CN102750107A - Single-hand operation method of large-screen handheld electronic device and device - Google Patents

Single-hand operation method of large-screen handheld electronic device and device Download PDF

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Publication number
CN102750107A
CN102750107A CN2012102716290A CN201210271629A CN102750107A CN 102750107 A CN102750107 A CN 102750107A CN 2012102716290 A CN2012102716290 A CN 2012102716290A CN 201210271629 A CN201210271629 A CN 201210271629A CN 102750107 A CN102750107 A CN 102750107A
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China
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electronic device
handheld electronic
translation
interface
distance
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CN2012102716290A
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Chinese (zh)
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年强
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深圳市经纬科技有限公司
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Priority to CN2012102716290A priority Critical patent/CN102750107A/en
Publication of CN102750107A publication Critical patent/CN102750107A/en

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Abstract

The invention relates to a single-hand operation method of a large-screen handheld electronic device. The large-screen handheld electronic device comprises a gravity sensor and a graphical user interface (GUI). The single-hand operation method of the large-screen handheld electronic device includes that GUI of the large-screen handheld electronic device is displayed; whether a user tilts the large-screen handheld electronic device is judged, if yes, output signals of the gravity sensor are obtained; otherwise the operation is ended to enter next judgment; the output signals of the gravity sensor are obtained, the GUI is integrally translated along the tilted direction of the large-screen handheld electronic device indicated by the output signals, and the translation distance of the GUI is less than the dimension of the GUI in the translation direction; and the operation is ended to enter next judgment. The invention further provides a device for achieving the method. The single-hand operation method of the large-screen handheld electronic device and the device have the advantages of being strong in usability and convenient to operate and enhancing user experience.

Description

一种大屏幕手持电子设备单手操作的方法及装置 One kind of large-screen handheld electronic device and method for one-hand operation device

技术领域 FIELD

[0001] 本发明涉及移动通信领域,更具体地说,涉及一种大屏幕手持电子设备单手操作的方法及装置。 [0001] The present invention relates to the field of mobile communications, and more particularly, to a method and apparatus for a large screen of the handheld electronic device one-handed operation.

背景技术 Background technique

[0002] 随着科技的发展,各种手持电子设备功能越来越强大,在具备通信功能的同时,又具备存储和娱乐功能。 [0002] With the development of technology, all kinds of handheld electronic devices become more powerful, while having a communication function, but also with storage and entertainment features. 手持电子设备已经成为人们日常生活中的一种必需品,例如:手机在人们日常生活中发挥着重大作用。 Handheld electronic devices have become a necessity in people's daily lives, such as: mobile phones play a significant role in people's daily lives. 随着手持电子设备的迅猛发展,触控屏也相继出现并得到较大发展。 With the rapid development of handheld electronic devices, touch screens have also emerged and been greatly developed. 触控屏(Touch panel)又称为触控面板,是个可接收触头等输入讯号的感应式液晶显示装置,当接触了屏幕上的图形按钮时,屏幕上的触觉反馈系统可根据预先编程的程式驱动各种连接装置,可用以取代机械式的按钮面板,并借由液晶显示画面制造出生动的影音效果。 Touch screen (Touch panel), also known as a touch panel, like a contact input signal may be received induction type liquid crystal display device, when the contact graphical on-screen buttons, a haptic feedback system on the screen in accordance with a preprogrammed drive means connected to the various programs can be used to replace the mechanical push-button panel, and a liquid crystal display screen manufactured by a dramatic audio effects.

[0003]目前,市场上的手持电子设备屏幕越来越大,一方面给用户带来了更好的用户体验,同时浏览更多的资讯和信息。 [0003] Currently, the handheld electronic device screens on the market is growing, while giving users a better user experience while browsing for more information and details. 但在操作方面,因为屏幕的不断增大而导致很多功能变的无法单手完成操作,必须要双手协同才可以完成。 However, in operation, because increasing the screen caused a lot of functional variants can not be done with one hand, they must complete before they can be coordinated with both hands. 这样对于手持电子设备来说,在易用性方面就会有所欠缺,造成操作不便、影响用户体验。 So for handheld electronic devices, ease of use will be lacking, inconvenience operations, affecting the user experience.

发明内容 SUMMARY

[0004] 本发明要解决的技术问题在于,针对现有技术的上述易用性不强、操作不便、影响用户体验的缺陷,提供一种易用性较强、操作方便、增强用户体验的大屏幕手持电子设备单手操作的方法及装置。 [0004] The present invention is to solve the technical problem that the usability of the prior art is not strong, inconvenient operation, affect the user experience defects, ease of use is provided a strong, easy to operate, enhance the user experience large screen handheld electronic device and method for one-hand operation device.

[0005] 本发明解决其技术问题所采用的技术方案是:构造一种大屏幕手持电子设备单手操作的方法,所述大屏幕手持电子设备包括重力传感器和GUI界面,包括如下步骤: [0005] aspect of the present invention to solve the technical problem are: to construct a one-hand operation method of an electronic apparatus of a large screen of the handheld, the handheld electronic device comprising a large screen and a GUI interface gravity sensor, comprising the steps of:

A)显示所述大屏幕手持电子设备的GUI界面; A) shows the large-screen GUI interface handheld electronic device;

B)判断用户是否倾斜所述大屏幕手持电子设备,如是,执行步骤C);否则,执行步骤D); B) determining whether the user tilting the handheld electronic device a large screen, and if so, performing step C); otherwise, performing step D);

C)取得所述重力传感器的输出信号,并沿所述输出信号指示的大屏幕手持电子设备倾斜方向将所述GUI界面整体平移,其平移的距离小于所述GUI界面在所述平移方向的尺寸; C) to obtain an output signal of the gravity sensor, and a handheld electronic device in an oblique direction of the output signal indicative of a large screen of the GUI interface to the overall translation that the translation distance is less than the size of the GUI in the translation direction ;

D)结束本次操作并返回步骤B)。 D) the end of this operation and returns to step B).

[0006] 在本发明所述的大屏幕手持电子设备单手操作的方法中,所述步骤B)进一步包括: [0006] In the method according to the present invention, a large screen of the handheld electronic device in one-handed operation, said step B) further comprises:

BI)准备开始工作; BI) ready to start work;

B2)判断所述重力传感器是否有信号输出,如是,执行步骤C);否则,执行步骤D)。 Whether B2) determining the gravity sensor signal output, if so, executing step C); otherwise, performing step D).

[0007] 在本发明所述的大屏幕手持电子设备单手操作的方法中,所述步骤C)进一步包括: [0007] In the method according to the present invention, a large screen of the handheld electronic device in one-handed operation, said step C) further comprises:

Cl)取得所述重力传感器的输出信号并将所述输出信号映射为当前倾斜方向;C2)将所述GUI界面沿所述当前倾斜方向以设定的速度整体平移一个单位距离; Cl) to obtain an output signal of the gravity sensor and said output signal is mapped to the current tilt direction; C2) of the GUI interface to a unit distance along the overall translation rate of the current tilting direction at the set;

C3)判断在本次平移中所述GUI界面平移的距离是否小于预设的设定距离,如是,返回步骤C2);否则,停止进行平移并执行步骤D);所述设定距离小于所述GUI界面在所述平移方向的尺寸。 C3) determines whether this is smaller than the distance in translation of the GUI interface is translatable a predetermined set distance, and if so, returns to step C2); otherwise, the translational stop and step D); the set distance is less than the the size of the GUI in translation direction.

[0008] 在本发明所述的大屏幕手持电子设备单手操作的方法中,所述单位距离包括所述大屏幕手持电子设备显示屏的1-10个显示像素所具有的长度;所述设定距离大于所述单位距离且为其整数倍。 [0008] In the method according to the present invention, a large screen of the handheld electronic device in one-hand operation, the unit comprises from said handheld electronic device large-screen display 10 of display pixels has a length; provided the It is greater than the predetermined distance from the unit and its integral multiple.

[0009] 在本发明所述的大屏幕手持电子设备单手操作的方法中,所述步骤C)进一步包括: [0009] In the method according to the present invention, a large screen of the handheld electronic device in one-handed operation, said step C) further comprises:

Cl')取得所述重力传感器的输出信号并将所述输出信号映射为当前倾斜方向; Cl ') to obtain an output signal of the gravity sensor and said output signal is mapped to the current tilt direction;

C2')将所述GUI界面沿所述当前倾斜方向以设定的速度整体平移一个预设的设定距离;所述设定距离小于所述CTI界面在所述平移方向的尺寸。 C2 ') velocity along the GUI interface to set the current tilting direction of a translation of the entire pre-set distance; a distance smaller than the size of the set CTI interface between the translation direction.

[0010] 本发明还涉及一种实现上述方法的装置,包括: [0010] The present invention further relates to a device for realizing the method, comprising:

GUI界面显示模块:用于显示所述大屏幕手持电子设备的GUI界面; GUI interface display module: a large screen for displaying the GUI interface of the handheld electronic device;

倾斜状态判断模块:用于判断用户是否倾斜所述大屏幕手持电子设备,如是,进一步取得所述重力传感器的输出信号; 信号取得及界面平移模块:用于取得所述重力传感器的输出信号,并沿所述输出信号指示的大屏幕手持电子设备倾斜方向将所述CTI界面整体平移,其平移的距离小于所述GUI界面在所述平移方向的尺寸; Inclined state judging module: means for determining whether the user tilting the handheld electronic device a large screen, and if so, further to obtain an output signal of the gravity sensor; a signal acquisition module and a translation interface: for obtaining the output signal of the gravity sensor, and along said output signal indicates a large screen of the handheld electronic device, the inclination direction of the overall translation CTI interface, which is the translation distance is less than the size of the GUI interface of the translation direction;

结束判断模块:用于结束本次操作并返回进行下一次判断。 End Analyzing module: for the end of this operation and return once it is determined.

[0011] 在本发明所述的装置中,所述倾斜状态判断模块进一步包括: [0011] In the apparatus according to the present invention, the inclined state judging module further comprises:

准备就绪单元:用于准备开始工作; Ready unit: for ready to start work;

信号输出判断单元:用于判断所述重力传感器是否有信号输出,如是,取得所述重力传感器的输出信号。 Determination signal outputting means: means for determining whether said output signal has a gravity sensor, and if so, obtaining the output signal of the gravity sensor.

[0012] 在本发明所述的装置中,所述信号取得及界面平移模块进一步包括: [0012] In the apparatus according to the present invention, the signal acquisition and translating interface module further comprises:

信号取得及倾斜方向映射单元:用于取得所述重力传感器的输出信号并将所述输出信号映射为当前倾斜方向; Signal acquisition means and the tilt direction mapping: means for obtaining an output signal of the gravity sensor and the output signal is mapped to the current tilt direction;

界面单位平移单元:用于将所述GUI界面沿所述当前倾斜方向以设定的速度整体平移一个单位距离; Interface Unit shift unit: the GUI interface for the current along the oblique direction at a speed setting of the overall translation unit distance;

平移距离判断单元:用于判断在本次平移中所述GUI界面平移的距离是否小于预设的设定距离,如是,继续进行下一个单位距离平移;否则,停止进行平移;所述设定距离小于所述GUI界面在所述平移方向的尺寸。 Translating distance determination unit: for determining the set distance is less than a predetermined distance in translation of this translation of the GUI interface, the case, proceed to the next translation unit distance; otherwise, translational stop; said predetermined distance smaller than the size of the GUI in the translation direction.

[0013] 在本发明所述的装置中,所述单位距离包括所述大屏幕手持电子设备显示屏的1-10个显示像素所具有的长度;所述设定距离大于所述单位距离且为其整数倍。 [0013] In the apparatus according to the present invention, the unit comprises from said large display screen of the handheld electronic device 10 of display pixels has a length; the unit distance is greater than the set distance and is an integer multiple.

[0014] 在本发明所述的装置中,所述信号取得及界面平移模块进一步包括: [0014] In the apparatus according to the present invention, the signal acquisition and translating interface module further comprises:

信号取得及倾斜方向映射单元:用于取得所述重力传感器的输出信号并将所述输出信号映射为当前倾斜方向; Signal acquisition means and the tilt direction mapping: means for obtaining an output signal of the gravity sensor and the output signal is mapped to the current tilt direction;

界面设定距离平移单元:用于将所述GUI界面沿所述当前倾斜方向以设定的速度整体平移一个预设的设定距离;所述设定距离小于所述GUI界面在所述平移方向的尺寸。 Interface set distance shift unit: the GUI interface for the current along the inclined direction at a speed translation of a whole set of predetermined set distance; the distance is less than the setting of the direction of translation of the GUI interface size of. [0015] 实施本发明的大屏幕手持电子设备单手操作的方法及装置,具有以下有益效果:由于通过检测重力传感器是否有信号输出来判断用户是否倾斜大屏幕手持电子设备;当用户倾斜大屏幕手持电子设备时,重力传感器有信号输出,取得重力传感器的输出信号,并将该输出信号映射为当前倾斜方向,GUI界面沿所述倾斜方向进行平行移动,即使单手操作无法触及的区域移动到可单手操作的范围内供用户单手操作,使用户在单手握持大屏幕手持电子设备的时候,能进行单手操作无法触及的区域;用户操作完成后可平置或反方向倾斜,恢复屏幕的正常显示状态;所以其易用性较强、操作方便、增强用户体验。 [0015] The embodiment of the present invention, a large screen of the handheld method and apparatus for an electronic device with one hand operation, has the following advantages: since by detecting whether gravity sensor signal output to determine whether the user tilts the large screen of the handheld electronic device; when the user inclines the large screen when the handheld electronic device, a gravity sensor signal output, a gravity sensor to obtain an output signal, and the output signal is mapped to the current tilt direction, the GUI interface moves parallel to the tilt direction, even if one-handed operation to move beyond the reach area may be in the range of one-hand operation for the one-handed operation, a single hand so that the user in a time when the screen of the handheld electronic device, capable of one-hand operation region beyond the reach; after the user operates the set may be flat or inclined in the opposite direction, restore normal display state of the screen; it is its ease of use, strong, easy to operate, enhance the user experience.

附图说明 BRIEF DESCRIPTION

[0016] 图I是本发明大屏幕手持电子设备单手操作的方法及装置实施例中方法的流程图; [0016] Figure I is a flowchart of methods and apparatus according to the present invention, a large screen handheld electronic device one-handed operation of the embodiment;

图2是所述实施例中判断大屏幕手持电子设备是否倾斜及GUI界面进行单位距离平移的具体流程图; Figure 2 is the embodiment determines whether the big screen of the handheld electronic device and particularly an inclined translation unit distance flowchart GUI interface;

图3是所述实施例中判断大屏幕手持电子设备是否倾斜及GUI界面进行设定距离平移的具体流程图; Figure 3 is the embodiment determines whether the big screen of the handheld electronic device from inclination and translation of a detailed flowchart of setting a GUI interface;

图4是所述实施例中装置的结构示意图; FIG 4 is a block schematic diagram of the apparatus of the embodiment;

图5是所述实施例中倾斜状态判断模块的结构示意图; FIG 5 is a block diagram representation of the tilting state determination module embodiment;

图6是所述实施例中信号取得及界面平移模块在一种情况下的结构示意图; FIG 6 is a schematic diagram of the signal acquisition module and a translation interface structure in one embodiment of the case;

图7是所述实施例中信号取得及界面平移模块在另一种情况下的结构示意图; FIG 7 is a schematic structural diagram of a signal acquisition module and a translation interface in another embodiment of the case;

图8是所述实施例中大屏幕手持电子设备的结构示意图; FIG 8 is a block diagram representation of a large screen of the handheld electronic device embodiment;

图9是所述实施例中处在拨号界面时GUI界面移动前的一个状态示意图; FIG 9 is a state before the GUI interface of the mobile embodiment in a schematic view of the embodiment of dial-up interface;

图10是所述实施例中处在拨号界面时GUI界面移动过程中一个状态的示意图; FIG 10 is a diagram illustrating the GUI interface during movement in a state where the dial-up interface to the embodiment of the embodiment;

图11是所述实施例中处在拨号界面时GUI界面移动结束状态的示意图; FIG 11 is a schematic diagram of the GUI when the mobile end state in Example embodiments of the dial-up interface;

图12是所述实施例中处在菜单界面时GUI界面移动前的一个状态示意图; FIG 12 is a state before the GUI interface of the mobile embodiment in a schematic view of the embodiment of the menu interface;

图13是所述实施例中处在菜单界面时GUI界面移动过程中一个状态的示意图; FIG 13 is a schematic view of a GUI interface state during movement of the menu screen in the embodiment of the embodiment;

图14是所述实施例中处在菜单界面时GUI界面移动结束状态的示意图。 FIG 14 is a schematic GUI interface of the mobile end state when the menu screen of the embodiment in FIG.

具体实施方式 Detailed ways

[0017] 为了便于本领域的普通技术人员能够理解并实施本发明,下面将结合附图对本发明实施例作进一步说明。 [0017] For convenience of ordinary skill in the art to understand and practice the present invention, the following embodiments in conjunction with the accompanying drawings of the embodiments of the present invention will be further described.

[0018] 在本发明大屏幕手持电子设备单手操作的方法及装置实施例中,其方法的流程图如图I所示,该大屏手持电子设备包括重力传感器(Gravity-sensor,简写G-sensor)和⑶I界面(Graphical User Interface,简称⑶I,图形用户界面,又称图形用户接口),该方法包括如下步骤: [0018] In the method and apparatus of the present invention, large-screen handheld electronic device with one hand operation of the embodiment, the flow chart showing the method illustrated in FIG I, the large-screen handheld electronic device comprises a gravity sensor (Gravity-sensor, abbreviated G- sensor) and ⑶I interface (graphical user interface, referred ⑶I, graphical user interface, known as a graphical user interface), the method comprising the steps of:

步骤SlO显示大屏幕手持电子设备的CTI界面:在工作之前,也即进行屏幕平移(平行移动)之前首先进行本步骤S10,即显示大屏幕手持电子设备的GUI界面;当然,在本实施例的一些情况下,当大屏幕手持电子设备的GUI界面已处在显示状态时,则不用再进行本步骤,直接进行后续步骤。 Step SlO large screen display of the handheld electronic device CTI interface: prior to operation, i.e. a screen translation (parallel movement) before firstly present block S10, i.e., large screen display of the handheld electronic device GUI interface; of course, in this embodiment the in some cases, when a large screen of the handheld electronic device is in the GUI display state, this step is no longer performed directly subsequent step. 值得一提的是,本实施例中的大屏幕手持电子设备为带有触控屏(即触摸屏)的大屏幕手机,当然,在本实施例的其他一些情况下,该大屏幕手持电子设备也可以为其他带有触控屏(触摸屏)的大屏幕便携式电子设备。 It is worth mentioning that, in this embodiment of the handheld electronic device of a large screen large screen phone with a touch screen (i.e., touch screen), of course, in other embodiments of the present embodiment, the handheld electronic device is also large screen the portable electronic device may be for other large-screen with touch screen (touch screen) is.

[0019] 步骤Sll判断用户是否倾斜大屏幕手持电子设备? [0019] Step Sll to determine whether the user tilts the big screen of the handheld electronic device? 本步骤中,以水平面为基准面,当大屏幕手持电子设备水平放置时(这时触控屏与基准面平行),这时大屏幕手持电子设备与基准面的夹角为O ;当然,考虑到用户在将大屏幕手持电子设备水平放置时,有可能与绝对的水平面(本实施例中为基准面)有些误差,为此,在本实施例中,预设了一个水平阈值角,判断用户是否倾斜大屏幕手持电子设备(本实施例中,大屏幕手持电子设备为带有触控屏或触摸屏的大屏幕手机),具体来讲,就是判断大屏幕手持电子设备与基准面的夹角是否大于上述水平阈值角,如果夹角大于水平阈值角,则说明大屏幕手持电子设备处于倾斜状态;如果夹角小于或等于水平阈值角,则说明大屏幕手持电子设备处于水平状态,值得一提的是,如果判断结果为是,执行步骤S12 ;否则,执行步骤S13。 In this step, the horizontal plane as a reference plane, when a large screen of the handheld electronic device is placed horizontally (parallel to the reference plane and the touch screen at this time), then the large screen of the handheld electronic device and the angle of the reference plane is O; of course, consider the the large screen to the user horizontally when the handheld electronic device is placed, there may be some error in the absolute horizontal plane (as the reference surface in this embodiment), for this purpose, in the present embodiment, a preset level threshold angle, the user determines whether large screen inclined handheld electronic device (in this embodiment, the large screen of the handheld electronic device is a mobile phone with a large-screen touch screen or touch screen), specifically, is to determine the screen of the handheld electronic device with a large angle if the reference plane greater than the level threshold angle, if the angle is greater than the level of the threshold angle, then the large screen of the handheld electronic device is in an inclined state; if the angle is less than or equal to the level of the threshold angle, then the large screen of the handheld electronic device is in a horizontal state, it is worth mentioning if the determination result is YES, a step S12 executed; otherwise, step S13.

[0020] 步骤S12取得重力传感器的输出信号,并沿大屏幕手持电子设备倾斜方向将GUI界面整体平移:由于重力传感器能够感知到加速力的变化,加速力就是当物体在加速过程中作用在物体上的力,比如晃动、跌落、上升、下降等各种移动变化都能被G-sensor转化为电信号,然后通过微处理器的计算分析后,能够完成程序设计好的功能,比如MP3能根据用户的甩动方向,前后更换歌曲,放进衣袋的时候也能够计算出用户的前进步伐。 [0020] Step S12 acquires an output signal of the gravity sensor, and holding the inclination direction of the electronic device in the large screen the whole translation GUI interface: since the gravity sensor can sense the change of acceleration forces, acceleration forces is that when the object role during acceleration in the object force, such as shaking, falling, rising, falling and other changes can move G-sensor is converted into an electric signal, and then analyzed by the computing microprocessor, it is possible to complete a program designed features such as MP3 can according swinging direction of the user, before and after the change songs, in his pocket when it is possible to calculate the user's pace. 在大屏幕手持电子设备(本实施例中为带有触控屏或触摸屏的大屏幕手机)中应用此项技术,可以根据用户的动作而进行相应的软件应用,比如游戏,使用者挥舞手机,游戏也会有相应的反应;本实施例中的重力传感器也可以是加速度传感器。 In large-screen handheld electronic device (in this embodiment is a mobile phone with a large-screen touch screen or a touch screen) in the application of this technology, it may be appropriate action according to the user application software, such as games, phone user waving, the reaction will be a corresponding game; gravity sensor in the present embodiment may be an acceleration sensor. 本步骤中,取得上述重力传感器的输出信号,并沿所述输出信号指示的大屏幕手持电子设备倾斜方向将上述GUI界面整体平移,其平移的距离小于GUI界面在所述平移方向的尺寸;具体来讲,当大屏幕手持电子设备倾斜的方向不同时,重力传感器输出不同的信号,不同的输出信号对应大屏幕手持电子设备不同的倾斜方向,GUI界面沿当前倾斜方向进行整体平移,应当注意的是,GUI界面平移的距离小于该GUI界面在平移方向的尺寸。 In this step, the acquired output signal of the gravity sensor, and a handheld electronic device in an oblique direction of the large-screen output signal indicative of the above-described GUI interface overall translation that the translation distance is less than the size of the GUI in the translation direction; Specific terms, when a large screen of the handheld electronic device is inclined orientation is not the same, different gravity sensor output signal, the output signal corresponding to a different large screen of the handheld electronic device different from the oblique direction, the GUI interface overall translation along this oblique direction, it should be noted is, GUI interface translating distance is less than the size of the GUI in the translation direction.

[0021] 步骤S13结束本次操作:本步骤中,当GUI界面平移结束时,结束本次操作并返回步骤Sll进行下一次判断。 [0021] Step S13 ends the operation: In this step, when the end of the GUI interface translates the end of this operation returns to step Sll, and for the next determination.

[0022] 本实施例中判断大屏幕手持电子设备是否倾斜及GUI界面进行单位距离平移的具体流程图如图2所示,也即上述步骤S11-S12具体包括如下步骤: [0022] In the present embodiment determines whether the big screen of the handheld electronic device and an inclined GUI interface unit distance translatable detailed flowchart shown in Figure 2, i.e. the above-described steps S11-S12 includes the following steps:

步骤S20准备开始工作:本步骤中,当大屏幕手持电子设备中的所有设备准备就绪,则准备开始工作。 Step S20 is ready to start work: the step, when all large-screen handheld device electronic equipment is ready, ready to start work.

[0023] 步骤S21判断重力传感器是否有信号输出? [0023] Step S21 determines whether there is a gravity sensor output signal? 本步骤中,如果用户倾斜大屏幕手持电子设备,通过重力传感器测量由于重力引起的加速度,可得到大屏幕手持电子设备相对基准面某一方向上的倾斜角(倾斜方向),通过分析动态加速度,可得出大屏幕手持电子设备移动的方式。 In this step, if the user tilts the big screen of the handheld electronic device, by gravity sensor measures the acceleration due to gravity, to obtain a large screen of the handheld electronic device in a certain direction relative to the reference plane inclination angle (inclination direction), by analyzing the dynamic acceleration, can be come to the big screen handheld electronic device movable manner. 本步骤中,重力传感器的输出信号为重力加速度在空间三个轴向上分量值,大屏幕手持电子设备水平放置时,其重力传感器无信号输出,当用户在倾斜大屏幕手持电子设备且有加速度时,重力传感器有信号输出;本步骤中,如果判断的结果为是,则执行步骤S22,否则,执行步骤S13。 In this step, the output signal of the gravity sensor is a gravitational acceleration component value in the three axial space, large screen of the handheld electronic device is placed horizontally, a gravity sensor which no signal output, large-screen when the user is inclined handheld electronic device and an acceleration when the gravity sensor signal output; in this step, if the determination result is yes, then execute step S22, the otherwise, to step S13.

[0024] 步骤S22取得重力传感器的输出信号并将所述输出信号映射为当前倾斜方向:本步骤中,如果上述步骤S21中的判断为重力传感器有信号输出,则执行本步骤,取得上述重力传感器的输出信号并将所述输出信号映射为当前倾斜方向,具体就是取得上述重力传感器的输出信号(本实施例中输出信号为重力加速度在空间三个轴向上分量值),由于重力加速度在空间三个轴向上分量值不相同时,其重力传感器的输出信号也不同,不同的输出信号映射为不同的倾斜方向(倾斜角),也即不同的输出信号对应不同的倾斜方向(倾斜角)。 [0024] Step S22 to obtain a gravity sensor output signal and said output signal is mapped to the current tilt directions: In this step, if the above step S21 determines that a gravity sensor signal output, this step is performed to acquire the gravity sensor output signal and said output signal is mapped to the current tilt direction, the specific gravity is acquired output signal of the sensor (in the embodiment the output signal is the gravitational acceleration component value in the three axial space present embodiment), due to the acceleration of gravity in the space three axial component values ​​are not the same, the output signal of the gravity sensor is different, different output signals mapped to different oblique direction (oblique angle), i.e. a different output signal corresponding to a different oblique direction (oblique angle) . 值得一提的是,执行完本步骤,执行步骤S23。 It is worth mentioning that, executing this step, step S23.

[0025] 步骤S23将⑶I界面沿当前倾斜方向以设定的速度整体平移一个单位距离:本实施例,GUI界面平移时,是分多次平移完成的,本步骤中,将上述GUI界面沿当前倾斜方向以设定的速度整体平移一个单位距离,本实施例中,预先设定的速度为用户根据需要自己设定的速度或系统默认的速度,这里的速度为GUI界面在平移时其一秒钟移动多少距离,即单位时间内平移的距离;上述单位距离包括该大屏幕手持电子设备显示屏的1-10个显示像素所具有的长度;GUI界面一次平移一个单位距离,值得一提的是,执行完本步骤,进行步骤S24。 [0025] Step S23, the current speed ⑶I interface along the oblique direction to set a unit distance overall translation: the present embodiment, when the GUI interface translates the translation is done in multiple, in this step, the current in the above-described GUI interface inclined direction at a speed setting of the overall translation from one unit, the present embodiment, the preset speed for the user to set the default speed needs its own system or the speed, where the speed of the GUI interface is translated in its one second how many clock movement distance, i.e. the translation distance per unit time; the unit comprises from the large-screen display 10 of handheld electronic device display pixel has a length; the GUI interface unit once a translation distance, it is worth mentioning that , after executing this step, step S24.

[0026] 步骤S24判断本次平移中⑶I界面平移的距离是否小于预设的设定距离? [0026] Step S24 judges whether the current interface ⑶I in translation the translation distance is less than a predetermined set distance? 本实施例中,判断在本次平移中上述GUI界面平移的距离是否小于预设的设定距离,如是,返回步骤S23 ;否则,执行步骤S25 ;上述设定距离小于⑶I界面在平移方向的尺寸。 In this embodiment, in this translation it is determined whether the above-described GUI interface translating distance is less than a predetermined set distance, and if so, returns to step S23; otherwise, proceed to step S25; the set distance is less than the size of the interface in the translation direction ⑶I . 上述设定距离大于所述单位距离且为其整数倍,本实施例中,GUI界面在整个平移过程中进行多个单位距离平移,也就是说,GUI界面平移一个单位距离后,接着在此位置进行下一个单位平移,直至GUI界面在整个平移过程中所经过的路径达到预设的设定距离,完成本次平移。 The set distance being greater than the distance unit and its integer multiples, in the present embodiment, the GUI interface translates from a plurality of units throughout the translation process, that is, after the GUI interface translates a unit distance, then in this position a unit for translating the next, until the GUI throughout the translation process through which the path reaches a predetermined set distance, to complete this translation. 值得一提的是,本实施例中,GUI界面平移过程中,每隔一定时间刷一次屏,这个时间可以是系统默认的时间,在另外一些情况下,也可以根据需要设定时间。 It is worth mentioning that, in this embodiment, the process of translating the GUI interface, the screen brush intervals, this time may be a default time, in other cases, the time may be set according to need.

[0027] 步骤S25停止进行平移:如果上述步骤S24中的判断结果为是,则执行本步骤,停止进行平移。 [0027] Step S25 is stopped in translation: If the result of the determination in step S24 is YES, this step is executed, is stopped in translation. 值得一提的是,执行完本步骤返回步骤S13。 It is worth mentioning that, after executing the present step returns to the step S13.

[0028] 在本实施例的另外一些情况下,⑶I界面平移时,可以是一次平移一个设定距离,即⑶I界面一次性平移到位。 [0028] In other embodiments of the present embodiment, when the interface ⑶I translation may be a translation of a set distance, i.e., one-time translation interface ⑶I place. 请参见图3中的步骤S22'_ S23',其实是将图2中的步骤S22-S24换成图3中的步骤S22,- S23,;下面介绍步骤S22,- S23,: See Figure 3. Step S22'_ S23 ', in fact, is replaced by the step S22-S24 in FIG. 2 FIG step 3 S22, - S23 ,; described below step S22, - S23 ,:

步骤S22'取得重力传感器的输出信号并将所述输出信号映射为当前倾斜方向:本步骤中,如果上述步骤S21中的判断为重力传感器有信号输出,则执行本步骤,取得上述重力传感器的输出信号并将所述输出信号映射为当前倾斜方向,具体就是取得上述重力传感器的输出信号(本实施例中输出信号为重力加速度在空间三个轴向上分量值),由于重力加速度在空间三个轴向上分量值不相同时,其重力传感器的输出信号也不同,不同的输出信号映射为不同的倾斜方向(倾斜角),也即不同的输出信号对应不同的倾斜方向(倾斜角)。 Step S22 'acquired gravity sensor output signal and said output signal is mapped to the current tilt directions: In this step, if the above step S21 determines that a gravity sensor signal output, this step is performed to acquire the gravity sensor output signal and said output signal is mapped to the current tilt direction, the specific gravity is acquired output signal of the sensor (in the embodiment the output signal is the gravitational acceleration component value in the present embodiment three axial space), since the gravitational acceleration in three space different axial component values ​​are not the same, the output signal of the gravity sensor is different, different output signals mapped to different oblique direction (oblique angle), i.e. a different output signal corresponding to the oblique direction (oblique angle). 值得一提的是,执行完本步骤,执行步骤S23'。 It is worth mentioning that, executing this step, step S23 '.

[0029] 步骤S23'将⑶I界面沿当前倾斜方向以设定的速度整体平移一个预设的设定距离:本步骤中,将上述GUI界面沿当前倾斜方向以设定的速度整体平移一个预设的设定距离;所述设定距离小于所述GUI界面在平移方向的尺寸。 [0029] Step S23 'the interface ⑶I overall translation speed along a predetermined oblique direction to set the current set distance: In this step, the above-described GUI interface along the oblique direction to set the current speed of a predetermined overall translation the set distance; the distance is set smaller than a size of the GUI interface translation direction. 值得一提的是,GUI界面一次平移一个设定距离就完成了本次平移,执行完本步骤,执行步骤S13。 It is worth mentioning that, GUI interface once the translation is complete a set distance of this translation, after executing this step, the step S13.

[0030] 本发明还涉及一种实现上述方法的装置,其结构示意图如图4所示,本实施例中的装置包括GUI界面显示模块I、倾斜状态判断模块2、信号取得及界面平移模块3及结束判断模块4 ;其中,GUI界面显示模块I用于显示上述大屏幕手持电子设备的GUI界面;倾斜状态判断模块2用于判断用户是否倾斜上述大屏幕手持电子设备,如是,进一步取得上述重力传感器的输出信号;信号取得及界面平移模块3用于取得上述重力传感器的输出信号,并沿上述输出信号指示的大屏幕手持电子设备倾斜方向将上述GUI界面整体平移,其平移的距离小于上述GUI界面在上述平移方向的尺寸;结束判断模块4用于结束本次操作并返回进行下一次判断。 [0030] The present invention further relates to a device for implementing the above method, a schematic view of the structure shown in Figure 4, the apparatus embodiment comprises a display module GUI interface I, the inclined state determination module of the present embodiment 2, a signal acquisition module and interface translating 3 and end judging module 4; wherein, I GUI interface display module for displaying the large screen of the handheld electronic device GUI interface; if inclined state determining module for determining whether the user 2 of the large-screen inclined handheld electronic device, and if so, further obtains the gravity sensor output signal; and a signal acquisition module interface 3 for obtaining a translation output signal of the gravity sensor, and a handheld electronic device in an oblique direction of the output signal indicative of a large screen of the GUI interface above the overall translation that the translation distance is less than the above-described GUI interface size of the translation direction; end module 4 for determining the end of this operation and return once it is determined.

[0031] 如图5所示,本实施例中,上述倾斜状态判断模块2进一步包括准备就绪单元21和信号输出判断单元22 ;其中,准备就绪单元21用于准备开始工作;信号输出判断单元22用于判断上述重力传感器是否有信号输出,如是,取得重力传感器的输出信号。 [0031] 5, in this embodiment, the inclined state judging module 2 further includes a ready signal output unit 21 and the judging unit 22; wherein the unit 21 is ready for ready to start work; signal output judging unit 22 a gravity sensor for determining whether or not the signal output, and if so, to obtain the output signal of the gravity sensor.

[0032] 如图6所示,本实施例中,上述信号取得及界面平移模块3进一步包括信号取得及倾斜方向映射单元31、界面单位平移单元32和平移距离判断单元33 ;其中,信号取得及倾斜方向映射单元31用于取得上述重力传感器的输出信号并将输出信号映射为当前倾斜方向;界面单位平移单元32用于将上述CTI界面沿当前倾斜方向以设定的速度整体平移一个单位距离;平移距离判断单元33用于判断在本次平移中CTI界面平移的距离是否小于预设的设定距离,如是,继续进行下一个单位距离平移;否则,停止进行平移;上述设定距离小于GUI界面在平移方向的尺寸。 [0032] shown in Figure 6, in this embodiment, the signal acquisition and interface module 3 further comprises a translation and a tilting direction to obtain a signal mapping unit 31, an interface unit 32 and a translating unit translating distance determination unit 33; wherein the signal acquisition and inclination direction mapping unit 31 for acquiring the gravity sensor output signal and the output signal is mapped to the current tilt direction; an interface unit for the speed shift unit 32 in the above CTI interface to set the current tilting direction of a translation of the entire unit distance; translation distance judgment unit 33 for judging whether the present time is smaller than the CTI interface translation in the translation distance from the default setting, and if so, proceed to the next translation unit distance; otherwise, translational stop; the set distance is less than the GUI dimension in translation direction. 值得一提的是,上述单位距离包括上述大屏幕手持电子设备显示屏的1-10个显示像素所具有的长度;上述设定距离大于单位距离且为其整数倍。 It is worth mentioning that the unit comprises from the large display screen of the handheld electronic device 10 of display pixels has a length; the set and its distance is larger than an integral multiple of a unit distance.

[0033] 在本实施例的另外一些情况下,上述信号取得及界面平移模块3也可以是另外的结构,如图7所示,上述信号取得及界面平移模块3包括信号取得及倾斜方向映射单元31和界面设定距离平移单元34;其中,信号取得及倾斜方向映射单元31用于取得上述重力传感器的输出信号并将输出信号映射为当前倾斜方向;界面设定距离平移单元34用于将上述CTI界面沿当前倾斜方向以设定的速度整体平移一个预设的设定距离;上述设定距离小于上述GUI界面在平移方向的尺寸。 [0033] In other embodiments of the present embodiment, the signal acquisition and the translation interface module 3 may also be another configuration, shown in Figure 7, the signal acquisition and signal interface comprises a translation module 3 and the oblique direction to obtain a mapping unit interface 31 and the distance setting shift unit 34; wherein the signal acquisition and the inclination direction of an output signal mapping unit 31 and acquires the output signal of the gravity sensor is mapped to the current tilting direction; interface unit 34 for translating a set distance above the CTI interface along this oblique direction at a speed of translation of a whole set of predetermined distance is set; the set distance is less than the size of the GUI interface in translation direction.

[0034] 本实施例中,大屏幕手持电子设备的结构示意图如图8所示,图8中,该大屏幕手持电子设备包括存储器01、电源系统02、存储器控制器031、CPU (中央处理器,CentralProcessing Unit,简写CPU) 032、外设接口033,RF (射频)电路04、外部接口05、音频电路 [0034] embodiment, the large screen of the handheld electronic device 8 a schematic structural diagram of the present embodiment, in FIG. 8, the large screen of the handheld electronic device includes a memory 01, a power supply system 02, a memory controller 031, CPU (central processing unit , CentralProcessing Unit, abbreviated CPU) 032, peripheral interface 033, RF (radio Frequency) circuit 04, an external interface 05, an audio circuit

06、扬声器7、麦克风08、I/O (输入/输出)子系统09、重力传感器10、触摸屏11及其他输入/控制设备12 ;其中,存储器控制器031、CPU032与外设接口033可作在一个芯片03上,也可分立设置;存储器01与存储器控制器031 —端连接,外设接口033分别与存储器控制器031的另一端及CPU032连接,RF电路04、外部接口05及音频电路06的一端分别与芯片03连接,扬声器07与麦克风08分别与音频电路06的另一端连接,I/O子系统09与外设接口033连接;本实施例中,I/O子系统09包括重力传感器控制器091、触摸屏控制器092与一个或多个其他输入控制器093,重力传感器控制器091与重力传感器10连接,触摸屏控制器092与触摸屏11连接,一个或多个其他输入控制器093与其他输入/控制设备12连接;电源系统02用于对上述各种组件进行供电。 06, a speaker 7, a microphone 08, I / O (input / output) subsystem 09, a gravity sensor 10, the touch panel 11 and other input / control device 12; wherein the memory controller 031, CPU032 peripherals interface 033 can be used in a chip 03, may be provided separately; the memory and the memory controller 01 031 - end connection, peripheral interface 033 are connected to the other end of the memory controller 031 and the CPU032, RF circuit 04, an external interface 05 and audio circuit 06 one ends connected to the chip 03, a speaker 07 connected to the other end of the audio circuit 06 and microphone 08 respectively, I / O subsystem 09 is connected to the peripheral interface 033; embodiment, I / O subsystem controls 09 of the present embodiment comprises a gravity sensor device 091, the touch screen controller 092 other input controller 093, the controller 091 and the gravity sensor gravity sensor 10 is connected to one or more touch screen controller 11 are connected with the touch screen 092, one or more other input controllers 093 and other input / control apparatus 12 is connected; a power supply system 02 for powering various components described above.

[0035] 图9是本实施例中处在拨号界面时GUI界面移动前的一个状态示意图;本实施例中,对方向做了一个规定,Xl为左方,X2为右方,Yl为上方,Y2为下方,本实施例中所有附图中的方向都采用这个规定。 [0035] FIG. 9 is a state before the GUI interface of the mobile embodiment in a schematic view of the present embodiment dialing interface; the present embodiment, made of a predetermined direction, Xl leftward, rightward an X2, Yl upward, Y2 is downward direction in the drawings embodiment of the present embodiment are used this requirement. 由于不同用户的个人使用习惯不同,有的用户习惯用左手拿,有的用户习惯用右手拿,为此,本实施例中,为了方便描述,在GUI界面上划定了单手操作区域和目标操作区域,单手操作区域为用户手拿大屏幕电子设备时大拇指容易操作的区域,目标区域为大拇指不容易操作的区域,图9中,GUI界面为大屏幕手持电子设备(带触控屏或触摸屏的大屏幕手机)的拨号界面,π为单手操作区域,f2为目标操作区域,单手操作区域fl位于GUI界面中的左端,目标操作区域f2位于GUI界面中的右端;值得一提的是,单手操作区域fl在GUI界面中的位置可根据不同用户的操作习惯进行不同的设置,例如:当用户习惯用左手操作时,单手操作区域可能设置在GUI界面中的右端,当然,根据具体用户的操作习惯,对单手操作区域在GUI界面中的位置进行相应的设置,以适应不同用户的 Because different users of personal habits, some users accustomed to using the left hand, some users accustomed to take with the right hand, for this purpose, in this embodiment, for convenience of description, the GUI interface delineated in the single-handed operation and destination operating area, one-handed operation area for a user holding area, the target area is large screen of the electronic device for easy thumb thumb region is not easy to handle, in FIG. 9, GUI interface for a handheld electronic device large screen (touch with screen or touch screen, large-screen mobile phone) dial-up interface, π is one-handed operation area, f2 for the target operating area, one-handed operation area fl located within a GUI interface left, target operating area f2 at the right end GUI interface; worth mention that one-handed operation region fl position GUI interface can be set differently depending on the user's operation habits, for example: when the user left-handed operation, one hand operation region may be disposed right in the GUI interface, of course, depending on the habits of the user's operation, the position of the single-handed operation in a region corresponding GUI interface is provided to accommodate different users 求。 begging. 图9中,要将目标操作区域f2移向单手操作区域fl的范围内,以方便用户操作该大屏幕手持电子设备。 In FIG. 9, to the operation target region toward the range f2 region fl-handed operation to facilitate user operation of the large screen of the handheld electronic device. 用户向左方Xl倾斜大屏幕手持电子设备,重力传感器输出信号,将该输出信号映射为倾斜方向,GUI界面中的目标操作区域f2沿倾斜方向进行平移,也即向左方的单手操作区域Π平移。 Xl user leftward inclined large screen handheld electronic device, a gravity sensor output signal, the output signal is mapped, the operation target region in an oblique direction f2 GUI interface pan inclined direction, ie the left-hand operating area Π translation.

[0036] 图10是本实施例中处在拨号界面时GUI界面移动过程中一个状态的示意图;从图10中看到,触摸屏11中的目标操作区域f2向左方(向单手操作区域fl)平移了一定距离。 [0036] FIG. 10 is a view showing a state during movement of the GUI in the embodiment when the present embodiment dialing interface; seen in FIG. 10, the touch screen 11 of the operation target region f2 leftward (one-hand operation to the area fl ) shifted by a certain distance. [0037] 图11是本实施例中处在拨号界面时GUI界面移动结束状态的示意图;图11中,目标操作区域f2平移至了单手操作区域fI的范围内。 [0037] FIG. 11 is a schematic view of the present state of the GUI interface of the mobile end in the embodiment when the dial-up interface embodiment; in FIG. 11, the operation target is translated to the area f2 within a range of one-hand operation area fI. 值得一提的是,如果要使CTI界面恢复至水平放置时的界面,则只需将大屏幕手持电子设备向反方向(右方X2)倾斜直至与基准面平行,这时⑶I界面中的目标操作区域f2向反方向平移,直至重新回到平移前的状态。 It is worth mentioning that, if you want to restore the CTI interface when the interface is placed horizontally, is simply a large screen and a handheld electronic device until the reference plane parallel to the tilt in the opposite direction (rightward an X2), the target time ⑶I interface operation area f2 is translated in the opposite direction, until the return to the state before the translation.

[0038] 在本实施例中的另外一些情况下,当目标操作区域在位于GUI界面中的上端,而单手操作区域位于GUI界面中的下端时,当要将目标操作区域向单手操作区域平移时,其原理和上述由右端向左端平移的原理是一样的,不同的是用户倾斜大屏幕手持电子设备的方向不一样,重力传感器的输出信号不一样。 [0038] In the present embodiment in other cases, when the target operating region located in the upper end of a GUI interface, and the lower end region of the single-handed operation of the GUI interface, when the operating area of ​​a destination to the one-hand operation region when translated, its principles, and from the right to the left end of the translation is the same as the principle described above, except that the user tilts the direction of the large screen of the handheld electronic device is not the same, the output signal of the gravity sensor is not the same. 图12给出了本实施例中处在菜单界面时GUI界面移动前的一个状态示意图;图12中,fl为单手操作区域,f2为目标操作区域,单手操作区域fl位于GUI界面中的下端,目标操作区域f2位于GUI界面中的上端;用户向下方Y2倾斜大屏幕手持电子设备,重力传感器输出信号,将该输出信号映射为倾斜方向,GUI界面中的目标操作区域f2沿倾斜方向进行平移,也即向下方的单手操作区域fl平移。 Figure 12 shows a state before moving a schematic view of the GUI menu interface in the embodiment of the present embodiment; in FIG. 12, a single-handed operation region fl, f2 is the operation target region located one-hand operation region fl GUI interface lower end, f2 at the upper end region of the target operating a GUI interface; Y2 inclined downward user large screen handheld electronic device, a gravity sensor output signal, the operation target region in an oblique direction f2 GUI interface is mapped to the output signal of the oblique direction translation, one-handed operation region under the fl ie also translation.

[0039] 图13是本实施例中处在菜单界面时GUI界面移动过程中一个状态的示意图;从图13中看到,触摸屏11中的目标操作区域f2向下方(向单手操作区域fl)平移了一定距离。 [0039] FIG. 13 is a schematic view of a GUI interface state when the movement in the embodiment according to the present embodiment menu interface; seen from FIG. 13, the operation target region f2 touch screen 11 downwardly (to the one-hand operation region FL) translating a certain distance.

[0040] 图14是本实施例中处在菜单界面时GUI界面移动结束状态的示意图,图14中,目标操作区域f2平移至了单手操作区域f I的范围内。 [0040] FIG. 14 is a schematic diagram of the GUI when the mobile end state in the embodiment according to the present embodiment the menu screen, FIG. 14, the operation target region f2 is translated to the area within the range of one-hand operation of f I. 值得一提的是,如果要使CTI界面恢复至水平放置时的界面,则只需将大屏幕手持电子设备向反方向(上方Yl)倾斜直至与基准面平行,这时⑶I界面中的目标操作区域f2向反方向平移,直至重新回到平移前的状态。 It is worth mentioning that, if you want to restore the CTI interface when the interface is placed horizontally, is simply a large screen and a handheld electronic device until the reference plane parallel to the tilt in the opposite direction (upward Yl), this time the target interface operation ⑶I regional f2 translation in the opposite direction, until the return to the state before the translation.

[0041] 总之,在本实施例中,当目标操作区域f2移至单手操作区域fl范围内时,目标操作区域f2原来所在的位置为空白或设置相应的背景图片。 [0041] In summary, in the present embodiment, when the position of the operation target region fl f2 moves within the region range, the operation target region f2 where the original one-handed operation to set the appropriate blank or background image. 单手操作方法是利用重力传感器来感应大屏幕手持电子设备(带触控屏或触摸屏的大屏幕手机)的一个倾斜状态,然后根据倾斜方向,把大屏幕手持电子设备屏幕上的内容整体的沿倾斜方向平移,使大屏幕手持电子设备单手握持的时候,单手操作无法触及的区域,平移到可单手操作的范围内供用户单手操作。 One-handed operation is to use a gravity sensor to sense the large screen of the handheld electronic device (large-screen cell phone with a touch screen or a touch screen) in an inclined state, and then the tilt direction, the big screen of the handheld content on the electronic device the entire screen along pan tilt direction, so that when a large screen of the handheld electronic device held with one hand, one hand operation can not reach areas, can be translated to the range of one-handed operation for one-handed operation. 用户操作完成后可平置或反方向倾斜,恢复屏幕的正常显示状态。 After the operation is completed the user can lay flat or inclined in the opposite direction, a normal display state to restore the screen. 另外,倾斜的方向可以是上,下,左,右等,根据倾斜方向的不同屏幕会有不同方向的平移。 Further, the direction may be oblique, down, left, right, etc., in different directions according to a pan tilt direction different screens. 此外,屏幕(触摸屏)或GUI界面的整体平移,与大屏幕手持电子设备(手机)中的具体应用没有关系。 In addition, the overall shift screen (touch screen) or GUI interface, the specific application and large-screen handheld electronic device (cell phone) in does not matter. 对于任何界面,都可以做到屏幕整体的平移。 For any interface that can do the whole screen translation. 利用重力传感器的重力感应功能,对屏幕上的显示内容进行整体平移,以使某一指定的显示内容在平移后显示到用户期望的一个屏幕区域(单手操作区域)来显示,从而实现大屏幕手持设备单手操作的便利性。 Gravity sensing a gravity sensor, the display contents on the screen overall translation, so that a given display contents after the translation desired by the user to display a screen region (region one-hand operation) to display, in order to achieve large-screen handheld convenience of one-hand operation.

[0042] 当然,在本实施例的其他一些情况下,当目标操作区域位于GUI界面中的右上方,而单手操作区域位于左下方时,需要将目标操作区域向左下方平移,这时,用户可将大屏幕手持电子设备先向左方倾斜再向下方倾斜,GUI界面相应先向左方平移后再向下方平移;也可以将大屏幕手持电子设备先向下方倾斜再向左方倾斜,GUI界面相应先向下方平移再向左方平移。 [0042] Of course, in other embodiments of the present embodiment, when the operation target region in the upper right of the GUI interface, and one-handed operation is in the lower left region, the operation target region needs to translate to the left, then, users can be large-screen handheld electronic device Xianxiang left inclined downward tilt again, GUI interface corresponding Xianxiang pan left and then translate downward; the big screen can also be hand-held electronic devices Xianxiang inclined downward tilt to the left again, GUI interface corresponding Xianxiang pan pan underneath the left again. 当然,在用户在屏幕上容易操作的区域不同时,单手操作区域屏幕上的位置根据具体需要进行相应不同的设置,这时,虽然GUI界面平移的方式可能不同,但原理是一样的,都是将重力传感器输出的信号(重力加速度在空间三个轴向上分量值)映射为倾斜方向,Gn界面沿倾斜方向进行相应平移。 Of course, not the same position on the area of ​​the screen one-handed operation in the region of the user on the screen is easy to handle the specific needs of different settings corresponding to this time, although the GUI interface translatory manner may be different, but the principles are the same, are a signal is output from the gravity sensor (gravity acceleration component values ​​of three axes in space) mapped to the oblique direction, the corresponding translated interface Gn oblique direction.

[0043] 以上所述实施例仅表达了本发明的几种实施方式,其描述较为具体和详细,但并不能因此而理解为对本发明专利范围的限制。 [0043] The above embodiments are only expressed several embodiments of the present invention, and detailed description thereof is more specific, but can not therefore be understood as limiting the scope of the present invention. 应当指出的是,对于本领域的普通技术人员来说,在不脱离本发明构思的前提下,还可以做出若干变形和改进,这些都属于本发明的保护范围。 It should be noted that those of ordinary skill in the art, without departing from the spirit of the present invention, can make various changes and modifications, which fall within the protection scope of the present invention. 因此,本发明专利的保护范围应以所附权利要求为准。 Therefore, the protection scope of the present invention should be subject to the appended claims.

Claims (10)

1. 一种大屏幕手持电子设备单手操作的方法,其特征在于,所述大屏幕手持电子设备包括重力传感器和GUI界面,包括如下步骤: A)显示所述大屏幕手持电子设备的GUI界面; B)判断用户是否倾斜所述大屏幕手持电子设备,如是,执行步骤C);否则,执行步骤D); C)取得所述重力传感器的输出信号,并沿所述输出信号指示的大屏幕手持电子设备倾斜方向将所述GUI界面整体平移,其平移的距离小于所述GUI界面在所述平移方向的尺寸; D)结束本次操作并返回步骤B)。 A large screen handheld electronic devices one-hand operation method, wherein the handheld electronic device comprising a large screen and a GUI interface gravity sensor, comprising the following steps: A) the large-screen display of the handheld electronic device GUI interface ; B) determining whether the user tilting the handheld electronic device a large screen, and if so, performing step C); otherwise, performing step D); C) to obtain an output signal of the gravity sensor, and an output signal indicative of the direction of the large-screen the handheld electronic device, the inclination direction of the GUI interface overall translation that the translation distance is less than the size of the GUI interface of the translation direction; D) and ends the operation returns to step B).
2.根据权利要求I所述的大屏幕手持电子设备单手操作的方法,其特征在于,所述步骤B)进一步包括: BI)准备开始工作; B2)判断所述重力传感器是否有信号输出,如是,执行步骤C);否则,执行步骤D)。 According to claim I said large screen of the handheld electronic device one-hand operation method, wherein said step B) further comprises: BI) ready to start work; whether B2) determining the gravity sensor signal output, If so, step C); otherwise, performing step D).
3.根据权利要求I或2所述的大屏幕手持电子设备单手操作的方法,其特征在于,所述步骤C)进一步包括: Cl)取得所述重力传感器的输出信号并将所述输出信号映射为当前倾斜方向; C2)将所述GUI界面沿所述当前倾斜方向以设定的速度整体平移一个单位距离; C3)判断在本次平移中所述GUI界面平移的距离是否小于预设的设定距离,如是,返回步骤C2);否则,停止进行平移并执行步骤D);所述设定距离小于所述GUI界面在所述平移方向的尺寸。 The I or a large screen of the handheld electronic device 2. A method as claimed in claim one-handed operation, wherein said step C) further comprises: Cl) to obtain an output signal of the gravity sensor and the output signal mapping the current tilting direction; C2) of the GUI interface to a unit distance along the overall translation rate of the current tilting direction at the set; a C3) determining whether this less than a preset distance in translation in the translation of the GUI the set distance, and if so, returns to step C2); otherwise, the translational stop and step D); the set distance is less than the size of the GUI in the translation direction.
4.根据权利要求3所述的大屏幕手持电子设备单手操作的方法,其特征在于,所述单位距离包括所述大屏幕手持电子设备显示屏的1-10个显示像素所具有的长度;所述设定距离大于所述单位距离且为其整数倍。 4. The method of claim 3 large screen handheld electronic device as claimed in claim one-hand operation, wherein said unit comprises from said large display screen of the handheld electronic device 10 of display pixels has a length; the unit distance is greater than the set distance, and its integer multiple.
5.根据权利要求I或2所述的大屏幕手持电子设备单手操作的方法,其特征在于,所述步骤C)进一步包括: Cl')取得所述重力传感器的输出信号并将所述输出信号映射为当前倾斜方向; C2')将所述GUI界面沿所述当前倾斜方向以设定的速度整体平移一个预设的设定距离;所述设定距离小于所述CTI界面在所述平移方向的尺寸。 The I or a large screen of the handheld electronic device 2. The method as claimed in claim one-handed operation, wherein said step C) further comprises: Cl ') to obtain an output signal of the gravity sensor and the output signal is mapped to the current tilt direction; C2 ') velocity along the GUI interface to set the current tilting direction of a translation of the entire pre-set distance; the distance is less than said CTI interface is set in the translation size direction.
6. 一种实现如权利要求I所述的大屏幕手持电子设备单手操作的方法的装置,其特征在于,包括: GUI界面显示模块:用于显示所述大屏幕手持电子设备的GUI界面; 倾斜状态判断模块:用于判断用户是否倾斜所述大屏幕手持电子设备,如是,进一步取得所述重力传感器的输出信号; 信号取得及界面平移模块:用于取得所述重力传感器的输出信号,并沿所述输出信号指示的大屏幕手持电子设备倾斜方向将所述CTI界面整体平移,其平移的距离小于所述GUI界面在所述平移方向的尺寸; 结束判断模块:用于结束本次操作并返回进行下一次判断。 An implement as claimed in claim I said large screen of the handheld electronic device means a method of one-handed operation, characterized by comprising: a display module GUI interface: a large screen for displaying the GUI interface of the handheld electronic device; inclined state judging module: means for determining whether the user tilting the handheld electronic device a large screen, and if so, further to obtain an output signal of the gravity sensor; a signal acquisition module and a translation interface: for obtaining the output signal of the gravity sensor, and large screen along said output signal indicative of the handheld electronic device, the inclination direction of the overall translation CTI interface, which is the translation distance is less than the size of the GUI interface of the translation direction; end Analyzing module: for the end of the operations, and Back once it is determined.
7.根据权利要求6所述的装置,其特征在于,所述倾斜状态判断模块进一步包括: 准备就绪单元:用于准备开始工作; 信号输出判断单元:用于判断所述重力传感器是否有信号输出,如是,取得所述重力传感器的输出信号。 7. The device according to claim 6, wherein the inclined state judging module further comprises: ready means: for ready to start work; determination signal output means: means for determining whether said output signal has a gravity sensor if so, the gravity sensor to obtain an output signal.
8.根据权利要求6或7所述的装置,其特征在于,所述信号取得及界面平移模块进一步包括: 信号取得及倾斜方向映射单元:用于取得所述重力传感器的输出信号并将所述输出信号映射为当前倾斜方向; 界面单位平移单元:用于将所述GUI界面沿所述当前倾斜方向以设定的速度整体平移一个单位距离; 平移距离判断单元:用于判断在本次平移中所述GUI界面平移的距离是否小于预设的设定距离,如是,继续进行下一个单位距离平移;否则,停止进行平移;所述设定距离小于所述GUI界面在所述平移方向的尺寸。 8. The apparatus according to claim 6 or 7, wherein said signal acquisition module and interface translating further comprises: a signal obtaining unit and the inclination direction mapping: means for obtaining an output signal of said gravity sensor and said the output signal is mapped to the current tilt direction; interface unit shift unit: the GUI interface for the current speed along the oblique direction to set a unit distance of the overall translation; translation distance determining means: determines for translation in this the GUI interface translating distance is less than a predetermined set distance, and if so, proceed to the next translation unit distance; otherwise, translational stop; said set distance is less than the size of the GUI in the translation direction.
9.根据权利要求8所述的装置,其特征在于,所述单位距离包括所述大屏幕手持电子设备显示屏的1-10个显示像素所具有的长度;所述设定距离大于所述单位距离且为其整数倍。 9. The apparatus according to claim 8, wherein said unit comprises from the large-screen display 10 of handheld electronic device display pixel has a length; the unit is set larger than the distance distance and its integer multiple.
10.根据权利要求9所述的装置,其特征在于,所述信号取得及界面平移模块进一步包括: 信号取得及倾斜方向映射单元:用于取得所述重力传感器的输出信号并将所述输出信号映射为当前倾斜方向; 界面设定距离平移单元:用于将所述GUI界面沿所述当前倾斜方向以设定的速度整体平移一个预设的设定距离;所述设定距离小于所述CTI界面在所述平移方向的尺寸。 10. The apparatus according to claim 9, wherein said signal acquisition module and interface translating further comprises: a signal obtaining unit and the inclination direction mapping: means for obtaining an output signal and the output signal of the gravity sensor mapping the current tilting direction; set distance shift unit interface: the GUI interface for the current along the inclined direction at a speed translation of a whole set of predetermined set distance; the distance is less than the set CTI the size of the interface between the translational direction.
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