WO2014180349A1 - Method for realizing operation through swing and terminal - Google Patents

Method for realizing operation through swing and terminal Download PDF

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Publication number
WO2014180349A1
WO2014180349A1 PCT/CN2014/077171 CN2014077171W WO2014180349A1 WO 2014180349 A1 WO2014180349 A1 WO 2014180349A1 CN 2014077171 W CN2014077171 W CN 2014077171W WO 2014180349 A1 WO2014180349 A1 WO 2014180349A1
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WO
WIPO (PCT)
Prior art keywords
operated
module
mobile terminal
determining
sub
Prior art date
Application number
PCT/CN2014/077171
Other languages
French (fr)
Chinese (zh)
Inventor
黎爽
Original Assignee
中兴通讯股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 中兴通讯股份有限公司 filed Critical 中兴通讯股份有限公司
Publication of WO2014180349A1 publication Critical patent/WO2014180349A1/en

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Classifications

    • 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
    • G06F3/017—Gesture based interaction, e.g. based on a set of recognized hand gestures
    • 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
    • G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
    • G06F3/033—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor
    • G06F3/0346—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor with detection of the device orientation or free movement in a 3D space, e.g. 3D mice, 6-DOF [six degrees of freedom] pointers using gyroscopes, accelerometers or tilt-sensors

Definitions

  • the present invention relates to the field of electronics, and in particular, to a method and a terminal for implementing operations by swaying.
  • BACKGROUND With the popularization of smart mobile devices, such as smart phones, tablets, and pos machines, the functions of smart mobile devices are becoming more and more, and tend to be in a state of completeness. At this time, users will pay more and more attention to the fun of mobile devices.
  • the operation of the file in the terminal is usually implemented by using a touch screen. For example, when the user wants to delete a certain short message, the user needs to click the selected short message and then in the function menu interface that appears.
  • the main technical problem to be solved by the embodiments of the present invention is to provide a method and a terminal for implementing operations by swaying, and solving the problem that the existing operation mode is single and the satisfaction of the user experience is reduced.
  • the present invention provides a method for implementing an operation by squeezing, comprising: determining an object to be operated in a mobile terminal; detecting whether the mobile terminal is swayed, and if so, performing corresponding to the operation object Operation.
  • detecting whether the mobile terminal is triggered comprises: determining whether an absolute value of the acceleration of the mobile terminal in at least one direction is greater than a set threshold, and if yes, determining that the mobile terminal is activated .
  • determining the to-be-operated object in the mobile terminal includes: selecting or opening an object in the mobile terminal, where the object is determined to be an object to be operated.
  • the operation performed on the operation object when determining that the manner of the object to be operated in the mobile terminal is selected, includes at least one of opening, deleting, or popping up a next-level operation menu;
  • the operation to be performed on the object includes at least one of closing, deleting, or popping up the next-level operation menu.
  • the operation object includes at least one of a short message, a multimedia message, a contact information, a call record, an email, a notepad, a memo, a picture, a video, a music, a recording, and an application.
  • the operation to be performed on the operation object when the object to be operated includes contact information, the operation to be performed on the operation object further includes at least one of editing and dialing a contact's phone; when the object to be operated includes a short message, When at least one of the MMS and the call record is used, the operation to be performed on the operation object further includes at least one of editing and extracting key information; and when the object to be operated includes a short message, a multimedia message, or an email, the operation performed on the operation object is further performed. Including at least one of editing and forwarding.
  • the method further includes: establishing a correspondence between the number of times the mobile terminal is activated and the operation; and detecting whether the mobile terminal is moved, and detecting whether there is a new operation before the operation object is operated
  • the turbulent operation if any, the cumulative number of turbulences; determines the operation to be performed on the object to be manipulated based on the number of final turbulences and the corresponding relationship.
  • the embodiment of the invention further provides a mobile terminal that realizes operation by swaying, the mobile terminal includes a control module, a motion behavior sensing module and a baseband chip; the control module is configured to determine an object to be operated, and notify the motion behavior sensing through the baseband chip The module starts to detect the motion behavior of the mobile terminal, and is further configured to perform corresponding operations on the operation object after receiving the notification information sent by the motion behavior sensing module; the motion behavior sensing module is configured to start detecting the movement after receiving the baseband chip. After the command of the terminal motion condition, it starts to detect whether the mobile terminal is shaken, and if so, notifies the control module.
  • the determining, by the control module, the object to be operated comprises: selecting or opening an object in the mobile mobile terminal, the object being determined as the object to be operated.
  • the operation performed by the control module on the operation object includes at least one of opening, deleting, or popping up the next-level operation menu;
  • the operation of the control module to the operation object includes at least one of closing, deleting, or popping up the next-level operation menu.
  • the embodiment of the present invention further provides another mobile terminal that implements operation by shaking
  • the mobile terminal includes an object determining module, a detecting module, and an operation module;
  • the object determining module is configured to determine an object to be operated, and after determining the object to be operated
  • the detection module is configured to detect whether the mobile terminal is shaken, and notify the operation module after detecting the shaking;
  • the operation module is configured to perform a corresponding operation on the object to be operated.
  • the object determining module further includes: selecting a sub-module or opening the sub-module; the selecting sub-module is configured to determine an object to be operated by using a selected manner; and the opening sub-module is set to be determined by being opened Operation object.
  • the operating module when the object determining module includes the selecting submodule, the operating module further includes at least one of an open operation submodule, a delete operation submodule, or a popup lower level operation menu submodule;
  • the operating module when the object determining module includes the opening submodule, the operating module further includes at least one of a closing operation submodule, a deletion operation submodule, or a popup lower level operation menu submodule; the closing operation submodule is set to close the to be operated object;
  • the operation sub-module is set to open the object to be operated;
  • the deletion operation sub-module is set to delete the object to be operated; pop-up the next-level operation menu sub-module is set to pop up the next-level operation menu.
  • the beneficial effects of the embodiments of the present invention are: The method for implementing the operation by the swaying provided by the embodiment of the present invention, and the mobile terminal, after determining the object to be operated in the mobile mobile terminal, by detecting whether the mobile mobile terminal is swayed, if yes, Then, the operation object is operated correspondingly; therefore, the invention can realize the operation of the operation object by shaking, and can improve the satisfaction of the user experience and the operation time compared with the traditional operation of the operation object through the touch screen.
  • interesting. 1 is a schematic flowchart of a method according to Embodiment 1 of the present invention
  • FIG. 2 is a schematic flowchart of a method according to Embodiment 2 of the present invention
  • FIG. 1 is a schematic flowchart of a method according to Embodiment 1 of the present invention
  • FIG. 2 is a schematic flowchart of a method according to Embodiment 2 of the present invention
  • FIG. 1 is a schematic flowchart of a method according to
  • Embodiment 3 is a schematic flowchart of a method according to Embodiment 3 of the present invention
  • FIG. 5 is a schematic flowchart of a method according to Embodiment 5 of the present invention
  • FIG. 6 is a schematic structural diagram of a terminal according to Embodiment 6 of the present invention
  • FIG. 8 is a schematic structural diagram of another terminal according to Embodiment 7 of the present invention.
  • the method mainly includes: Step S101: Start; Step S102: Determine an object to be operated in the mobile terminal; Step S103: Detecting whether the mobile terminal is swayed, if it is detected to be swayed, proceeding to step S104, if no sway is detected, then jumping to step S105; step S104: performing a corresponding operation on the object to be operated; step S105: ending .
  • the specific manner of determining the object to be operated in the mobile terminal is: When an object in the mobile terminal is selected or opened, the object is determined as the object to be operated.
  • the operation to be performed on the operation object includes opening, deleting, or popping up the next-level operation menu, etc.; determining the manner of the object to be operated in the mobile terminal
  • the operations to be performed on the operation object include closing, deleting, or popping up the next-level operation menu. That is to say, when the object to be operated is selected, after the terminal is shaken, the operation to be performed on the operation object may be opened or deleted, or the next operation menu may be popped up after the terminal is shaken.
  • the first-level operation menu is used to let the user select the specific operation to be performed on the operation object.
  • the operation to be performed on the operation object may be closed or deleted, or the next operation menu may be popped up after the terminal is shaken, and the next level menu is equivalent.
  • the contents of the list can be determined according to the type of file selected or opened. For example, the user selects the contact information, and the operation list includes dialing a call, sending a short message, forwarding a business card, deleting, copying, etc. for the user to select; when the user selects a picture, the operation list includes deleting, sharing, beautifying, and the like. And there is no call, text message, etc. that cannot be performed on the picture.
  • the operation object in this embodiment includes at least one of a short message, a multimedia message, a contact information, a call record, an email, a notepad, a memo, a picture, a video, a music, a recording, an application, and the like.
  • the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing (when determining the manner of the object to be operated is open), editing, Forwarding, extracting key information, making a call, replying, etc.; when the object to be operated is contact information, the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing (when determining The way to operate the object is to open, edit, forward, make a call, send a text message, etc.; when the object to be operated is a call record,
  • the operations performed on the action object can be delete, open (when the way to determine the object to be operated is selected), close (when the way to determine the object to be operated is open), edit, add to contact, make a call, send a text message
  • the object to be operated is an email
  • the operation to be performed on the operation object may be deletion, opening (when determining the manner of
  • the mobile terminal it is also possible to establish a correspondence between the number of times the mobile terminal is activated and the operation; after detecting that the mobile terminal is moved, before detecting the operation object, detecting whether there is a new smashing operation, if any, accumulating The number of times; determines the operation to be performed on the object according to the final number of times of turbulence and correspondence.
  • the initial value of the number of times of turbulence is 0.
  • the terminal detects the turbulence the value of the number of turbulence times increases by 1.
  • the terminal When the user sways again, the number of swaying times is increased by one. After the user stops shaking, the terminal obtains a final number of times of shaking, and performs corresponding operations on the file according to the number of times of shaking.
  • detecting whether the mobile terminal is swayed may be implemented by using various methods.
  • an acceleration sensor is used to detect the sway as an example: the acceleration sensor samples the three-dimensional coordinates of the mobile terminal in three directions: x, y, and X.
  • the offset, and the modulus conversion calculates the acceleration value based on the converted data. If the absolute value of the acceleration value in a certain direction is greater than the threshold, it is judged to be turbulent.
  • the following algorithm can be used to calculate the accelerations in the three directions of the X-axis, the Y-axis, and the z-axis.
  • the output of the sensor on the X-axis, Y-axis, and Z-axis is a voltage value within a predetermined range, which is converted to a digital value by the ADC analog-to-digital conversion module.
  • the data of the three axes from the N-bit ADC module is AdcRx, AdcRy, AdcRz
  • the reference voltage of the ADC module is Vref
  • the voltage value of zero acceleration is VzeroG
  • the sensitivity of the acceleration is the acceleration change signal detected by Sensitivity
  • Step S201 Start; Step S202: The user selects one or more pictures in the mobile terminal; Step S203: Detect whether the mobile terminal is shaken, if it is detected to be shaken, Then, proceeding to step S204, if no flick is detected, then the process goes to step S205; step S204: performing a delete operation on the selected one or more pictures; step S205: ending.
  • Embodiment 3 The present embodiment is described by taking an object to be operated as an example by opening an object.
  • the object to be operated in this embodiment takes the contact information as an example and performs a specific operation. Take the call as an example for explanation.
  • the operation process please refer to FIG. 3, including: Step S301: Start; Step S302: The user opens the information of a contact in the mobile terminal; Step S303: Detect whether the mobile terminal is triggered, if it is detected to be triggered, enter Step S304, if no flick is detected, then the process goes to step S305; Step S304: The mobile terminal directly dials the call of the selected contact; Step S305: End.
  • Embodiment 4 The present invention is described by taking an example of the object to be operated by opening an object.
  • the object to be operated in this embodiment takes the contact information as an example, and the specific operation pops up to the next step.
  • the level menu is described as an example. For the operation process, please refer to FIG.
  • Step S401 Start
  • Step S402 The user opens information of a contact in the terminal
  • Step S403 Detect whether the mobile terminal is triggered, if it is detected to be swayed, jump Go to step S404, if no action is detected, go to step S407
  • Step S404 The mobile terminal provides the user with a next-level operation menu, and the next-level operation menu includes editing, deleting, making a call, sending a text message, Adding a blacklist, sending a business card, and copying
  • Step S405 The user selects an operation
  • Step S406 The mobile terminal performs an operation of the user selection on the selected contact information
  • Step S407 End.
  • Embodiment 5 The present embodiment is described by taking an object to be operated as an example by opening an object.
  • the object to be operated in this embodiment takes the contact information as an example and performs a specific operation. The determination is made by taking the number of times the user is swayed as an example. For the operation process, please refer to FIG.
  • Step S501 Start
  • Step S502 The user opens the information of a contact in the terminal
  • Step S503 Detect whether the mobile terminal is triggered, if it is detected to be swayed, jump Go to step S504, if no flick is detected, go to step S506
  • step S504 accumulate the number of flicks, and determine the final number of flicks
  • step S505 the mobile terminal performs and shakes the selected contact information The operation corresponding to the number of times; there is a corresponding relationship between the number of times of shaking and the operation in the terminal, and the corresponding relationship is: swaying a call once, inciting to send a text message twice, and inciting three times to edit the contact information, inciting four Performing the operation of deleting contact information; Step S506: End.
  • Embodiment 6 discloses a mobile terminal that implements operation by swaying, and the mobile terminal includes a control module, a motion behavior sensing module, and a baseband chip, as shown in FIG. 6; the control module is configured to determine an object to be operated, And the baseband chip notifies the motion behavior sensing module to start detecting the motion behavior of the mobile terminal, and is further configured to perform corresponding operations on the operation object after receiving the notification information sent by the motion behavior sensing module; the motion behavior sensing module is set to receive After the baseband chip sends a command to start detecting the motion of the mobile terminal, it starts to detect whether the mobile terminal is shaken, and if so, notifies the control module.
  • the determining, by the control module, the object to be operated includes: selecting or opening an object in the mobile mobile terminal, the object being determined as the object to be operated.
  • the operation performed by the control module on the operation object includes at least one of opening, deleting, or popping up the next-level operation menu; when the control module determines that the manner of the object to be operated is open
  • the operation of the control module on the operation object includes closing, deleting, or popping up at least one of the next operation menus.
  • the operation object in this embodiment includes at least one of a short message, a multimedia message, a contact information, a call record, an email, a notepad, a memo, a picture, a video, a music, a recording, an application, and the like.
  • the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing (when determining the manner of the object to be operated is open), editing, Forwarding, extracting key information, making a call, replying, etc.; when the object to be operated is contact information, the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing (when determining The way to operate the object is to open, edit, forward, make a call, send a text message, etc.; when the object to be operated is a call record, the operation to be performed on the object to be operated may be deleted or opened (when the method of determining the object to be operated is When selected), close (when the way to determine the object to be operated is open), edit, add to contact, make a call, send a text message, etc.; when the object to be operated is an email, the action to be performed on the object to be operated
  • control module may also establish a correspondence between the number of times the mobile mobile terminal is activated and the operation; after the motion behavior sensing unit detects that the mobile mobile terminal is shaken, before the control module operates the object to be operated, the motion behavior sensing unit detects Whether there is a new turbulent operation, if any, the number of accumulated turbulences; the control module determines the operation to be performed on the object according to the final number of turbulences and the corresponding relationship.
  • the initial value of the number of times of turbulence is 0.
  • the value of the number of swaying times increases by 1, and when the user sways again, the number of swaying times is increased by one.
  • the mobile terminal After the user stops shaking, the mobile terminal obtains a final number of times of shaking, and performs corresponding operations on the file according to the number of times of shaking. For example, when the accumulated number of times of shaking is "1", the control module deletes the file; when the accumulated number of times of shaking is "2", the control module performs a copy operation on the file.
  • the motion behavior sensing module is an acceleration sensing module
  • the baseband chip is respectively connected to the control module and the acceleration sensor module through the I2C bus.
  • the GPIO pin of the baseband chip is connected to the control pin of the acceleration sensor module, and the GPIO pin controls the opening of the acceleration sensor.
  • the output of the accelerometer module is connected to the ADC interface of the control module.
  • the control module is set to determine the object to be operated.
  • the baseband chip is notified through the I2C interface.
  • the baseband chip turns on the monitoring of the acceleration sensor through the GPIO port.
  • the acceleration sensor module is configured to monitor the offset of the three coordinate directions of the mobile phone in three-dimensional coordinates x, y, z, and send the result of the analog-to-digital conversion to the control module through the ADC interface.
  • the control module sends the offsets of the three coordinate directions X , y, and z to the baseband chip through the I2C interface.
  • the baseband chip calculates, according to the offset, whether the value of the mobile phone in the three-dimensional coordinate x, y, z three coordinate directions changes in a certain direction or a certain direction, if the absolute value of the acceleration in any one direction is greater than the threshold value It is determined that the operation is agitation. At this time, the baseband chip notifies the control module that the mobile terminal is activated through the I2C interface. After receiving the notification sent by the baseband chip, the control module performs corresponding operations on the operation object.
  • Embodiment 7 The mobile mobile terminal implemented by the swaying disclosed in this embodiment includes an object determining module, a detecting module and an operating module, as shown in FIG. 7; the object determining module is configured to determine an object to be operated, and is determined to be The operation module notifies the detection module; the detection module is configured to detect whether the mobile mobile terminal is shaken, and notify the operation module after detecting the shaking; the operation module is set to perform corresponding operations on the object to be operated.
  • the object determination module further includes a selection sub-module or an opening sub-module, as shown in FIG. 8; the selection sub-module is set to determine the object to be operated by means of selection; and the opening sub-module is set to determine the object to be operated by opening.
  • the operating module further includes at least one of an open operation submodule, a delete operation submodule, or a popup lower level operation menu submodule; when the object determination module includes the open submodule, the operation module The method further includes: closing the operation submodule, deleting the operation submodule, or popping up at least one of the next operation menu submodule; The sub-module is set to close the object to be operated; the open operation sub-module is set to open the object to be operated; the delete operation sub-module is set to delete the object to be operated; and the next-level operation menu sub-module is set to pop up the next-level operation menu.
  • the operation object in this embodiment includes at least one of a short message, a multimedia message, a contact information, a call record, an email, a notepad, a memo, a picture, a video, a music, a recording, an application, and the like.
  • the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing (when determining the manner of the object to be operated is open), editing, Forwarding, extracting key information, making a call, replying, etc.; when the object to be operated is contact information, the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing (when determining The way to operate the object is to open, edit, forward, make a call, send a text message, etc.; when the object to be operated is a call record, the operation to be performed on the object to be operated may be deleted or opened (when the method of determining the object to be operated is When selected), close (when the way to determine the object to be operated is open), edit, add to contact, make a call, send a text message, etc.; when the object to be operated is an email, the action to be performed on the object to be operated
  • the operation module can also establish a correspondence between the number of times the mobile mobile terminal is activated and the operation; after the detection module detects that the mobile mobile terminal is shaken, before the operation module operates the operation object, the detection module further detects whether there is any The new turbulent operation, if any, accumulates the number of turbulences, and sends the number of turbulences to the operation module; the operation module determines the operation to be performed on the object according to the final number of turbulences and the corresponding relationship.
  • the initial value of the number of times of turbulence is 0. When the mobile terminal detects the sway, the value of the number of swaying times increases by 1, and when the user sways again, the number of swaying times is increased by one.
  • the mobile terminal After the user stops shaking, the mobile terminal obtains a final number of times of shaking, and performs corresponding operations on the file according to the number of times of shaking. For example, when the accumulated number of times of shaking is "1", the operation module deletes the file; when the accumulated number of times of shaking is "2", the operation module performs a copy operation on the file.
  • the present invention can realize the operation of the operation object by the swaying, and can improve the satisfaction of the user experience and the interest in the operation compared with the conventional operation of the operation object through the touch screen.

Abstract

Disclosed are a method for realizing an operation through swing and a terminal. According to the method for realizing an operation through swing and a mobile terminal provided in the present invention, after an object to be operated in the mobile terminal is determined, it is detected whether the mobile terminal is swung or not, and if so, a corresponding operation is performed on the object to be operated. Therefore, the present invention can realize an operation performed on an object to be operated through swing. Compared to the traditional method for realizing the operation performed on the object to be operated through a touch screen, the degree of satisfaction of the user experience and the interest during operation can be improved.

Description

一种通过甩动实现操作的方法及终端 技术领域 本发明涉及电子领域， 特别涉及一种通过甩动实现操作的方法及终端。 背景技术 随着智能移动设备， 如智能手机、 平板电脑、 pos 机的普及， 智能移动设备的功 能也越来越多， 并趋于齐全的状态。 在这个时候， 用户就会越来越注重移动设备的趣 味性。 在现有的智能移动设备中， 通常是采用触屏的方式实现对终端中文件的操作， 例 如当用户要删除某个短信的时候， 用户需通过点击选中短信后， 在出现的功能菜单界 面中选中删除符号对短信进行删除； 当用户想要拨打某个电话的时候， 用户通过点击 终端中的联系人信息或者拨号来实现拨打电话。 虽然这种操作方式比较普遍， 但是也 比较单一， 降低了用户体验的满意度。 发明内容 本发明实施例要解决的主要技术问题是， 提供一种通过甩动实现操作的方法及终 端， 解决现有的操作方式单一、 降低了用户体验的满意度的问题。 为解决上述技术问题， 本发明提供一种通过甩动实现操作的方法， 其特征在于， 包括： 确定移动终端中的待操作对象； 检测移动终端是否被甩动， 如是， 则对待操作 对象进行相应的操作。 在本发明实施例的一种实施例中， 检测移动终端是否被甩动包括： 判断移动终端 在至少一个方向上的加速度的绝对值是否大于设定的阈值， 如是， 则判定移动终端被 甩动。 在本发明实施例的一种实施例中， 确定移动终端中的待操作对象包括： 选中或打 开移动终端中的某一对象， 该对象被确定为待操作对象。 在本发明实施例的一种实施例中， 当确定移动终端中的待操作对象的方式为选中 时， 对待操作对象进行的操作包括打开、 删除或弹出下一级操作菜单中的至少一种； 当确定移动终端中的待操作对象的方式为打开时，对待操作对象进行的操作包括关闭、 删除或弹出下一级操作菜单中的至少一种。 在本发明实施例的一种实施例中， 操作对象包括短信、 彩信、 联系人信息、 通话 记录、 电子邮件、 记事本、 备忘录、 图片、 视频、 音乐、 录音、 应用程序中的至少一 种。 在本发明实施例的一种实施例中， 当待操作对象包括联系人信息时， 对待操作对 象进行的操作还包括编辑、拨打联系人的电话中的至少一种； 当待操作对象包括短信、 彩信、 通话记录中的至少一种时， 对待操作对象进行的操作还包括编辑、 提取关键信 息中的至少一种； 当待操作对象包括短信、 彩信、 电子邮件时， 对待操作对象进行的 操作还包括编辑、 转发中的至少一种。 在本发明实施例的一种实施例中， 还包括： 建立移动终端被甩动的次数与操作的 对应关系； 在检测到移动终端被甩动之后， 对待操作对象进行操作之前， 检测是否有 新的甩动操作， 如有， 累计甩动的次数； 根据最终的甩动次数和对应关系确定对待操 作对象进行的操作。 本发明实施例还提供了一种通过甩动实现操作的移动终端， 该移动终端包括控制 模块、 运动行为感应模块和基带芯片； 控制模块设置为确定待操作对象， 并通过基带 芯片通知运动行为感应模块开始检测移动终端运动行为， 还设置为在接收到运动行为 感应模块发送过来的通知信息后， 对待操作对象进行相应的操作； 运动行为感应模块 设置为在收到基带芯片发送过来的开始检测移动终端运动情况的命令后， 开始检测移 动终端是否被甩动， 如果是， 就通知控制模块。 在本发明实施例的一种实施例中， 控制模块确定待操作对象包括： 选中或打开移 动移动终端中的某一对象， 该对象被确定为待操作对象。 在本发明实施例的一种实施例中， 当控制模块确定待操作对象的方式为选中时， 控制模块对待操作对象进行的操作包括打开、 删除或弹出下一级操作菜单中的至少一 种； 当控制模块确定待操作对象的方式为打开时， 控制模块对待操作对象进行的操作 包括关闭、 删除或弹出下一级操作菜单中的至少一种。 本发明实施例还提供了另一种通过甩动实现操作的移动终端， 该移动终端包括对 象确定模块、 检测模块和操作模块； 对象确定模块设置为确定待操作对象， 并在确定 待操作对象后通知检测模块； 检测模块设置为检测移动终端是否被甩动， 并在检测到 甩动后通知操作模块； 操作模块设置为对待操作对象进行相应的操作。 在本发明实施例的一种实施例中，对象确定模块还包括选择子模块或打开子模块； 选择子模块设置为通过选择的方式确定待操作对象； 打开子模块设置为通过打开的方 式确定待操作对象。 在本发明实施例的一种实施例中， 当对象确定模块包括选择子模块时， 操作模块 还包括打开操作子模块、删除操作子模块或弹出下一级操作菜单子模块中的至少一种； 当对象确定模块包括打开子模块时， 操作模块还包括关闭操作子模块、 删除操作子模 块或弹出下一级操作菜单子模块中的至少一种； 关闭操作子模块设置为关闭待操作对 象； 打开操作子模块设置为打开待操作对象；删除操作子模块设置为删除待操作对象； 弹出下一级操作菜单子模块设置为弹出下一级操作菜单。 本发明实施例的有益效果是： 本发明实施例提供的通过甩动实现操作的方法及移动终端， 在确定移动移动终端 中的待操作对象后， 通过检测移动移动终端是否被甩动， 如是， 则对待操作对象进行 相应的操作； 因此， 本发明可以通过甩动实现对操作对象进行操作， 与传统的通过触 屏实现对操作对象进行操作相比， 可提高用户体验的满意度和操作时的趣味性。 附图说明 图 1为本发明实施例一提供的方法的流程示意图； 图 2为本发明实施例二提供的方法的流程示意图； 图 3为本发明实施例三提供的方法的流程示意图； 图 4为本发明实施例四提供的方法的流程示意图； 图 5为本发明实施例五提供的方法的流程示意图； 图 6为本发明实施例六提供的终端的结构示意图； 图 7为本发明实施例七提供的终端的结构示意图； 图 8为本发明实施例七提供的另一种终端的结构示意图。 具体实施方式 下面通过具体实施方式结合附图对本发明作进一步详细说明。 实施例一 本实施例公开了一种通过甩动实现操作的方法， 如图 1所示，该方法的主要包括： 步骤 S101 : 开始； 步骤 S102: 确定移动终端中的待操作对象； 步骤 S103 : 检测移动终端是否被甩动， 如果检测到被甩动， 则进入步骤 S104， 如果没有检测到被甩动， 则跳转到步骤 S105 ; 步骤 S104: 对待操作对象进行相应的操作； 步骤 S105 : 结束。 上述步骤 101中， 确定移动终端中的待操作对象的具体方式为： 当选中或者打开 移动终端中的某一对象时， 该对象被确定为待操作对象。 上述步骤 104中， 当确定移动终端中的待操作对象的方式为选中时， 对待操作对 象进行的操作包括打开、 删除或弹出下一级操作菜单等； 当确定移动终端中的待操作 对象的方式为打开时， 对待操作对象进行的操作包括关闭、 删除或弹出下一级操作菜 单等。 也就是说， 当待操作对象是被选中时， 在终端被甩动后， 对待操作对象进行的 操作可以是打开、 删除， 也有可能是在终端被甩动后， 弹出下一级操作菜单， 下一级 操作菜单用于让用户选择对待操作对象进行的具体操作。 当待操作对象是被打开时， 在终端被甩动后， 对待操作对象进行的操作可以是关闭、 删除， 也有可能是在终端被 甩动后， 弹出下一级操作菜单， 下一级菜单相当于一个操作选择列表， 该列表的内容 可以依据选中或打开的文件的类型来制定。 例如， 用户选中的是联系人信息， 操作列 表中包括拨打电话、 发送短信、 转发名片、 删除、 复制等供用户选择； 当用户选中的 是图片时， 操作列表中包括删除、 分享、 美化等， 且没有拨打电话、 发送短信等对图 片无法进行的操作。 本实施例中的操作对象包括短信、 彩信、 联系人信息、 通话记录、 电子邮件、 记 事本、 备忘录、 图片、 视频、 音乐、 录音、 应用程序等中的至少一种。 当待操作对象 为短信或彩信时， 对待操作对象执行的操作可以是删除、 打开 （当确定待操作对象的 方式是选中时）、 关闭 （当确定待操作对象的方式是打开时）、 编辑、 转发、 提取关键 信息、 拨打电话、 回复等； 当待操作对象为联系人信息时， 对待操作对象执行的操作 可以是删除、 打开（当确定待操作对象的方式是选中时）、 关闭 （当确定待操作对象的 方式是打开时）、 编辑、 转发、 拨打电话、 发送短信等； 当待操作对象为通话记录时， 对待操作对象执行的操作可以是删除、打开（当确定待操作对象的方式是选中时）、关 闭 （当确定待操作对象的方式是打开时）、 编辑、 添加至联系人、 拨打电话、 发送短信 等； 当待操作对象为电子邮件时， 对待操作对象执行的操作可以是删除、 打开 （当确 定待操作对象的方式是选中时）、 关闭 （当确定待操作对象的方式是打开时）、 编辑、 转发、 提取关键信息、 添加至联系人等； 当待操作对象为记事本或备忘录时， 对待操 作对象执行的操作可以是删除、 打开（当确定待操作对象的方式是选中时）、 关闭 （当 确定待操作对象的方式是打开时）、 编辑、 复制等； 当待操作对象为图片、 音乐、 视频 或录音时， 对待操作对象执行的操作可以是删除、 打开 （当确定待操作对象的方式是 选中时）、 关闭 （当确定待操作对象的方式是打开时）、 分享等； 当待操作对象为应用 程序时， 对待操作对象执行的操作可以是删除、 打开 （当确定待操作对象的方式是选 中时）、 关闭 （当确定待操作对象的方式是打开时）、 卸载等。 此外， 还可以建立移动终端被甩动的次数与操作的对应关系； 在检测到移动终端 被甩动之后， 对待操作对象进行操作之前， 检测是否有新的甩动操作， 如有， 累计甩 动的次数； 根据最终的甩动次数和对应关系确定对待操作对象进行的操作。 甩动次数 的初始值是 0， 当终端监测到甩动后， 甩动次数的值增加 1， 当用户再次甩动时， 甩动 次数再加 1。 用户停止甩动后， 终端得到一个最终的甩动次数值， 并依据甩动次数对 文件进行相应的操作。 例如， 当累计的甩动次数为 " 1 "时， 处理模块对文件进行删除 操作； 当累计的甩动次数为 "2" 时， 处理模块对文件进行复制操作。 上述步骤 102中， 检测移动终端是否被甩动可以采用多种方法来实现， 这里以采 用加速度传感器来检测甩动为例进行说明：加速度传感器采样移动终端三维坐标 x、 y、 X三个方向的偏移量， 并进行模数转化， 依据转化后的数据计算加速度值， 如果某一 方向的加速度值的绝对值大于阈值， 便判断为有甩动。 具体的， 可采用下述算法计算 X轴， Y轴， z轴三个方向上的加速度。 传感器在 X轴， Y轴， Z轴的输出是一个在预定范围内的电压值， 用 ADC模数转化模块将其转 换为数字值。 假设从 N位 ADC模块得到三个轴的数据为 AdcRx, AdcRy, AdcRz, ADC 模块的参考电压为 Vref， 零加速度的电压值为 VzeroG, 加速度的灵敏度为 Sensitivity检测到的加速度变化量信号， 则三个方向的加速度计算公式为 TECHNICAL FIELD The present invention relates to the field of electronics, and in particular, to a method and a terminal for implementing operations by swaying. BACKGROUND With the popularization of smart mobile devices, such as smart phones, tablets, and pos machines, the functions of smart mobile devices are becoming more and more, and tend to be in a state of completeness. At this time, users will pay more and more attention to the fun of mobile devices. In the existing smart mobile device, the operation of the file in the terminal is usually implemented by using a touch screen. For example, when the user wants to delete a certain short message, the user needs to click the selected short message and then in the function menu interface that appears. Select the delete symbol to delete the SMS; when the user wants to make a call, the user can make a call by clicking the contact information or dialing in the terminal. Although this mode of operation is more common, it is also relatively simple, reducing the satisfaction of the user experience. SUMMARY OF THE INVENTION The main technical problem to be solved by the embodiments of the present invention is to provide a method and a terminal for implementing operations by swaying, and solving the problem that the existing operation mode is single and the satisfaction of the user experience is reduced. In order to solve the above technical problem, the present invention provides a method for implementing an operation by squeezing, comprising: determining an object to be operated in a mobile terminal; detecting whether the mobile terminal is swayed, and if so, performing corresponding to the operation object Operation. In an embodiment of the present invention, detecting whether the mobile terminal is triggered comprises: determining whether an absolute value of the acceleration of the mobile terminal in at least one direction is greater than a set threshold, and if yes, determining that the mobile terminal is activated . In an embodiment of the present invention, determining the to-be-operated object in the mobile terminal includes: selecting or opening an object in the mobile terminal, where the object is determined to be an object to be operated. In an embodiment of the present invention, when determining that the manner of the object to be operated in the mobile terminal is selected, the operation performed on the operation object includes at least one of opening, deleting, or popping up a next-level operation menu; When the manner of determining the object to be operated in the mobile terminal is open, the operation to be performed on the object includes at least one of closing, deleting, or popping up the next-level operation menu. In an embodiment of the embodiment of the present invention, the operation object includes at least one of a short message, a multimedia message, a contact information, a call record, an email, a notepad, a memo, a picture, a video, a music, a recording, and an application. In an embodiment of the present invention, when the object to be operated includes contact information, the operation to be performed on the operation object further includes at least one of editing and dialing a contact's phone; when the object to be operated includes a short message, When at least one of the MMS and the call record is used, the operation to be performed on the operation object further includes at least one of editing and extracting key information; and when the object to be operated includes a short message, a multimedia message, or an email, the operation performed on the operation object is further performed. Including at least one of editing and forwarding. In an embodiment of the present invention, the method further includes: establishing a correspondence between the number of times the mobile terminal is activated and the operation; and detecting whether the mobile terminal is moved, and detecting whether there is a new operation before the operation object is operated The turbulent operation, if any, the cumulative number of turbulences; determines the operation to be performed on the object to be manipulated based on the number of final turbulences and the corresponding relationship. The embodiment of the invention further provides a mobile terminal that realizes operation by swaying, the mobile terminal includes a control module, a motion behavior sensing module and a baseband chip; the control module is configured to determine an object to be operated, and notify the motion behavior sensing through the baseband chip The module starts to detect the motion behavior of the mobile terminal, and is further configured to perform corresponding operations on the operation object after receiving the notification information sent by the motion behavior sensing module; the motion behavior sensing module is configured to start detecting the movement after receiving the baseband chip. After the command of the terminal motion condition, it starts to detect whether the mobile terminal is shaken, and if so, notifies the control module. In an embodiment of the embodiment of the present invention, the determining, by the control module, the object to be operated comprises: selecting or opening an object in the mobile mobile terminal, the object being determined as the object to be operated. In an embodiment of the present invention, when the control module determines that the manner of the object to be operated is selected, the operation performed by the control module on the operation object includes at least one of opening, deleting, or popping up the next-level operation menu; When the control module determines that the manner of the object to be operated is open, the operation of the control module to the operation object includes at least one of closing, deleting, or popping up the next-level operation menu. The embodiment of the present invention further provides another mobile terminal that implements operation by shaking, the mobile terminal includes an object determining module, a detecting module, and an operation module; the object determining module is configured to determine an object to be operated, and after determining the object to be operated The detection module is configured to detect whether the mobile terminal is shaken, and notify the operation module after detecting the shaking; the operation module is configured to perform a corresponding operation on the object to be operated. In an embodiment of the embodiment of the present invention, the object determining module further includes: selecting a sub-module or opening the sub-module; the selecting sub-module is configured to determine an object to be operated by using a selected manner; and the opening sub-module is set to be determined by being opened Operation object. In an embodiment of the present invention, when the object determining module includes the selecting submodule, the operating module further includes at least one of an open operation submodule, a delete operation submodule, or a popup lower level operation menu submodule; When the object determining module includes the opening submodule, the operating module further includes at least one of a closing operation submodule, a deletion operation submodule, or a popup lower level operation menu submodule; the closing operation submodule is set to close the to be operated object; The operation sub-module is set to open the object to be operated; the deletion operation sub-module is set to delete the object to be operated; pop-up the next-level operation menu sub-module is set to pop up the next-level operation menu. The beneficial effects of the embodiments of the present invention are: The method for implementing the operation by the swaying provided by the embodiment of the present invention, and the mobile terminal, after determining the object to be operated in the mobile mobile terminal, by detecting whether the mobile mobile terminal is swayed, if yes, Then, the operation object is operated correspondingly; therefore, the invention can realize the operation of the operation object by shaking, and can improve the satisfaction of the user experience and the operation time compared with the traditional operation of the operation object through the touch screen. Interesting. 1 is a schematic flowchart of a method according to Embodiment 1 of the present invention; FIG. 2 is a schematic flowchart of a method according to Embodiment 2 of the present invention; FIG. 3 is a schematic flowchart of a method according to Embodiment 3 of the present invention; FIG. 5 is a schematic flowchart of a method according to Embodiment 5 of the present invention; FIG. 6 is a schematic structural diagram of a terminal according to Embodiment 6 of the present invention; FIG. 8 is a schematic structural diagram of another terminal according to Embodiment 7 of the present invention. BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, the present invention will be further described in detail by way of specific embodiments with reference to the accompanying drawings. Embodiment 1 This embodiment discloses a method for implementing an operation by swaying. As shown in FIG. 1 , the method mainly includes: Step S101: Start; Step S102: Determine an object to be operated in the mobile terminal; Step S103: Detecting whether the mobile terminal is swayed, if it is detected to be swayed, proceeding to step S104, if no sway is detected, then jumping to step S105; step S104: performing a corresponding operation on the object to be operated; step S105: ending . In the above step 101, the specific manner of determining the object to be operated in the mobile terminal is: When an object in the mobile terminal is selected or opened, the object is determined as the object to be operated. In the above step 104, when the manner of determining the object to be operated in the mobile terminal is selected, the operation to be performed on the operation object includes opening, deleting, or popping up the next-level operation menu, etc.; determining the manner of the object to be operated in the mobile terminal When it is opened, the operations to be performed on the operation object include closing, deleting, or popping up the next-level operation menu. That is to say, when the object to be operated is selected, after the terminal is shaken, the operation to be performed on the operation object may be opened or deleted, or the next operation menu may be popped up after the terminal is shaken. The first-level operation menu is used to let the user select the specific operation to be performed on the operation object. When the object to be operated is opened, after the terminal is shaken, the operation to be performed on the operation object may be closed or deleted, or the next operation menu may be popped up after the terminal is shaken, and the next level menu is equivalent. In an operation selection list, the contents of the list can be determined according to the type of file selected or opened. For example, the user selects the contact information, and the operation list includes dialing a call, sending a short message, forwarding a business card, deleting, copying, etc. for the user to select; when the user selects a picture, the operation list includes deleting, sharing, beautifying, and the like. And there is no call, text message, etc. that cannot be performed on the picture. The operation object in this embodiment includes at least one of a short message, a multimedia message, a contact information, a call record, an email, a notepad, a memo, a picture, a video, a music, a recording, an application, and the like. When the object to be operated is a short message or a multimedia message, the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing (when determining the manner of the object to be operated is open), editing, Forwarding, extracting key information, making a call, replying, etc.; when the object to be operated is contact information, the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing (when determining The way to operate the object is to open, edit, forward, make a call, send a text message, etc.; when the object to be operated is a call record, The operations performed on the action object can be delete, open (when the way to determine the object to be operated is selected), close (when the way to determine the object to be operated is open), edit, add to contact, make a call, send a text message When the object to be operated is an email, the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing (when determining the manner of the object to be operated is open), editing , forwarding, extracting key information, adding to a contact, etc.; when the object to be operated is a notepad or a memo, the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing ( When the method of determining the object to be operated is open, editing, copying, etc.; when the object to be operated is a picture, music, video or recording, the operation performed on the object to be operated may be deleted, opened (when the object to be operated is determined) When selected), close (when the way to determine the object to be operated is open) Sharing, etc.; when the object to be operated is an application, the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing (when determining the manner of the object to be operated is open), Uninstall and so on. In addition, it is also possible to establish a correspondence between the number of times the mobile terminal is activated and the operation; after detecting that the mobile terminal is moved, before detecting the operation object, detecting whether there is a new smashing operation, if any, accumulating The number of times; determines the operation to be performed on the object according to the final number of times of turbulence and correspondence. The initial value of the number of times of turbulence is 0. When the terminal detects the turbulence, the value of the number of turbulence times increases by 1. When the user sways again, the number of swaying times is increased by one. After the user stops shaking, the terminal obtains a final number of times of shaking, and performs corresponding operations on the file according to the number of times of shaking. For example, when the accumulated number of times of shaking is "1", the processing module deletes the file; when the accumulated number of times of shaking is "2", the processing module performs a copy operation on the file. In the foregoing step 102, detecting whether the mobile terminal is swayed may be implemented by using various methods. Here, an acceleration sensor is used to detect the sway as an example: the acceleration sensor samples the three-dimensional coordinates of the mobile terminal in three directions: x, y, and X. The offset, and the modulus conversion, calculates the acceleration value based on the converted data. If the absolute value of the acceleration value in a certain direction is greater than the threshold, it is judged to be turbulent. Specifically, the following algorithm can be used to calculate the accelerations in the three directions of the X-axis, the Y-axis, and the z-axis. The output of the sensor on the X-axis, Y-axis, and Z-axis is a voltage value within a predetermined range, which is converted to a digital value by the ADC analog-to-digital conversion module. Assume that the data of the three axes from the N-bit ADC module is AdcRx, AdcRy, AdcRz, the reference voltage of the ADC module is Vref, the voltage value of zero acceleration is VzeroG, and the sensitivity of the acceleration is the acceleration change signal detected by Sensitivity, then three The acceleration calculation formula for each direction is
Rx= ( AdcRx* Vref/(2n- l)-VzeroG) /Sensitivity Rx= ( AdcRx* Vref/(2 n - l)-VzeroG) /Sensitivity
Ry= ( AdcRy *Vref/(2n- l)-VzeroG) /Sensitivity Ry= ( AdcRy *Vref/(2n- l)-VzeroG) /Sensitivity 实施例二 本实施以通过选中某一对象的方式确定待操作对象为例进行说明； 另外， 为了更 好地理解本发明， 本实施例中的待操作对象以图片为例、 具体操作以删除操作为例进 行说明。 其操作过程请参见图 2， 包括： 步骤 S201 : 开始； 步骤 S202: 用户选中移动终端中的一幅或多幅图片； 步骤 S203 : 检测该移动终端是否被甩动， 如果检测到被甩动， 则进入步骤 S204， 如果没有检测到被甩动， 则跳转到步骤 S205 ; 步骤 S204: 对选中的一幅或多幅图片执行删除操作； 步骤 S205 : 结束。 Ry= ( AdcRy *Vref/(2 n - l)-VzeroG) /Sensitivity Ry= ( AdcRy *Vref/(2 n - l)-VzeroG) /Sensitivity The second embodiment of the present invention is described by taking an object to be determined by taking an object as an example. In addition, in order to better understand the present invention, the object to be operated in this embodiment takes a picture as an example and performs a specific operation to delete the operation. Give an example for explanation. For the operation process, please refer to FIG. 2, including: Step S201: Start; Step S202: The user selects one or more pictures in the mobile terminal; Step S203: Detect whether the mobile terminal is shaken, if it is detected to be shaken, Then, proceeding to step S204, if no flick is detected, then the process goes to step S205; step S204: performing a delete operation on the selected one or more pictures; step S205: ending.
实施例三： 本实施以通过打开某一对象的方式确定待操作对象为例进行说明； 另外， 为了更 好地理解本发明， 本实施例中的待操作对象以联系人信息为例、 具体操作以拨打电话 为例进行说明。 其操作过程请参见图 3， 包括： 步骤 S301 : 开始； 步骤 S302: 用户打开了移动终端中一个联系人的信息； 步骤 S303 : 检测移动终端是否被甩动， 如果检测到被甩动， 则进入步骤 S304， 如果没有检测到被甩动， 则跳转到步骤 S305 ; 步骤 S304: 移动终端直接拨打选中的联系人的电话； 步骤 S305 : 结束。 Embodiment 3: The present embodiment is described by taking an object to be operated as an example by opening an object. In addition, in order to better understand the present invention, the object to be operated in this embodiment takes the contact information as an example and performs a specific operation. Take the call as an example for explanation. For the operation process, please refer to FIG. 3, including: Step S301: Start; Step S302: The user opens the information of a contact in the mobile terminal; Step S303: Detect whether the mobile terminal is triggered, if it is detected to be triggered, enter Step S304, if no flick is detected, then the process goes to step S305; Step S304: The mobile terminal directly dials the call of the selected contact; Step S305: End.
实施例四： 本实施以通过打开某一对象的方式确定待操作对象为例进行说明； 另外， 为了更 好地理解本发明， 本实施例中的待操作对象以联系人信息为例、 具体操作以弹出下一 级菜单为例进行说明。 其操作过程请参见图 4， 包括： 步骤 S401 : 开始； 步骤 S402: 用户打开了终端中一个联系人的信息； 步骤 S403 : 检测移动终端是否被甩动， 如果检测到被甩动， 则跳转到步骤 S404， 如何没有检测到被甩动， 则跳转到步骤 S407; 步骤 S404: 移动终端向用户提供下一级操作菜单， 下一级操作菜单中包括编辑、 删除、 拨打电话、 发送短信、 加入黑名单、 发送名片和复制； 步骤 S405 : 用户选择操作； 步骤 S406: 移动终端对选中的联系人信息执行用户选择的操作； 步骤 S407: 结束。 Embodiment 4: The present invention is described by taking an example of the object to be operated by opening an object. In addition, in order to better understand the present invention, the object to be operated in this embodiment takes the contact information as an example, and the specific operation pops up to the next step. The level menu is described as an example. For the operation process, please refer to FIG. 4, including: Step S401: Start; Step S402: The user opens information of a contact in the terminal; Step S403: Detect whether the mobile terminal is triggered, if it is detected to be swayed, jump Go to step S404, if no action is detected, go to step S407; Step S404: The mobile terminal provides the user with a next-level operation menu, and the next-level operation menu includes editing, deleting, making a call, sending a text message, Adding a blacklist, sending a business card, and copying; Step S405: The user selects an operation; Step S406: The mobile terminal performs an operation of the user selection on the selected contact information; Step S407: End.
实施例五: 本实施以通过打开某一对象的方式确定待操作对象为例进行说明； 另外， 为了更 好地理解本发明， 本实施例中的待操作对象以联系人信息为例、 具体操作以用户甩动 的次数来确定为例进行说明。 其操作过程请参见图 5， 包括： 步骤 S501 : 开始； 步骤 S502: 用户打开了终端中一个联系人的信息； 步骤 S503 : 检测移动终端是否被甩动， 如果检测到被甩动， 则跳转到步骤 S504， 如何没有检测到被甩动， 则跳转至步骤 S506; 步骤 S504: 累计甩动次数， 并确定最终的甩动次数； 步骤 S505 : 移动终端对选中的联系人信息执行与甩动次数相对应的操作； 在终端 中甩动次数和操作有一个对应关系， 对应关系是： 甩动一次拨打电话， 甩动两次发送 短信， 甩动三次执行对联系人信息的编辑， 甩动四次执行删除联系人信息的操作； 步骤 S506: 结束。 Embodiment 5: The present embodiment is described by taking an object to be operated as an example by opening an object. In addition, in order to better understand the present invention, the object to be operated in this embodiment takes the contact information as an example and performs a specific operation. The determination is made by taking the number of times the user is swayed as an example. For the operation process, please refer to FIG. 5, including: Step S501: Start; Step S502: The user opens the information of a contact in the terminal; Step S503: Detect whether the mobile terminal is triggered, if it is detected to be swayed, jump Go to step S504, if no flick is detected, go to step S506; step S504: accumulate the number of flicks, and determine the final number of flicks; step S505: the mobile terminal performs and shakes the selected contact information The operation corresponding to the number of times; there is a corresponding relationship between the number of times of shaking and the operation in the terminal, and the corresponding relationship is: swaying a call once, inciting to send a text message twice, and inciting three times to edit the contact information, inciting four Performing the operation of deleting contact information; Step S506: End.
实施例六: 本实施例公开了一种通过甩动实现操作的移动终端， 该移动终端包括控制模块、 运动行为感应模块和基带芯片， 如图 6所示； 控制模块设置为确定待操作对象， 并通 过基带芯片通知运动行为感应模块开始检测移动终端运动行为， 还设置为在接收到运 动行为感应模块发送过来的通知信息后， 对待操作对象进行相应的操作； 运动行为感 应模块设置为在收到基带芯片发送过来的开始检测移动终端运动情况的命令后， 开始 检测移动终端是否被甩动， 如果是， 就通知控制模块。控制模块确定待操作对象包括: 选中或打开移动移动终端中的某一对象， 该对象被确定为待操作对象。 当控制模块确 定待操作对象的方式为选中时， 控制模块对待操作对象进行的操作包括打开、 删除或 弹出下一级操作菜单中的至少一种； 当控制模块确定待操作对象的方式为打开时， 控 制模块对待操作对象进行的操作包括关闭、删除或弹出下一级操作菜单中的至少一种。 本实施例中的操作对象包括短信、 彩信、 联系人信息、 通话记录、 电子邮件、 记 事本、 备忘录、 图片、 视频、 音乐、 录音、 应用程序等中的至少一种。 当待操作对象 为短信或彩信时， 对待操作对象执行的操作可以是删除、 打开 （当确定待操作对象的 方式是选中时）、 关闭 （当确定待操作对象的方式是打开时）、 编辑、 转发、 提取关键 信息、 拨打电话、 回复等； 当待操作对象为联系人信息时， 对待操作对象执行的操作 可以是删除、 打开（当确定待操作对象的方式是选中时）、 关闭 （当确定待操作对象的 方式是打开时）、 编辑、 转发、 拨打电话、 发送短信等； 当待操作对象为通话记录时， 对待操作对象执行的操作可以是删除、打开（当确定待操作对象的方式是选中时）、关 闭 （当确定待操作对象的方式是打开时）、 编辑、 添加至联系人、 拨打电话、 发送短信 等； 当待操作对象为电子邮件时， 对待操作对象执行的操作可以是删除、 打开 （当确 定待操作对象的方式是选中时）、 关闭 （当确定待操作对象的方式是打开时）、 编辑、 转发、 提取关键信息、 添加至联系人等； 当待操作对象为记事本或备忘录时， 对待操 作对象执行的操作可以是删除、 打开（当确定待操作对象的方式是选中时）、 关闭 （当 确定待操作对象的方式是打开时）、 编辑、 复制等； 当待操作对象为图片、 音乐、 视频 或录音时， 对待操作对象执行的操作可以是删除、 打开 （当确定待操作对象的方式是 选中时）、 关闭 （当确定待操作对象的方式是打开时）、 分享等； 当待操作对象为应用 程序时， 对待操作对象执行的操作可以是删除、 打开 （当确定待操作对象的方式是选 中时）、 关闭 （当确定待操作对象的方式是打开时）、 卸载等。 此外， 控制模块还可以建立移动移动终端被甩动的次数与操作的对应关系； 在运 动行为感应单元检测到移动移动终端被甩动之后， 控制模块对待操作对象进行操作之 前， 运动行为感应单元检测是否有新的甩动操作， 如有， 累计甩动的次数； 控制模块 根据最终的甩动次数和对应关系确定对待操作对象进行的操作。 甩动次数的初始值是 0， 当移动终端监测到甩动后， 甩动次数的值增加 1， 当用户再次甩动时， 甩动次数再 加 1。 用户停止甩动后， 移动终端得到一个最终的甩动次数值， 并依据甩动次数对文 件进行相应的操作。 例如， 当累计的甩动次数为 " 1 "时， 控制模块对文件进行删除操 作； 当累计的甩动次数为 "2" 时， 控制模块对文件进行复制操作。 当移动终端采用加速度传感器对移动终端是否被甩动进行检测时， 运动行为感应 模块为加速度传感模块， 基带芯片分别通过 I2C总线连接控制模块、 加速度传感器模 块。 基带芯片的 GPIO引脚和加速度传感器模块的控制引脚连接， 通过 GPIO引脚， 可控制加速度传感器的开启。 加速度传感器模块的输出端和控制模块的 ADC 接口相 连接。 控制模块设置为确定待操作对象， 当控制模块确定待操作对象之后， 就会通过 I2C接口通知基带芯片。基带芯片收到通知后，通过 GPIO口开启加速度传感器的监测。 加速度传感器模块设置为监测手机在三维坐标 x,y,z三个坐标方向的偏移量， 并通过 ADC接口将模数转化后的结果发送给控制模块。 控制模块通过 I2C接口将 X,y,z三个 坐标方向的偏移量发送给基带芯片。基带芯片根据偏移量计算手机在三维坐标 x,y,z三 个坐标方向的加速度值中是否某一方向或某几个方向的值有变化， 如果其中任意一方 向的加速度绝对值大于阈值时， 判断为甩动操作， 此时基带芯片通过 I2C接口通知控 制模块移动终端被甩动。 控制模块在收到基带芯片发送过来的通知后， 对待操作对象 进行相应的操作。 Embodiment 6: This embodiment discloses a mobile terminal that implements operation by swaying, and the mobile terminal includes a control module, a motion behavior sensing module, and a baseband chip, as shown in FIG. 6; the control module is configured to determine an object to be operated, And the baseband chip notifies the motion behavior sensing module to start detecting the motion behavior of the mobile terminal, and is further configured to perform corresponding operations on the operation object after receiving the notification information sent by the motion behavior sensing module; the motion behavior sensing module is set to receive After the baseband chip sends a command to start detecting the motion of the mobile terminal, it starts to detect whether the mobile terminal is shaken, and if so, notifies the control module. The determining, by the control module, the object to be operated includes: selecting or opening an object in the mobile mobile terminal, the object being determined as the object to be operated. When the control module determines that the manner of the object to be operated is selected, the operation performed by the control module on the operation object includes at least one of opening, deleting, or popping up the next-level operation menu; when the control module determines that the manner of the object to be operated is open The operation of the control module on the operation object includes closing, deleting, or popping up at least one of the next operation menus. The operation object in this embodiment includes at least one of a short message, a multimedia message, a contact information, a call record, an email, a notepad, a memo, a picture, a video, a music, a recording, an application, and the like. When the object to be operated is a short message or a multimedia message, the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing (when determining the manner of the object to be operated is open), editing, Forwarding, extracting key information, making a call, replying, etc.; when the object to be operated is contact information, the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing (when determining The way to operate the object is to open, edit, forward, make a call, send a text message, etc.; when the object to be operated is a call record, the operation to be performed on the object to be operated may be deleted or opened (when the method of determining the object to be operated is When selected), close (when the way to determine the object to be operated is open), edit, add to contact, make a call, send a text message, etc.; when the object to be operated is an email, the action to be performed on the object to be operated may be deleted , open (when the way to determine the object to be operated is selected), close When it is determined that the object to be operated is opened, editing, forwarding, extracting key information, adding to a contact, etc.; when the object to be operated is a notepad or a memo, the operation performed on the object to be operated may be deleted, opened (when The way to determine the object to be operated is when it is selected, when it is closed (when the method of determining the object to be operated is opened), editing, copying, etc.; when the object to be operated is a picture, music, video or recording, the operation to be performed on the operation object Can be deleted, opened (when the way to determine the object to be operated is selected), closed (when the way to determine the object to be operated is open), sharing, etc.; when the object to be operated is an application, the operation to be performed on the object to be operated It can be delete, open (when the way to determine the object to be operated is selected), close (when the way to determine the object to be operated is open), uninstall, etc. In addition, the control module may also establish a correspondence between the number of times the mobile mobile terminal is activated and the operation; after the motion behavior sensing unit detects that the mobile mobile terminal is shaken, before the control module operates the object to be operated, the motion behavior sensing unit detects Whether there is a new turbulent operation, if any, the number of accumulated turbulences; the control module determines the operation to be performed on the object according to the final number of turbulences and the corresponding relationship. The initial value of the number of times of turbulence is 0. When the mobile terminal detects the sway, the value of the number of swaying times increases by 1, and when the user sways again, the number of swaying times is increased by one. After the user stops shaking, the mobile terminal obtains a final number of times of shaking, and performs corresponding operations on the file according to the number of times of shaking. For example, when the accumulated number of times of shaking is "1", the control module deletes the file; when the accumulated number of times of shaking is "2", the control module performs a copy operation on the file. When the mobile terminal uses the acceleration sensor to detect whether the mobile terminal is shaken, the motion behavior sensing module is an acceleration sensing module, and the baseband chip is respectively connected to the control module and the acceleration sensor module through the I2C bus. The GPIO pin of the baseband chip is connected to the control pin of the acceleration sensor module, and the GPIO pin controls the opening of the acceleration sensor. The output of the accelerometer module is connected to the ADC interface of the control module. The control module is set to determine the object to be operated. When the control module determines the object to be operated, the baseband chip is notified through the I2C interface. After receiving the notification, the baseband chip turns on the monitoring of the acceleration sensor through the GPIO port. The acceleration sensor module is configured to monitor the offset of the three coordinate directions of the mobile phone in three-dimensional coordinates x, y, z, and send the result of the analog-to-digital conversion to the control module through the ADC interface. The control module sends the offsets of the three coordinate directions X , y, and z to the baseband chip through the I2C interface. The baseband chip calculates, according to the offset, whether the value of the mobile phone in the three-dimensional coordinate x, y, z three coordinate directions changes in a certain direction or a certain direction, if the absolute value of the acceleration in any one direction is greater than the threshold value It is determined that the operation is agitation. At this time, the baseband chip notifies the control module that the mobile terminal is activated through the I2C interface. After receiving the notification sent by the baseband chip, the control module performs corresponding operations on the operation object.
实施例七: 本实施例公开的通过甩动实现操作的移动移动终端， 包括对象确定模块、 检测模 块和操作模块， 如图 7所示； 对象确定模块设置为确定待操作对象， 并在确定待操作 对象后通知检测模块； 检测模块设置为检测移动移动终端是否被甩动， 并在检测到甩 动后通知操作模块； 操作模块设置为对待操作对象进行相应的操作。 对象确定模块还 包括选择子模块或打开子模块， 如图 8所示； 选择子模块设置为通过选择的方式确定 待操作对象； 打开子模块设置为通过打开的方式确定待操作对象。 当对象确定模块包 括选择子模块时， 操作模块还包括打开操作子模块、 删除操作子模块或弹出下一级操 作菜单子模块中的至少一种； 当对象确定模块包括打开子模块时， 操作模块还包括关 闭操作子模块、 删除操作子模块或弹出下一级操作菜单子模块中的至少一种； 关闭操 作子模块设置为关闭待操作对象； 打开操作子模块设置为打开待操作对象； 删除操作 子模块设置为删除待操作对象； 弹出下一级操作菜单子模块设置为弹出下一级操作菜 单。 本实施例中的操作对象包括短信、 彩信、 联系人信息、 通话记录、 电子邮件、 记 事本、 备忘录、 图片、 视频、 音乐、 录音、 应用程序等中的至少一种。 当待操作对象 为短信或彩信时， 对待操作对象执行的操作可以是删除、 打开 （当确定待操作对象的 方式是选中时）、 关闭 （当确定待操作对象的方式是打开时）、 编辑、 转发、 提取关键 信息、 拨打电话、 回复等； 当待操作对象为联系人信息时， 对待操作对象执行的操作 可以是删除、 打开（当确定待操作对象的方式是选中时）、 关闭 （当确定待操作对象的 方式是打开时）、 编辑、 转发、 拨打电话、 发送短信等； 当待操作对象为通话记录时， 对待操作对象执行的操作可以是删除、打开（当确定待操作对象的方式是选中时）、关 闭 （当确定待操作对象的方式是打开时）、 编辑、 添加至联系人、 拨打电话、 发送短信 等； 当待操作对象为电子邮件时， 对待操作对象执行的操作可以是删除、 打开 （当确 定待操作对象的方式是选中时）、 关闭 （当确定待操作对象的方式是打开时）、 编辑、 转发、 提取关键信息、 添加至联系人等； 当待操作对象为记事本或备忘录时， 对待操 作对象执行的操作可以是删除、 打开（当确定待操作对象的方式是选中时）、 关闭 （当 确定待操作对象的方式是打开时）、 编辑、 复制等； 当待操作对象为图片、 音乐、 视频 或录音时， 对待操作对象执行的操作可以是删除、 打开 （当确定待操作对象的方式是 选中时）、 关闭 （当确定待操作对象的方式是打开时）、 分享等； 当待操作对象为应用 程序时， 对待操作对象执行的操作可以是删除、 打开 （当确定待操作对象的方式是选 中时）、 关闭 （当确定待操作对象的方式是打开时）、 卸载等。 此外， 操作模块还可以建立移动移动终端被甩动的次数与操作的对应关系； 检测 模块在检测到移动移动终端被甩动之后， 操作模块对待操作对象进行操作之前， 检测 模块还要检测是否有新的甩动操作， 如有， 累计甩动的次数， 并将甩动次数发送给操 作模块； 操作模块根据最终的甩动次数和对应关系确定对待操作对象进行的操作。 甩 动次数的初始值是 0， 当移动终端监测到甩动后， 甩动次数的值增加 1， 当用户再次甩 动时， 甩动次数再加 1。 用户停止甩动后， 移动终端得到一个最终的甩动次数值， 并 依据甩动次数对文件进行相应的操作。 例如， 当累计的甩动次数为 " 1 "时， 操作模块 对文件进行删除操作； 当累计的甩动次数为 "2" 时， 操作模块对文件进行复制操作。 工业实用性 根据本发明实施例提供的通过甩动实现操作的方法及移动终端， 在确定移动移动 终端中的待操作对象后， 通过检测移动移动终端是否被甩动， 如是， 则对待操作对象 进行相应的操作； 因此， 本发明可以通过甩动实现对操作对象进行操作， 与传统的通 过触屏实现对操作对象进行操作相比， 可提高用户体验的满意度和操作时的趣味性。 Embodiment 7: The mobile mobile terminal implemented by the swaying disclosed in this embodiment includes an object determining module, a detecting module and an operating module, as shown in FIG. 7; the object determining module is configured to determine an object to be operated, and is determined to be The operation module notifies the detection module; the detection module is configured to detect whether the mobile mobile terminal is shaken, and notify the operation module after detecting the shaking; the operation module is set to perform corresponding operations on the object to be operated. The object determination module further includes a selection sub-module or an opening sub-module, as shown in FIG. 8; the selection sub-module is set to determine the object to be operated by means of selection; and the opening sub-module is set to determine the object to be operated by opening. When the object determining module includes the selecting submodule, the operating module further includes at least one of an open operation submodule, a delete operation submodule, or a popup lower level operation menu submodule; when the object determination module includes the open submodule, the operation module The method further includes: closing the operation submodule, deleting the operation submodule, or popping up at least one of the next operation menu submodule; The sub-module is set to close the object to be operated; the open operation sub-module is set to open the object to be operated; the delete operation sub-module is set to delete the object to be operated; and the next-level operation menu sub-module is set to pop up the next-level operation menu. The operation object in this embodiment includes at least one of a short message, a multimedia message, a contact information, a call record, an email, a notepad, a memo, a picture, a video, a music, a recording, an application, and the like. When the object to be operated is a short message or a multimedia message, the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing (when determining the manner of the object to be operated is open), editing, Forwarding, extracting key information, making a call, replying, etc.; when the object to be operated is contact information, the operation to be performed on the operation object may be deletion, opening (when determining the manner of the object to be operated is selected), closing (when determining The way to operate the object is to open, edit, forward, make a call, send a text message, etc.; when the object to be operated is a call record, the operation to be performed on the object to be operated may be deleted or opened (when the method of determining the object to be operated is When selected), close (when the way to determine the object to be operated is open), edit, add to contact, make a call, send a text message, etc.; when the object to be operated is an email, the action to be performed on the object to be operated may be deleted , open (when the way to determine the object to be operated is selected), close When it is determined that the object to be operated is opened, editing, forwarding, extracting key information, adding to a contact, etc.; when the object to be operated is a notepad or a memo, the operation performed on the object to be operated may be deleted, opened (when The way to determine the object to be operated is when it is selected, when it is closed (when the method of determining the object to be operated is opened), editing, copying, etc.; when the object to be operated is a picture, music, video or recording, the operation to be performed on the operation object Can be deleted, opened (when the way to determine the object to be operated is selected), closed (when the way to determine the object to be operated is open), sharing, etc.; when the object to be operated is an application, the operation to be performed on the object to be operated It can be delete, open (when the way to determine the object to be operated is selected), close (when the way to determine the object to be operated is open), uninstall, etc. In addition, the operation module can also establish a correspondence between the number of times the mobile mobile terminal is activated and the operation; after the detection module detects that the mobile mobile terminal is shaken, before the operation module operates the operation object, the detection module further detects whether there is any The new turbulent operation, if any, accumulates the number of turbulences, and sends the number of turbulences to the operation module; the operation module determines the operation to be performed on the object according to the final number of turbulences and the corresponding relationship. The initial value of the number of times of turbulence is 0. When the mobile terminal detects the sway, the value of the number of swaying times increases by 1, and when the user sways again, the number of swaying times is increased by one. After the user stops shaking, the mobile terminal obtains a final number of times of shaking, and performs corresponding operations on the file according to the number of times of shaking. For example, when the accumulated number of times of shaking is "1", the operation module deletes the file; when the accumulated number of times of shaking is "2", the operation module performs a copy operation on the file. Industrial Applicability According to the method and the mobile terminal for performing the operation by the swaying according to the embodiment of the present invention, after determining the object to be operated in the mobile mobile terminal, by detecting whether the mobile mobile terminal is swayed, if yes, the object to be operated The corresponding operation is performed; therefore, the present invention can realize the operation of the operation object by the swaying, and can improve the satisfaction of the user experience and the interest in the operation compared with the conventional operation of the operation object through the touch screen.
以上内容是结合具体的实施方式对本发明所作的进一步详细说明， 不能认定本发 明的具体实施只局限于这些说明。 对于本发明所属技术领域的普通技术人员来说， 在 不脱离本发明构思的前提下， 还可以做出若干简单推演或替换， 都应当视为属于本发 明的保护范围。 The above is a further detailed description of the present invention in conjunction with the specific embodiments. It is not intended that the specific embodiments of the invention are limited to the description. It will be apparent to those skilled in the art that the present invention may be practiced without departing from the spirit and scope of the invention.

Claims

权 利 要 求 书 Claim
1. 一种通过甩动实现操作的方法， 包括： 1. A method of operating by swaying, including:
确定移动终端中的待操作对象；  Determining an object to be operated in the mobile terminal;
检测所述移动终端是否被甩动， 如是， 则对所述待操作对象进行相应的操 作。  Detecting whether the mobile terminal is activated, and if so, performing corresponding operations on the object to be operated.
2. 如权利要求 1所述的通过甩动实现操作的方法， 其中， 所述检测移动终端是否 被甩动包括： 判断所述移动终端在至少一个方向上的加速度的绝对值是否大于 设定的阈值， 如是， 则判定所述移动终端被甩动。 2. The method of claim 1, wherein the detecting whether the mobile terminal is triggered comprises: determining whether an absolute value of the acceleration of the mobile terminal in at least one direction is greater than a set value. The threshold, if yes, determines that the mobile terminal is being throttled.
3. 如权利要求 1所述的通过甩动实现操作的方法， 其中， 所述确定移动终端中的 待操作对象包括： 选中或打开移动终端中的某一对象， 该对象被确定为待操作 对象。 3. The method of claim 1, wherein the determining the object to be operated in the mobile terminal comprises: selecting or opening an object in the mobile terminal, the object being determined as the object to be operated .
4. 如权利要求 3所述的通过甩动实现操作的方法， 其中， 当所述确定移动终端中 的待操作对象的方式为选中时， 所述对待操作对象进行的操作包括打开、 删除 或弹出下一级操作菜单中的至少一种； 当所述确定移动终端中的待操作对象的 方式为打开时， 所述对待操作对象进行的操作包括关闭、 删除或弹出下一级操 作菜单中的至少一种。 4. The method of claim 3, wherein when the manner of determining an object to be operated in the mobile terminal is selected, the operation performed on the object to be operated includes opening, deleting, or popping At least one of the next-level operation menus; when the manner of determining the object to be operated in the mobile terminal is open, the operations performed on the object to be operated include closing, deleting, or popping at least one of the next-level operation menus One.
5. 如权利要求 1-4任一项所述的通过甩动实现操作的方法， 其中， 所述操作对象 包括短信、 彩信、 联系人信息、 通话记录、 电子邮件、 记事本、 备忘录、 图片、 视频、 音乐、 录音、 应用程序中的至少一种。 The method for implementing an operation by swaying according to any one of claims 1 to 4, wherein the operation object comprises a short message, a multimedia message, a contact information, a call record, an email, a notepad, a memo, a picture, At least one of video, music, recording, and application.
6. 如权利要求 5所述的通过甩动实现操作的方法， 其中， 当所述待操作对象包括 联系人信息时， 所述对待操作对象进行的操作还包括编辑、 拨打所述联系人的 电话中的至少一种； 当所述待操作对象包括短信、 彩信、 通话记录中的至少一 种时，所述对待操作对象进行的操作还包括编辑、提取关键信息中的至少一种； 当所述待操作对象包括短信、 彩信、 电子邮件时， 所述对待操作对象进行的操 作还包括编辑、 转发中的至少一种。 6. The method of claim 5, wherein when the object to be operated includes contact information, the operation of the object to be operated further comprises editing, dialing the phone of the contact At least one of the to-be-operated object includes at least one of a short message, a multimedia message, and a call record, the operation of the object to be operated further includes editing and extracting at least one of key information; When the object to be operated includes a short message, a multimedia message, or an email, the operation performed on the object to be operated further includes at least one of editing and forwarding.
7. 如权利要求 1-4任一项所述的通过甩动实现操作的方法， 其中， 还包括： 建立 移动终端被甩动的次数与操作的对应关系；在检测到所述移动终端被甩动之后， 对所述待操作对象进行操作之前， 检测是否有新的甩动操作， 如有， 累计甩动 的次数； 根据最终的甩动次数和所述对应关系确定对所述待操作对象进行的操 作。 The method for implementing the operation by the swaying according to any one of claims 1 to 4, further comprising: establishing a correspondence between the number of times the mobile terminal is activated and the operation; and detecting that the mobile terminal is smashed After the operation, before the operation of the object to be operated, it is detected whether there is a new slamming operation, if any, cumulative swaying The number of times; the operation performed on the object to be operated is determined according to the final number of times of shaking and the correspondence.
8. 一种通过甩动实现操作的移动终端， 包括控制模块、 运动行为感应模块和基带 芯片； 所述控制模块设置为确定待操作对象， 并通过基带芯片通知运动行为感 应模块开始检测移动终端运动行为， 还设置为在接收到运动行为感应模块发送 过来的通知信息后， 对所述待操作对象进行相应的操作； 所述运动行为感应模 块设置为在收到基带芯片发送过来的开始检测移动终端运动情况的命令后， 开 始检测所述移动终端是否被甩动， 如果是， 就通知控制模块。 8. A mobile terminal that operates by swaying, comprising a control module, a motion behavior sensing module, and a baseband chip; the control module is configured to determine an object to be operated, and notify the motion behavior sensing module to start detecting motion of the mobile terminal through a baseband chip The action is further configured to: after receiving the notification information sent by the motion behavior sensing module, perform corresponding operations on the object to be operated; the motion behavior sensing module is configured to start detecting the mobile terminal after receiving the baseband chip After the command of the motion condition, it is started to detect whether the mobile terminal is shaken, and if so, the control module is notified.
9. 如权利要求 8所述的通过甩动实现操作的移动终端， 其中， 所述控制模块确定 待操作对象包括： 选中或打开移动移动终端中的某一对象， 该对象被确定为待 操作对象。 9. The mobile terminal as claimed in claim 8, wherein the determining, by the control module, that the object to be operated comprises: selecting or opening an object in the mobile mobile terminal, the object being determined as an object to be operated .
10. 如权利要求 9所述的通过甩动实现操作的移动终端， 其特征在于， 当所述控制 模块确定待操作对象的方式为选中时， 控制模块对待操作对象进行的操作包括 打开、 删除或弹出下一级操作菜单中的至少一种； 当所述控制模块确定待操作 对象的方式为打开时， 控制模块对待操作对象进行的操作包括关闭、 删除或弹 出下一级操作菜单中的至少一种。 10. The mobile terminal as claimed in claim 9, wherein when the control module determines that the manner of the object to be operated is selected, the operation of the control module to the operation object includes opening, deleting, or Ejecting at least one of the next-level operation menus; when the control module determines that the manner of the object to be operated is open, the operation of the control module to the operation object includes: closing, deleting, or popping at least one of the next-level operation menus Kind.
11. 一种通过甩动实现操作的移动终端， 其中， 包括对象确定模块、 检测模块和操 作模块； 所述对象确定模块设置为确定待操作对象， 并在确定待操作对象后通 知检测模块； 所述检测模块设置为检测所述移动终端是否被甩动，并在检测到 甩动后通知操作模块；所述操作模块设置为对所述待操作对象进行相应的操作。 11. A mobile terminal that implements operations by swaying, comprising: an object determining module, a detecting module, and an operating module; the object determining module is configured to determine an object to be operated, and notify the detecting module after determining the object to be operated; The detecting module is configured to detect whether the mobile terminal is shaken, and notify the operation module after detecting the shaking; the operation module is configured to perform a corresponding operation on the object to be operated.
12. 如权利要求 11所述的通过甩动实现操作的移动终端，其中，所述对象确定模块 还包括选择子模块或打开子模块； 所述选择子模块设置为通过选择的方式确定 待操作对象； 所述打开子模块设置为通过打开的方式确定待操作对象。 12. The mobile terminal as claimed in claim 11, wherein the object determining module further comprises a selecting submodule or opening a submodule; the selecting submodule being configured to determine an object to be operated by means of selection The open submodule is arranged to determine the object to be operated by means of opening.
13. 如权利要求 12所述的通过甩动实现操作的移动终端，其中， 当所述对象确定模 块包括选择子模块时， 操作模块还包括打开操作子模块、 删除操作子模块或弹 出下一级操作菜单子模块中的至少一种； 当所述对象确定模块包括打开子模块 时， 操作模块还包括关闭操作子模块、 删除操作子模块或弹出下一级操作菜单 子模块中的至少一种； 所述关闭操作子模块设置为关闭所述待操作对象； 所述 打开操作子模块设置为打开所述待操作对象； 所述删除操作子模块设置为删除 所述待操作对象;所述弹出下一级操作菜单子模块设置为弹出下一级操作菜单。 13. The mobile terminal as claimed in claim 12, wherein when the object determination module comprises a selection sub-module, the operation module further comprises an operation sub-module, a deletion operation sub-module or a pop-up level At least one of the operation menu sub-module; when the object determination module includes the opening sub-module, the operation module further includes at least one of a shutdown operation sub-module, a deletion operation sub-module, or a pop-up next-level operation menu sub-module; The closing operation sub-module is configured to close the object to be operated; the opening operation sub-module is configured to open the object to be operated; the deletion operation sub-module is set to delete the object to be operated; The level operation menu sub-module is set to pop up the next level operation menu.
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