WO2010081355A1 - Method for switching input interface on handheld electronic device and switching device thereof - Google Patents
Method for switching input interface on handheld electronic device and switching device thereof Download PDFInfo
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- WO2010081355A1 WO2010081355A1 PCT/CN2009/075193 CN2009075193W WO2010081355A1 WO 2010081355 A1 WO2010081355 A1 WO 2010081355A1 CN 2009075193 W CN2009075193 W CN 2009075193W WO 2010081355 A1 WO2010081355 A1 WO 2010081355A1
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- electronic device
- input interface
- handheld electronic
- finger
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
- G06F3/0488—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
- G06F3/04886—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures by partitioning the display area of the touch-screen or the surface of the digitising tablet into independently controllable areas, e.g. virtual keyboards or menus
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
- G06F3/0488—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
- G06F3/04883—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures for inputting data by handwriting, e.g. gesture or text
Definitions
- the method for switching an input interface on a handheld electronic device includes the following steps: Step A: The operator hands hold the electronic device, and the operator's finger contacts the contact sensing device of the handheld electronic device; Step B: The touch sensing device of the handheld electronic device collects operator finger contact information; Step C: The input software system receives and analyzes the finger contact information; Step D: The input software system selects a switching input interface according to the finger contact information, and the input interface is Outputting to the touch display device; Step E: Touching the display device to receive the touch information, and transmitting the touch information to the input software system; Step F: The input software system converts the information input by the touch display device into an input according to the selected input interface Content; Step G: The input software outputs the input content to other application software.
- the operator finger contact information collected by the touch sensing device is a combination of finger contact information collected by a single touch sensing device or finger contact information collected by a plurality of contact sensing devices.
- FIG. 3 is a schematic diagram of a second input interface of the embodiment of FIG. 1;
- FIG. 7 is a schematic diagram of a sixth input interface of the embodiment of FIG. 1;
- Figure 10 is a schematic view showing the state of use of the second preferred embodiment of the present invention.
- FIG. 11 is a schematic diagram of a first input interface of the embodiment of FIG. 10;
- FIG. 12 is a schematic diagram of a second input interface of the embodiment of FIG. 10;
- FIG. 15 is a schematic diagram of a fifth input interface of the embodiment of FIG. 10;
- FIG. 17 is a schematic diagram of a first input interface of the embodiment of FIG. 16;
- FIG. 18 is a schematic diagram of a second input interface of the embodiment of FIG. 16;
- FIG. 19 is a schematic diagram of a third input interface of the embodiment of FIG. 16;
- Figure 21 is a schematic view showing the state of use of the fourth preferred embodiment of the present invention.
- FIG. 24 is a schematic diagram of a second input interface of the embodiment of FIG. 21;
- Figure 26 is another schematic view of the third input interface of the embodiment of Figure 21;
- Figure 27 is a fourth input interface diagram of the embodiment of Figure 21;
- the switching device used in the method of switching an input interface on a handheld electronic device includes an input software system installed in the handheld electronic device and a contact sensing device connected to the input end of the handheld electronic device.
- the contact sensing device is distributed over A plurality of touch sensing sheets distributed on the side or the back of the handheld electronic device.
- the touch sensing sheet is a sensing sheet for collecting pressure sensitive information or tactile information, and is distributed in an area where the finger contacts the device when the operator hands hold the electronic device.
- the transformation of the information of each group of finger contact devices can be realized by a single finger touching the change of the state of the contact sensing device, or by a combined transformation of the state of the plurality of finger contact sensing devices.
- the change of the contact state between the single finger and the contact sensing device is changed from the non-pressure state to the pressure state, or from the pressure state to the non-pressure state, or from the contact state to the non-contact state, or from the non-contact state.
- the state changes to the contact state.
- the contact point is placed at a position where the finger contacts the external component in a state of being held by the operator, and the handheld electronic device is held.
- Each contact sensing device on the external component of the device is a separate finger contact information collection point; d: the handheld electronic device has external components, which are held by the operator according to the handheld habit of the operator holding the combination of the device and the external component.
- the contact sensing belt is formed by the contact sensing device.
- the input software system supporting the input interface switching method of the handheld electronic device of the present invention has one or more of the following features: comprising more than two input interfaces; capable of receiving and processing contact sensing devices to collect finger contact information; capable of receiving and processing the main Input system input information; switch input interface according to finger contact information; convert input information of main input system into input content in selected input interface; output input content to other application software and display system;
- a set of finger contact information can only define one input interface, and one input interface can define corresponding multiple sets of finger contact information.
- the key B1 and the second switching key ⁇ 2 are changed from the contact state to the non-contact state, and the input interface of the handheld electronic device is switched to the sixth input interface.
- the sixth input interface is quotation marks "" and "underline” from top to bottom.
- the seventh input interface is from top to bottom Exit key "ESC”, back key “BACKSPACE”, enter key “ENTER”, insert key “INS”, file header “HOME”, page up key “PAGE UP”, delete key “DEL”, file tail” END “, page down button “PAGE DOWN” these nine keys; as shown in Figure 9, after releasing the middle finger and the little finger at the same time, the middle finger and the little finger are respectively associated with the first switch button B1 and the third switch button B3 From the contact state to the non-contact state, the input interface of the handheld electronic device switches to the eighth input interface, and the eighth input interface is cut “cut", paste “paste”, copy "copy” from top to bottom. ", Undo "Undo”, Restore “Restore”, Delete “Delete”, Clear “Empty”, Find “Find”, Select All” Select All” shortcuts.
- Input interface switching method Embodiment 2 uses five fingers of the operator to define five sets of finger contact information, namely, a thumb Fl l, an index finger F12, a middle finger F13, and a ring finger.
- these five mechanical buttons or touch buttons correspond to five touch screen handwriting input system interface, respectively define the Chinese “Chinese” , English “English”, number “number The five touch screen handwriting input system interface of the word ", symbol” symbol, control "control”.
- the input information received by the default handwriting screen is English information, and the input software system only recognizes the English when identifying the information; as shown in FIG. 13, after releasing the middle finger F13, the middle finger F13 and the digital "number" key are When the contact state is changed to the non-contact state, the handheld electronic device switches to the digital handwriting input interface.
- the input information received by the default handwriting screen is Digital information, the input software system only recognizes the number when identifying the information; as shown in Figure 14, after the ring finger F14 is released, the ring finger F14 and the symbol "symbol” key are changed from the contact state to the non-contact state, and the handheld electronic device is Switch to the symbol handwriting input interface.
- the input information received by the default handwriting screen is symbol information.
- the input software system only recognizes the symbol when identifying the information; as shown in Figure 15, after releasing the little finger F15, the little finger The F15 and the control "control" key are changed from the contact state to the non-contact state, and the handheld electronic device switches to the command action input interface.
- the input information received by the default handwriting screen is a command action, and the input software system recognizes the information. Only the command action is recognized at the time.
- Input interface switching method Embodiment 3 As shown in FIG. 16-20, in this embodiment, two sensing pressure buttons F21 and F22 are disposed at two corners of the handheld electronic device, and two index finger definitions of the operator are used. Four sets of finger pressure sensing information are defined, corresponding to four touch screen input system interfaces. As shown in FIG. 17, in the state of the normal handheld device, the two index fingers of the operator are not pressed on the buttons F21 and F22, and the input interface is at the first input interface. At this time, the touch screen is displayed from top to bottom.
- the input interface will switch to the second input interface.
- the browsing interface can be dragged with a finger or a stylus; as shown in FIGS. 25 and 26, after the operation key F31 corresponding to the index finger is released, the handheld electronic device is The touch input interface will switch to the third interface.
- the browsing interface can be reduced as shown in FIG. 25, and vice versa.
- the input methods of the handheld electronic device input system include touch input, key input, camera input, and voice input.
- the contents of the input interface are characters, commands, tracks, actions, images, and so on.
- the camera input interface can be divided into a high-resolution camera input interface, a mid-resolution camera input interface, a low-resolution camera input interface, a text recognition input interface, and a gesture command input interface.
- the voice input interface can be divided into a Chinese recognition input interface, an English recognition input interface, a voice command input interface, and a voice text input interface.
Abstract
A method for switching an input interface on a handheld electronic device and a switching device thereof are provided. The switching device comprises an input software system installed in a chip in the handheld electronic device and a touch sensing device connected to the input terminal of the chip in the handheld electronic device. An operator holds the handheld electronic device and touches the touch sensing device of the handheld electronic device by fingers. The input software system receives and analyzes finger touch information. The input interface is chosen and switched. The input interface is output to a touch display device. The touch display device receives the touch information and transmits the touch information to the input software system. Finally the input software outputs the input content to an application software. The method and the switching device can realize the high efficiency input of the handheld electronic device, and are more convenient, easier, simpler and faster in use.
Description
一种在手持电子设备上切换输入界面的方法及其切换装置 技术领域 Method for switching input interface on handheld electronic device and switching device thereof
本发明涉及一种在手持电子设备上切换输入界面的方法及其切换装置。 The present invention relates to a method of switching an input interface on a handheld electronic device and a switching device therefor.
背景技术 Background technique
手持电子设备是指平板电脑、 匿说、 移动电话、 掌上电脑、 掌上键盘等可以手持使用 的小型电子设备。 手持电子设备普遍体积小、 重量轻、 便于携带， 但同时也存在输入信息 困难的问题。 当前手持电子设备的输入方式有键盘输入、 触摸输入、 摄像输入、 语音输入 等多种， 但由于受到体积小、 显示屏面积小的限制书， 针对多种不同类型的信息输入， 通常 需要利用键盘或特殊的按键来切换输入界面。 输入界面的切换在电脑的键盘上比较常见， 如按下 " shift "键， 字母按键便会切换成大写字母输入界面； 按下 " Ctrl "键、 "alt "键 或 " ctrl+alt "组合键， 键盘便会切换成控制命令输入界面。 但这种切换界面的方法需要 设置专门的按键， 界面组合的种类少， 不适用于手持电子设备。 Handheld electronic devices are small electronic devices that can be used by hand, such as tablet computers, mobile phones, mobile phones, PDAs, and handheld keyboards. Handheld electronic devices are generally small, lightweight, and portable, but at the same time have the problem of difficulty entering information. Currently, the input modes of the handheld electronic device include keyboard input, touch input, camera input, voice input, etc., but due to the small size and limited display area, a large number of different types of information input, usually need to use the keyboard. Or a special button to switch the input interface. Switching the input interface is more common on the keyboard of the computer. If you press the "Shift" button, the letter button will switch to the uppercase letter input interface; press the "Ctrl" button, "alt" button or "ctrl+alt" button. , the keyboard will switch to the control command input interface. However, this method of switching interfaces requires setting special buttons, and the types of interface combinations are small, and are not suitable for handheld electronic devices.
发明内容 Summary of the invention
本发明的目的是提供一种效率高、 使用方便的在手持电子设备上切换输入界面的方法 及其切换装置， 使手持电子设备的各种输入更方便、 更容易、 更简捷。 It is an object of the present invention to provide a method and a switching device for switching an input interface on a handheld electronic device with high efficiency and ease of use, which makes the various inputs of the handheld electronic device more convenient, easier, and simpler.
为实现上述目的， 本发明采用以下技术方案： To achieve the above object, the present invention adopts the following technical solutions:
本发明所述的一种在手持电子设备上切换输入界面的方法， 其特征在于包括如下步骤: 步骤 A:操作者手握手持电子设备，操作者的手指与手持电子设备的接触感应装置接触； 步骤 B: 手持电子设备的接触感应装置采集操作者手指接触信息； 步骤 C: 输入软件系统接 收并分析手指接触信息； 步骤 D: 输入软件系统根据手指接触信息选择切换输入界面， 并将 该输入界面输出到触摸显示装置； 步骤 E: 触摸显示装置接收触摸信息， 并将该触摸信息输 送到输入软件系统； 步骤 F: 输入软件系统根据选定的输入界面， 将触摸显示装置输入的信 息转化为输入的内容； 步骤 G: 输入软件将输入的内容输出到其它应用软件。 The method for switching an input interface on a handheld electronic device according to the present invention includes the following steps: Step A: The operator hands hold the electronic device, and the operator's finger contacts the contact sensing device of the handheld electronic device; Step B: The touch sensing device of the handheld electronic device collects operator finger contact information; Step C: The input software system receives and analyzes the finger contact information; Step D: The input software system selects a switching input interface according to the finger contact information, and the input interface is Outputting to the touch display device; Step E: Touching the display device to receive the touch information, and transmitting the touch information to the input software system; Step F: The input software system converts the information input by the touch display device into an input according to the selected input interface Content; Step G: The input software outputs the input content to other application software.
在步骤 B，接触感应装置所采集的操作者手指接触信息是是单个接触感应装置所采集的 手指接触信息或者多个接触感应装置所采集的手指接触信息的组合。 In step B, the operator finger contact information collected by the touch sensing device is a combination of finger contact information collected by a single touch sensing device or finger contact information collected by a plurality of contact sensing devices.
所述的一种在手持电子设备上切换输入界面的方法所使用的切换装置包括安装在手持 电子设备中的输入软件系统以及连接在手持电子设备的输入端的接触感应装置， 接触感应
装置是分布在手持电子设备的侧面或者背面的多个触摸感应片， 该触摸感应片为采集压感 信息或者触感信息的感应片， 分布在操作者手握手持电子设备时手指与设备接触的区域。 The switching device used in the method for switching an input interface on a handheld electronic device comprises an input software system installed in the handheld electronic device and a contact sensing device connected to the input end of the handheld electronic device, the contact sensing The device is a plurality of touch sensing sheets distributed on the side or the back of the handheld electronic device, and the touch sensing sheet is a sensing sheet for collecting pressure sensitive information or tactile information, and is distributed in an area where the finger contacts the device when the operator hands hold the electronic device. .
使用该方法以后， 可以实现手持电子设备的效率高输入， 使用更方便、 更容易、 更简 捷。 After using this method, high-efficiency input of the handheld electronic device can be realized, which is more convenient, easier, and simpler to use.
附图说明 DRAWINGS
图 1是本发明第一个优选实施例的使用状态示意图； Figure 1 is a schematic view showing the state of use of the first preferred embodiment of the present invention;
图 2是图 1实施例的第一输入界面示意图； 2 is a schematic diagram of a first input interface of the embodiment of FIG. 1;
图 3是图 1实施例的第二输入界面示意图； 3 is a schematic diagram of a second input interface of the embodiment of FIG. 1;
图 4是图 1实施例的第三输入界面示意图； 4 is a schematic diagram of a third input interface of the embodiment of FIG. 1;
图 5是图 1实施例的第四输入界面示意图； Figure 5 is a fourth input interface diagram of the embodiment of Figure 1;
图 6是图 1实施例的第五输入界面示意图； 6 is a schematic diagram of a fifth input interface of the embodiment of FIG. 1;
图 7是图 1实施例的第六输入界面示意图； 7 is a schematic diagram of a sixth input interface of the embodiment of FIG. 1;
图 8是图 1实施例的第七输入界面示意图； 8 is a schematic diagram of a seventh input interface of the embodiment of FIG. 1;
图 9是图 1实施例的第八输入界面示意图； 9 is a schematic diagram of an eighth input interface of the embodiment of FIG. 1;
图 10是本发明第二个优选实施例的使用状态示意图； Figure 10 is a schematic view showing the state of use of the second preferred embodiment of the present invention;
图 11是图 10实施例的第一输入界面示意图； 11 is a schematic diagram of a first input interface of the embodiment of FIG. 10;
图 12是图 10实施例的第二输入界面示意图； 12 is a schematic diagram of a second input interface of the embodiment of FIG. 10;
图 13是图 10实施例的第三输入界面示意图； 13 is a schematic diagram of a third input interface of the embodiment of FIG. 10;
图 14是图 10实施例的第四输入界面示意图； 14 is a schematic diagram of a fourth input interface of the embodiment of FIG. 10;
图 15是图 10实施例的第五输入界面示意图； 15 is a schematic diagram of a fifth input interface of the embodiment of FIG. 10;
图 16是本发明第三个优选实施例的使用状态示意图； Figure 16 is a schematic view showing the state of use of the third preferred embodiment of the present invention;
图 17是图 16实施例的第一输入界面示意图； 17 is a schematic diagram of a first input interface of the embodiment of FIG. 16;
图 18是图 16实施例的第二输入界面示意图； 18 is a schematic diagram of a second input interface of the embodiment of FIG. 16;
图 19是图 16实施例的第三输入界面示意图； 19 is a schematic diagram of a third input interface of the embodiment of FIG. 16;
图 20是图 16实施例的第四输入界面示意图； 20 is a schematic diagram of a fourth input interface of the embodiment of FIG. 16;
图 21是本发明第四个优选实施例的使用状态示意图； Figure 21 is a schematic view showing the state of use of the fourth preferred embodiment of the present invention;
图 22是图 21实施例的第一输入界面示意图； 22 is a schematic diagram of a first input interface of the embodiment of FIG. 21;
图 23是图 21实施例的第一输入界面另一示意图； 23 is another schematic diagram of the first input interface of the embodiment of FIG. 21;
图 24是图 21实施例的第二输入界面示意图； 24 is a schematic diagram of a second input interface of the embodiment of FIG. 21;
图 25是图 21实施例的第三输入界面示意图； 25 is a schematic diagram of a third input interface of the embodiment of FIG. 21;
图 26是图 21实施例的第三输入界面另一示意图；
图 27是图 21实施例的第四输入界面示意图。 Figure 26 is another schematic view of the third input interface of the embodiment of Figure 21; Figure 27 is a fourth input interface diagram of the embodiment of Figure 21;
具体实施方式 detailed description
下面结合附图和具体实施方式对本发明作进一步的描述。 The invention is further described below in conjunction with the drawings and specific embodiments.
本发明所述的一种在手持电子设备上切换输入界面的方法， 包括如下步骤： A method for switching an input interface on a handheld electronic device according to the present invention includes the following steps:
步骤 A:操作者手握手持电子设备，操作者的手指与手持电子设备的接触感应装置接触； 步骤 B: 手持电子设备的接触感应装置采集操作者手指接触信息； 步骤 C: 输入软件系统接 收并分析手指接触信息； 步骤 D: 输入软件系统根据手指接触信息选择切换输入界面， 并将 该输入界面输出到触摸显示装置； 步骤 E: 触摸显示装置接收触摸信息， 并将该触摸信息输 送到输入软件系统； 步骤 F: 输入软件系统根据选定的输入界面， 将触摸显示装置输入的信 息转化为输入的内容； 步骤 G: 输入软件将输入的内容输出到其它应用软件。 Step A: The operator hands hold the electronic device, and the operator's finger contacts the contact sensing device of the handheld electronic device; Step B: The touch sensing device of the handheld electronic device collects the operator's finger contact information; Step C: The input software system receives and Analyze finger contact information; Step D: The input software system selects a switching input interface according to the finger contact information, and outputs the input interface to the touch display device; Step E: Touching the display device to receive the touch information, and transmitting the touch information to the input software System; Step F: The input software system converts the information input by the touch display device into the input content according to the selected input interface; Step G: The input software outputs the input content to other application software.
在步骤 B，接触感应装置所采集的操作者手指接触信息是是单个接触感应装置所采集的 手指接触信息或者多个接触感应装置所采集的手指接触信息的组合。 In step B, the operator finger contact information collected by the touch sensing device is a combination of finger contact information collected by a single touch sensing device or finger contact information collected by a plurality of contact sensing devices.
这种在手持电子设备上切换输入界面的方法所使用的切换装置包括安装在手持电子设 备中的输入软件系统以及连接在手持电子设备的输入端的接触感应装置， 所采用的接触感 应装置是分布在分布在手持电子设备的侧面或者背面的多个触摸感应片， 该触摸感应片为 采集压感信息或者触感信息的感应片， 分布在操作者手握手持电子设备时手指与设备接触 的区域。 The switching device used in the method of switching an input interface on a handheld electronic device includes an input software system installed in the handheld electronic device and a contact sensing device connected to the input end of the handheld electronic device. The contact sensing device is distributed over A plurality of touch sensing sheets distributed on the side or the back of the handheld electronic device. The touch sensing sheet is a sensing sheet for collecting pressure sensitive information or tactile information, and is distributed in an area where the finger contacts the device when the operator hands hold the electronic device.
接触感应装置可以是机械按键、 轻触开关、 簧片开关、 压感电容、 压感电阻、 热敏传 感器、 光敏传感器、 红外传感器等， 可以感应到手指的压感信息或触感信息。 本发明所述 的手指与接触感应装置的接触信息是手指与接触感应装置接触的压感信息或触感信息， 在 同一时间， 手指与接触感应装置的接触信息集合为一组手指接触设备信息， 每组手指接触 设备信息可以是一个手指接触设备的信息， 也可以是多个手指接触设备的组合信息。 每组 手指接触设备信息的变换， 可以通过单个手指接触接触感应装置状态的变换实现， 也可以 通过多个手指接触感接触感应装置状态的组合变换实现。 单个手指与接触感应装置的接触 状态的变换方式有从非施压状态变换到施压状态， 或从施压状态变换到非施压状态， 或从 接触状态变换到非接触状态， 或从非接触状态变换到接触状态。 The contact sensing device can be a mechanical button, a tact switch, a reed switch, a pressure sensitive capacitor, a pressure sensitive resistor, a thermal sensor, a photosensor, an infrared sensor, etc., and can sense pressure sensitive information or tactile information of the finger. The contact information of the finger and the contact sensing device according to the present invention is pressure sensitive information or tactile information of the finger contacting the touch sensing device. At the same time, the contact information of the finger and the contact sensing device is a set of finger contact device information, and each The group finger contact device information may be information of one finger contacting the device, or may be combined information of multiple finger contact devices. The transformation of the information of each group of finger contact devices can be realized by a single finger touching the change of the state of the contact sensing device, or by a combined transformation of the state of the plurality of finger contact sensing devices. The change of the contact state between the single finger and the contact sensing device is changed from the non-pressure state to the pressure state, or from the pressure state to the non-pressure state, or from the contact state to the non-contact state, or from the non-contact state. The state changes to the contact state.
接触感应装置的设置方式有如下几种选择： a :根据手持电子设备操作者的手持习惯， 在操作者手持的状态下手指与设备接触的位置点安置接触感应装置， 每一个接触感应装置 都是一个独立的手指接触信息采集点； b :根据手持电子设备操作者的手持习惯， 在操作者 手持的状态下手指易与设备接触的位置区域安置由接触感应装置组成的接触感应带， 操作 者实际手持该设备时每一个手指与接触感应带接触的位置都是一个独立的手指接触信息采
集点； c :手持电子设备有外部部件， 根据操作者手持该设备和外部部件的组合体的手持习 惯， 在操作者手持的状态下手指与外部部件接触的位置点安置接触感应装置， 手持电子设 备外部部件上每一个接触感应装置都是一个独立的手指接触信息采集点； d：手持电子设备 有外部部件， 根据操作者手持该设备和外部部件的组合体的手持习惯， 在操作者手持的状 态下手指与外部部件接触的位置区域安置由接触感应装置组成的接触感应带， 操作者实际 手持该组合体时每一个手指与接触感应带接触的位置都是一个独立的手指接触信息采集 点。 The contact sensing device can be set in the following manners: a: According to the hand-held habit of the operator of the handheld electronic device, the contact sensing device is disposed at a position where the finger contacts the device in a state of being held by the operator, and each contact sensing device is An independent finger contact information collection point; b: according to the hand-held habit of the operator of the handheld electronic device, the contact sensing belt composed of the contact sensing device is disposed in a position area where the finger is easy to contact with the device in a state of being held by the operator, the operator actually The position where each finger touches the contact sensor belt when holding the device is an independent finger contact information. C: The handheld electronic device has an external component. According to the hand-held habit of the operator holding the combination of the device and the external component, the contact point is placed at a position where the finger contacts the external component in a state of being held by the operator, and the handheld electronic device is held. Each contact sensing device on the external component of the device is a separate finger contact information collection point; d: the handheld electronic device has external components, which are held by the operator according to the handheld habit of the operator holding the combination of the device and the external component. In the state where the finger is in contact with the external component, the contact sensing belt is formed by the contact sensing device. When the operator actually holds the assembly, the position where each finger contacts the contact sensing tape is an independent finger contact information collecting point.
上述手持电子设备的外部部件可以是设备机套、 可拆卸式键盘等， 外部部件通过安置 独立电源系统或使用手持电子设备电源系统的方式为接触感应装置提供电源， 通过有线或 无线的信号连接通道将接触感应装置的接触感应信息传输到手持电子设备。 The external components of the handheld electronic device may be a device casing, a detachable keyboard, etc., and the external components provide power to the contact sensing device by installing an independent power supply system or using a handheld electronic device power system, and connecting the channels through wired or wireless signals. The contact sensing information of the touch sensing device is transmitted to the handheld electronic device.
支持本发明的手持电子设备输入界面切换方法的输入软件系统具有如下的一个或者 多个特征： 包含有两个以上的输入界面； 能够接收并处理接触感应装置采集手指接触信息; 能够接收并处理主输入系统输入信息； 根据手指接触信息切换输入界面； 在已选定的输入 界面中， 将主输入系统输入的信息转化为输入的内容； 将输入的内容输出到其它应用软件 和显示系统； 在一套输入软件系统中， 一组手指接触信息只能定义对应一个输入界面， 一 个输入界面可以定义对应多组手指接触信息。 The input software system supporting the input interface switching method of the handheld electronic device of the present invention has one or more of the following features: comprising more than two input interfaces; capable of receiving and processing contact sensing devices to collect finger contact information; capable of receiving and processing the main Input system input information; switch input interface according to finger contact information; convert input information of main input system into input content in selected input interface; output input content to other application software and display system; In the input software system, a set of finger contact information can only define one input interface, and one input interface can define corresponding multiple sets of finger contact information.
根据输入系统的实际需要， 输入软件开发人员或操作者可以在输入软件系统里定义输 入界面的数量和每个输入界面的内容， 以及定义每个输入界面与各组手指接触信息之间的 对应关系。 通过手指接触信息的变换， 使输入系统的输入界面进行切换。 According to the actual needs of the input system, the input software developer or operator can define the number of input interfaces and the content of each input interface in the input software system, and define the correspondence between each input interface and each group of finger contact information. . The input interface of the input system is switched by the change of the finger contact information.
输入界面切换方法实施例 1 : 如图 1-图 9所示， 本实施例采用的手持电子设备上切换 输入界面的方法所使用的切换装置，包括安装在手持电子设备中的输入软件系统以及连接 在手持电子设备的输入端的接触感应装置，该接触感应装置是分布在手持电子设备的侧面 的 3个触摸感应片或按键， 该触摸感应片为采集压感信息或者触感信息的感应片， 触摸感 应片或按键分布在操作者手握手持电子设备时中指 F1、无名指 F2和小拇指 F3与设备接触 的区域。 Input interface switching method Embodiment 1: As shown in FIG. 1 to FIG. 9 , the switching device used in the method for switching the input interface on the handheld electronic device used in the embodiment includes an input software system and a connection installed in the handheld electronic device. a touch sensing device at the input end of the handheld electronic device, the touch sensing device being three touch sensing sheets or buttons distributed on the side of the handheld electronic device, the touch sensing sheet being a sensing sheet for collecting pressure sensitive information or tactile information, and touch sensing The patch or button is distributed over the area where the middle finger F1, the ring finger F2, and the little finger F3 are in contact with the device when the operator hands hold the electronic device.
本实施例使用了三个手指定义了八组手指接触信息， 并对应着定义了八个输入界面， 并将输入常用的字符、 命令分拆到这八个输入界面中。 如图 2所示， 在正常的握持设备的 情况下， 操作者的中指 Fl、无名指 F2和小拇指 F3分别与第一切换键 Bl、第二切换键 B2、 第三切换键 B3接触，输入界面处于第一输入界面 Al，第一输入界面 A1中从上到下依次是 取消键 "©"、 向上的导航键 "† "、 阿拉伯数字 "0"、 向左的导航键 "一"、确认键 "0K"、 向右的导航键 "→"、 电话拨出键、 向下的导航键 " "、 电话挂断键这九个键位； 如图 3
所示， 在同时松开中指、 无名指和小拇指后， 中指、 无名指和小拇指分别与三个切换键由 接触状态变换为非接触状态，手持电子设备的输入界面便会切换到第二输入界面 A2，第二 输入界面 A2中从上到下依次是 1-9九个阿拉伯数字键； 如图 4所示， 在松开中指后， 中 指与第一切换键 B1 由接触状态变换为非接触状态， 手持电子设备的输入界面便会切换到 第三输入界面 B3，第三输入界面 B3中从上到下依次是英文字母 "Q"、 "W"、 "E"、 "A"、 "S"、 "D"、 "Z"、 "V,、 "C" 这九个键位； 如图 5所示， 在松开无名指后， 无名指与第二切换 键 B2由接触状态变换为非接触状态，手持电子设备的输入界面便会切换到第四输入界面， 第四输入界面中从上到下依次是英文字母 "R"、 "T"、 "Y"、 "F"、 "G"、 "H"、 "V"、 "B"、 "N" 这九个键位； 如图 6所示， 在松开小拇指后， 小拇指与第三切换键 B3由接触状态变换为 非接触状态， 手持电子设备的输入界面便会切换到第五输入界面， 第五输入界面中从上到 下依次是英文字母 "U"、 T、 "0"、 "J"、 "K"、 "L"、 "Μ"键以及空格键、 英文字母 "Ρ" 键； 如图 7所示， 在同时松开中指和无名指后， 中指和无名指分别与第一切换键 Bl、第二 切换键 Β2 由接触状态变换为非接触状态， 手持电子设备的输入界面便会切换到第六输入 界面， 第六输入界面中从上到下依次是引号 " " "、 下划线 " - "、 冒号 "："、 分号 "；"、 功能键 "更多符号"、 惊叹号 "！"、 问号 "？ "、 逗号 "，"、 句号 ". " 这九个键位； 如图 8所示， 在同时松开无名指和小拇指后， 无名指和小拇指分别与第二切换键 Β2、 第三切换 键 Β3处由接触状态变换为非接触状态， 手持电子设备的输入界面便会切换到第七输入界 面， 第七输入界面中从上到下依次是退出键" ESC"、回退键 "BACKSPACE "、回车键 "ENTER"、 插入键 " INS"、 文件头 "HOME", 向上翻页键 " PAGE UP "、 删除键 "DEL"、 文件尾 "END "、 向下翻页键 " PAGE DOWN" 这九个键位； 如图 9所示， 在同时松开中指和小拇指后， 中指 和小拇指分别与第一切换键 Bl、 第三切换键 B3处由接触状态变换为非接触状态， 手持电 子设备的输入界面便会切换到第八输入界面， 第八输入界面中从上到下依次是剪切 "剪 切"、 粘贴 "粘贴"、 复制 "复制"、 撤消 "撤消"、 恢复 "恢复"、 删除 "删除"、 清空 "清 空"、 查找 "查找"、 全选 "全选"这九个常用功能快捷键。 This embodiment uses three fingers to define eight sets of finger contact information, and correspondingly defines eight input interfaces, and splits commonly used characters and commands into the eight input interfaces. As shown in FIG. 2, in the case of a normal holding device, the middle finger F1, the ring finger F2 and the little finger F3 of the operator are respectively in contact with the first switching key B1, the second switching key B2, and the third switching key B3, and the input interface In the first input interface A1, the first input interface A1 is a cancel key "©", an upward navigation key "†", an Arabic numeral "0", a left navigation key "one", and a confirmation key from top to bottom. "0K", right navigation key "→", telephone dialing button, down navigation key "", phone hang up button, these nine keys; As shown, after releasing the middle finger, the ring finger and the little finger at the same time, the middle finger, the ring finger and the little finger respectively change from the contact state to the non-contact state, and the input interface of the handheld electronic device switches to the second input interface A2. In the second input interface A2, there are 1-9 nine Arabic numeral keys from top to bottom; as shown in FIG. 4, after the middle finger is released, the middle finger and the first switching key B1 are changed from the contact state to the non-contact state, and the hand is held. The input interface of the electronic device will switch to the third input interface B3. The third input interface B3 is English letters "Q", "W", "E", "A", "S", "from top to bottom". The nine keys of D", "Z", "V," and "C"; as shown in Fig. 5, after the ring finger is released, the ring finger and the second switching key B2 are changed from the contact state to the non-contact state, and the handheld electronic The input interface of the device will switch to the fourth input interface. The fourth input interface is English letters "R", "T", "Y", "F", "G", "H" from top to bottom. "V", "B", "N" these nine keys; as shown in Figure 6, after releasing the little finger, the little finger and the third cut The key change B3 is changed from the contact state to the non-contact state, and the input interface of the handheld electronic device is switched to the fifth input interface. In the fifth input interface, the English letters "U", T, "0" are in order from top to bottom. "J", "K", "L", "Μ" keys and space bar, the English letter "Ρ"key; as shown in Figure 7, after releasing the middle finger and the ring finger at the same time, the middle finger and the ring finger respectively switch with the first The key B1 and the second switching key Β2 are changed from the contact state to the non-contact state, and the input interface of the handheld electronic device is switched to the sixth input interface. The sixth input interface is quotation marks "" and "underline" from top to bottom. - ", colon": ", semicolon";", function key "more symbols", exclamation mark "!", question mark "?", comma ",", period "." These nine keys; As shown, after the ring finger and the little finger are released at the same time, the ring finger and the little finger are respectively changed from the contact state to the non-contact state by the second switching key Β2 and the third switching key Β3, and the input interface of the handheld electronic device is switched to the seventh state. Input interface, the seventh input interface is from top to bottom Exit key "ESC", back key "BACKSPACE", enter key "ENTER", insert key "INS", file header "HOME", page up key "PAGE UP", delete key "DEL", file tail" END ", page down button "PAGE DOWN" these nine keys; as shown in Figure 9, after releasing the middle finger and the little finger at the same time, the middle finger and the little finger are respectively associated with the first switch button B1 and the third switch button B3 From the contact state to the non-contact state, the input interface of the handheld electronic device switches to the eighth input interface, and the eighth input interface is cut "cut", paste "paste", copy "copy" from top to bottom. ", Undo "Undo", Restore "Restore", Delete "Delete", Clear "Empty", Find "Find", Select All" Select All" shortcuts.
这八个输入界面各定义九个常用字符或功能键， 共 72个键位， 包含了手持电子设备中 常用的导航键、 阿拉伯数字、 英文字母以及若干控制键。 分布合理、 效率高， 有利于提高 输入效率、 减少误差。 Each of the eight input interfaces defines nine common characters or function keys, a total of 72 keys, including navigation keys, Arabic numerals, English letters, and several control keys commonly used in handheld electronic devices. Reasonable distribution and high efficiency are conducive to improving input efficiency and reducing errors.
输入界面切换方法实施例 2:： 如图 10-15所示， 本实施例使用了操作者的五个手指定 义了五组手指接触信息， 分别是大拇指 Fl l、食指 F12、 中指 F13、无名指 F14、小拇指 F15， 与这五个手指对应的位置， 分别对应着五个机械按键或触摸键， 这五个机械按键或触摸键 对应着五个触摸屏手写输入系统界面， 分别定义了中文 "中文"、 英文 "英文"、 数字 "数
字"、 符号 "符号"、 控制 "控制"这五个触摸屏手写输入系统界面。 如图 11所示， 在松开 大拇指 F11后， 大拇指 F11与中文 "中文"键由接触状态变换为非接触状态， 手持电子设 备便会切换到名为 "中文" 的中文手写输入界面， 即第一输入界面， 在第一输入界面， 默 认手写屏幕接收的输入信息都是汉字信息， 输入软件系统在识别信息的时候也只识别汉字； 如图 12所示， 在松开食指 F12后， 食指 F12与英文 "英文 "键由接触状态变换为非接触状 态， 手持电子设备便会切换到英文手写输入界面， 此时， 默认手写屏幕接收的输入信息都 是英文信息，输入软件系统在识别信息的时候也只识别英文；如图 13所示，在松开中指 F13 后， 中指 F13与数字 "数字"键由接触状态变换为非接触状态， 手持电子设备便会切换到 数字手写输入界面， 此时， 默认手写屏幕接收的输入信息都是数字信息， 输入软件系统在 识别信息的时候也只识别数字；如图 14所示，在松开无名指 F14后，无名指 F14与符号 "符 号"键由接触状态变换为非接触状态， 手持电子设备便会切换到符号手写输入界面， 此时， 默认手写屏幕接收的输入信息都是符号信息， 输入软件系统在识别信息的时候也只识别符 号； 如图 15所示， 在松开小拇指 F15后， 小拇指 F15与控制 "控制"键由接触状态变换为 非接触状态， 手持电子设备便会切换到命令动作输入界面， 此时， 默认手写屏幕接收的输 入信息都是命令动作， 输入软件系统在识别信息的时候也只识别命令动作。 Input interface switching method Embodiment 2: As shown in FIG. 10-15, this embodiment uses five fingers of the operator to define five sets of finger contact information, namely, a thumb Fl l, an index finger F12, a middle finger F13, and a ring finger. F14, small thumb F15, corresponding to the five fingers, respectively, corresponding to five mechanical buttons or touch buttons, these five mechanical buttons or touch buttons correspond to five touch screen handwriting input system interface, respectively define the Chinese "Chinese" , English "English", number "number The five touch screen handwriting input system interface of the word ", symbol" symbol, control "control". As shown in Figure 11, after releasing the thumb F11, the thumb F11 and the Chinese "Chinese" key are changed from contact state to non- In the contact state, the handheld electronic device will switch to the Chinese handwriting input interface named "Chinese", that is, the first input interface. In the first input interface, the input information received by the default handwriting screen is Chinese character information, and the input software system recognizes When the information is used, only the Chinese characters are recognized; as shown in Fig. 12, after the index finger F12 is released, the index finger F12 and the English "English" key are changed from the contact state to the non-contact state, and the handheld electronic device switches to the English handwriting input interface. At this time, the input information received by the default handwriting screen is English information, and the input software system only recognizes the English when identifying the information; as shown in FIG. 13, after releasing the middle finger F13, the middle finger F13 and the digital "number" key are When the contact state is changed to the non-contact state, the handheld electronic device switches to the digital handwriting input interface. At this time, the input information received by the default handwriting screen is Digital information, the input software system only recognizes the number when identifying the information; as shown in Figure 14, after the ring finger F14 is released, the ring finger F14 and the symbol "symbol" key are changed from the contact state to the non-contact state, and the handheld electronic device is Switch to the symbol handwriting input interface. At this time, the input information received by the default handwriting screen is symbol information. The input software system only recognizes the symbol when identifying the information; as shown in Figure 15, after releasing the little finger F15, the little finger The F15 and the control "control" key are changed from the contact state to the non-contact state, and the handheld electronic device switches to the command action input interface. At this time, the input information received by the default handwriting screen is a command action, and the input software system recognizes the information. Only the command action is recognized at the time.
输入界面切换方法实施例 3: 如图 16— 20所示， 本实施例在手持电子设备的两个边角 处安置了两个感应压力的按键 F21、 F22, 使用了操作者的两个食指定义了四组手指施压感 应信息， 对应着定义了四个触摸屏输入系统界面。 如图 17所示， 在正常的手持设备的状态 下， 操作者的两个食指都没有按压在按键 F21、 F22上， 输入界面处于第一输入界面， 这时， 触摸显示屏上从上到下依次显示的是复制键 "复制"、 中文标点符号键 "中文标点"、 退格 键 "一退格"、 撤消键 "撤消"、 剪切键 "剪切"、 英文标点符号键 "英文标点"、 向上的导 航键 "† "、 回车键 " ENTER"、 恢复键 "恢复"、 粘贴键 "粘贴"、 向左的导航键 "一"、 向 下的导航键" "、 向右的导航键"→"、 删除键 "删除"， 用手指或书写笔点按相应的位置， 则执行相应的命令。 如图 18所示， 操作者的两个食指同时按压在按键 F21、 F22上， 输入 界面处于第二输入界面， 这时， 触摸显示屏上从上到下依次显示的是阿拉伯数字 " 1 "、 " 2 "、 " 3 "、 "0"、 加号 " + "、 阿拉伯数字 "4"、 " 5 "、 "6 "、 句号 " . "减号 " -"、 阿拉伯数字 " 7 "、 "8 "、 "9"、 米字键 "*"、 左斜线 "/"， 用手指或书写笔点按相应的位置， 则执行相应的命 令或输入相应的符号或数字。 如图 19所示， 操作者的左手食指按压在按键 F21上， 而右手 食指松开时， 输入界面处于第三输入界面， 这时， 触摸显示屏上从上到下依次显示的是英 文字母 "Q，，、 "W，，、 "E，，、 "R，，、 "T，，、 "A，，、 "S，，、 "D，，、 "F，，、 "G，，、 "Z，，、 "X，，、 "C，，、 "V，，、 "B"， 用手指或书写笔点按相应的位置， 则输入相应的字母。 如图 20所示， 操作者的右手食指按
压在按键 F22上， 而左手食指松开时， 输入界面处于第四输入界面， 这时， 触摸显示屏上 从上到下依次显示的是英文字母 "Y"、 "U"、 T、 "0"、 "Ρ"、 "Η"、 " J"、 "Κ"、 "L "、 分号 "；"、 空格键、 英文字母 "N"、 "M"、 逗号 "，"、 句号 "· "， 用手指或书写笔点按相应的 位置， 则输入相应的符号或字母。 Input interface switching method Embodiment 3: As shown in FIG. 16-20, in this embodiment, two sensing pressure buttons F21 and F22 are disposed at two corners of the handheld electronic device, and two index finger definitions of the operator are used. Four sets of finger pressure sensing information are defined, corresponding to four touch screen input system interfaces. As shown in FIG. 17, in the state of the normal handheld device, the two index fingers of the operator are not pressed on the buttons F21 and F22, and the input interface is at the first input interface. At this time, the touch screen is displayed from top to bottom. The copy key "Copy", Chinese punctuation key "Chinese punctuation", backspace key "one backspace", undo key "undo", cut key "cut", English punctuation key "English punctuation" are displayed in order. , up navigation key "†", enter key "ENTER", recovery key "restore", paste key "paste", left navigation key "one", down navigation key "", right navigation key "→", delete the key "Delete", and press the corresponding position with your finger or a pen to execute the corresponding command. As shown in FIG. 18, the two index fingers of the operator are simultaneously pressed on the buttons F21 and F22, and the input interface is at the second input interface. At this time, the Arabic numeral "1" is displayed from top to bottom on the touch display screen. "2", "3", "0", plus "+", Arabic numerals "4", "5", "6", period "." minus "-", Arabic numerals "7", "8 ", "9", the rice key "*", the left diagonal line "/", click the corresponding position with your finger or a pen, then execute the corresponding command or enter the corresponding symbol or number. As shown in FIG. 19, the operator's left index finger is pressed on the button F21, and when the right index finger is released, the input interface is at the third input interface. At this time, the English characters are displayed on the touch display screen from top to bottom. Q,,,"W,,,"E,,,"R,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, Z,,, "X,,,""C,,""V,,,"B", use your finger or pen to click the corresponding position, then enter the corresponding letter. As shown in Figure 20, the operator's right index finger presses Pressed on button F22, and the left hand index finger is released, the input interface is in the fourth input interface. At this time, the English letters "Y", "U", T, "0" are displayed in order from top to bottom on the touch screen. ", "Ρ", "Η", "J", "Κ", "L", semicolon ";", space bar, English letter "N", "M", comma ",", period "·" , Tap the corresponding position with your finger or a pen, and enter the corresponding symbol or letter.
输入界面切换方法实施例 4:： 如图 21-27所示， 使用了两个操作键 F31、 F32定义了四 组手指接触信息， 这两个按键位于手持电子设备的右上角边缘处， 分别与操作者手握设备 时的左手的食指和中指相对应， 这四组手指接触信息对应着定义了卷动、 拖曳、 縮放、 旋 转四个触摸屏浏览输入系统界面。 如图 22、 23所示， 在正常的手持设备的情况下， 操作者 的左手的食指和中指同时按压在操作键 F31、 F32上， 此时， 输入界面处于第一界面， 操作 者可以通过触摸屏进行普通的浏览， 如图 22。也可以用手指或手写笔水平地划过浏览窗口， 对浏览界面中的图标进行卷动操作， 如图 23; 如图 24所示， 在同时松开食指和中指对应的 操作键 F31、 F32后， 输入界面便会切换到第二输入界面， 此时可以用手指或手写笔对浏览 界面进行拖曳操作； 如图 25、 26所示， 在松开食指对应的操作键 F31后， 手持电子设备的 触摸输入界面便会切换到第三界面， 此时如果用手指或书写笔从上到下倾斜地划过屏幕， 就可以对浏览界面进行如图 25所示的縮小操作， 反之， 如果或如图从下到上倾斜地划过屏 幕， 就可以对浏览界面进行如图 26所示的放大操作； 如图 27所示， 在松开中指对应的操 作键 F32后， 手持电子设备的触摸输入界面便会切换到第四界面， 此时如果用手指或书写 笔在屏幕上顺时针或逆时针地画圈， 就可以对触摸界面进行旋转操作。 上述这些具体的操 作的实现方式为公知技术， 本发明的内容仅涉及输入界面的切换， 因此对上述操作的实现 不做进一步的描述。 Input interface switching method embodiment 4:: As shown in Fig. 21-27, two operation keys F31 and F32 are used to define four sets of finger contact information, which are located at the upper right edge of the handheld electronic device, respectively The index finger of the left hand corresponds to the middle finger when the operator holds the device. The four sets of finger contact information correspond to four touch screen browsing input system interfaces that define scrolling, dragging, zooming, and rotating. As shown in FIG. 22 and FIG. 23, in the case of a normal handheld device, the index finger and the middle finger of the left hand of the operator are simultaneously pressed on the operation keys F31 and F32. At this time, the input interface is in the first interface, and the operator can pass the touch screen. Perform a normal browsing, as shown in Figure 22. You can also use the finger or stylus to horizontally traverse the browsing window to scroll the icon in the browsing interface, as shown in Figure 23. As shown in Figure 24, after simultaneously releasing the operation keys F31 and F32 corresponding to the index finger and the middle finger. The input interface will switch to the second input interface. At this time, the browsing interface can be dragged with a finger or a stylus; as shown in FIGS. 25 and 26, after the operation key F31 corresponding to the index finger is released, the handheld electronic device is The touch input interface will switch to the third interface. At this time, if the screen is tilted obliquely from top to bottom with a finger or a writing pen, the browsing interface can be reduced as shown in FIG. 25, and vice versa. By sliding the screen obliquely from bottom to top, the browsing interface can be enlarged as shown in FIG. 26; as shown in FIG. 27, after the corresponding operation key F32 of the middle finger is released, the touch input interface of the handheld electronic device is It will switch to the fourth interface. If you use your finger or a pen to draw a circle clockwise or counterclockwise on the screen, you can rotate the touch interface. The implementation of these specific operations is a well-known technique, and the content of the present invention relates only to the switching of the input interface, and therefore the implementation of the above operation will not be further described.
手持电子设备输入系统的输入方式有触摸输入、 按键输入、 摄像输入、 语音输入。 输 入界面的内容有字符、 命令、 轨迹、 动作、 影像等。 The input methods of the handheld electronic device input system include touch input, key input, camera input, and voice input. The contents of the input interface are characters, commands, tracks, actions, images, and so on.
在使用摄像头进行输入时， 可以把摄像头输入界面分为高分辨率摄像输入界面， 中分 辨率摄像输入界面， 低分辨率摄像输入界面， 文字识别输入界面， 识别手势命令输入界面 等。 使用语音进行输入时， 可以把语音输入界面分为汉语识别输入界面、 英语识别输入界 面、 语音命令输入界面和语音文本输入界面等。
When using the camera for input, the camera input interface can be divided into a high-resolution camera input interface, a mid-resolution camera input interface, a low-resolution camera input interface, a text recognition input interface, and a gesture command input interface. When using voice input, the voice input interface can be divided into a Chinese recognition input interface, an English recognition input interface, a voice command input interface, and a voice text input interface.
Claims
1、 一种在手持电子设备上切换输入界面的方法， 其特征在于包 括如下步骤： What is claimed is: 1. A method of switching an input interface on a handheld electronic device, comprising the steps of:
步骤 A: 操作者手握手持电子设备， 操作者的手指与手持电子设 备的接触感应装置接触； 步骤 B: 手持电子设备的接触感应装置采集 操作者手指接触信息； 步骤 C: 输入软件系统接收并分析手指接触信 息； 步骤 D: 输入软件系统根据手指接触信息选择切换输入界面， 并 将该输入界面输出到触摸显示装置； 步骤 E: 触摸显示装置接收触摸 信息， 并将该触摸信息输送到输入软件系统； 步骤 F: 输入软件系统 根据选定的输入界面， 将触摸显示装置输入的信息转化为输入的内 容； 步骤 G: 输入软件将输入的内容输出到其它应用软件。 Step A: The operator hands hold the electronic device, and the operator's finger contacts the contact sensing device of the handheld electronic device; Step B: The touch sensing device of the handheld electronic device collects the operator's finger contact information; Step C: The input software system receives and Analyze finger contact information; Step D: The input software system selects a switching input interface according to the finger contact information, and outputs the input interface to the touch display device; Step E: Touching the display device to receive the touch information, and transmitting the touch information to the input software System; Step F: The input software system converts the information input by the touch display device into the input content according to the selected input interface; Step G: The input software outputs the input content to other application software.
2、 根据权利要求 1所述的一种在手持电子设备上切换输入界面 的方法， 其特征在于： 在步骤 B , 接触感应装置所采集的操作者手指 接触信息是是单个接触感应装置所采集的手指接触信息或者多个接 触感应装置所采集的手指接触信息的组合。 2. The method of switching an input interface on a handheld electronic device according to claim 1, wherein: in step B, the operator finger contact information collected by the touch sensing device is collected by a single touch sensing device. A combination of finger contact information or finger contact information collected by a plurality of touch sensing devices.
3、 如权利要求 1或 2所述的一种在手持电子设备上切换输入界 面的方法所使用的切换装置，包括安装在手持电子设备中的输入软件 系统以及连接在手持电子设备的输入端的接触感应装置， 其特征在 于：所述的接触感应装置是分布在手持电子设备的侧面或者背面的多 个触摸感应片， 该触摸感应片为采集压感信息或者触感信息的感应 片， 分布在操作者手握手持电子设备时手指与设备接触的区域。
3. A switching device for use in a method of switching an input interface on a handheld electronic device as claimed in claim 1 or 2, comprising an input software system installed in the handheld electronic device and a contact connected to the input of the handheld electronic device The sensing device is characterized in that: the touch sensing device is a plurality of touch sensing sheets distributed on the side or the back of the handheld electronic device, and the touch sensing sheet is a sensing sheet for collecting pressure sensitive information or tactile information, and is distributed to the operator. The area where the finger touches the device while holding the electronic device.
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| CN101464779A (en) * | 2009-01-13 | 2009-06-24 | 聂清永 | Method and apparatus for switching input interface on hand-hold electronic equipment |
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| CN102760026A (en) * | 2011-04-27 | 2012-10-31 | 阿里巴巴集团控股有限公司 | Touch screen interface display method and device, and touch screen apparatus |
| CN104967739A (en) * | 2015-06-12 | 2015-10-07 | 努比亚技术有限公司 | Alarm clock pressing implementation method for terminal, and terminal |
| CN107783435A (en) * | 2017-10-09 | 2018-03-09 | 中联重机股份有限公司 | A kind of agricultural machinery tele-control system, control method and tractor |
| CN111180223A (en) * | 2020-01-18 | 2020-05-19 | 惠州华阳通用电子有限公司 | Integrated key switching device |
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| CN101464779A (en) | 2009-06-24 |
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