WO2016180038A1 - 手机通话应答装置及其通话应答方法 - Google Patents

手机通话应答装置及其通话应答方法 Download PDF

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Publication number
WO2016180038A1
WO2016180038A1 PCT/CN2016/000249 CN2016000249W WO2016180038A1 WO 2016180038 A1 WO2016180038 A1 WO 2016180038A1 CN 2016000249 W CN2016000249 W CN 2016000249W WO 2016180038 A1 WO2016180038 A1 WO 2016180038A1
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call
call answering
mobile phone
control module
answering
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PCT/CN2016/000249
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English (en)
French (fr)
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甄亮
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甄亮
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Publication of WO2016180038A1 publication Critical patent/WO2016180038A1/zh

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
    • H04M1/725—Cordless telephones

Definitions

  • the present invention relates to the technology of electronic devices, and in particular to a technology for a mobile phone call answering device and a call response method thereof.
  • the existing mobile phones all respond to the call by manually pressing the call answer button.
  • the call answer button can be a physical button or a virtual button drawn by software; for example, when the mobile phone has an incoming call, the user needs to manually press the answer button (including on the screen).
  • the virtual button is rejected, or manually pressed by the hang-up button (including the virtual button on the screen), and an application on the phone requires the user to select the "OK" button or the "Cancel” button.
  • the manual answering button of the existing mobile phone to realize the call answering method requires an eye-hand operation, and the user needs to look at the mobile phone to make the finger accurately find the position of the call answering button, that is, the mobile phone must be seen and the two hands must be seen. Operation, in the case of only one-handed operation of the mobile phone, or in the case of inconvenient visual inspection of the mobile phone (such as in the dark, driving), or for users who are inconvenient to visually view the mobile phone (such as blind people, some elderly people) It is impossible or inconvenient to operate the mobile phone call answer, so the existing mobile phone has the defect that the operation is inconvenient under the above circumstances.
  • the mobile phone has been in existence for more than 20 years. At present, it can only achieve "blind report", that is, the situation of voice broadcaster, but can not achieve "blind answer”, that is, it is not convenient to visually view the mobile phone or the user's call response.
  • the current mobile phone shaker can only produce one kind of signal, and it is rarely used to control the operation of the mobile phone with more than two options.
  • the technical problem to be solved by the present invention is to provide a mobile phone call answering device and a call answering method capable of selectively answering and acknowledging the call answering by the mobile device.
  • the present invention provides a mobile phone call answering device, comprising a call answer control module, a first call answer button, and a second call answer button respectively installed on the mobile phone.
  • the call response control module has a first call answering signal port and a second call answering signal port, the first call answering button is connected to the first call answering signal port of the call answering control module, and the second call answering button is connected to the call answering control.
  • the second call response signal port of the module
  • the method further includes: a detecting unit for detecting motion acceleration of the mobile phone in two directions; two detecting directions of the detecting unit are respectively an X direction and a Y direction, and the X direction sensing signal output port of the detecting unit is connected to the call response.
  • the first call response signal port of the control module, and the Y direction sensing signal output port of the detecting unit is connected to the second call response signal port of the call response control module.
  • the first call answering button is a physical button or a software-drawn screen virtual button
  • the second call answering button is also a physical button or a software-drawn screen virtual button.
  • the X direction and the Y direction are perpendicular to each other.
  • the detecting unit comprises a single or dual or three-axis acceleration sensor, a combination of a single or dual or three-axis acceleration sensor and a gyroscope, and a single or dual or three-axis inertial sensor.
  • the present invention provides a mobile phone call answering device, comprising a call answer control module, a first call answering switch, and a second call answering switch respectively installed on the mobile phone, wherein the call answering control module has a a call answering signal port and a second call answering signal port, the first call answering switch is connected to the first call answering signal port of the call answering control module, and the second call answering switch is connected to the second call answering signal port of the call answering control module ;
  • the method further includes: a detecting unit for detecting motion acceleration of the mobile phone in at least two directions; the at least two detecting directions include an X direction and a Y direction, and the X direction sensing signal output port of the detecting unit is connected to the call response.
  • the first call response signal port of the control module, and the Y direction sensing signal output port of the detecting unit is connected to the second call response signal port of the call response control module.
  • first call answering switch and/or the second call answering switch are switched by a physical button or a virtual button drawn by a software or by a gesture operation.
  • the X direction and the Y direction are perpendicular to each other.
  • the detecting unit comprises a single or dual or three-axis acceleration sensor, a combination of a single or dual or three-axis acceleration sensor and a gyroscope, and a single or dual or three-axis inertial sensor.
  • another detection direction is the Z direction
  • the Z direction sensing signal output port of the detecting unit is connected to the second call response signal of the call response control module. port.
  • the X direction and the Y direction are perpendicular to each other, and the Z direction and the X direction are perpendicular to each other, and the Z direction and the Y direction are perpendicular to each other.
  • buttons of the first call answering button and the second call answering button one of the buttons is set to be answered in the call answering, and the other button is pressed as Hang up during call answering;
  • the detecting unit If the motion acceleration of the mobile phone in the X direction reaches the response threshold of the detecting unit, the detecting unit outputs a call response signal to the first call response signal port of the call response control module;
  • the detecting unit If the motion acceleration of the mobile phone in the Y direction reaches the response threshold of the detecting unit, the detecting unit outputs a call response signal to the second call response signal port of the call response control module;
  • the call answering control module determines that the first call answering button is pressed; if the second call answering signal port of the call answering control module receives the call answering signal The call response control module determines that the second call answer button is pressed, thereby implementing a call response.
  • one of the switches is set to be answered in the call response, and the other switch is turned on. Hang up during call answering;
  • the detecting unit If the motion acceleration of the mobile phone in the X direction reaches the response threshold in the X direction of the detecting unit, the detecting unit outputs a call response signal to the first call response signal port of the call response control module;
  • the detecting unit If the motion acceleration of the mobile phone in the Y direction reaches the response threshold in the Y direction of the detecting unit, the detecting unit outputs a call response signal to the second call response signal port of the call response control module;
  • the call answering control module determines that the first call answering switch is turned on; if the second answer of the call answering control module The call answering signal port receives the call answering signal, and the call answering control module determines that the second call answering switch is turned on, thereby implementing the call answering.
  • the X direction and the Y direction are perpendicular to each other.
  • another detection direction is the Z direction
  • the Z direction sensing signal output port of the detecting unit is connected to the second call response signal port of the call response control module
  • the detection unit detects the movement acceleration of the mobile phone in the Z direction; if the motion acceleration of the mobile phone in the Z direction reaches the response threshold in the Z direction of the detection unit, the detection unit outputs a response to the second call response signal port of the call response control module. Call answer signal.
  • the X direction and the Y direction are perpendicular to each other, and the Z direction and the X direction are perpendicular to each other, and the Z direction and the Y direction are perpendicular to each other.
  • the detecting unit comprises a single or dual or three-axis acceleration sensor, a combination of single or dual or three-axis acceleration sensors and a gyroscope, and single or dual or three-axis. Inertial sensor.
  • the mobile phone call answering device and the call answering method thereof use the acceleration sensor or the inertial sensor to detect the motion acceleration of the mobile phone in two directions, and the user can selectively implement the call response by shaking the mobile phone in one direction. (Received or hung up), its beneficial effect is obvious, has the characteristics of convenient operation and quickness, especially overcomes the shortcomings in the traditional call answering mode of the mobile phone for a long time, if combined with the way of using the voice broadcast caller situation instead of the ringtone Prompt, not only can achieve one-hand operation call response, but also "blind operation" call response, which is convenient for those who are not convenient to visually view the mobile phone or for those who are inconvenient to visually recognize the mobile phone; The use of blind people and some elderly people makes it convenient for the mobile phone to use the one-handed mobile phone to answer the telephone. It is convenient for the mobile phone to be used in places where it is inconvenient to press or inconvenient to screen or to listen to the phone but also to answer the phone.
  • FIG. 1 is a schematic structural diagram of a mobile phone call answering apparatus according to a first embodiment of the present invention
  • FIG. 2 is a schematic structural diagram of a mobile phone call answering apparatus according to a second embodiment of the present invention.
  • FIG. 3 is a schematic structural diagram of a mobile phone call answering apparatus according to a third embodiment of the present invention.
  • a mobile phone call answering apparatus provided by a first embodiment of the present invention includes a call answering control module U11, a first call answering button K11, and a second call answering button K12 respectively installed on the mobile phone.
  • the call answer control module U11 has a first call answering signal port and a second call answering signal port.
  • the first call answering button K11 is connected to the first call answering signal port of the call answering control module U11, and the second call answering button K12 is connected.
  • the utility model is characterized in that it further comprises two detecting units for detecting the motion acceleration of the mobile phone in two directions, namely two single-axis acceleration sensors Y11, Y12, wherein one of the single-axis acceleration sensors Y11 is the first acceleration sensor, and the other A single-axis acceleration sensor Y12 is a second acceleration sensor, wherein the detection direction of the first acceleration sensor Y11 is the X direction, and the detection direction of the second acceleration sensor Y12 is the Y direction, wherein the sensing signal output port of the first acceleration sensor Y11 is connected. To the first call answering signal port of the call answering control module, the sensing signal output port of the second acceleration sensor Y12 is connected to the second call answering signal port of the call answering control module.
  • the first acceleration sensor If the motion acceleration of the mobile phone in the X direction reaches the response threshold of the first acceleration sensor, the first acceleration sensor outputs a call response signal to the first call response signal port of the call response control module;
  • the second acceleration sensor If the motion acceleration of the mobile phone in the Y direction reaches the response threshold of the second acceleration sensor, the second acceleration sensor outputs a call response signal to the second call response signal port of the call response control module;
  • the call answering control module determines that the first call answering button is pressed, that is, the answering is realized; if the second call answering signal port of the call answering control module receives To the call answering signal, the call answering control module determines that the second call answering button is pressed, that is, hangs up, thereby realizing the call answering.
  • the call answering device when the mobile phone reaches a certain motion acceleration in the X direction, the call answering can be realized, and the mobile phone reaches a certain motion in the Y direction. Acceleration, the hang up in the call response can be realized.
  • the first call answer button can also be set to be hang up in the call answer, and the second call answer button is pressed into the call answer. Answering, so that the mobile phone can be swayed in the X direction in the X direction, and the mobile phone can be swayed in the Y direction to realize the answer in the call response, thereby enabling the call response.
  • a mobile phone call answering apparatus provided by a second embodiment of the present invention includes a call answering control module U21, a first call answering button K21, and a second call answering button K22 respectively installed on the mobile phone.
  • the call response control module U21 has a first call answering signal port and a second call answering signal port.
  • the first call answering button K21 is connected to the first call answering signal port of the call answering control module U21, and the second call answering button K22 is connected. a second call response signal port of the call response control module U21.
  • the utility model is characterized in that: a detecting unit for detecting the motion acceleration of the mobile phone in two directions, that is, a biaxial acceleration sensor Y21, wherein the two detecting directions of the two-axis acceleration sensor Y21 are respectively the X direction and the Y direction,
  • the X-direction sensing signal output port of the dual-axis acceleration sensor Y21 is connected to the first call answering signal port of the call answering control module U21.
  • the Y-direction sensing signal output port of the dual-axis accelerometer Y21 is connected to the second call of the call answering control module U21. Answer signal port.
  • the dual-axis acceleration sensor If the motion acceleration of the mobile phone in the X direction reaches the response threshold of the dual-axis acceleration sensor, the dual-axis acceleration sensor outputs a call response signal to the first call response signal port of the call response control module;
  • the dual-axis acceleration sensor If the motion acceleration of the mobile phone in the Y direction reaches the response threshold of the dual-axis acceleration sensor, the dual-axis acceleration sensor outputs a call response signal to the second call response signal port of the call response control module;
  • the call answering control module determines that the first call answering button is pressed, that is, the answering is realized; if the second call answering signal port of the call answering control module receives To the call answering signal, the call answering control module determines that the second call answering button is pressed, that is, hangs up, thereby realizing the call answering.
  • the call answering device when the mobile phone reaches a certain motion acceleration in the X direction, the call answering can be realized, and the mobile phone reaches a certain motion in the Y direction. Acceleration, the hang up in the call response can be realized.
  • the first call answer button can also be set to be hang up in the call answer, and the second call answer button is pressed into the call answer. Answering, so that the mobile phone can be swayed in the X direction in the X direction, and the mobile phone can be swayed in the Y direction to realize the answer in the call response, thereby enabling the call response.
  • the X direction and the Y direction are perpendicular to each other.
  • the X direction is parallel to the horizontal plane
  • the Y direction is perpendicular to the horizontal plane.
  • the X direction and the Y direction are It may not be perpendicular to each other.
  • a mobile phone call answering apparatus includes a call answering control module U31, a first call answering switch K31, and a second call answering switch K32 respectively installed on the mobile phone.
  • the call response control module U31 has a first call answering signal port and a second call answering signal port.
  • the first call answering switch K31 is connected to the first call answering signal port of the call answering control module U31, and the second call answering switch K32 is connected.
  • the utility model is characterized in that: a detecting unit for detecting the motion acceleration of the mobile phone in three directions, that is, a three-axis acceleration sensor Y31, wherein the three detecting directions of the three-axis acceleration sensor Y31 are respectively the X direction and the Y direction, In the Z direction, the X-direction sensing signal output port of the three-axis acceleration sensor Y31 is connected to the first call response signal port of the call response control module U31, and the Y-direction sensing signal output port and the Z-direction sensing signal output port of the three-axis acceleration sensor Y31 are respectively The second call response signal port of the call response control module U31 is received.
  • the call response method of the mobile phone call answering device provided by the third embodiment of the present invention is characterized in that to:
  • the triaxial acceleration sensor If the motion acceleration of the mobile phone in the X direction reaches the response threshold in the X direction of the triaxial acceleration sensor, the triaxial acceleration sensor outputs a call response to the first call response signal port of the call response control module through the X direction sensing signal output port. signal;
  • the triaxial acceleration sensor responds to the call through the Y direction sensing signal output port or the Z direction sensing signal output port.
  • the second call response signal port of the control module outputs a call response signal
  • the call answering control module determines that the first call answering switch is turned on, that is, the answering is realized; if the second call answering signal port of the call answering control module receives To the call answering signal, the call answering control module determines that the second call answering switch is turned on, that is, suspends, thereby implementing a call response.
  • the call answering device In the call response method of the mobile phone call answering device provided by the third embodiment of the present invention, when the mobile phone reaches a certain motion acceleration in the X direction, the call answering can be realized, and the mobile phone is shaken in the Y direction or the Z direction.
  • the first call answering switch can be set to be hang up in the call answer, and the second call answering switch is turned on as a certain motion acceleration.
  • the call response the call is answered, so that the mobile phone can be hanged in the X direction in the X direction, and the mobile phone can be swayed in the Y direction or the Z direction to realize the answer in the call response, thereby enabling the call response.
  • the call response control module is a prior art, and the call response control module is a circuit board (such as a mobile phone circuit board) built in the mobile phone for controlling the operation of the mobile phone.
  • the first call answering button and the second call answering button are physical buttons (such as an answer button on the mobile phone, an hang up button), or virtual buttons drawn by software (such as an answer button on the dialing software interface, an hang up button). , or a switch operated by gestures, or an existing switch of other structure, the first call answer button is pressed to mean that the first call answer button is turned on, and the second call answer button is pressed to mean the second call. The answer button is turned on.
  • the uniaxial acceleration sensor, the biaxial acceleration sensor, and the triaxial acceleration sensor in the first, second, and third embodiments of the present invention are all prior art. In other embodiments of the present invention, the detection can also be performed in the prior art.
  • the other detecting unit of the motion acceleration of the mobile phone in two directions or three directions replaces the single-axis acceleration sensor, the biaxial acceleration sensor, the three-axis acceleration sensor in the first, second, and third embodiments of the present invention;
  • Other detection units capable of detecting motion acceleration of the handset in at least two directions include single or dual or three-axis combinations of acceleration sensors and gyroscopes, and single or dual or three-axis inertial sensors.
  • the mobile phone according to the present invention also includes a wireless mobile communication terminal such as a watch mobile phone having a call function.

Abstract

一种手机通话应答装置及其通话应答方法，涉及电子设备技术领域，所解决的是提高操作便捷性的技术问题。该装置包括通话应答控制模块、第一通话应答开关、第二通话应答开关、加速度传感器；第一通话应答开关及加速度传感器的X方向感应信号输出端口接到通话应答控制模块的第一通话应答信号端口，第二通话应答开关及加速度传感器的Y方向感应信号输出端口接到通话应答控制模块的第二通话应答信号端口；在X方向上摇动手机达到一定的运动加速度，通话应答控制模块即判定第一通话应答开关被接通，在Y方向上摇动手机达到一定的运动加速度，通话应答控制模块即判定第二通话应答开关被接通。本发明提供的装置及方法，适合手机使用。

Description

手机通话应答装置及其通话应答方法 技术领域
本发明涉及电子设备的技术，特别是涉及一种手机通话应答装置及其通话应答方法的技术。
背景技术
现有的手机都是通过人工按通话应答按钮来实现通话应答的，通话应答按钮可以是实体按钮，也可以是软件绘制的虚拟按钮；比如手机有来电时，需要人工按接听按钮(包括屏幕上的虚拟按钮)接昕，或由人工按挂断按钮(包括屏幕上的虚拟按钮)拒绝，又如手机上的某个应用软件需要使用者选择“确定”按钮或“取消”按钮。
现有手机的这种人工按通话应答按钮来实现通话应答的方式需要眼手配合操作，使用者需要眼睛看着手机才能使手指准确的找到通话应答按钮的位置，即必须看手机并二只手操作，在只能单手操作手机的场合，或在不方便目视手机的场合(比如黑暗中、开车时)，或对于不方便目视手机的使用者(如盲人、部分老年人)就基本无法或不方便操作手机通话应答，所以现有手机存在着在上述情况下操作不便的缺陷。手机出现已有二十多年的历史，目前只能实现“盲报”，即语音播报来电者的情况，而不能实现“盲答”，即不方便目视手机的场合或者用户的通话应答。
目前的手机摇机只能产生一种信号，很少用于控制手机的有二种以上选择的操作。
发明内容
针对上述现有技术中存在的缺陷，本发明所要解决的技术问题是提供一种操作方便、快捷的摇机就能通话应答的能选择性摇机确认的手机通话应答装置及其通话应答方法。
为了解决上述技术问题，本发明所提供的一种手机通话应答装置，包括分别安装在手机上的通话应答控制模块、第一通话应答按钮、第二通话应答按钮， 所述通话应答控制模块具有第一通话应答信号端口、第二通话应答信号端口，第一通话应答按钮接到通话应答控制模块的第一通话应答信号端口，第二通话应答按钮接到通话应答控制模块的第二通话应答信号端口；
其特征在于：还包括用于检测手机在两个方向上的运动加速度的检测单元；检测单元的两个检测方向分别为X方向、Y方向，检测单元的X方向感应信号输出端口接到通话应答控制模块的第一通话应答信号端口，检测单元的Y方向感应信号输出端口接到通话应答控制模块的第二通话应答信号端口。
进一步的，所述的第一通话应答按钮为实体按钮或者是软件绘制的屏幕虚拟按钮，所述的第二通话应答按钮也为实体按钮或者是软件绘制的屏幕虚拟按钮。
进一步的，所述的X方向与所述的Y方向相互垂直。
进一步的，所述的检测单元包括单或双或三轴的加速度传感器、单或双或三轴的加速度传感器和陀螺仪的组合、以及单或双或三轴的惯性传感器。
为了解决上述技术问题，本发明所提供的一种手机通话应答装置，包括分别安装在手机上的通话应答控制模块、第一通话应答开关、第二通话应答开关，所述通话应答控制模块具有第一通话应答信号端口、第二通话应答信号端口，第一通话应答开关接到通话应答控制模块的第一通话应答信号端口，第二通话应答开关接到通话应答控制模块的第二通话应答信号端口；
其特征在于：还包括用于检测手机在至少两个方向上的运动加速度的检测单元；所述至少两个检测方向包括X方向、Y方向，检测单元的X方向感应信号输出端口接到通话应答控制模块的第一通话应答信号端口，检测单元的Y方向感应信号输出端口接到通话应答控制模块的第二通话应答信号端口。
进一步的，所述的第一通话应答开关和/或第二通话应答开关通过实体按钮或者是软件绘制的屏幕虚拟按钮或者通过手势操作进行切换。
进一步的，所述的X方向与所述的Y方向相互垂直。
进一步的，所述的检测单元包括单或双或三轴的加速度传感器、单或双或三轴的加速度传感器和陀螺仪的组合、以及单或双或三轴的惯性传感器。
进一步的，所述检测单元的检测方向中，还有一个检测方向为Z方向，检测单元的Z方向感应信号输出端口接到通话应答控制模块的第二通话应答信号 端口。
进一步的，所述的X方向与所述的Y方向相互垂直，所述Z方向与所述X方向相互垂直，所述Z方向与所述Y方向相互垂直。
本发明所提供的手机通话应答装置的通话应答方法，其特征在于：
所述的手机通话应答装置中，在第一通话应答按钮和第二通话应答按钮这两个按钮中，设定其中的一个按钮被按下为通话应答中的接听，另一个按钮被按下为通话应答中的挂断；
利用检测单元检测手机在两个方向上的运动加速度；
如果手机在X方向上的运动加速度达到检测单元的响应阈值，检测单元即向通话应答控制模块的第一通话应答信号端口输出一个通话应答信号；
如果手机在Y方向上的运动加速度达到检测单元的响应阈值，检测单元即向通话应答控制模块的第二通话应答信号端口输出一个通话应答信号；
如果通话应答控制模块的第一通话应答信号端口收到通话应答信号，通话应答控制模块即判定第一通话应答按钮被按下；如果通话应答控制模块的第二通话应答信号端口收到通话应答信号，通话应答控制模块即判定第二通话应答按钮被按下，从而实现通话应答。
本发明所提供的手机通话应答装置的通话应答方法，其特征在于：
所述的手机通话应答装置中，在第一通话应答开关和第二通话应答开关这两个开关中，设定其中的一个开关被接通为通话应答中的接听，另一个开关被接通为通话应答中的挂断；
利用检测单元检测手机至少在X方向及Y方向上的运动加速度；
如果手机在X方向上的运动加速度达到检测单元的X方向上的响应阈值，检测单元即向通话应答控制模块的第一通话应答信号端口输出一个通话应答信号；
如果手机在Y方向上的运动加速度达到检测单元的Y方向上的响应阈值，检测单元即向通话应答控制模块的第二通话应答信号端口输出一个通话应答信号；
如果通话应答控制模块的第一通话应答信号端口收到通话应答信号，通话应答控制模块即判定第一通话应答开关被接通；如果通话应答控制模块的第二通 话应答信号端口收到通话应答信号，通话应答控制模块即判定第二通话应答开关被接通，从而实现通话应答。
进一步的，所述的X方向与所述的Y方向相互垂直。
进一步的，所述检测单元的检测方向中，还有一个检测方向为Z方向，检测单元的Z方向感应信号输出端口接到通话应答控制模块的第二通话应答信号端口；
利用检测单元检测手机在Z方向上的运动加速度；如果手机在Z方向上的运动加速度达到检测单元的Z方向上的响应阈值，检测单元即向通话应答控制模块的第二通话应答信号端口输出一个通话应答信号。
进一步的，所述的X方向与所述的Y方向相互垂直，所述Z方向与所述X方向相互垂直，所述Z方向与所述Y方向相互垂直。
进一步的，所述的手机通话应答装置中，所述的检测单元包括单或双或三轴的加速度传感器、单或双或三轴的加速度传感器和陀螺仪的组合、以及单或双或三轴的惯性传感器。
本发明提供的手机通话应答装置及其通话应答方法，利用加速度传感器或惯性传感器检测手机在两个方向上的运动加速度，使用者可以选择性地采用朝向其中一个方向摇动手机的方式来实现通话应答(接听或挂断)，其有益效果是显而易见的，具有操作方便、快捷的特点，特别是克服了长期以来手机的传统通话应答方式中的缺陷，如果结合用语音播报来电者情况的方式代替铃声提示，不仅能实现单手操作通话应答，而且还能“盲操作”通话应答，就是在那些不方便目视手机的场合或让那些不方便目视手机的使用者实现通话应答操作；从而方便了盲人以及部分老年人的使用，方便了手机在需要单手操作手机接听电话场所的使用，方便了手机在不方便按键或者不方便刷屏或者不方便看机但又要接听电话的场所的使用。
附图说明
图1是本发明第一实施例的手机通话应答装置的结构示意图；
图2是本发明第二实施例的手机通话应答装置的结构示意图；
图3是本发明第三实施例的手机通话应答装置的结构示意图。
具体实施方式
以下结合附图说明对本发明的实施例作进一步详细描述，但本实施例并不用于限制本发明，凡是采用本发明的相似结构及其相似变化，均应列入本发明的保护范围，本发明中的顿号均表示和的关系。
如图1所示，本发明第一实施例所提供的一种手机通话应答装置，包括分别安装在手机上的通话应答控制模块U11、第一通话应答按钮K11、第二通话应答按钮K12，所述通话应答控制模块U11具有第一通话应答信号端口、第二通话应答信号端口，第一通话应答按钮K11接到通话应答控制模块U11的第一通话应答信号端口，第二通话应答按钮K12接到通话应答控制模块U11的第二通话应答信号端口；
其特征在于：还包括用于检测手机在两个方向上的运动加速度的两个检测单元，即两个单轴加速度传感器Y11、Y12，其中的一个单轴加速度传感器Y11为第一加速度传感器，另一个单轴加速度传感器Y12为第二加速度传感器，设第一加速度传感器Y11的检测方向为X方向，第二加速度传感器Y12的检测方向为Y方向，其中的第一加速度传感器Y11的感应信号输出端口接到通话应答控制模块的第一通话应答信号端口，第二加速度传感器Y12的感应信号输出端口接到通话应答控制模块的第二通话应答信号端口。
本发明第一实施例所提供的手机通话应答装置的通话应答方法，其特征在于：
在手机通话应答装置中设定第一通话应答按钮被按下为通话应答中的接听，第二通话应答按钮被按下为通话应答中的挂断；
利用两个加速度传感器检测手机在两个方向上的运动加速度；
如果手机在X方向上的运动加速度达到第一加速度传感器的响应阈值，第一加速度传感器即向通话应答控制模块的第一通话应答信号端口输出一个通话应答信号；
如果手机在Y方向上的运动加速度达到第二加速度传感器的响应阈值，第二加速度传感器即向通话应答控制模块的第二通话应答信号端口输出一个通话应答信号；
如果通话应答控制模块的第一通话应答信号端口收到通话应答信号，通话应答控制模块即判定第一通话应答按钮被按下，即实现接听；如果通话应答控制模块的第二通话应答信号端口收到通话应答信号，通话应答控制模块即判定第二通话应答按钮被按下，即实现挂断，从而实现通话应答。
本发明第一实施例所提供的手机通话应答装置的通话应答方法中，在X方向上摇动手机达到一定的运动加速度，即可实现通话应答中的接听，在Y方向上摇动手机达到一定的运动加速度，即可实现通话应答中的挂断，本发明其它实施例中也可设定第一通话应答按钮被按下为通话应答中的挂断，第二通话应答按钮被按下为通话应答中的接听，从而可以在X方向上摇动手机实现通话应答中的挂断，而在Y方向上摇动手机实现通话应答中的接听，从而也能实现通话应答。
如图2所示，本发明第二实施例所提供的一种手机通话应答装置，包括分别安装在手机上的通话应答控制模块U21、第一通话应答按钮K21、第二通话应答按钮K22，所述通话应答控制模块U21具有第一通话应答信号端口、第二通话应答信号端口，第一通话应答按钮K21接到通话应答控制模块U21的第一通话应答信号端口，第二通话应答按钮K22接到通话应答控制模块U21的第二通话应答信号端口；
其特征在于：还包括用于检测手机在两个方向上的运动加速度的一个检测单元，即一个双轴加速度传感器Y21，设双轴加速度传感器Y21的两个检测方向分别为X方向、Y方向，双轴加速度传感器Y21的X方向感应信号输出端口接到通话应答控制模块U21的第一通话应答信号端口，双轴加速度传感器Y21的Y方向感应信号输出端口接到通话应答控制模块U21的第二通话应答信号端口。
本发明第二实施例所提供的手机通话应答装置的通话应答方法，其特征在于：
在手机通话应答装置中设定第一通话应答按钮被按下为通话应答中的接听，第二通话应答按钮被按下为通话应答中的挂断；
利用双轴加速度传感器检测手机在两个方向上的运动加速度；
如果手机在X方向上的运动加速度达到双轴加速度传感器的响应阈值，双轴加速度传感器即向通话应答控制模块的第一通话应答信号端口输出一个通话应答信号；
如果手机在Y方向上的运动加速度达到双轴加速度传感器的响应阈值，双轴加速度传感器即向通话应答控制模块的第二通话应答信号端口输出一个通话应答信号；
如果通话应答控制模块的第一通话应答信号端口收到通话应答信号，通话应答控制模块即判定第一通话应答按钮被按下，即实现接听；如果通话应答控制模块的第二通话应答信号端口收到通话应答信号，通话应答控制模块即判定第二通话应答按钮被按下，即实现挂断，从而实现通话应答。
本发明第二实施例所提供的手机通话应答装置的通话应答方法中，在X方向上摇动手机达到一定的运动加速度，即可实现通话应答中的接听，在Y方向上摇动手机达到一定的运动加速度，即可实现通话应答中的挂断，本发明其它实施例中也可设定第一通话应答按钮被按下为通话应答中的挂断，第二通话应答按钮被按下为通话应答中的接听，从而可以在X方向上摇动手机实现通话应答中的挂断，而在Y方向上摇动手机实现通话应答中的接听，从而也能实现通话应答。
本发明第一、第二实施例中的X方向与Y方向相互垂直，在手机处于竖立姿态时，X方向平行于水平面，而Y方向垂直于水平面，本发明其他实施例中X方向与Y方向也可以不是相互垂直的。
如图3所示，本发明第三实施例所提供的一种手机通话应答装置，包括分别安装在手机上的通话应答控制模块U31、第一通话应答开关K31、第二通话应答开关K32，所述通话应答控制模块U31具有第一通话应答信号端口、第二通话应答信号端口，第一通话应答开关K31接到通话应答控制模块U31的第一通话应答信号端口，第二通话应答开关K32接到通话应答控制模块U31的第二通话应答信号端口；
其特征在于：还包括用于检测手机在三个方向上的运动加速度的一个检测单元，即一个三轴加速度传感器Y31，设三轴加速度传感器Y31的三个检测方向分别为X方向、Y方向、Z方向，三轴加速度传感器Y31的X方向感应信号输出端口接到通话应答控制模块U31的第一通话应答信号端口，三轴加速度传感器Y31的Y方向感应信号输出端口及Z方向感应信号输出端口分别接到通话应答控制模块U31的第二通话应答信号端口。
本发明第三实施例所提供的手机通话应答装置的通话应答方法，其特征在 于：
在手机通话应答装置中设定第一通话应答开关被接通为通话应答中的接听，第二通话应答开关被接通为通话应答中的挂断；
利用三轴加速度传感器检测手机在三个方向上的运动加速度；
如果手机在X方向上的运动加速度达到三轴加速度传感器的X方向上的响应阈值，三轴加速度传感器即通过X方向感应信号输出端口向通话应答控制模块的第一通话应答信号端口输出一个通话应答信号；
如果手机在Y方向或Z方向上的运动加速度达到三轴加速度传感器的Y方向或Z方向上的响应阈值，三轴加速度传感器即通过Y方向感应信号输出端口或Z方向感应信号输出端口向通话应答控制模块的第二通话应答信号端口输出一个通话应答信号；
如果通话应答控制模块的第一通话应答信号端口收到通话应答信号，通话应答控制模块即判定第一通话应答开关被接通，即实现接听；如果通话应答控制模块的第二通话应答信号端口收到通话应答信号，通话应答控制模块即判定第二通话应答开关被接通，即实现挂断，从而实现通话应答。
本发明第三实施例所提供的手机通话应答装置的通话应答方法中，在X方向上摇动手机达到一定的运动加速度，即可实现通话应答中的接听，在Y方向或Z方向上摇动手机达到一定的运动加速度，即可实现通话应答中的挂断，本发明其它实施例中也可设定第一通话应答开关被接通为通话应答中的挂断，第二通话应答开关被接通为通话应答中的接听，从而可以在X方向上摇动手机实现通话应答中的挂断，而在Y方向或Z方向上摇动手机实现通话应答中的接听，从而也能实现通话应答。
本发明第一、第二、第三实施例中，所述通话应答控制模块为现有技术，通话应答控制模块是内置于手机中的用于控制手机运行的电路板(比如手机电路板)，所述第一通话应答按钮、第二通话应答按钮是实体按钮(比如手机上的接听按钮、挂断按钮)，或是软件绘制的虚拟按钮(比如拨号软件界面上的接听按钮、挂断按钮)，或是通过手势操作的开关，或是其它结构的现有开关，第一通话应答按钮被按下是指第一通话应答按钮被接通，第二通话应答按钮被按下是指第二通话应答按钮被接通。
本发明第一、第二、第三实施例中的单轴加速度传感器、双轴加速度传感器、三轴加速度传感器均为现有技术，本发明其他实施例中，也可以采用现有技术中能检测手机在两个方向或三个方向上的运动加速度的其它检测单元来替代本发明第一、第二、第三实施例中的单轴加速度传感器、双轴加速度传感器、三轴加速度传感器；所述能检测手机在至少两个方向上的运动加速度的其它检测单元包括单或双或三轴的加速度传感器和陀螺仪的组合、以及单或双或三轴的惯性传感器等。
本发明所述的手机也包括具有通话功能的手表手机等无线移动通信终端。

Claims (13)

  1. 一种手机通话应答装置，包括分别安装在手机上的通话应答控制模块、第一通话应答按钮、第二通话应答按钮，所述通话应答控制模块具有第一通话应答信号端口、第二通话应答信号端口，第一通话应答按钮接到通话应答控制模块的第一通话应答信号端口，第二通话应答按钮接到通话应答控制模块的第二通话应答信号端口；
    其特征在于：还包括用于检测手机在两个方向上的运动加速度的检测单元；检测单元的两个检测方向分别为X方向、Y方向，检测单元的X方向感应信号输出端口接到通话应答控制模块的第一通话应答信号端口，检测单元的Y方向感应信号输出端口接到通话应答控制模块的第二通话应答信号端口。
  2. 根据权利要求1所述的手机通话应答装置，其特征在于：所述的第一通话应答按钮为实体按钮或者是软件绘制的屏幕虚拟按钮，所述的第二通话应答按钮也为实体按钮或者是软件绘制的屏幕虚拟按钮。
  3. 一种手机通话应答装置，包括分别安装在手机上的通话应答控制模块、第一通话应答开关、第二通话应答开关，所述通话应答控制模块具有第一通话应答信号端口、第二通话应答信号端口，第一通话应答开关接到通话应答控制模块的第一通话应答信号端口，第二通话应答开关接到通话应答控制模块的第二通话应答信号端口；
    其特征在于：还包括用于检测手机在至少两个方向上的运动加速度的检测单元；所述至少两个检测方向包括X方向、Y方向，检测单元的X方向感应信号输出端口接到通话应答控制模块的第一通话应答信号端口，检测单元的Y方向感应信号输出端口接到通话应答控制模块的第二通话应答信号端口。
  4. 根据权利要求3所述的手机通话应答装置，其特征在于：所述的第一通话应答开关和/或第二通话应答开关通过实体按钮或者是软件绘制的屏幕虚拟按钮或者通过手势操作进行切换。
  5. 根据权利要求1或3所述的手机通话应答装置，其特征在于：所述的X方向与所述的Y方向相互垂直。
  6. 根据权利要求1或3所述的手机通话应答装置，其特征在于：所述的检测单元包括单或双或三轴的加速度传感器、单或双或三轴的加速度传感器和陀螺 仪的组合、以及单或双或三轴的惯性传感器。
  7. 根据权利要求3所述的手机通话应答装置，其特征在于：所述检测单元的检测方向中，还有一个检测方向为Z方向，检测单元的Z方向感应信号输出端口接到通话应答控制模块的第二通话应答信号端口。
  8. 根据权利要求7所述的手机通话应答装置，其特征在于：所述的X方向与所述的Y方向相互垂直，所述Z方向与所述X方向相互垂直，所述Z方向与所述Y方向相互垂直。
  9. 根据权利要求1所述的手机通话应答装置的通话应答方法，其特征在于：
    所述的手机通话应答装置中，在第一通话应答按钮和第二通话应答按钮这两个按钮中，设定其中的一个按钮被按下为通话应答中的接听，另一个按钮被按下为通话应答中的挂断；
    利用检测单元检测手机在两个方向上的运动加速度；
    如果手机在X方向上的运动加速度达到检测单元的响应阈值，检测单元即向通话应答控制模块的第一通话应答信号端口输出一个通话应答信号；
    如果手机在Y方向上的运动加速度达到检测单元的响应阈值，检测单元即向通话应答控制模块的第二通话应答信号端口输出一个通话应答信号；
    如果通话应答控制模块的第一通话应答信号端口收到通话应答信号，通话应答控制模块即判定第一通话应答按钮被按下；如果通话应答控制模块的第二通话应答信号端口收到通话应答信号，通话应答控制模块即判定第二通话应答按钮被按下，从而实现通话应答。
  10. 根据权利要求3所述的手机通话应答装置的通话应答方法，其特征在于：
    所述的手机通话应答装置中，在第一通话应答开关和第二通话应答开关这两个开关中，设定其中的一个开关被接通为通话应答中的接听，另一个开关被接通为通话应答中的挂断；
    利用检测单元检测手机至少在X方向及Y方向两个方向上的运动加速度；
    如果手机在X方向上的运动加速度达到检测单元的X方向上的响应阈值，检测单元即向通话应答控制模块的第一通话应答信号端口输出一个通话应答信号；
    如果手机在Y方向上的运动加速度达到检测单元的Y方向上的响应阈值，检测单元即向通话应答控制模块的第二通话应答信号端口输出一个通话应答信号；
    如果通话应答控制模块的第一通话应答信号端口收到通话应答信号，通话应答控制模块即判定第一通话应答开关被接通；如果通话应答控制模块的第二通话应答信号端口收到通话应答信号，通话应答控制模块即判定第二通话应答开关被接通，从而实现通话应答。
  11. 根据权利要求9或10所述的通话应答方法，其特征在于：所述的X方向与所述的Y方向相互垂直。
  12. 根据权利要求10所述的通话应答方法，其特征在于：所述检测单元的检测方向中，还有一个检测方向为Z方向，检测单元的Z方向感应信号输出端口接到通话应答控制模块的第二通话应答信号端口；
    利用检测单元检测手机在Z方向上的运动加速度；
    如果手机在Z方向上的运动加速度达到检测单元的Z方向上的响应阈值，检测单元即向通话应答控制模块的第二通话应答信号端口输出一个通话应答信号。
  13. 根据权利要求12所述的通话应答方法，其特征在于：所述的X方向与所述的Y方向相互垂直，所述Z方向与所述X方向相互垂直，所述Z方向与所述Y方向相互垂直。
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