CN101349944A - Gesticulation guidance system and method for controlling computer system by touch control gesticulation - Google Patents

Gesticulation guidance system and method for controlling computer system by touch control gesticulation Download PDF

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Publication number
CN101349944A
CN101349944A CN 200810214896 CN200810214896A CN101349944A CN 101349944 A CN101349944 A CN 101349944A CN 200810214896 CN200810214896 CN 200810214896 CN 200810214896 A CN200810214896 A CN 200810214896A CN 101349944 A CN101349944 A CN 101349944A
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China
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gesture
computer system
user
touch
sensing element
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CN 200810214896
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Chinese (zh)
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柯杰斌
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宏碁股份有限公司
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Priority to CN 200810214896 priority Critical patent/CN101349944A/en
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Abstract

The invention discloses a gesture guide system and a method for using touch control gesture to control a computer system. The system comprises a sense element and a computer system. The method comprises the step that: the sense element is connected with the computer system via signals, the computer system displays at least one gesture suggest and a corresponding function instruction, the sense element senses a gesture input by a user, and the computer system executes the corresponding function instruction according to the gesture input by the user. Users only need to form the gesture suggested by a gesture guide interface, and the system can execute corresponding instructions and functions.

Description

手势引导系统及以触控手势控制计算机系统的方法 Method gesture guide system and to control the computer system of the touch gesture

技术领域 FIELD

本发明涉及一种手势引导系统及以触控手势控制计算机系统的方法,尤其涉及一使用者通过手势引导系统即可以简单的触控手势控制计算机系统的方法。 The present invention relates to a method and system to the touch gesture guide gesture controlling a computer system, particularly to a method i.e. a user can simply touch gestures controlling a computer system to boot the system through a gesture.

背景技术 Background technique

现今的触控屏幕与触控板(TouchPad或TmckPad),广泛应用在各种电子产品,例如笔记本电脑(notebook computer)、数码相机(digital camera)、 掌上型电脑(个人数字助理)(Personal Digital Assistant, PDA)等电子产品。 Today's touch screen and touch pad (TouchPad or TmckPad), widely used in various electronic products, such as notebook computers (notebook computer), a digital camera (digital camera), handheld PCs (personal digital assistant) (Personal Digital Assistant , PDA), and other electronic products. 触控屏幕的特征便是使用者通过触摸屏幕即可对计算机系统下达执行指令,例如使用者在观看相机的照片时,只要将手指在屏幕上往左滑动,即可观看下一张照片,将手指在屏幕上往右滑动,即可观看上一张照片,将手指点一下照片,即可放大照片。 Feature is the touch screen by touching the screen to the user of the computer system to execute instructions issued, such as the user when viewing camera pictures, just slide your finger left on the screen, you can view the next picture, the slide your finger right on the screen, you can view a photo of your fingers tap a photo to enlarge photo. 但是触控屏幕的动作指令通常仅定义几个使用者较常用到的动作指令,因为使用者大多只记得常用的几个动作指令。 But the operation command of the touch screen is usually only a few user-defined actions to the more commonly used commands, because most users just remember a few common action command.

而现存触控板的应用大多作为笔记本电脑通用的指标工具,也就是利用使用者的手指在触控板上作移动来代替了鼠标(mouse),并且控制计算机屏幕中鼠标的动作。 Application of the existing touchpad as laptop most common indicators tool, which is made using the user's finger movement on the touchpad to replace a mouse (Mouse), and controls the operation of the computer screen the mouse. 但是以鼠标做点选的方式还需要在程序里进行一长串移动、点选的操作方式才能下达执行指令至系统;举例来说,当Word文件需要打印时,使用者必须移动鼠标至工作列选取打印,当打印视窗跳出后,再将鼠标移至打印视窗选取确定,始可执行打印的动作。 But in order to do a mouse click way in the program also need to move a long list, click the operation to execute instructions issued to the system; for example, when the Word document you want to print, the user must move the mouse to the taskbar select print, when printing out window, and then move the mouse to select the print window is determined, the operation to be executed until printing. 但是这样的使用方法, 与使用鼠标无异,使得触控板具有的二维输入功能受到限制,无法在其它的功能上更完整的发挥,带给使用者更大的效益。 But the use of such methods, and use the mouse is no different, making the touch pad with two-dimensional input capabilities are limited, can not be played on more complete other functions, to bring greater user benefits. 因此,无论是触控屏幕或是触控板,在功能上都因为使用者的使用习惯而受到了限制。 So, whether it is a touch screen or touch pad, the function as the user's habits are rather limited.

因此,如何提出一适当的装置与方法以解决上述的现有问题,便为本发明发展的主要目的。 Therefore, how to make a suitable apparatus and method to solve the above conventional problems, it is the main purpose of the development of the present invention.

发明内容 SUMMARY

本发明在于提供一种以触控手势控制计算机系统的方法,尤指一使用者以简单的触控手势即可控制计算机系统的方法。 The present invention is to provide a method of controlling a computer system to a touch gesture, especially a user with a simple method of touch gestures to control the computer system.

本发明提出一种以触控手势控制计算机系统的方法,包含下列步骤:一 The present invention proposes a method to control computer system of a touch gesture, comprising the steps of: a

感测元件信号连接于一计算机系统;计算机系统显示出至少一手势提示及其对应的功能指令;感测元件检测一使用者输入的一手势;以及计算机系统依据使用者输入的手势而执行其对应的功能指令。 The sensing element signal is connected to a computer system; computer system exhibits at least one function corresponding to the gesture commands and tips; the sensing element detects a gesture of a user input; and a computer system based on the gesture input by a user and its corresponding execution the function instruction.

本发明也提出一种手势引导系统,该系统包含: 一感测元件,用以检测一使用者输入的一手势;以及一计算机系统,信号连接于感测元件,用以显示出至少一手势提示及其对应的功能指令,并根据使用者输入的手势而执行其对应的功能指令。 The present invention also provides a gesture guide system comprising: a sensing element for detecting a gesture of a user input; and a computer system connected to the sensing element signal, for displaying at least a gesture prompted its function corresponding to the command, and performs its corresponding function command according to a user gesture input.

本发明所提出的手势引导系统及以触控手势控制计算机系统的方法以一手势样式的手势引导界面来告知并提醒使用者,只要划出手势引导界面所提示的手势形状,便可执行该手势所相对应的指令及功能。 The method proposed by the present invention gesture guidance system and the computer system to control the touch gesture to a gesture pattern of gesture guide inform and remind the user interface, as long as the gesture drawn gesture suggested by the guide interface shape, the gesture can be performed the corresponding commands and functions.

.为了能更进一步了解本发明特征及技术内容,请参阅以下有关本发明的详细说明与附图,然而附图仅提供参考与说明,并非用来对本发明加以限制。 To further understand the present invention and the technical contents, please refer to the following detailed description and appended drawings of the present invention, but with reference to the appended drawings illustrate only provided, not intended to limit the present invention.

附图说明 BRIEF DESCRIPTION

本发明通过下列附图及说明,得一更深入的了解: The present invention is explained by the following figures and to give a better understanding of:

图l(a)为本发明所提出手势引导系统的一较佳实施例功能方框示意图。 FIG. L (a) functional block diagram of the proposed embodiment gesture guide system of a preferred embodiment of the present invention.

图l(b)为以触控手势控制计算机系统的方法的一较佳实施例方法流程图。 FIG. L (b) to the touch gesture is a method of controlling a computer system of a preferred embodiment of the method of flowchart.

图2(a)为本发明所提出静态手势的一较佳实施例示意图。 Example schematic FIG 2 (a) of the present invention proposed a preferred embodiment of the static gesture. 图2(b)为本发明所提出静态手势的另一较佳实施例示意图。 FIG 2 (b) of the present proposed embodiment of a schematic diagram of another preferred embodiment of the invention the static gesture. 图2(c)为本发明所提出动态手势的一较佳实施例示意图。 Example schematic FIG 2 (c) of the present invention proposed a preferred embodiment of a dynamic gesture. 图3(a)为本发明所提出手势引导界面显示于显示装置的一较佳实施例示意图。 FIG. 3 (a) of the present invention proposed a schematic diagram of a gesture guide display on the display device of a preferred embodiment.

图3(b)为本发明所提出手势引导界面的一较佳实施例示意图。 FIG 3 (b) is a schematic diagram of the proposed interface gesture guide a preferred embodiment of the present invention. 图3(c)为手势引导界面的一较佳实施例图片旋转功能示意图。 FIG. 3 (c) is a gesture guide interface preferred embodiment of a schematic image rotation function. 图4为使用光传感器作为感测元件的一较佳实施例示意图。 Example 4 is a schematic diagram of an optical sensor used as the sensing element of a preferred embodiment.

并且,上述附图中的附图标记说明如下: 103感测元件IOI计算机系统 Further, the above-described reference numerals in the drawings are as follows: the sensing element 103 IOI computer system

4光传感器102显示装置30、 40显示装置104手势引导系统2触控板3手势引导界面 4 the display device 102 the optical sensor 30, the display device 40 guidance system 2 104 gesture touchpad interface gesture guide 3

具体实施方式 Detailed ways

本发明利用手势来改善过去以往在计算机系统操作流程的困难,关键在于利用一程序或内建于作业系统的程序,此程序以手势来输入,以下简称为手势引导系统。 The present invention utilizes conventional in the past to improve gesture difficult operation flow of the computer system, using a program key is built into the program or operating system, this program as a gesture input, hereinafter referred to as gesture guide system. 让使用者不必再使用鼠标做重复移动及点选的动作,只需使用一感测元件来感测使用者的手势便可产生相对应的功能指令用以控制计算机系统。 Allowing users do not have to use the mouse movement and click do repetitive movements, just use a sensing element to sense the gesture of the user can produce the function corresponding to the instruction for controlling a computer system. 此功能指令除了可以执行计算机系统中的程序之外还可控制其它连接于计算机系统内部的装置或连接于计算机系统外部的周边设备,例如投影装置、音响装置、显示装置、存储装置、打印装置、网络装置、传真装置、 扫描装置、通信装置、照相装置、录像装置、电话系统及其他计算机系统等包含有线或无线连接的装置;皆可使用手势来控制上述各装置的各项功能。 This feature in addition to the program instructions may be executed in a computer system may also control other devices connected to the internal computer system or a computer system connected to the external peripheral equipment, such as a projection apparatus, acoustic apparatus, devices, storage devices, the printing device displays, network devices, facsimile devices, scanning devices, communication devices, photographic apparatus, the recording apparatus, the telephone system and other computer systems and the like comprising means of wired or wireless connection; the use of either a gesture controls the functions of each device.

而此手势引导系统的启动方式可分为手动执行启动及自动执行启动(autonm);使用者或计算机系统可预先设定在某一情境下此手势引导系统会自动执行启动,例如光盘放入计算机、手指碰触感测元件、开启图片或文件等动作发生时,即自动执行启动并显示出一手势引导界面,显示出至少一手势提示及其对应的功能指令。 And this gesture guide system can be divided into manual startup and automatic startup execution start execution (autonm); user or the computer system may be preset at a certain situations this system automatically performs gesture guide starts, the optical disk into the computer e.g. when a finger touches the sensing element, or the opening image files action occurs, i.e., automatic execution starts and exhibits a gesture guide screen, showing at least a gesture function corresponding to the command and prompts. 另外,使用者也可自行启动手势引导系统,或是以事先设定好的手势在感测元件上画出手势来直接启动。 Further, the user can also start their own gesture guide system, or pre-configured to draw a gesture on the gesture sensing element directly start.

请参见图l(a)和图l(b),其所显示为本发明所提出手势引导系统及以触控手势控制计算机系统的方法的一较佳实施例。 See Figure l (a) and l (b), it is proposed a preferred method of displaying the guidance system and the gesture to the touch gesture control computer system embodiment of the invention. 如图l(a)所示,其所显示为本发明所提出手势引导系统的一较佳实施例功能方框示意图。 FIG. L (a), the display of the present invention it is proposed embodiment of a gesture function block diagram of a preferred embodiment of the guide system. 从图中可清楚的看出手势引导系统104包含计算机系统101以及信号连接于计算机系统101的感测元件103;其中计算机系统101包含显示装置102。 From the figure it can be clearly seen gesture guide system 104 comprises a computer system 101, and a sensing element signal is connected to the computer system 101, 103; 101 wherein the computer system includes a display device 102. 而所述显示装置102可为液晶显示装置、投影显示装置(projector)、柔性显示装置(flexible display device)或有机显示装置(OLED, Organic Light Emitting Diode)。 And the display device 102 may display apparatus, a projection display device (Projector), the flexible display device (flexible display device) or an organic display device (OLED, Organic Light Emitting Diode) is a liquid crystal.

而为能改善现有缺陷,本发明的手势引导系统将可执行如图l(b)所显示 Is to improve the existing gaps, gesture guide system of the present invention is executable in FIG l (b) is displayed

以触控手势控制计算机系统的方法的一较佳实施例方法流程图。 In a preferred embodiment of a flowchart of a method touch gesture control method of a computer system embodiment. 当手动执行 When performed manually

启动(如步骤10所示)或自动执行启动(如步骤11所示)手势引导系统后, 显示装置102即显示手势引导界面供使用者观看,如步骤12,让使用者可根据显示装置102上所显示的手势提示来决定欲启动的程序或指令,当使用者于感测元件103上画出欲执行的程序或指令所对应的手势后,如步骤13,计算机系统101即马上执行手势所对应的功能指令,如步骤14。 Start (step 10) or automatically started (step 11) After the system boots the gesture, the display device 102 is displayed for the user gesture guide viewing screen, in step 12, the user can make the display device 102 according to the gesture displayed prompts or instructions to determine the program to be started, when a user on the sensing element 103 shown programs or instructions to be executed corresponding to the gesture, in step 13, i.e. the computer system 101 immediately perform a gesture corresponding the function instruction, step 14. 执行完毕后, 即进入下一个手势引导界面,如步骤15,使用者可再度根据显示装置102所显示的手势提示并在感测元件103上画出手势,如步骤13来决定对上一步所执行的程序进行进一步的控制,或是选择执行下一个程序或指令,当然也可画出结束的手势来结束此程序。 After machining, i.e. into the next gesture guide interface, in step 15, the user can be prompted to re-draw the gesture and the gesture sensing element 103 displayed on the display device 102, decision step 13 to perform the step the further control program, or select a program or the next instruction, of course, the end of the gesture can be drawn to complete the procedure.

由于所述计算机系统101的显示装置102可以显示出各手势及其相对应的功能指令供使用者观看。 Since the computer system 101, display device 102 may exhibit various functions and gesture command corresponding to the user for viewing. 因此,此功能可让使用者不必熟记各种手势定义, 只需观看屏幕上的手势提示,并对感测元件103画出欲启动的功能指令所相对应的手势即可。 Thus, this feature allows the user need not memorize defined gestures, gesture on simply viewing screen prompts, the function corresponding to the instruction and sensing element 103 can be shown to be initiated gesture. 通过在显示装置102上显示出各手势所相对应的功能指令供使用者观看,便可克服公知技术中因为使用者无法熟记更多手势的问题。 For viewing by a user to display a functional instruction corresponding to each gesture on the display device 102, can overcome the problems of the known art, since the user can not memorize more gestures. 此外,各手势所相对应的功能指令可由使用者自行定义,或选择计算机系统101内已内建的手势设定。 Further, each function corresponding to the gesture commands defined by the users themselves, or the computer system to select the setting 101 has built-in gesture. 而所述感测元件103则可使用触控板、触控屏幕等二维输入装置或光传感器(photosensor)来完成。 And the sensing element 103 can use the touch pad, touch screen input device or other two-dimensional photosensor (photosensor) to complete.

关于手势的定义,可区分为静态以及动态两种。 Definition of gesture can be divided into two kinds of static and dynamic. 静态的手势指在同时间上触碰感测元件,例如用手指单点感测元件,又或是使用数只手指多点感测元件,使计算机系统通过感测元件记录手指所触碰的相对或绝对位置作为指令。 It refers to the static gesture touch sensing element at the same time, for example, with a finger single point sensing element, and the number of fingers or using a multipoint sensing device, causing the computer system by recording the finger touches the sensing element relative or as an absolute position command. 如图2(a)所示,其所显示为本发明所提出静态手势的一较佳实施例示意图。 As shown in FIG 2 (a), the present embodiment shows a schematic of the proposed invention a preferred embodiment of the static gesture. 在此实施例中,假设感测元件为笔记本电脑中的触控板2,当使用者欲启动Word程序时,只要以手指触碰触控板2的右上角203便可开启Word 程序。 In this embodiment, the sensing element is assumed the laptop touchpad 2, when the user wants to start Word program, as long as the finger touches the touch panel can open the upper right corner of the Word 2032 program. 又或是如图2(b)所示,其所显示为本发明所提出静态手势的另一较佳实施例示意图。 And either FIG. 2 (b), a schematic embodiment of the present invention display their proposed according to another preferred embodiment of the static gesture. 在同时间内以手指触碰触控板2的三个点200、 201、 202便可开启Word。 At the same time the finger touches the touch panel 2 three point 200, 201, 202 can open Word.

而动态手势则是指在一段时间内触碰感测元件,使计算机系统通过感测元件记录手指的移动位置及移动顺序,并且可针对手指的移动顺序做顺序存储或逆序存储的选择。 Dynamic gesture refers to a touch sensing element at a time, causing the computer system moving position and the moving order of the finger by sensing the recording element, and may be selected in reverse order or stored in memory for the sequence of finger movement. 举例来说,请参见图》(c),其所显示为本发明所提出动态手势的一较佳实施例示意图。 For example, see Figure "(c), it shows a schematic embodiment of the present invention proposed a preferred embodiment of a dynamic gesture. 如图中所示,此手势为在一段时间内画出 As shown, this gesture is shown in the period of time

星形记号,当使用者欲设定此为启动Word程序的手势,即可使用手指在触控板2上由起点208沿着轨迹画出星形记号至终点209处,再选择依顺序存储或逆序存储。 Star sign, when the user wants to set this initiation gesture Word program, to use a finger on the touch panel 2208 along the trajectory drawn by the star symbol start point to an end point 209, and then select the store or in sequence reverse storage. 若使用者选择依顺序存储,之后欲启动Word程序时,只要使用手指由起点208沿着轨迹画出星形记号至终点209处即可完成启动Word程序的动作。 If the user selects in sequence during storage, after the program start Word For as long as the finger 208 along the trajectory shown by the star symbol start point to an end point 209 to complete the startup operation of the Word program. 若使用者选择逆序存储,之后欲启动Word程序时,只要使用手指由终点209处沿着轨迹逆序画出星形记号至起点208处即可完成启动Word程序的动作。 If the user selects reverse storage, to be later when you start Word program, as long as the finger to complete the start operation by the Word program at the end point of the star symbol 209 shown in reverse to the starting point 208 along the trajectory.

承上所述,以下再提供三个实施例用以解释本发明的以触控手势控制计算机系统的方法。 The bearing, then the following three embodiments provided to explain the method of controlling a computer system to the touch gesture according to the present invention. 以下是本发明所提出以触控手势控制投影机的方法的一较佳实施例。 The following is a method of controlling the projector to the touch gesture according to the present invention, a preferred embodiment of the proposed embodiment.

首先,确认投影机己连接于一个人计算机或笔记本电脑,且个人计算机或笔记本电脑已具备感测元件。 First, make sure the projector has connected to a personal computer or laptop, or a personal computer and a notebook computer includes a sensing element. 当手势引导系统启动后,即显示手势引导界面供使用者观看,如步骤12,投影机此时仍属于关机状态。 When the system starts gesture guide, the guide screen is displayed for the user viewing the gesture, in step 12, the projector is still turned off at this time. 此时使用者便可根据手势引导界面的手势提示,在感测元件上画出一第一手势来开启投影机的电源,如步骤13,计算机系统即执行第一手势所相对应的开启投影机的电源命令,如步骤14。 At this time, the user can gesture The gesture guide tips interface, draw a gesture on the first sensing element to turn off the projector, in step 13, i.e., the computer system performs a first opening corresponding to the gesture is projector power command, step 14. 当投影机开启后,手势引导系统即进入下一个手势引导界面,如步骤15,使用者此时可在感测元件上画出一第二手势,如步骤13, 使投影机接收个人计算机或笔记本电脑的信号,并在屏幕上投射出计算机屏幕目前所显示的画面,如步骤14。 When the projector is turned on, i.e., into the next gesture guide system guiding a gesture interface, in step 15, a second user gesture can be drawn at this time on the sensing element, in step 13, the projector or receive personal computer laptop signal, and a computer screen projected picture currently displayed on the screen, as indicated in step 14. 上述动作完成后,手势引导系统仍会进入下一个手势引导界面,如步骤15,提供相关的投影机微调设定手势供使用者观看,并等待使用者对感测元件画出手势;使用者也可选择不对投影机做进一步的微调,而使用一第三手势来结束此手势引导系统。 After this operation is completed, the system will still be guided into the next gesture is a gesture guide interface, in step 15, to provide fine adjustment to set the projector for a user viewing the gesture, and waits for the user to draw the gesture sensing element; user also choose not to further fine-tune the projector, a third gesture is used to end the gesture guide system.

从上述实施例中可看出,手势引导系统可持续改变手势引导界面,供使用者观看手势提示并逐步选择欲执行的功能,直至使用者选择结束此手势引导系统。 As can be seen from the above embodiments, the gesture sustainable change gesture guide guiding system interface for a user to view and gradually gesture prompt selection function to be executed until the user selects the end of this gesture guide system.

请参见图3(a)、图3(b)和图3(c),其所显示为本发明所提出以手势引导系统调整图片的一较佳实施例。 See Figure 3 (a), FIG. 3 (b) and 3 (c), it is proposed to display the image of the gesture guide system adjusts a preferred embodiment of the invention. 如图3(a)所示,其所显示为本发明所提出手势引导界面显示于显示装置的一较佳实施例示意图。 As shown in FIG 3 (a), the display of the present invention it is proposed gesture guide display diagram of a preferred embodiment of the display device. 当使用者开启图片后, 手势引导系統便自动执行启动,并显示出手势引导界面3于显示装置30上, When the user opens the picture, the system will automatically execute gesture guide start, and displayed on the gesture guide means 30 on the display screen 3,

供使用者观看各手势所相对应的功能指令或程序;从图中也可清楚的看出, 手势引导界面3仅占据屏幕画面的一小部分,因此在使用者观看或调整图片的过程中,手势引导界面3不会影响到使用者的操作画面;当然,使用者也可自行调整手势引导界面3的比例大小。 For a user viewing a program or function command corresponding to each gesture; can also be seen clearly from the drawing, gesture guide interface 3 occupies only a small portion of the screen, so the user watches or adjustment process of images, gesture guide the user interface 3 will not affect the operation screen; of course, the user also can adjust the size ratio of 3 gesture guide interface.

请参见图3(b),其所显示为本发明所提出手势引导界面的一较佳实施例示意图。 See Figure 3 (b), it displays a schematic diagram of the present invention proposed a gesture guide interface preferred embodiment. 手势引导界面3上显示出各手势所相对应的功能指令或程序供使用者观看,如另存新文件32、将目前所开启的图片设成背景33、图片旋转34、 打印36、放大37及縮小38等功能所代表的手势。 The gesture guide display screen 3 or a functional procedures of the gesture command corresponding to a user for viewing, such as Save file 32, the current picture is set to open the background 33, rotating image 34, the print 36, 37 zoom in and out 38 features such as gesture represented. 若使用者目前不需使用此手势引导系統,也可选择使用结束的手势35来结束此视窗,或是使用鼠标移至视窗右上角点选关闭按钮31。 If the user does not need guidance system now uses this gesture, the gesture could alternatively be used end to end this window 35, or the upper right corner of the window using the mouse to move clicking close button 31. 假设使用者欲使用图片旋转功能,便在感测元件上画出图片旋转功能的手势34,手势引导系統便自动跳转进入下一个手势引导界面,让使用者为图片旋转功能做进一步的设定。 Suppose the user wants to use the image rotation, image rotation function will be shown on the sensing element 34 of the gesture, the gesture guidance system will automatically jump to the next gesture guide interface allows the user to set further image rotation function . 如图3(c)所示, 其所显示为手势引导界面的一较佳实施例图片旋转功能示意图。 FIG. 3 (c), the gesture guide it appears as a preferred embodiment of the interface image rotation function. FIG. 从图中可清楚的看出,此手势引导界面3可针对使用者上一步所选择的图片旋转功能做进一步的设定,使用者可根据手势引导界面3的提示来画出使图片往左旋转九十度的手势341或往右旋转九十度的手势342;当图片调整完毕后便可使用返回主菜单的手势39来返回主菜单。 Can be clearly seen from the figure, this gesture guide interface 3 may further step settings for the selected image rotation function on the user, the user can be shown that the left image rotation gesture guide prompted interface 3 341 ninety gesture or gestures 342 rotated ninety degrees to the right; the image is adjusted when the return to the main menu can be used to return to the main menu 39 gesture.

另外,前文中提到感测元件可使用光传感器来完成,以下便提供通过光传感器来使用手势引导系统控制显示装置的一较佳实施例。 Further, hereinbefore mentioned sensing element may be accomplished using a light sensor, the following will be used by providing the photosensor system control gesture guide display device according to a preferred embodiment.

请参见图4,其所显示为使用光传感器作为感测元件的一较佳实施例示意图。 Referring to FIG 4, it shows a schematic embodiment of an optical sensor as a preferred embodiment of the sensing element. 于此实施例中,将光传感器4设置于显示装置40下方,当使用者欲改变显示装置40的设定时,只要开启屏幕显示设定(on-screen display,OSD), 计算机系统便会自动启动此手势引导系统,并在显示装置40的屏幕上显示出手势引导界面。 In this embodiment, the optical sensor 4 is provided below the display means 40, when the user wants to change the display device 40 is set, turning on the screen display setting (on-screen display, OSD), the computer system will automatically start the gesture guide system, and displays a gesture interface on the screen of the guide device 40. 在手势引导界面显示后即可在光传感器4的可感测范围内用手划出手势来对显示装置40设定进行调整。 After the gesture on the display by the guide display means 40 is adjusted to set the hand gesture may be drawn sensing range of the optical sensor 4. 例如当使用者用手划出往右上的手势时即进入情境模式设定,此时手势引导界面便显示出对于情境模式设定的相关手势提示,使用者便可根据手势引导界面所提示的手势来对情境模式做进一步的设定或选择;当使用者欲离开此调整模式时,也可通过离开的手势来结束此手势引导系统。 For example, when the user's hand gesture is drawn on the right that is set into the context mode, then the gesture guide screen is displayed in the relevant context gesture setting mode prompt, the user can gesture guide interface in accordance with the presented gesture situational mode to set or select further; when the user wants to leave the adjustment mode, the gesture may also be the end of this guidance system to leave through gestures.

综合上述技术说明,本发明所提出的手势引导系统及以触控手势控制计 The above described technology, the gesture guidance system proposed by the invention and to the touch gesture control count

算机系统的方法最主要的技术特征就是以一手势样式的手势引导界面来告知并提醒使用者,只要划出手势引导界面所提示的手势形状,便可执行该手势所相对应的指令及功能。 The method of a computer system is the most important technical features of the gesture to a gesture pattern guide inform and remind the user interface, as long as the guide to draw a gesture interface gesture suggested shape can be performed by the gesture commands and the corresponding function . 让使用者无须再精准的移动鼠标及点选按钮,仅须根据所看到的手势提示在感测元件上划出大概的手势形状即可。 Users no longer need to make precise mouse movement and clicking the button, only to be prompted to draw the approximate shape of a gesture on the sensing element according to see gestures.

虽然本发明已以较佳实施例公开如上,然而其并非用以限定本发明,任何本领域普通技术人员,在不脱离本发明的精神和范围内,当可作些许的更动与润饰,因此本发明的保护范围当视随附的权利要求所界定的范围为准。 While the invention has been disclosed in the above preferred embodiments, but not intended to limit the present invention, any of those of ordinary skill in the art, without departing from the spirit and scope of the invention, as modifications and variations can be made little, so the scope of the present invention when the range of view of the appended claims and their equivalents. 另外,本发明的任一实施例或权利要求不须达成本发明所公开的全部目的或优点或特点。 Further, the present invention according to any one embodiment or embodiments as claimed in claim is not intended to be exhaustive or advantages, or features of the disclosed invention. 此外,摘要部分和标题仅是用来辅助专利文件搜寻之用,并非用来限制本发明的权利范围。 Further, the abstract and the headings are merely used to aid in searches of patent files, and is not intended to limit the scope of the present invention.

Claims (10)

1.一种以触控手势控制计算机系统的方法,包含下列步骤: 一感测元件信号连接于一计算机系统; 该计算机系统显示出至少一手势提示及其对应的功能指令; 该感测元件检测一使用者输入的一手势;以及该计算机系统依据该使用者输入的该手势而执行其对应的功能指令。 1. A method for touch gestures to control the computer system, comprising the steps of: a sensing element signal is connected to a computer system; the computer system exhibits at least one function corresponding to the gesture commands and tips; the sensing element detects a gesture of a user input; according to the computer system and the user input gesture performed its function corresponding to the instruction.
2. 如权利要求1所述的以触控手势控制计算机系统的方法,其中该计算机系统还包含一显示装置,用以显示出该手势提示及其对应的功能指令。 2. The method of touch gestures to control the computer system according to claim 1, wherein the computer system further comprises a display means for displaying a prompt to the gesture commands and the corresponding function.
3. 如权利要求2所述的以触控手势控制计算机系统的方法,其中该显示装置可为液晶显示装置、投影显示装置、柔性显示装置或有机显示装置。 The method of touch gestures to control the computer system according to claim 2, wherein the display means may display apparatus, a projection display device, the flexible display device is a liquid crystal display device or an organic.
4. 如权利要求2所述的以触控手势控制计算机系统的方法,其中该手势所相对应的功能指令可为该计算机系统内建或由使用者自行定义。 4. The method of controlling a computer system to the touch gesture according to claim 2, wherein the function corresponding to the gesture commands may be user-defined or built-in for that computer system.
5. 如权利要求2所述的以触控手势控制计算机系统的方法,其中该感测元件为一触控板、 一触控屏幕或一光传感器。 5. The method of controlling a computer system to the touch gesture according to claim 2, wherein the sensing element is a touch panel, a touch screen or a light sensor.
6. —种手势引导系统,该系统包含: 一感测元件,用以检测一使用者输入的一手势;以及一计算机系统,信号连接于该感测元件,用以显示出至少一手势提示及其对应的功能指令,并根据该使用者输入的手势而执行其对应的功能指令。 6. - hand gesture guiding system, the system comprising: a sensing element for detecting a gesture of a user input; and a computer system connected to the signal sensing device, for displaying a prompt and at least one gesture corresponding function instruction and performs its corresponding function in accordance with an instruction of the user input gesture.
7. 如权利要求6所述的手势引导系统,其中该计算机系统还包含一显示装置,用以显示出该手势提示及其对应的功能指令。 7. The gesture guidance system according to claim 6, wherein the computer system further comprises a display means for displaying a prompt to the gesture commands and the corresponding function.
8. 如权利要求7所述的手势引导系统,其中该显示装置可为液晶显示装置、投影显示装置、柔性显示装置或有机显示装置。 8. gesture guidance system according to claim 7, wherein the display means may display apparatus, a projection display device, the flexible display device is a liquid crystal display device or an organic.
9. 如权利要求7所述的手势引导系统,其中该手势所相对应的功能指令可为该计算机系统内建或由使用者自行定义。 9. gesture guidance system according to claim 7, wherein the function corresponding to the gesture commands may be user-defined or built-in for that computer system.
10. 如权利要求7所述的手势引导系统,其中该感测元件为一触控板、 一触控屏幕或一光传感器。 10. The gesture guidance system according to claim 7, wherein the sensing element is a touch panel, a touch screen or a light sensor.
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