WO2013037215A1

WO2013037215A1 - Dual-screen sliding smart phone

Info

Publication number: WO2013037215A1
Application number: PCT/CN2012/075732
Authority: WO
Inventors: 朱洪来
Original assignee: Zhu Honglai
Priority date: 2011-09-15
Filing date: 2012-05-18
Publication date: 2013-03-21
Also published as: CN202183805U

Abstract

Disclosed is a dual-screen sliding smart phone. The slide closure is provided thereon with a touch outside screen, an earphone, a control key, an interface and a microphone. When the slide closure slides from the fixed phone body via a sliding rail device, the fixed phone body exposes a touch control inside screen. The touch outside screen and the touch inside screen can be used in combination; for example, one is used as a browsing screen and the other is used as a control interface screen. The control interface can change various modes to control the display contents of the browsing screen, or change various input modes to input information. The two screens can simultaneously display more contents of the browsing interface so as to realize complicated program applications and man-machine interaction.

Description

Dual screen slider smart phone

The patent relates to a smart phone, and particularly relates to a dual-screen slider smart phone.

Background technique

With the continuous development of technologies such as mobile phone chips and storage, the functions of smart phones are becoming more and more powerful, and complex input and control will become the basic needs of smart phones.

At present, the main form of smart phones is a straight touch screen mobile phone, but this mobile phone has the following defects: 1. It is detrimental to the health of the user. The input and control of such a smart phone are limited by the small display screen. If the control interface is slightly complicated, the button must be designed very small, and the font and content of the browsing interface are relatively small, so that the user's vision is greatly affected when used. Especially for a long time of use, there are more and more users suffering from eye diseases due to the use of such mobile phones. 2. The user experience is not good. Both browsing and control are on one screen, and the finger interferes with the normal browsing of the user when using the control on the screen, which reduces the user experience. 3. The user's viewing effect is not good. Fingers are easy to leave fingerprints and other traces when they are used on the screen, which affects the viewing effect. 4. More complicated applications are very inconvenient. Since the input and control are limited by the small display, the button design of the control interface is relatively small, and the user is easy to press the wrong one during use, which is very inconvenient to use.

In order to solve these problems, the existing technical measures on the market are to add a complicated keyboard to the smart phone, or to add a keyboard base to the smart phone, and the smart phone can be loaded and unloaded on the keyboard base. The technical defects of these measures are: 1. The key distribution of the keyboard is fixed, and the key distribution cannot be changed for complex or various input. 2. The size of the smartphone is not large. The keys of the keyboard are often too small to be input. If the buttons are made larger and there are not enough buttons, this will cause inconvenience. 3. The loading and unloading of the smart phone on the keyboard base is cumbersome, and the keyboard base is not convenient to carry. There are also dual-screen mobile phones on the market, but the shortcomings of this mobile phone are: 1. The structure is too complicated, and the use is more troublesome, such as having a reversing device; 2. Some models can not work at the same time, and the mobile phone screen is not overcome. Smaller disadvantages; 3, the appearance is not beautiful, the size of the mobile phone is generally limited by the size of the palm, the complex structure destroys the simplicity and beauty; 4, the related parts are easily damaged, the complex structure is relatively long-lived when used frequently. short.

Because of the above drawbacks, the popularity of these products has not been high, and this patent effectively overcomes all the technical deficiencies pointed out above.

Summary of the invention The technical solution adopted by the patent to solve the technical problem is that the smart phone effectively separates and unifies the display and input control through two screens, and realizes the portability and portability of the mobile phone through the sliding cover, and realizes the mobile phone at the same time. The overall simplicity and beauty. The dual-screen slider smart phone is composed of two parts: a landline and a sliding cover. The landline and the sliding cover are connected by a rail device and a line inside the sliding rail device, and the sliding cover has a touch external screen, an earpiece, a control button, an interface and a microphone. When using the phone function or the simpler human-computer interaction function, just touch the external screen, as shown in Figure 1. The slide cover can be smoothly and smoothly slid on the base unit through the slide rail device. When performing complicated program control and human-computer interaction, the sliding slide cover can expose the touch control inner screen and control keys of the base unit, touch the external screen and touch the internal screen. Can be used in combination, one as a browsing screen, and the other as a control interface screen. The control interface can change various modes to control the display content of the browsing screen, or change various input mode input information, and realize complex program application and human-computer interaction. And can maximize the convenience and comfort of the user experience, as shown in Figure 2. According to the program requirements or user habits, after the slider slides out, the mobile phone can be used upright, one touch screen displays browsing information, and the other touch screen displays an input control interface. When no input control is required, the two screens can simultaneously display browsing information, increase The overall browsing interface to compensate for the generally small defects of the mobile phone screen, as shown in Figure 3. The specific sliding mode of the dual-screen slider smart phone can be changed to the vertical sliding mode according to the preference of some users, as shown in FIG. 4 . In the vertical mode, you can use the phone horizontally according to the program requirements or user habits, increasing the freedom of use, as shown in Figure 5. The slide cover and the base machine of the dual-screen slide smart phone can make the thickness uniform, and the cross-sectional view thereof is as shown in Fig. 6, and the sectional view after being opened by the slide rail device is shown in Fig. 7. The slide cover and the landline of the dual-screen slide smart phone can be made into a trapezoidal cross section, and the cross-sectional view thereof is as shown in FIG. 8; the cross-sectional view opened by the slide rail device is as shown in FIG. 9, and the front end of the slide cover is opened. The bottom surface of the base unit is on the same plane (as indicated by the dotted line), so that it can be placed not only on the table, but also at a thinner joint at the rail connection, which increases the comfort of the user. In the slide rail mode of the horizontal slide and the vertical slide, the slide cover and the base of the base can adopt a trapezoidal structure. The speaker, camera, etc. of this mobile phone can be placed in a suitable position according to the specific design. The internal components such as the chip and storage of the mobile phone can be flexibly designed inside the sliding cover or the base according to the needs of the manufacturer. The idea of the dual-screen slider smart phone can be applied to electronic products such as tablet computers and mp3s, so as to make up for the inconvenience of complicated human-computer interaction of ordinary tablet computers, mp3 and other electronic products, and it is convenient to carry.

The beneficial effects of this patent are:

1. Effectively protect the user's vision. In the case of more complex applications, the combined use of the two screens is equivalent to nearly double the area of the screen, and the fonts and icons of the browsing interface and the control interface can be set large enough. Effectively protect the user's vision. Ordinary smartphones can't do this. The two screens of some dual-screen phones can't work together. This advantage is not available in those dual-screen phones.

2. The browsing interface is always clean and comfortable. When using various programs, the browsing screen only displays the browsing interface, which increases the user's comfort. The ordinary smartphone screen displays the browsing interface and displays the input control interface. The finger controls the viewing on the screen, and the fingerprints and other smudges are left behind. Enjoy the effect.

3, the control interface is always convenient and comfortable, able to achieve powerful functions and perfect human-computer interaction. The browsing and control interface are respectively displayed on two touch screens, and each position can be flexibly changed, and a large external screen can be selected as a browsing screen or a control screen according to user needs. The control interface can change various keyboard modes, such as the size of different buttons, the specific content settings and position settings of the buttons, handwriting input, moving cursors, etc., which can meet the various needs of complex applications of smart phones, and achieve almost perfect human-computer interaction. This is difficult for ordinary smartphones and smartphones with ordinary keyboards. The two screens of some dual-screen phones cannot work together. This advantage is not available in dual-screen phones.

4, use and control is convenient, comfortable, free, significantly and comprehensively enhance the user experience. In simple application, the internal screen of the base unit is not slipped out and used directly on the external screen. In complex applications, the internal screen of the base unit can be easily opened by the slide rail device, and two control and viewing modes are erected and erected, and the browsing and control interface are effectively separated. Very convenient, comfortable and free, which is difficult to achieve with ordinary smartphones and smartphones with ordinary keyboards.

5, easy to use and carry. The enhancement of the dual-screen slider smart phone function does not reduce the portability of use and carrying. Some smart phones have an external connection keyboard, mouse or keyboard base, which is inconvenient to use and carry; some dual-screen smart phones adopt complex Inverted structure, inconvenient to use, mechanical parts are easily damaged.

6, the shape is simple and beautiful. The enhancement of the dual-screen slider smartphone function does not reduce the simplicity and beauty of the shape, which is incomparable to the shape of some complicated dual-screen phones.

DRAWINGS

The present patent is further described below in conjunction with the accompanying drawings and embodiments.

Figure 1 is a schematic diagram of the dual-screen slider smartphone using only the touch screen.

Figure 2 is a schematic view of the sliding slider to expose the touch screen of the base unit when it is used horizontally.

Figure 3 is a schematic view of the sliding slider to expose the touch screen of the base unit when it is used vertically.

Figure 4 is a schematic diagram of the vertical sliding mode of the dual-screen slider smartphone.

Figure 5 is a schematic view of the dual-screen slider smart phone vertical mode when used horizontally.

Figure 6 is a schematic view showing the uniform thickness of the slider and the base when the slider is closed.

Figure 7 is a schematic view showing the uniform thickness of the slider and the base frame after the slider is slid out. Figure 8 is a schematic view of the slider and the base machine in a trapezoidal shape when the slider is closed.

Figure 9 is a schematic view of the slider and the base frame in a trapezoidal shape after the slider is slid out.

detailed description

In Figure 1, the dual-screen slider smartphone uses only the touch screen (11) on the slider (10) to simply control the phone or use the phone function. The slider (10) also has an earpiece (12), various Interface (13) and control keys (15), touch external screen (11) for simple human-computer interaction, and various interfaces (22), slide cover (10) and base unit (20) on the base unit (20) It is connected by the rail device and the line inside the rail device, and can slide smoothly and smoothly. In Fig. 2, the sliding slider can expose the landline touch screen (21) and the landline control button (23). When performing complex human-computer interaction, the touch screen (11) and the touch screen (21) can be used in combination. One of them is used as a browsing screen, and the other is used as a control interface screen. The input control interface can change various keyboard modes, such as the size of different keys, the specific content setting and position setting of the keys, handwriting input, moving cursor, etc. To achieve the convenience and comfort of the user experience, when the input information is not required, the touch screen (21) can be closed or displayed with the touch screen (11), which is equivalent to nearly double the display interface. Smartphone screens are generally relatively small defects. There is a microphone (14) on the slider (10). In FIG. 3, the user can use the dual-screen slider smart phone vertically according to personal habits or program features, one touch screen displays browsing information, another touch screen displays an input control interface, or simultaneously displays browsing information, and increases the overall browsing interface. . There are two types of sliding modes for this dual-screen slider smartphone. In Figure 4, the rail device between the slider (10) and the base unit (20) is in a vertical sliding mode, and the sliding cover (10) is externally touched. The screen (11) and the base unit touch inner screen (21) can be used in combination. In Figure 5, the two-screen slider smartphone in vertical mode can be used horizontally, depending on program requirements or user habits. In Figure 6, it is a cross-sectional view of the slider (10) and the base unit (20) of the dual-screen slider smartphone. In Fig. 7, a cross-sectional view of the slider (10) and the base unit (20) having a uniform thickness when opened by the rail device is shown. The cross-section of the slider (10) and the base unit (20) of this dual-screen slider smartphone can be made trapezoidal, as shown in Figure 8. In Fig. 9, a cross-sectional view of the slide cover (10) having a trapezoidal cross section and the base unit (20) opened by the slide rail device is opened, and the front end of the slide cover (10) is opened in the same plane as the bottom surface of the base unit (20). Upper (as indicated by the dotted line), which can be placed flat on the table, and the thickness of the slide joint is thinner, which can increase the comfort of the user. In the horizontal slide and vertical slide modes, the slide is smooth. Both the cover (10) and the base unit (20) may have a trapezoidal structure.

Claims

Claim

1. A dual-screen slide smart phone having a touch screen (11), an earpiece (12), various interfaces (13), a microphone (14), and a control button (15) on the slide cover (10). The feature is: when the slider (10) slides out of the base unit (20) through the rail device, the base unit (20) exposes the touch control inner screen (21), and the touch external screen (11) can be used in combination with the touch internal screen (21). , such as one as a browsing screen, and the other as a control interface screen, the control interface can change various modes to control the display content of the browsing screen, or change various input mode input information; two screens can simultaneously display more browsing interface content Etc., to achieve complex program applications and human-computer interaction.