CN201107762Y - Electronic device with interface capable of switching users and touch control operating without difficulty - Google Patents

Electronic device with interface capable of switching users and touch control operating without difficulty Download PDF

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Publication number
CN201107762Y
CN201107762Y CN 200720142725 CN200720142725U CN201107762Y CN 201107762 Y CN201107762 Y CN 201107762Y CN 200720142725 CN200720142725 CN 200720142725 CN 200720142725 U CN200720142725 U CN 200720142725U CN 201107762 Y CN201107762 Y CN 201107762Y
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China
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user interface
touch
display
electronic device
signal
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CN 200720142725
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Chinese (zh)
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刘得权
高翊峰
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宏达国际电子股份有限公司
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Abstract

The utility model discloses an electric device which is provided with an electronic device which can switch a user interface and has no-hindrance touch control operation. The electronic device which can switch the user interface comprises a display, a touch control inductive device, a touch signal position detection module and a processing module, wherein the touch control inductive device is used for detecting the touch signal input into a tool. The touch signal position detection module is coupled with the display and the touch control inductive device and is used for judging whether the touch signal is placed at the specific area of the touch control inductive device; if the touch signal is placed at the specific area, the touch signal position detection module judges whether the position of the touch signal is changed or not. The processing module is coupled with the touch signal position detection module and is used for opening and displaying the user interface at the display when the position of the touch signal is changed, so as to increase the convenience of the electonic device.

Description

具有可切换使用者界面以及无阻碍触控操作的电子装置技术领域本实用新型是有关于一种电子装置,且特别是有关于具有可切换使用者界面及无阻碍触控操作的电子装置。 BACKGROUND Electronic switches having a user interface and may be unobstructed touch operation apparatus of the present invention relates to an electronic device, the electronic device and particularly, user interface and having a switchable unhindered touch operation. 背景技术随着双指向装置(Pointing Stick and Touch Pad)技术的日新月异,无论是笔记本电脑、手机或是可携式多媒体播放器等电子产品的制造商,皆有利用触控式屏幕来取代传统键盘以做为新一代输入界面的趋势。 BACKGROUND With the dual pointing device (Pointing Stick and Touch Pad) advances in technology, both manufacturers laptops, mobile phones or portable media players and other electronic products, there are using the touch screen to replace the traditional keyboard as the trend to a new generation of input interface. 以手机为例,使用者在操作传统手机时必须一边对照屏幕上的显示画面一边点选键盘,据此才能进行输入文字或选取选单等操作动作。 Mobile For example, the user must display the on-screen keyboard while clicking pursuant to input text or select menus and other operations while the control action when operating a traditional phone. 然而,对于操作一个结合触控式屏幕的手机来说,使用者只需通过如触控笔(stylus)等装置,便可以直接在屏幕上输入文字或开启应用程序。 However, for operation in conjunction with a touch screen phone, the user simply by touch pen (Stylus) apparatus and the like, can enter text directly on the screen or open applications. 由此可见,触控式屏幕实为一种更为便利的输入方式。 Thus, the touch screen is indeed a more convenient input method. 但对于某些外型较为轻巧的手持电子装置来说,其触控式屏幕的大小有限, 因此制造商在设计使用者界面时,势必得缩小选单的选项的大小,如此一来才能在屏幕上显示较多的功能选项。 But for some looks more lightweight handheld electronic device, its touch screen size is limited, so manufacturers in the design of the user interface, will inevitably have to reduce the size of menu options on the screen in this way can display more options. 以内建有视窗操作系统的手持电子装置为例,视窗操作系统所支持的功能种类繁多,且多半是以阶层式选单的方式显示在"开始"功能表中。 Hand-held electronic device built Windows operating system as an example, the Windows operating system supports a wide range of features, and most are hierarchical menu displayed on the "Start" menu. 因此当使用者想要开启某项功能时,必须点选"开始"功能表,接着再从"开始"功能表中找寻欲执行的功能的选单位置,最后点选功能选单上的对应选项以开启该功能。 So when the user wants to open an item, you must click on the "Start" menu, and then again from the "Start" menu to find the functions to be performed by the menu position, and finally click on the corresponding option on the function menu to turn on this functionality. 经过逐层点选的动作才能开启需要的选单,对于操作手持电子装置而言无疑将造成相当多的不便。 Click through layer by layer to open a menu of actions required for the purposes of operating the handheld electronic device will undoubtedly cause considerable inconvenience. 除此之外,倘若使用者不慎遗失触控笔,又或者是当触控笔不在手边时,碍于使用者界面的选项的大小,使用者可能被迫必须通过指尖来进行输入或操作选单等动作。 In addition, if a user loses a stylus, or when the stylus is not at hand, because of the size of the option of the user interface, the user may be forced to enter or operation must be carried out by the fingertips menus and other activities. 在这样的情况下,则很容易会因为选项太小而选取到错误的选项,以致于开启了非必要的使用者界面。 In such cases, it is very easy because the options are too small to select the wrong option, so that opened a non-essential user interface. 这样一来,使用者必须返回上一层使用者界面并重新进行操作,据此才能开启正确的使用者界面。 As a result, the user must return to the previous user interface and re-operation, pursuant to the right to open the user interface. 不难想见,这种情况的发生势必将耗费许多不必要的操作时间。 Predictably, this situation is bound to spend a lot of unnecessary operating time. 正因如此,如何让使用者能通过手指便可直接在触控式屏幕上顺利地开启各式使用者界面,进而方便地对使用者界面进行操作,绝对是提升操作电子装置便利性的重要因素之一。 For this reason, how to get users through the fingers can successfully open a variety of user interface directly on the touch screen, then the user interface easy to operate, is definitely an important factor to enhance the ease of operation of an electronic device one. 另外,传统的手持电子装置的外壳通常紧邻控触显示器的显示区边缘,且较控触显示器的触控感应平面凸出许多。 Further, the conventional housing is usually a handheld electronic device proximate to the edge of the display area of ​​the display touch control, and many of the more protruding plane of the touch sensing touch controlled display. 由于外壳凸出部分会阻挡输入工具(包括手指或是触控笔)的控触操作且容易刮伤手指,因此使用者将不能快速且有效接触到控触显示器的显示区边缘的像素,而无法进行很平顺的触控操作,另外,控触显示器的非显示区仍具有触控感应的能力,而一般手持装置的外壳通常会覆盖住这个区域,除阻碍使用者的触控操作外,并让控触显示器的触控感应的应用受到限制。 Since the protruding portions of the housing blocks the input means (a finger or a stylus pen comprising a) a control finger-touch operation and easy to scratch, so that the user will not be able to quickly and effectively in contact with the touch-control display, the pixel display region of an edge, and can not smooth touch operation is performed, additionally, a touch-control display, non-display area still have the ability to touch sensing, and the general housing of the handheld device usually covers this area, in addition to hindering the user touch operation, and let touch controlled display touch sensing application is limited. 发明内容有鉴于此,本实用新型提供一种具有可切换使用者界面的电子装置以及一种无阻碍触控操作的电子装置。 SUMMARY OF THE INVENTION Accordingly, the present invention provides an electronic device and an electronic apparatus unhindered touch operation of the user interface having a switchable. 能根据输入工具接触触控式显示器所产生的接触信号的位置及其移动方向,据以开启、关闭,或切换不同的使用者界面。 The position of the direction of movement thereof can be in contact with the input tool contacting the touch signal generated by the display, according to open, close, or switch to a different user interface. 本实用新型提出一种具有可切换使用者界面的电子装置,此装置包括显示器、 触控感应装置、接触信号位置检测模块以及处理模块。 The present invention provides an electronic device having switchable user interface, the device comprising a display, a touch sensing means, the contact position detection module, and a signal processing module. 其中触控感应装置用以检测输入工具的接触信号、接触信号位置检测模块耦接至显示器及触控感应装置,用以判断接触信号是否位于触控感应装置的特定区域,若位于特定区域,则判断接触信号的位置是否发生变化。 Wherein the touch sensing means for detecting a touch signal input tool, the contact position detection signal to the display module is coupled and the touch sensing means for determining whether a touch signal in a particular region of the touch sensing apparatus, if located in a specific area, determining whether a change in the contact position signal. 处理模块耦接至接触信号位置检测模块,用以在接触信号的位置发生变化时,于显示器上开启并显示使用者界面。 The processing module is coupled to the position detection signal of the contact module for open and display the user interface on the display when the contact position signal changes. 本实用新型又提出一种具有可切换使用者界面的电子装置,此装置包括显示器、触控感应装置、接触信号位置检测模块、接触信号移动方向检测模块以及处理模块。 The present invention further provides a switchable electronic device having a user interface, the device comprising a display, a touch sensing means, the contact signal from the position detection module, the moving direction of the contact signal detection module and a processing module. 其中触控感应装置用以检测输入工具的接触信号。 Wherein the contact signal to detect the input tool touch sensing device. 接触信号位置检测模块耦接至显示器及触控感应装置,用以判断接触信号是否位于触控感应装置的特定区域,若位于特定区域,则判断接触信号的位置是否发生变化。 A contact detection signal from the position and the display module is coupled to the touch sensing means for determining whether a touch signal in a particular region of the touch sensing apparatus, if in a certain area, it is determined whether the position of the contact signal changes. 接触信号移动方向检测模块耦接至接触信号位置检测模块,用以检测接触信号的移动方向。 Movement direction detection module contact signal contact coupled to the position signal detection module for detecting the moving direction of the touch signal. 处理模块耦接至接触信号位置检测模块及接触信号移动方向检测模块,用以在接触信号的位置发生变化时,根据移动方向于显示器上切换使用者界面。 The processing module is coupled to the contact module and the contact detection signal from the position signal detection module moving direction to the contact position when the signal changes, the switching to the user interface display according to the direction of movement. 本实用新型提出一种无阻碍触控操作的电子装置,用以开启一使用者界面,其包括壳体、触控式显示器以及处理器。 The present invention provides a electronic device unhindered touch operation to open a user interface, which includes a housing, a touch sensitive display and a processor. 其中壳体具有开口。 Wherein the housing has an opening. 触控式显示器设置在壳体的开口中,用以接收输入工具的接触信号,触控式显示器具有触控感应平面,壳体的外表面实质上不凸出于触控感应平面。 The touch display is disposed in the opening of the housing, for receiving a contact signal input tool, the touch display having a touch sensing plane, the outer surface of the housing does not substantially protrude touch sensing plane. 处理器是耦接至触控式显示器,用以判断接触信号是否位于触控式显示器的特定区域,若位于特定区域,则判断接触信号的位置是否发生变化,并且在接触信号的位置发生变化时,于触控式显示器上开启并显示使用者界面。 The processor is coupled to the touch display for a specific region is determined whether a touch signal is located touch-sensitive display, if in a certain area, it is determined whether the position of the contact signal changes, and the change in the contact position signal open user interface and display on the touch display. 本实用新型还提出一种无阻碍触控操作的电子装置,用以切换使用者界面, 其包括壳体、触控式显示器以及处理器。 The present invention further provides an electronic device without hindrance touch operation for switching a user interface, which includes a housing, a touch sensitive display and a processor. 其中壳体具有开口。 Wherein the housing has an opening. 触控式显示器设置在壳体的开口中,用以接收输入工具的接触信号,触控式显示器具有触控感应平面, 壳体的外表面实质上不凸出于触控感应平面。 The touch display is disposed in the opening of the housing, for receiving a contact signal input tool, the touch display having a touch sensing plane, the outer surface of the housing does not substantially protrude touch sensing plane. 处理器是耦接至触控式显示器,用以判断接触信号是否位于触控式显示器的特定区域,若位于特定区域,则判断接触信号的位置是否发生变化并检测接触信号的移动方向,并且在接触信号的位置发生变化时,根据移动方向于触控式显示器上切换使用者界面。 The processor is coupled to the touch display for a specific region is determined whether a touch signal is located touch-sensitive display, if in a certain area, it is determined whether the position of the contact signals and detecting changes in movement direction of the contact signal, and when the contact position signal changes, according to the moving direction switching user interface on the touch display. 本实用新型所提供的电子装置具有与壳体位于同一平面的触控感应平面,可用来接收输入工具的操作,而电子装置将根据输入工具所产生的接触信号的位置及其移动方向,据以开启、切换或关闭使用者界面。 The present electronic device is provided having a novel touch sensing plane with the housing in the same plane, used to receive an operation input tool, and the electronic device based on the position and moving direction of the touch signal generated by the input tool, according to open, close or switch the user interface. 进而让使用者能更方便快速的进入需要的使用者界面,以增加操作电子装置的便利性。 Thereby allowing users to more easily and quickly into the needs of the user interface, in order to increase the ease of operation of an electronic device. 为让本实用新型的上述和其他目的、特征和优点能更明显易懂,下文特举较佳实施例,并配合附图作详细说明如下。 In order to make the present invention the above and other objects, features and advantages can be more fully understood by reading the following preferred embodiments accompanied with figures are described in detail below. 附图说明图1是依照本实用新型一实施例所绘示的使用者界面的操作方法的流程图。 BRIEF DESCRIPTION OF DRAWINGS FIG. 1 is a flowchart illustrating a method of operating a user interface in accordance with an embodiment of the present invention is depicted. 图2是依照本实用新型一实施例所绘示的电子装置的示意图。 FIG 2 is an embodiment according to the present invention depicted embodiment of the electronic device shown in FIG. 图3是依照本实用新型一实施例所绘示的使用者界面的示意图。 FIG 3 is a schematic diagram of an embodiment of the present invention depicted in the user interface. 图4是依照本实用新型一实施例所绘示的使用者界面的示意图。 FIG 4 is a schematic diagram of an embodiment of the present invention depicted in the user interface. 图5是依照本实用新型一实施例所绘示的使用者界面的示意图。 FIG 5 is a schematic diagram of an embodiment of the present invention depicted in the user interface. 图6是依照本实用新型一实施例所绘示的3D动态使用者界面的示意图。 FIG 6 is a schematic diagram of an embodiment of the present invention depicted dynamic 3D user interface. 图7是依照本实用新型一实施例所绘示的具有可切换使用者界面的电子装置的示意图。 7 is a schematic switchable electronic device having a user interface depicted in accordance with an embodiment of the present invention. 图8是依照本实用新型另一实施例所绘示的使用者界面的操作方法的流程图。 FIG 8 is a flowchart of a user interface depicted operate in accordance with embodiments of the present invention to another embodiment. 图9是依照本实用新型一实施例所绘示的具有可切换使用者界面的电子装置的示意图。 FIG 9 is in accordance with an embodiment of the present invention, a schematic view illustrating an electronic device may switch the user interface. 图10A是依照本实用新型一实施例所绘示的一种无阻碍触控操作的手持电子装置的立体图。 FIG. 10A according to the present invention is an embodiment of a perspective view of a handheld electronic unhindered touch operation of the apparatus depicted. 图IOB是图IOA的电子装置的剖面图。 FIG IOA IOB is a sectional view of the electronic device. 具体实施方式当使用者在使用一个具有触控式显示器(touch display)的电子装置时,若不需经由操作选单便能快速地开启或切换不同的使用者界面,势必能縮短操作时间而增加使用上的效率。 DETAILED DESCRIPTION while the user is using a touch-sensitive display (touch display) of the electronic device having, if it is not able to quickly turn on or switch between menu operation via the user interface, is bound to shorten the operation time is increased using efficiency on. 本实用新型便是基于上述观点进而发展出的一种使用者界面的操作方法。 The method of operation of the present invention is to further develop the above view of a user interface. 为了使本实用新型的内容更为明了,以下特举实施例做为本实用新型确实能够据以实施的范例。 In order to make the contents of the present invention more clear, the following special cases cited as examples of the present invention is indeed able to implement, according to an embodiment. 图1是依照本实用新型一实施例所绘示的使用者界面的操作方法的流程图。 FIG 1 is a flowchart of a method according to an embodiment of the present invention depicted user interface operations. 本实施例是说明在具有触控式显示器的电子装置上,经由操作动作而开启使用者界面的详细步骤。 This embodiment is described on the electronic device having a touch-sensitive display, the detailed operation of the step of the user interface via the open action. 其中电子装置包括手机、个人数字助理、智能手机及笔记本电脑等等,在此并不限制其范围。 Which electronic devices including mobile phones, personal digital assistants, smart phones and notebook computers, etc., which is not to limit its scope. 请参阅图1,首先如步骤110所示,检测输入工具接触触控式显示器时所产生的接触信号。 Please refer to FIG. 1, first touch signal as shown in step 110, detects the input tool contacting the touch-sensitive display when generated. 其中,输入工具例如可以是使用者的手指或是触控笔等等。 Among them, for example, can be input tool or stylus user's finger and so on. 就触控式显示器的制造技术而言,在图2所绘示的电子装置200中,触控式显示器210可以分为显示区域211及非显示区域213。 On manufacturing technology touch-sensitive display, in the electronic device 2200 depicted in FIG, touch-sensitive display 210 can be divided into the non-display area 211 and display area 213. 其中,显示区域211即为一般人所熟悉的触控式屏幕(touchscreen)区域,其不仅可以用来显示画面,还可以让使用者利用输入工具直接在显示区域211上进行输入文字或点选选单等操作动作。 Wherein the display region 211 is the most people are familiar with the touch screen (Touchscreen) region, which can be used not only to display but also allows users to use directly in the input tool is displayed on the text input area 211 or click menu, etc. operating action. 而非显示区域213虽然无法用以显示画面,但仍具有传感功能,据此能检测输入工具的动作。 While the non-display area 213 can not be used for a display screen, but still having a sensing function, whereby the input tool operation can be detected. 在本实施例中,触控式显示器210的显示区域211及非显示区域213之间的接触面例如可以是位于同一平面或是不同平面,在此并不限制其范围。 In the present embodiment, the touch display 211 and non-display area 210 displaying the contact surface between the region 213 for example, may be located in the same plane or different planes, herein do not limit its scope. 接下来如步骤120所示,判断接触信号是否位于触控式显示器的特定区域当中。 Next, as shown in step 120, it is determined whether the signal is located in a specific area in contact with touch-sensitive display them. 此特定区域包括了靠近显示区域边缘的边缘区域(即由显示区域的边缘向内不超过手指接触尺寸的范围,如图2所示的边缘区域215)、显示区域内的中心区域(即在显示区域中属于边缘区域以外的部分,例如图2所示的中心区域230),'或是触控式显示器上的非显示区域(如图2所示的非显示区域213)。 This particular region includes a region near an edge of the display region of the edge (i.e., by the edge of the display area inwardly a range not exceeding the size of the finger is in contact, as shown in the edge region 215), a central region within the display region (i.e., display portion other than the edge area belonging to the region, such as central area 230 shown in FIG. 2), 'or a non-touch-sensitive display on the display area (as a non-display area 213 shown in FIG. 2). 倘若接触信号位于触控式显示器上的特定区域,接着在步骤130中,判断接触信号的位置是否产生变化。 Located in a specific area on the touch display if the contact signal, then in step 130, it is determined whether the position of the contact signal changes. 更进一步来说,要判断接触信号的位置使否产生变化首先必须计算出接触信号的移动距离,而这个移动距离可以是在特定时间(例如0.2秒)内所产生的移动距离。 Still further, to make the determination whether the position of the contact signals to produce a moving distance calculated change must first contact signal, and this distance may be moved within a moving distance at a specific time (e.g. 0.2 seconds) produced. 接着将移动距离与预设值进行比较,若移动距离大于预设值,那么便判断接触信号的位置有发生变化。 Next, the moving distance is compared with a preset value, if the movement distance is greater than the preset value, then it determines a contact position signal has changed. 也就是说,当接触信号的位置产生变化时即代表输入工具在接触触控式显示器后,于特定时间之内有产生移动。 That is, when the position of the contact which represents the change in the signal generated after the input tool contacting the touch-sensitive display, there is generated within a specific time of the movement. 最后如步骤140所示,例如根据特定区域的位置来开启使用者界面。 Finally, as shown in step 140, for example, to open the user interface according to the position of the specific region. 开启使用者界面的方式包括从触控式显示器的显示边缘拖曳显示使用者界面,而在本实施例中是由接触信号最接近显示区域的边缘开始,将使用者界面拖曳显示于显示区域。 Open embodiment comprises a user interface from the edge of the display touch-sensitive display boxes to display user interface, and the embodiment is a signal from the contact edge of the display area nearest to the beginning of the present embodiment, the boxes displayed in the user interface display region. 举例来说,倘若在电子装置200上设定用来开启使用者界面的特定区域为边缘区域215。 For example, if set on the electronic device 200 to enable the specific region of the user interface 215 is an edge region. 那么在使用者的手指接触边缘区域215,并移动一段超过预设值的移动距离后,新的使用者界面将会从显示区域211的边缘217开始,被拖曳显示于显示区域211中。 Then the user's finger in contact with the edge region 215, and the distance of movement of the moving section exceeds the predetermined value, a new user interface from the edge of the display area 211 will be 217 starts, the display area is dragged to the display 211. 在另一实施例中,倘若在电子装置200上设定用来开启使用者界面的特定区域为非显示区域213,使用者可通过以手指触碰非显示区域213上的接触点220并滑动手指,当手指滑动的移动距离超过预设值时,那么电子装置200将会从接触点220所最接近的边缘(即显示区域211的边缘217)开启使用者界面并拖曳显示在显示区域211中。 In another embodiment, if set on the electronic device 200 to enable the non-specific region of the user interface display area 213, a user can touch a finger contact point on the non-display region and sliding the finger 213 220 when the sliding movement distance of the finger exceeds a preset value, the electronic device 200 will be from the edge 220 closest to the contact point (i.e., the edge 211 of the display region 217) is turned on and dragging user interface display 211 in the display area. 在上述实施例中,被开启的使用者界面例如是包括具有手指可触碰图像(icon) 的使用者界面(如图3所示的使用者界面300)、具有手指可触碰影像(image)的使用者界面,而手指可触碰影像例如是应用程序的执行画面的縮图(miniature), 如图4所示的使用者界面400,亦或是共同使用者界面(如图5所示的使用者界面500)。 In the above embodiment, the user interface is opened, for example, may include a finger touch image (icon) of user interface (shown in Figure 3 in user interface 300), having a finger can touch the image (image) user interface, and the finger is touching a thumbnail image, for example, application execution screen (Miniature), shown in FIG user interface 4400, or also a common user interface (shown in FIG. 5 user interface 500). 在另一实施例中,在电子装置上例如已经显示一个既有的使用者界面,使用者可以通过与图1所示的使用者界面的操作方法相同或相似的步骤,由触控式显示器的显示边缘(例如接触信号最接近显示区域的边缘),在既有的使用者界面上开启、切换,或关闭使用者界面。 In another embodiment, for example, has been shown to both a user interface, a user may be the same or similar to the method by user interface shown in Figure 1 the step of operating on the electronic device, the touch-sensitive display edge display (e.g., touch signal closest edge of the display region), on both the user interface on, switching off, or the user interface. 举例来说,通过上述操作方法,使用者可以在具有手指可触碰图像的使用者界面(如图3所示的使用者界面300)上开启共同使用者界面(如图5所示的使用者界面500)。 For example, the user, by the above operations, the user can touch the finger image having a user interface (user interface shown in FIG. 3300) open on a common user interface (shown in FIG. 5 interface 500). 又例如是在包括具有手指可触碰影像的使用者界面(如图4所示的使用者界面400)上开启共同使用者界面(如图5所示的使用者界面500)。 Another example is an image including a finger touch user interface (user interface 400 shown in FIG. 4) open common user interface (user interface illustrated in FIG. 5500) on. 此外, 使用者还可以在共同使用者界面(如图5所示的使用者界面500)上开启具有手指可触碰图像或手指可触碰影像的使用者界面(如图3及图4所示的使用者界面300 与使用者界面400)。 In addition, the user may also be a common user interface (user interface 500 shown in FIG. 5) may be opened with a finger or fingers touching the touch image user interface image (FIGS. 3 and 4 as shown on the user interface 300 and user interface 400). 或是在一个具有手指可触碰影像(或手指可触碰图像)的使用者界面上开启另一个具有手指可触碰影像(或手指可触碰图像)的使用者界面。 In another opening or a finger can touch the image (finger touch or images) of the user interface having a touch finger image (finger touch or images) having a user interface. 在本实施例中,既有的使用者界面与后来被开启的使用者界面分别位于3D动态使用者界面(3D motion user interface)(如图6所示的3D动态使用者界面610) 的两个平面上(例如相邻的两个平面上)。 In the present embodiment, both the user interface and the user interface is opened later located 3D dynamic user interface (3D motion user interface) (3D dynamic user interface 610 shown in FIG. 6) of the two a plane (e.g. the two adjacent plane). 而3D动态使用者界面610可以是多面体(polyhedron)或立方体(cube),在此并不限制其范围。 3D and dynamic user interface 610 may be a polyhedron (Polyhedron) or cubic (cube), herein do not limit its scope. 其中,3D动态使用者界面610绕着轴向旋转。 Wherein, 3D dynamic user interface 610 about the axis of rotation. 举例来说,如图6所示,3D动态使用者界面610例如是绕着X轴611向上旋转、绕着Z轴613向右旋转,亦或绕着倾斜轴向615进行旋转。 For example, as shown in Figure 6, 3D dynamic user interface 610, for example, about the X axis 611 is rotated upward, rotated clockwise about the Z-axis 613, 615 or will rotate about the tilt axis. 值得一提的是,上述使用者界面的操作方法例如可于任何具备电子计箅机能力的系统上来执行。 It is worth mentioning that the operation method of the user interface, for example, may be any system including a capability of the electronic timepiece grate up execution. 换言之,将上述实施例设计为一电脑程序,利用电脑可读取的记录媒体(例如光盘或硬盘)来存储此电脑程序,并且将其载入至电子计算机系统中,便可执行上述实施例所述的使用者界面的操作方法。 In other words, the above-described embodiment is designed as a computer program using a computer readable recording medium (e.g., CD-ROM or a hard disk) storing this computer program, and loads it to the computer system, can perform the above-described embodiment the method of operation of the user interface described later. 图7是依照本实用新型一实施例所绘示的具有可切换使用者界面的电子装置的示意图。 7 is a schematic switchable electronic device having a user interface depicted in accordance with an embodiment of the present invention. 请参阅图7,电子装置700包括显示器710、触控感应装置720、接触信号位置检测模块730以及处理模块740。 Please refer to FIG. 7, the electronic device 700 comprises a display 710, a touch sensing device 720, the contact position detection signal processing module 730 and module 740. 其中,触控感应装置720用以检测输入工具(例如手指或触控笔)的接触信号。 Wherein the contact signal to detect the input tool (e.g., finger or stylus) touch sensing device 720. 在本实施例中,触控感应装置720可以是触控垫(touch pad)或是触控面板(touch panel)。 In the present embodiment, the touch sensing means 720 may be a touch pad (touch pad), or a touch panel (touch panel). 倘若触控感应装置720为触控面板,那么触控感应装置720与显示器710则构成一触控式显示器。 If the touch sensing device 720 is a touch panel, the touch sensing device 720 and the display 710 form a touch-sensitive display. 据此,触控面板将对应显示器710而包括显示区域及非显示区域,而显示区域及非显示区域可以在同一平面或是不同平面上。 Accordingly, the touch panel 710 corresponding to the display area includes a display and non-display area can be displayed on the same plane or different planes in the area and the non-display region. 与显示器710及触控感应装置720连接的接触信号位置检测模块730则是用以判断接触信号是否位于触控感应装置720的特定区域,在本实施例中,特定区域包括显示区域的边缘区域、边缘区域之外的中心区域,或非显示区域。 Connected to a display 710 and a touch sensing apparatus 720 of the contact module 730 detects the position signal is used to determine whether a touch signal is located in a specific region of the touch sensing device 720, in the present embodiment, the specific area including a display area of ​​the edge region, beyond the central region of the edge region, or a non-display region. 若接触信号位于特定区域,接触信号位置检测模块730将判断接触信号的位置是否发生变化。 When the contact signal in a certain area, the contact position detection signal module 730 determines whether the contact position changed signal. 处理模块740连接至接触信号位置检测模块730,并根据接触信号位置检测模块730的判断结果,在接触信号的位置发生变化时,根据特定区域的位置于显示器710上开启并显示使用者界面。 The processing module 740 is connected to the contact position detection signal module 730, and, when the contact position signal changes, and displays the user interface is turned on according to the determination result of the contact position detection signal module 730 according to the position of a specific region on the display 710. 使用者可以通过上述实施例所述的使用者界面的操作方法,以手指或触控笔等输入工具对电子装置700进行操作据以开启使用者界面,或是在一个既有的使用者界面上开启另外的使用者界面来取代既有的使用者界面。 The method of operation of a user through user interface described in the above-described embodiment, like a stylus pen or a finger on the input tool according to the electronic device 700 operates to open the user interface, or a user interface on both open another user interface to replace the existing user interface. 由于操作方法与上述实施例雷同,故在此不再赘述。 Since the method of operation similar to the above embodiment, it is not repeated here. 图8是依照本实用新型另一实施例所绘示的使用者界面的操作方法的流程图。 FIG 8 is a flowchart of a user interface depicted operate in accordance with embodiments of the present invention to another embodiment. 本实施例是以通过触控式显示器来切换电子装置的使用者界面的步骤,据以对本实用新型进行更进一步的说明。 Step embodiment is switched by the electronic apparatus user interface touch-sensitive display of the present embodiment, according to the present invention is described further performed. 其中,触控式显示器可以分为显示区域及非显示区域两部分。 Wherein the touch-sensitive display may be divided into a display area and a non-display area in two parts. 请参阅图8,首先如步骤810所示,当使用者通过输入工具进行操作动作时,检测输入工具接触触控式显示器的接触信号。 Referring to FIG 8, first, as shown in step 810, when the user performs an operation through the operation input means, the input tool contacts the contact detection signal of the touch-sensitive display. 其中,输入工具包括了使用者的手指或是触控笔等。 Wherein the input tool includes a user's finger or stylus pen. 接触信号检测完毕之后,如步骤820所示,判断此接触信号是否位于触控式显示器的特定区域。 After completion of the contact detection signal, as shown in step 820, it is determined whether a touch signal is located in this specific area of ​​the touch-panel display. 在本实施例中,特定区域例如是触控式显示器的显示区域的边缘区域(如图2所示的边缘区域215),边缘区域之外的中心区域(如图2所示的中心区域230),或是非显示区域(如图2所示的边缘区域213)。 In the present embodiment, for example, the specific region is an edge region of the display region of the touch-sensitive display (shown in Figure 2 the edge region 215), the central area other than the edge region (central region 230 as shown in FIG. 2) , or a non-display area (edge ​​area shown in FIG. 213). 若接触信号是位于特定区域之中,那么如步骤830所示,判断接触信号的位置是否发生变化。 When the contact signal is located within a specific area, then as shown in step position is determined whether or not the contact signal 830 changes. 举例来说,当使用者以拖曳的方式在触控式显示器上移动输入工具时,输入工具与触控式显示器接触的接触信号位置便会产生变化,据此将可计算出接触信号的移动距离。 For example, when the contact position of the user signal in a manner of dragging on the touch-sensitive display moves the input tool, an input tool contacts with the touch-sensitive display will produce a change, whereby the moving distance calculated signal contacts . 当此移动距离大于预设值时,则判断接触信号的位置有发生变化。 When this movement distance is greater than a preset value, it is determined that the contact position signal has changed. 更进一步来说,通过计算接触信号在特定时间内的移动距离,并通过比较移动距离与预设值来判断接触信号是否产生变化,将可以避免把使用者利用输入工具来点选选项的动作,误认为是要切换使用者界面的动作,据此避免引起电子装置产生错误的反应。 Still further, by calculating a moving distance of the touch signal within a specific time, and by comparing the moving distance with a preset value to determine whether the contact signal is a difference, the user can avoid the clicking operation using the input tool options, mistaken for a switching operation of the user interface, whereby the electronic device to avoid error reaction. 最后如步骤840所示,根据接触信号的移动方向切换至使用者界面。 Finally, as shown in step 840, the user interface is switched to the movement direction of the touch signal. 其中, 切换至使用者界面的方式包括由相对移动方向的反方向所指向触控式显示器的显示边缘,拖曳显示使用者界面。 Wherein the user interface is switched to the edge of the display methods include a touch-sensitive display relative movement direction is directed in the opposite direction, dragging user interface display. 在本实施例中,使用者界面例如是包括具有手指可触碰图像的使用者界面(如图3所示的使用者界面300),又或者是包括具有手指可触碰影像的使用者界面(如图4所示的使用者界面400),其中手指可触碰影像例如是应用程序的执行画面的缩图,亦或是共同使用者界面(如图5所示的使用者界面500)。 In the present embodiment, for example, comprises a user interface having a touch finger image user interface (user interface shown in FIG. 3300), or a finger touch the image includes a user interface ( user interface shown in FIG. 4400), where the finger may touch the thumbnail image, for example, application execution screen, or also a common user interface (user interface illustrated in FIG. 5500). 举例来说,若电子装置的特定区域为图2所示的中心区域230,且输入工具与触控式显示器接触所产生的接触信号位于接触点231。 For example, if a particular region of the electronic device as shown in Figure 2 the central region 230, and the input signal contact with the contact touch-sensitive display generated by the tool 231 located at the contact points. 那么当使用者以拖曳的方式在触控式显示器上向右移动输入工具,且移动距离大于预设值时,使用者界面将由边缘233(即从接触点231向左指向的显示区域的边缘)滑出并显示在显示区域211。 Then when the user moves to the right in a manner of dragging on the touch input display means, and the moving distance is greater than a preset value, by the edge of the user interface 233 (i.e., an edge point from the contact point 231 to the left of the display area) 211 from slipping out and displayed in the display area. 在另一实施例中,在电子装置上例如已经开启了一个既有的使用者界面,使用者可以通过与上述实施例类似的操作方式来切换这个既有的使用者界面。 In another embodiment, for example, on the electronic device it has opened both a user interface, the user can switch the existing user interface as in the above embodiment operate in similar manner. 而切换使用者界面包括了关闭既有的使用者界面,在既有的使用者界面上开启另一个使用者界面、或是从既有的使用者界面切换至另一个使用者界面。 Switching off both the user interface includes a user interface, the user interface on the open another existing user interface, or switch from the existing user interface to another user interface. 举例来说,通过上述操作方法,可以将电子装置上具有手指可触碰图像或手指可触碰影像的使用者界面(如图3与图4所示的使用者界面300及使用者界面400)切换为共同使用者界面(如图5所示的使用者界面500)。 For example, by the above-described operation method, an image having finger touch or finger may touch the image of the user interface on an electronic device (FIGS. 3 and 4 shown in FIG user interface 300 and user interface 400) switch to the common user interface (user interface 5 shown in FIG. 500). 反之,亦可将共同使用者界面切换为具有手指可触碰图像或手指可触碰影像的使用者界面。 Conversely, the common user interface is also switched to the finger touching with a finger can touch the image or images of the user interface. 除此之外,还可以将具有手指可触碰图像或手指可触碰影像的使用者界面切换为同样具有手指可触碰图像或手指可触碰影像的另外的使用者界面。 In addition, also having a finger touch or finger may touch the image image of the same user interface is switched to another user interface with finger touch or finger may touch the image of the image. 在本实施例中,既有的使用者界面与后来所开启的使用者界面分别位于3D动态使用者界面(如图6所示的3D动态使用者界面610)的两个平面上(例如相邻的两个平面上)。 In the present embodiment, both the user interface and the subsequent opening of the user interface are located 3D dynamic user interface (shown in FIG. 6 3D dynamic user interface 610) of the two planes (e.g., adjacent on two planes). 而3D动态使用者界面610可以是多面体或立方体。 3D and dynamic user interface 610 may be a cube or a polyhedron. 如图6所示, 3D动态使用者界面610绕着轴向旋转。 As shown in FIG 6, 3D dynamic user interface 610 about the axis of rotation. 举例来说,3D动态使用者界面610例如是绕着X轴611向上旋转、绕着Z轴613向右旋转,亦或绕着倾斜轴向615进行旋转。 For example, the dynamic 3D user interface 610, for example, about the X axis 611 is rotated upward, rotated clockwise about the Z-axis 613, 615 or will rotate about the tilt axis. 上述使用者界面的操作方法例如可于任何具备电子计算机能力的系统上来执行。 The method of operation of the user interface, for example, in any computer system with the ability to perform up. 也就是说,将上述实施例设计为一电脑程序后,利用电脑可读取的记录媒体(例如光盘或硬盘)来存储电脑程序,并且将其载入至电子计算机系统中,便可执行上述实施例所述的使用者界面的操作方法。 That is, after the above-described embodiment is designed as a computer program using a computer readable recording medium (e.g., CD-ROM or a hard disk) for storing a computer program, and loads it to the computer system, the above-described embodiment can be performed the method of operation of the embodiment of the user interface. 图9是依照本实用新型一实施例所绘示的具有可切换使用者界面的电子装置的示意图。 FIG 9 is in accordance with an embodiment of the present invention, a schematic view illustrating an electronic device may switch the user interface. 请参阅图9,电子装置900包括显示器910、触控感应装置920、接触信号位置检测模块930、接触信号移动方向检测模块940以及处理模块950。 Please refer to FIG. 9, the electronic device 900 includes a display 910, a touch sensing device 920, the contact position detection signal module 930, the moving direction of the contact signal detection module 940 and a processing module 950. 其中,触控感应装置920用来检测输入工具(例如手指或触控笔)所产生的接触信号。 Wherein the touch sensing means 920 for contacting the signal (e.g., finger or stylus) generated by the input tool detected. 在本实施例中,触控感应装置920例如是触控垫或是触控面板。 In the present embodiment, the touch sensing means 920, for example, a touch pad or a touch panel. 在触控感应装置920为触控面板时,触控感应装置920与显示器910则一并构成触控式显示器。 When the touch sensing device 920 is a touch panel, the touch sensing means 920 and 910 collectively constitute the display touch-sensitive display. 而触控面板将对应显示器910而包括显示区域及非显示区域两部份。 And the touch panel 910 corresponding to the display and non-display area includes a display area into two parts. 其中, 显示区域及非显示区域例如是在同一平面或是不同平面上,在此并不限制其范围。 Wherein the display region and a non-display area, for example, on the same plane or different planes, herein do not limit its scope. 接触信号位置检测模块930同时连接至显示器910及触控感应装置920,用以判断接触信号是否位于触控感应装置920的特定区域,在本实施例中,特定区域包括显示区域的边缘区域、边缘区域之外的中心区域,或非显示区域。 A contact position detecting signal to the display module 930 simultaneously connect 910 and a touch sensing means 920 for determining whether a touch signal in a particular region of the touch sensing apparatus 920, in the present embodiment, the specific area of ​​the display region including an edge, the edge the central region other than the region, or a non-display region. 若接触信号位于特定区域,接触信号位置检测模块930将判断接触信号的位置是否发生变化。 When the contact signal in a certain area, the contact position detection signal module 930 determines the contact position signal has changed. 接触信号移动方向检测模块940连接至接触信号位置检测模块930,并且用以检测接触信号的移动方向。 Movement direction detection signal contacts module 940 connected to the contact position detection signal module 930, and a contact to the moving direction detection signal. 处理模块950同时连接至接触信号位置检测模块930 以及接触信号移动方向检测模块940,依照接触信号位置检测模块930的判断结果, 在接触信号的位置发生变化时,根据接触信号移动方向检测模块940所检测出的移动方向,于显示器910上切换使用者界面。 The processing module 950 is connected to both the contact signal from the position detecting module 930, and a contact signal movement direction detection module 940, in accordance with the determination result of the contact signal from the position detecting module 930, when the position contacting signal changes, according to the contact signal movement direction detection module 940 a movement direction detection is switched on the user interface display 910. 使用者可以通过上述实施例所述的使用者界面的操作方法,以手指或触控笔等输入工具对电子装置900进行操作据以切换使用者界面;或是在一个既有的使用者界面上切换至另外的使用者界面。 The method of operation of a user through user interface described in the above-described embodiment, like a stylus pen or a finger on the input tool according to the electronic device 900 operates to switch the user interface; or a user interface on both switch to another user interface. 由于操作方法与上述实施例雷同,故在此不再赘述。 Since the method of operation similar to the above embodiment, it is not repeated here. 图10A为依照本实用新型一实施例的一种无阻碍触控操作的手持电子装置的立体图,图IOB为图IOA的电子装置的剖面图。 10A is a perspective view of a handheld electronic device according to one embodiment of the present invention a unhindered touch operation, a cross-sectional view of FIG IOB IOA electronic device of FIG. 此电子装置包括壳体1001、触控式显示器1002、以及处理器1003。 The electronic device includes a housing 1001, a touch-sensitive display 1002, and a processor 1003. 壳体1001具有一外表面1004以及一容置空间1005,容置空间通过外表面1004上的开口1006与外界连通。 A housing 1001 having an outer surface 1004 and an accommodating space 1005, the accommodating space communicate with the outside through an opening in the outer surface of 10,041,006. 触控式显示器1002 包括显示器1007以及触控感应装置1008。 Touch-sensitive display 1002 includes a display 1007 and a touch sensing apparatus 1008. 显示器1007设置在壳体1001的容置空间1005中。 Display 1007 disposed in the accommodating space 1001 of the housing 1005. 触控感应装置1008设置在壳体1001的外表面1004的开口1006中, 用以接收输入工具所产生的接触信号。 The touch sensing apparatus 1008 is provided in the opening 1006 of the outer surface of the case 1001 1004 for receiving a touch signal generated by the input tool. 触控感应装置1008具有一触控感应平面1009,触控感应平面1009包括显示区域1010以及非显示区域1011。 The touch sensing apparatus having a touch sensing plane 1008 1009, 1009 of the touch sensing plane includes a display region 1010 and a non-display region 1011. 壳体1001的开口1006边缘与触控感应平面1009连续相接,而且壳体1001的外表面1004不凸出于触控感应平面1009,而这里所指的壳体1001并不包括手持电子装置上的热键或是按键。 The edge of the opening 1006 of the housing 1001 and 1009 continuously contact the touch sensing plane, and the outer surface of the housing does not project 1001 1004 1009 touch sensing plane, and referred to herein does not include the housing 1001 on the handheld electronic device hotkeys or key. 处理器1003耦接至显示器1007与触控感应装置1008,用以判断接触信号是否位于触控式显示器1002的特定区域,若位于特定区域,则判断接触信号的位置是否发生变化并检测接触信号的移动方向,据以在接触信号的位置发生变化时于触控式显示器1002上开启并显示使用者界面,或是根据移动方向于触控式显示器1002上切换使用者界面。 The processor 1003 is coupled to a display 1007 and a touch sensing apparatus 1008, for determining whether a touch signal in a particular region of the touch sensitive display 1002, if in a certain area, it is determined whether the position of the contact signals and detecting changes in signal contacts movement direction, according to the open position signal changes the contact on the touch-panel display 1002 and display the user interface, the user interface or switch on the touch-panel display 1002 in accordance with the moving direction. 值得一提的是,因为壳体1001的外表面1004不凸出于触控感应平面1009, 壳体表面1004和触控感应平面1009相当于一个连续平滑表面,可让使用者毫无阻碍地移动操作输入工具。 It is worth mentioning that, because the outer surface of the housing 1001 to 1004 does not protrude touch sensing plane 1009, a housing 1004 and a touch sensing surface plane 1009 corresponds to a smooth continuous surface, it allows the user to move unhindered The operation input tool. 再者,由于触控感应平面1009所露出的非显示区域1011 并未如传统般被壳体1001所覆盖,因此在手持电子装置的设计上,除了可让输入工具毫无阻碍地移动操作外,可以充份利用此一非显示区域1011,增加更多让使用者觉得更加方便的触控操作的应用。 Further, since the touch sensing plane 1009 is exposed as the non-display region 1011 is not like a conventional housing 1001 is covered, so the design of the handheld electronic device, in addition to the input tool that allows unhindered movement operation outside, this can take full advantage of a non-display area 1011, an increase of more applications that allow users to more convenient touch operation. 如同前面的实施例,处理器1003可根据输入工具操作触控感应装置1008时所产生的接触信号的位置及其移动方向来开启、切换或关闭使用者界面。 As with the previous embodiment, the processor 1003 may be turned on according to the operating position of the input tool and a moving direction of the touch signal generated by the touch sensing means 1008, switching on or off the user interface. 至于操作流程以及功能等细节已见于前面的实施例,在此不再赘述。 As for the operating processes and functions have been found in the details of the foregoing embodiment are not repeated here. 综上所述,本实用新型所述的具有可切换使用者界面及无阻碍触控操作的电子装置可根据输入工具所产生的接触信号的位置及移动方向,来开启、切换或关闭使用者界面,不但可以增加使用者操作输入工具时的便利性,更提供使用者一种简易的操作方式,进而提升操作电子装置的效率。 As described above, according to the present invention having a switchable electronic device user interface and unhindered touch operation according to the position and moving direction of the touch signal generated by the input tool, to open, close or switch the user interface , not only can increase the convenience when the user operates the input tool, but also provide an easy user operation, thereby improving the operation efficiency of the electronic apparatus. 虽然本实用新型已以较佳实施例揭示如上,然其并非用以限定本实用新型, 任何熟习此技艺者,在不脱离本实用新型的精神和范围内,当可作些许更动与润饰, 因此本实用新型的保护范围当以权利要求所界定的为准。 Although the present invention has been disclosed as the preferred embodiment, they are not intended to limit the present disclosure, any apparent to those skilled in the art that the present invention without departing from the spirit and scope, it is intended that modifications and variations, Thus the scope of protection of the present invention as defined by the claims and their equivalents.

Claims (38)

1. 一种具有可切换使用者界面的电子装置,其特征在于,包括: 一显示器; 一触控感应装置,用以检测一输入工具的一接触信号; 一接触信号位置检测模块,耦接至该显示器及该触控感应装置,用以判断该接触信号是否位于该触控感应装置的一特定区域,若位于该特定区域,则判断该接触信号的位置是否发生变化;以及一处理模块,耦接至该接触信号位置检测模块,用以在该接触信号的位置发生变化时,于该显示器上开启并显示一使用者界面。 An electronic device having a user interface can be switched, characterized by comprising: a display; a touch sensing means for detecting an input tool contacts a signal; a touch signal position detecting module, coupled to the display and the touch sensing means for determining whether the touch signal is located at a particular region of the touch sensing apparatus, if the specific area is located, it is determined whether the position of the contact signal changes; and a processing module coupled signal connected to the contact position detection module for, and to open a user interface displayed on the display signal when the position of the contact changes.
2. 如权利要求1所述的具有可切换使用者界面的电子装置,其特征在于,该触控感应装置包括一触控垫。 The electronic device may switch the user interface according to claim 1 having a, wherein the touch sensing means comprises a touch pad.
3. 如权利要求1所述的具有可切换使用者界面的电子装置,其特征在于,该触控感应装置包括一触控面板,该触控感应装置与该显示器构成一触控式显示器。 The electronic device may switch the user interface according to claim 1 having a, wherein the touch sensing means comprises a touch panel, the touch sensing apparatus constituting a touch-sensitive display and the display.
4. 如权利要求3所述的具有可切换使用者界面的电子装置,其特征在于,该触控面板对应该显示器而包括有一显示区域及一非显示区域。 The electronic device may switch the user interface according to claim 3 having, characterized in that, on the touch panel and the display should include a display region and a non-display area.
5. 如权利要求4所述的具有可切换使用者界面的电子装置,其特征在于,该触控面板的该显示区域及该非显示区域位于同一平面或不同平面。 The electronic device may switch the user interface 4 has as claimed in claim, wherein the display region of the touch panel and the non-display region on the same plane or different planes.
6. 如权利要求4所述的具有可切换使用者界面的电子装置,其特征在于,该特定区域包括该显示区域的一边缘区域、该非显示区域或该显示区域的一中心区域。 The electronic device may switch the user interface according to claim 4 having, wherein the specific region includes a region of an edge of the display region, the non-display region or a central region of the display region.
7. 如权利要求1所述的具有可切换使用者界面的电子装置,其特征在于,该使用者界面包括一共同使用者界面、 一具有至少一手指可触碰图像的使用者界面, 或一具有至少一手指可触碰影像的使用者界面。 As claimed in claim 1 having an electronic device may switch the user interface, wherein the user interface comprises a common user interface, a user interface having at least one finger can touch the image, or a has at least one finger can touch the image of the user interface.
8. 如权利要求1所述的具有可切换使用者界面的电子装置,其特征在于,该处理模块包括在另一使用者界面上开启该使用者界面,以取代该另一使用者界面, 该另一使用者界面包括一具有至少一手指可触碰图像的使用者界面或一具有至少一手指可触碰影像的使用者界面,而该使用者界面包括一共同使用者界面。 The electronic device may switch the user interface according to claim 1 having a, wherein the processing module comprises opening the user interface on the other user interface to another user interface of the substituent, the another user interface comprises a user interface having at least a finger or a touch image having at least one finger can touch the image of the user interface, and the user interface comprises a common user interface.
9. 如权利要求1所述的具有可切换使用者界面的电子装置,其特征在于,该处理模块包括在另一使用者界面上开启该使用者界面,以取代该另一使用者界面, 该使用者界面与该另一使用者界面分别位于一3D动态使用者界面的两个平面上。 9. The electronic device may switch the user interface according to claim 1 having a, wherein the processing module comprises opening the user interface on the other user interface to another user interface of the substituent, the the user interface and other user interface are located on two planes of a 3D dynamic user interface.
10. 如权利要求9所述的具有可切换使用者界面的电子装置,其特征在于, 该3D动态使用者界面是一多面体。 As claimed in claim 9 having a switchable electronic device user interface, wherein the user interface is a dynamic 3D polyhedron.
11. 如权利要求9所述的具有可切换使用者界面的电子装置,其特征在于, 该3D动态使用者界面绕着一轴向旋转。 As claimed in claim 9 having a switchable electronic device user interface, wherein the user interface around a 3D dynamic axial rotation.
12. —种具有可切换使用者界面的电子装置,其特征在于,包括: 一显示器;一触控感应装置,用以检测一输入工具的一接触信号;一接触信号位置检测模块,耦接至该显示器及该触控感应装置,用以判断该接触信号是否位于该触控感应装置的一特定区域,若位于该特定区域,则判断该接触信号的位置是否发生变化;一接触信号移动方向检测模块,耦接至该接触信号位置检测模块,用以检测该接触信号的一移动方向;以及一处理模块,耦接至该接触信号位置检测模块及该接触信号移动方向检测模块,用以在该接触信号的位置发生变化时,根据该移动方向于该显示器上切换一使用者界面。 12. - switchable electronic device having a user interface, characterized by comprising: a display; a touch sensing means for detecting an input tool contacts a signal; a touch signal position detecting module, coupled to the display and the touch sensing means for determining whether the touch signal is located at a particular region of the touch sensing apparatus, if the specific area is located, it is determined whether the position of the contact signal changes; a contacting movement direction detection signal module, coupled to the contact position signal detection module for detecting a moving direction of the touch signal; and a processing module, coupled to the position detection signal of the contact module and the moving direction of the touch signal detection module for the when the contact position signal changes, according to the movement direction switching a user interface on the display.
13. 如权利要求12所述的具有可切换使用者界面的电子装置,其特征在于, 该触控感应装置包括一触控垫。 As claimed in claim 12 having a switchable electronic device user interface, wherein the touch sensing means comprises a touch pad.
14. 如权利要求12所述的具有可切换使用者界面的电子装置,其特征在于, 该触控感应装置包括一触控面板,该触控感应装置与该显示器构成一触控式显示器。 As claimed in claim 12, wherein the switchable electronic device having a user interface, wherein the touch sensing means comprises a touch panel, the touch sensing apparatus constituting a touch-sensitive display and the display.
15. 如权利要求14所述的具有可切换使用者界面的电子装置,其特征在于, 该触控面板对应该显示器而包括有一显示区域及一非显示区域。 As claimed in claim 14 having a switchable electronic device user interface, wherein the touch panel on the display should include a display region and a non-display area.
16. 如权利要求15所述的具有可切换使用者界面的电子装置,其特征在于, 该触控面板的该显示区域及该非显示区域位于同一平面或不同平面。 As claimed in claim 15, said electronic device having a user interface can be switched, wherein the display region of the touch panel and the non-display region on the same plane or different planes.
17. 如权利要求15所述的具有可切换使用者界面的电子装置,其特征在于, 该特定区域包括该显示区域的一边缘区域、该非显示区域或该显示区域的一中心区域。 As claimed in claim 15 having a switchable electronic device user interface, wherein the specific region includes a region of an edge of the display region, the non-display region or a central region of the display region.
18. 如权利要求12所述的具有可切换使用者界面的电子装置,其特征在于,该使用者界面包括一共同使用者界面、一具有至少一手指可触碰图像的使用者界面或一具有至少一手指可触碰影像的使用者界面。 18. The according to claim 12 having a switchable electronic device user interface, wherein the user interface comprises a common user interface, a user interface having at least a finger or a touch image having at least one finger touch user interface image.
19. 如权利要求12所述的具有可切换使用者界面的电子装置,其特征在于, 该处理模块包括从另一使用者界面切换至该使用者界面,该另一使用者界面包括一具有至少一手指可触碰图像的使用者界面或一具有至少一手指可触碰影像的使用者界面,而该使用者界面包括一共同使用者界面。 19. The according to claim 12 having a switchable electronic device user interface, wherein the processing module further includes switching from the user interface to the user interface, the user interface further comprises at least one a finger touch image having a user interface or at least a finger can touch the image of the user interface, and the user interface comprises a common user interface.
20. 如权利要求12所述的具有可切换使用者界面的电子装置,其特征在于, 该处理模块包括从另一使用者界面切换至该使用者界面,该使用者界面与该另一使用者界面分别位于一3D动态使用者界面的两个平面上。 The electronic device may switch the user interface of claim 12 having, wherein the processing module further includes switching from the user interface to the user interface, the user interface with the other user interface are respectively located on two planes of a 3D dynamic user interface.
21. 如权利要求20所述的具有可切换使用者界面的电子装置,其特征在于, 该3D动态使用者界面是一多面体。 21. The electronic device may switch the user interface according to claim 20 having, wherein the user interface is a dynamic 3D polyhedron.
22. 如权利要求20所述的具有可切换使用者界面的电子装置,其特征在于, 该3D动态使用者界面绕着一轴向旋转。 22. The electronic device may switch the user interface according to claim 20 having, wherein the 3D user interface about a dynamic axial rotation.
23. —种无阻碍触控操作的电子装置,用以开启一使用者界面,其特征在于, 包括:一壳体,具有一开口;一触控式显示器,设置在该壳体的开口中,用以接收一输入工具的一接触信号,该触控式显示器具有一触控感应平面,该壳体的外表面实质上不凸出于该触控感应平面;以及一处理器,耦接至该触控式显示器,用以判断该接触信号是否位于该触控式显示器的一特定区域,若位于该特定区域,则判断该接触信号的位置是否发生变化, 并且在该接触信号的位置发生变化时,于该触控式显示器上开启并显示该使用者界面。 23. - Species unhindered touch operation of the electronic device, a user interface for opening, characterized in that, comprising: a housing having an opening; a touch display disposed in the opening of the housing, a contact for receiving a signal of an input tool, the touch display having a touch sensing plane, the outer surface of the housing does not substantially protrude to the touch sensing plane; and a processor, coupled to the touch-sensitive display, for determining when the touch signal is located in a specific zone of the touch-sensitive display, if the specific area is located, it is determined whether the position of the contact signal changes, and the change in the position of the signal contacts open and display the user interface on the touch-sensitive display.
24. 如权利要求23所述的无阻碍触控操作的电子装置,其特征在于,该触控式显示器包括有一显示区域及一非显示区域。 The electronic device 24. The touch operation unobstructed as claimed in claim 23, wherein the touch display comprises a display region and a non-display area.
25. 如权利要求24所述的无阻碍触控操作的电子装置,其特征在于,该特定区域包括该显示区域的一边缘区域、该非显示区域或该显示区域的一中心区域。 The electronic device 25. The touch operation unobstructed as claimed in claim 24, wherein the specific region includes a region of an edge of the display region, the non-display region or a central region of the display region.
26. 如权利要求23所述的无阻碍触控操作的电子装置,其特征在于,该使用者界面包括一共同使用者界面、 一具有至少一手指可触碰图像的使用者界面,或一具有至少一手指可触碰影像的使用者界面。 The electronic device 26. The touch operation unobstructed as claimed in claim 23, wherein the user interface comprises a common user interface, a user interface having at least one finger can touch the image, or having a at least one finger touch user interface image.
27. 如权利要求23所述的无阻碍触控操作的电子装置,其特征在于,该处理器包括在另一使用者界面上开启该使用者界面,以取代该另一使用者界面,该另一使用者界面包括一具有至少一手指可触碰图像的使用者界面或一具有至少一手指可触碰影像的使用者界面,而该使用者界面包括一共同使用者界面。 27. The method of claim 23 unhindered touch operation of the electronic device, wherein the processor includes turning on the user interface to another user interface in order to replace the user interface further, the other having a user interface comprising at least one image of a finger touch user interface or a user interface having at least one finger can touch the image, and the user interface comprises a common user interface.
28. 如权利要求23所述的无阻碍触控操作的电子装置,其特征在于,该处理器包括在另一使用者界面上开启该使用者界面,以取代该另一使用者界面,该使用者界面与该另一使用者界面分别位于一3D动态使用者界面的两个平面上。 28. The electronic device unhindered touch operation according to claim 23, wherein the processor includes turning on the user interface to another user interface in order to replace the user interface further, the use of who interface with the other user interface are located on two planes of a 3D dynamic user interface.
29. 如权利要求28所述的无阻碍触控操作的电子装置,其特征在于,该3D 动态使用者界面是一多面体。 29. The electronic device unhindered touch operation according to claim 28, wherein the user interface is a dynamic 3D polyhedron.
30. 如权利要求28所述的无阻碍触控操作的电子装置,其特征在于,该3D 动态使用者界面绕着一轴向旋转。 The electronic device 30. The touch operation unobstructed as claimed in claim 28, wherein the user interface around a 3D dynamic axial rotation.
31. —种无阻碍触控操作的电子装置,用以切换一使用者界面,其特征在于,包括:一壳体,具有一开口;一触控式显示器,设置在该壳体的开口中,用以接收一输入工具的一接触信号,该触控式显示器具有一触控感应平面,该壳体的外表面实质上不凸出于该触控感应平面;以及一处理器,耦接至该触控式显示器,用以判断该接触信号是否位于该触控式显示器的一特定区域,若位于该特定区域,则判断该接触信号的位置是否发生变化, 并检测该接触信号的一移动方向,据以在该接触信号的位置发生变化时,根据该移动方向于该触控式显示器上切换该使用者界面。 31. - Species unhindered touch operation of the electronic device for switching a user interface, characterized by comprising: a housing having an opening; a touch display disposed in the opening of the housing, a contact for receiving a signal of an input tool, the touch display having a touch sensing plane, the outer surface of the housing does not substantially protrude to the touch sensing plane; and a processor, coupled to the touch-sensitive display, for determining whether the touch signal is located at a particular region of the touch-sensitive display, if the specific area is located, the position of the contact is determined whether the change in signal, and detects a moving direction of the signal contacts, when a change occurs according to the position of the contact signal, handover according to the movement direction of the user interface on the touch-sensitive display.
32. 如权利要求31所述的无阻碍触控操作的电子装置,其特征在于,该触控式显示器包括有一显示区域及一非显示区域。 The electronic device 32. The touch operation unobstructed as claimed in claim 31, wherein the touch display comprises a display region and a non-display area.
33. 如权利要求32所述的无阻碍触控操作的电子装置,其特征在于,该特定区域包括该显示区域的一边缘区域、该非显示区域或该显示区域的一中心区域。 Unobstructed electronic device 32 of the touch operation as claimed in claim 33, characterized in that the specific region includes a region of an edge of the display region, the non-display region or a central region of the display region.
34. 如权利要求31所述的无阻碍触控操作的电子装置,其特征在于,该使用者界面包括一共同使用者界面、一具有至少一手指可触碰图像的使用者界面或一具有至少一手指可触碰影像的使用者界面。 The electronic device 34. unhindered touch operation according to claim 31, wherein the user interface comprises a common user interface, a user interface having at least a finger or a touch image having at least a finger touch user interface image.
35. 如权利要求31所述的无阻碍触控操作的电子装置,其特征在于,该处理器包括从另一使用者界面切换至该使用者界面,该另一使用者界面包括一具有至少一手指可触碰图像的使用者界面或一具有至少一手指可触碰影像的使用者界面, 而该使用者界面包括一共同使用者界面。 35. None of the hindered claim 31 touch operation of the electronic device, wherein the processor further includes switching from the user interface to the user interface, the user interface further comprises at least one having a finger touch image having a user interface or at least a finger can touch the image of the user interface, and the user interface comprises a common user interface.
36. 如权利要求31所述的无阻碍触控操作的电子装置,其特征在于,该使用者界面与该另一使用者界面分别位于一3D动态使用者界面的两个平面上。 The electronic device 36. The touch operation unobstructed as claimed in claim 31, wherein the user interface and the user interface are located on the other two planes in a 3D dynamic user interface.
37. 如权利要求36所述的无阻碍触控操作的电子装置,其特征在于,该3D 动态使用者界面是一多面体。 The electronic device 37. The touch operation unobstructed as claimed in claim 36, wherein the user interface is a dynamic 3D polyhedron.
38. 如权利要求36所述的无阻碍触控操作的电子装置,其特征在于,该3D动态使用者界面绕着一轴向旋转。 The electronic device 38. The touch operation unobstructed as claimed in claim 36, wherein the user interface around a 3D dynamic axial rotation.
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