just in time is half height of screen unit.

Further, the top of described tie component is connected by the coaxial line device with described screen unit, and described coaxial line device is arranged at the centre of described screen unit.

Further, described track has groove near the inboard of screen unit, and described coaxial line device is fixed in the described groove before the gliding mass pull bar stretches, thereby key component and screen unit tightly fit together before guaranteeing to stretch.

Further, described coaxial line device is equipped with position-arresting groove, is used to limit described screen unit around described coaxial line device dextrorotation turnback, is rotated counterclockwise 180 then and spends go back to original position.

Further, the described gliding mass pull bar that draws high, described tie component and described coaxial line device all are hollow, are used to wear lead, thereby connect described key component and screen unit.

Further, described key component comprises display screen, and the display screen on described screen unit and the described key component has the four directions to transducer.

Further, described screen unit has at least one camera.

The Rotation screen mobile phone that the utility model proposes, be to guarantee at normal talking and do not influence under the situation of cell phone appearance, about the mobile phone key parts, is furnished with track of sliding track with holes, screen unit can slide up and down along slide rail, difference is that these gliding mass parts adopt pulling rod structure, pull bar can free lifting, can be around this pull bar top 180 angles rotation screen behind the screen unit rising certain position.The advantage of this New Scheme is to allow a mobile phone embody the function of the mobile phone of three kinds of different structures, when not sliding screen, mobile phone is a full-screen mobile phone, can directly operate screen, and this scheme adopts double screen, can reduce the probability of use of Dan Ping, prolong the useful life of touch-screen; When sliding up and down screen, this novel mobile phone is the function of slide phone, can directly operate mobile phone by keyboard; After drawing high pull bar, screen unit can rotate by 180 degree, has just become rotating mobile.This novel mobile phone scheme has realized the function of three different structures of a mobile phone, allow mobile phone the operation variation many, can be distinguished the multiple effect wanted of expression user.

Description of drawings

Figure 1 shows that the preceding plane graph of screen slip of the utility model preferred embodiment Rotation screen mobile phone;

Figure 2 shows that the preceding vertical view of screen slip of the utility model preferred embodiment Rotation screen mobile phone;

Vertical view after the screen that Figure 3 shows that the utility model preferred embodiment Rotation screen mobile phone upwards slides;

Design sketch after the pull bar that Figure 4 shows that the utility model preferred embodiment Rotation screen mobile phone raises;

Another design sketch after the pull bar that Figure 5 shows that the utility model preferred embodiment Rotation screen mobile phone raises;

Figure 6 shows that the screen rotate effect figure of the utility model preferred embodiment Rotation screen mobile phone;

Figure 7 shows that the another design sketch of the screen rotation of the utility model preferred embodiment Rotation screen mobile phone;

Figure 8 shows that a design sketch again of the screen rotation of the utility model preferred embodiment Rotation screen mobile phone;

Figure 9 shows that the slide rail sectional view of the utility model preferred embodiment Rotation screen mobile phone.

Embodiment

In order more to understand technology contents of the present utility model, especially exemplified by specific embodiment and cooperate appended graphic being described as follows.

Please refer to Fig. 1, the utility model proposes a kind of Rotation screen mobile phone, comprise key component 205 and screen unit 200, described key component 205 both sides have the track 202,203 of slide rail respectively, described two tracks 202,203 are mounted slidably the gliding mass pull bar 201,204 that can draw high, and the described gliding mass pull bar that draws high 201,204 is connected in described screen unit 200.

The Rotation screen mobile phone that the utility model proposes by about the key component 205 of band slide rail, the gliding mass pull bar 201,204 that can draw high, screen unit 200 is formed, described screen unit 200 is the double screen parts.As shown in Figure 1, before the slip screen unit 200, mobile phone is exactly the touch-screen mobile phone of a straight plate, can directly operate the screen on screen unit 200 surfaces.The track 202 that has two slide rails on the key component among Fig. 1,203, the sectional view of track is with reference to figure 9, the M among the figure, N partly is the surface with key component 205, track is by C, and D partly forms, and the E among the figure partly is a sealing surface, F among the figure partly is a hollow out, lead comes out to be connected in the middle of the gliding mass pull bar 201,204 from the F part, and wherein F partly is half track near the mobile phone center, makes things convenient for lead to draw with screen unit 200 from mainboard and is connected.Gliding mass pull bar 201,204 is connected on the screen unit 200, gliding mass pull bar 201,204 is fixed on the mid portion of screen unit 200, with screen unit 200 by coaxial line device 211,212 connect, gliding mass pull bar 201,204 is ined succession screen unit 200 at two tracks 202 during slip, 203 track slides up and down, and the distance of slip just in time is half of screen unit 200.On Fig. 2 vertical view, we can be expressly understood screen unit 200, key component 205 and gliding mass pull bar 201,204 relation, wherein gliding mass pull bar 201,204 is in the middle of screen unit 200, gliding mass pull bar 201,204 height is just in time the same high with screen unit 200, before the slip screen unit, the outward appearance of mobile phone is exactly a full frame mobile phone of common touch, can be directly to the screen operator of screen unit 200.Upwards slide screen unit 200 back with reference to figure 3, button part 206 is exposed in upwards the slide position of half screen of screen unit 200, and the user can directly operate mobile phone by button.Same reason, we can be to lower slider gliding mass pull bar 201,204, the first half that shows the key component 205 of mobile phone, the first half at key component 205, we can have two kinds of schemes, scheme 1 is as Fig. 3, and it is identical to slide up and down the keypress function that all exposes 206, two parts of press-key structure; Scheme 2, with reference to the touch-screen 222 of figure 4, we can be designed to the small screen structure to the first half of key component 205, as touch-screen among Fig. 4 222, upwards slide and expose button 206, expose 222 two kinds of schemes of touch-screen to lower slider.The rest may be inferred can be designed to touch-screen 222 to the lower part of key component 205 or the first half is designed to button 206 equally, and this can combination in any.Below we will to select the first half of key component 205 for use be touch-screen 222, the latter half is that the scheme of button 206 is described further our idea.

Slide into the position of Fig. 3 when screen unit 200, expose button part 206, our gliding mass pull bar 201 that stretches, 204, pull bar raises, as Fig. 4, expose tie component 208,209, the top 230 of exposing pull bar, 231, the height that exposes behind whole pull bars just in time is half height of screen unit 200, pull bar top 230,231 and screen unit 200 by two coaxial line devices 211,212 connect, coaxial line device 211,212 is just in time in the centre of screen unit 200, and screen unit 200 can center on coaxial line device 211,212 dextrorotation turnbacks, be rotated counterclockwise 180 then and spend go back to original position, wherein, gliding mass pull bar 201,204, tie component 208,209, pull bar top 230,231, coaxial line device 211,212 all is a hollow, and left side lead is from mainboard, pass the F place of track hollow out, pass to gliding mass pull bar 201-tie component 208-pull bar top 230-coaxial line device 211 and be connected on the screen unit 200, the lead on the right same from mainboard, pass track hollow out F place, pass to gliding mass pull bar 204-tie component 209-pull bar top 231-coaxial line device 212 and also be connected on the screen unit 200, thereby screen unit 200 and key component 205 are linked together.Wherein gliding mass pull bar 201,204 close screen units 200 is inboard fluted, as Fig. 2, can be fixed on the groove the inside to coaxial line device 211,212, thereby stretching forth screen parts 200 and key component 205 fits together tightly before pull bar raises.Simultaneously, we can install camera on the two sides of screen unit 200, as Fig. 4, in the part of A a camera can be installed, after screen unit 200 dextrorotations turn 90 degrees, A is last, and the B part is being descended this time, screen 240 faces the user, screen 240 screen 241 behind also shows the image of positive direction under the effect of prior art " cubic to transducer, motion sensor ".Our screen unit 90 degree that turns clockwise again, this time, screen 241 rotated to 240 the position of Fig. 4, the camera that screen is 241 in the four directions under the effect of transducer, display image also Rotate 180 degree on the basis of revolving before turning 90 degrees, the image that the camera of 241 of screens is also taken also shows positive direction on screen 241.Be rotated counterclockwise go back to original position, also the rest may be inferred, and remaining image all is positive direction.

Simultaneously; coaxial line device 211 among Fig. 4; position-arresting groove is installed in 212; rotate after (this technology all has employing in rotating mobile) assurance screen unit 200 dextrorotation turnbacks and stop; can only be rotated counterclockwise 180 and spend original position; adopting this technology is in order to protect coaxial line device 211,212 middle leads to be unlikely to too many towards a direction rotation.As Fig. 4, after screen unit 200 clockwise directions revolve and turn 90 degrees, screen 240 faces the user, screen 241 faces the user on opposite, screen 240,241 can show identical window, or show different windows, can be simultaneously for the two individual conceptions screen that sees the mobile phone, or such two users can operate mobile phone by button 206 screens 222 or screen 240,241 touch-screens respectively, have quoted the design of multi-screen mobile phone here, technology is ripe now, does not here describe.

With reference to figure 5, when gliding mass the time in the middle, draw high pull bar to the extreme higher position, screen unit 200 dextrorotations turn 90 degrees, allow screen unit 200 perpendicular to key component 205 middles, can make things convenient for this time two people to use this mobile phone simultaneously, or the user can operate or watch multimedia programming by 206 pairs of screens 410 of touch screen 410 button parts, or another user can operate by the 222 part screens 241 of the screen among the figure, here can amplify several new organization plans again, screen 222 can be also can be little touch-screen 222 towards the button of another one user direction (promptly with just in time 180 degree rotations of button 206), by also quoting the four directions to the displaying contents Rotate 180 of sensor technology, towards the another one user by screen 222.Button part 206, or touch-screen 222 is the little touch-screen of button combination in any as required, can make things convenient for the mobile phone of two these New Scheme of user's easy manipulation like this.

Fig. 6,7,8th, intercept several postrotational design sketchs, be used for as a reference.

The advantage of this novel mobile phone scheme is to make a mobile phone have the Mechanical Builds of three mobile phones simultaneously, can be full frame mobile phone, can be slide phone, can be rotating mobile; And also convenient two people of this novel mobile phone use jointly.

Though the utility model discloses as above with preferred embodiment, so it is not in order to limit the utility model.Have in the technical field under the utility model and know the knowledgeable usually, in not breaking away from spirit and scope of the present utility model, when being used for a variety of modifications and variations.Therefore, protection range of the present utility model is as the criterion when looking claims person of defining.

Claims

1. Rotation screen mobile phone, comprise key component and screen unit, it is characterized in that described key component both sides have the track of slide rail respectively, described two tracks are mounted slidably the gliding mass pull bar that can draw high, and the described gliding mass pull bar that draws high is connected in described screen unit.

2. Rotation screen mobile phone according to claim 1 is characterized in that, the described gliding mass pull bar that draws high exposes tie component after stretching, and the height that exposes after whole tie component just in time is half height of screen unit.

3. Rotation screen mobile phone according to claim 2 is characterized in that, the top of described tie component is connected by the coaxial line device with described screen unit, and described coaxial line device is arranged at the centre of described screen unit.

4. Rotation screen mobile phone according to claim 3, it is characterized in that, described track has groove near the inboard of screen unit, and described coaxial line device is fixed in the described groove before the gliding mass pull bar stretches, thereby key component and screen unit tightly fit together before guaranteeing to stretch.

5. Rotation screen mobile phone according to claim 3 is characterized in that, described coaxial line device is equipped with position-arresting groove, is used to limit described screen unit around described coaxial line device dextrorotation turnback, is rotated counterclockwise 180 then and spends go back to original position.

6. Rotation screen mobile phone according to claim 3 is characterized in that, the described gliding mass pull bar that draws high, described tie component and described coaxial line device all are hollow, are used to wear lead, thereby connect described key component and screen unit.

7. Rotation screen mobile phone according to claim 1 is characterized in that described key component comprises display screen, and the display screen on described screen unit and the described key component has the four directions to transducer.

8. Rotation screen mobile phone according to claim 1 is characterized in that described screen unit has at least one camera.