WO2015043439A1 - 双触屏手机 - Google Patents

双触屏手机 Download PDF

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Publication number
WO2015043439A1
WO2015043439A1 PCT/CN2014/087102 CN2014087102W WO2015043439A1 WO 2015043439 A1 WO2015043439 A1 WO 2015043439A1 CN 2014087102 W CN2014087102 W CN 2014087102W WO 2015043439 A1 WO2015043439 A1 WO 2015043439A1
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WO
WIPO (PCT)
Prior art keywords
touch screen
normally open
open contact
processor
mobile phone
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PCT/CN2014/087102
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English (en)
French (fr)
Inventor
柳超
Original Assignee
柳超
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Application filed by 柳超 filed Critical 柳超
Priority to CN201480039271.6A priority Critical patent/CN105379232A/zh
Publication of WO2015043439A1 publication Critical patent/WO2015043439A1/zh

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/02—Constructional features of telephone sets
    • H04M1/0202—Portable telephone sets, e.g. cordless phones, mobile phones or bar type handsets
    • H04M1/026—Details of the structure or mounting of specific components
    • H04M1/0266—Details of the structure or mounting of specific components for a display module assembly
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M2250/00—Details of telephonic subscriber devices
    • H04M2250/12—Details of telephonic subscriber devices including a sensor for measuring a physical value, e.g. temperature or motion
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M2250/00—Details of telephonic subscriber devices
    • H04M2250/16—Details of telephonic subscriber devices including more than one display unit
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M2250/00—Details of telephonic subscriber devices
    • H04M2250/22—Details of telephonic subscriber devices including a touch pad, a touch sensor or a touch detector

Definitions

  • the invention relates to a smart phone, in particular to a dual touch screen mobile phone.
  • the existing smart phones only have a front touch screen, which limits the setting of the touch screen function due to the limitation of the touch screen area; meanwhile, if another hand engages in other affairs, the dual touch screen mobile phone also gives people the operation of the mobile phone belt. Conveniently, a dual touch screen mobile phone has become a need for people to improve the operation performance of mobile phones.
  • the object of the present invention is to overcome the deficiencies of the prior art and provide a dual touch screen mobile phone for improving the operational performance of the mobile phone.
  • a dual touch screen mobile phone comprising a casing, a touch screen and a processor, wherein the touch screen is mounted on the outer casing, the touch screen comprises a front touch screen and a rear touch screen, and the rear touch screen is located on the front touch screen.
  • the processor has a front touch screen connected to the input/output terminal, a rear touch screen connected to the input/output terminal, and a gravity switch, and the front touch screen of the processor is connected to the input/output.
  • the gravity switch comprises a sealed shell, a front touch screen normally open contact, a rear touch screen normally open contact and a conductive ball, and the conductive ball is composed of a metal ball or mercury, the front touch screen normally open contact, the rear touch screen is normally open.
  • the point and the conductive ball are disposed in the sealed casing, the front touch screen normally open contact is located on the side of the rear touch screen, the rear touch screen normally open contact is located on the front touch screen side, and the conductive ball is located at the front touch screen normally open contact and rear
  • the touch screen is normally open between the contacts.
  • the outer casing includes a front outer casing and a rear outer casing.
  • the front touch screen is mounted on the front outer casing, and the rear touch screen is mounted on the rear outer casing; the front touch screen and the rear touch screen are parallel to each other; the outer casing is provided with a battery, and the front outer casing of the outer casing
  • the battery is mounted on the rear casing, or the battery is mounted on the rear casing, or the battery is mounted on the front casing; the upper end of the casing is provided with an earpiece, and the lower end of the casing is provided with a microphone; the rear casing is provided with a camera, and the camera is located above the rear touch screen.
  • the working principle of the dual touch screen mobile phone is: when the front touch screen 4 of the dual touch screen mobile phone is tilted to face the operator and the front touch screen normally open contact 10 of the gravity switch 8 is turned on, the processor 3 automatically controls to open the front touch screen 4 And after the control is turned off, the touch screen 5 is used by the operator to operate the smart phone by using the front touch screen 4; when the rear touch screen 5 of the dual touch screen mobile phone is tilted to face the operator and the rear touch screen normally open contact 11 is turned on, the processor 3 After the control touches the screen 5 and controls the front touch screen 4, the operator uses the rear touch screen 5 to perform the smartphone operation; when the front touch screen 4 or the rear touch screen 5 is parallel to the vertical line, the processor 3 does not receive the front touch.
  • the screen normally open contact 10 is turned on or the rear touch screen normally open contact 11 is turned on, and the processor 3 transmits a reminder signal to the earpiece 16, and the earpiece 16 emits a sound, reminding the user to touch the front touch screen 4 or the rear touch screen. 5 tilt.
  • the invention has the beneficial effects that the dual touch screen mobile phone is provided with a front touch screen and a rear touch screen, and the gravity switch and the processor automatically control the work of the front touch screen and the rear touch screen, so that the mobile phone has dual touch screen operation functions, and the like is added.
  • the use of mobile phones makes the use of mobile phones more humane.
  • 1 is a schematic structural view of a dual touch screen mobile phone
  • Figure 2 is a left side view of Figure 1;
  • Figure 3 is a schematic view of the front touch screen facing the user
  • Figure 4 is a schematic view of the rear touch screen facing the user.
  • FIG. 1 is a schematic structural view of the dual touch screen mobile phone and FIG. 2 is a left side view of the first embodiment of the present invention.
  • the dual touch screen mobile phone includes a housing 1, a touch screen 2, and a processor 3.
  • the touch screen 2 is mounted on the housing 1.
  • the touch screen 2 includes a front touch screen 4 and a rear touch screen 5, and the rear touch screen 5 is located at the back of the front touch screen 4; or, the front touch screen 4 is located at the back of the rear touch screen 5; the processor 3 is provided with a front touch screen connection.
  • the input/output terminal 6, the rear touch screen is connected to the input/output terminal 7 and the gravity switch 8, and the front touch panel connection input/output terminal 6 of the processor 3 is connected to the connection terminal of the front touch panel 4, and the rear touch screen of the processor 3
  • the connection input/output terminal 7 is connected to the connection terminal of the rear touch screen 5
  • the gravity switch 8 is connected to the gravity switch signal input terminal of the processor 3;
  • the gravity switch 8 is installed in the outer casing 1, and the gravity switch 8 includes a sealed casing 9, front
  • the touch screen normally open contact 10, the rear touch screen normally open contact 11 and the conductive ball 12, the front touch screen normally open contact 10, the rear touch screen normally open contact 11 and the conductive ball 12 are disposed in the sealed casing 9, front Touch screen
  • the open contact 10 is located on the side of the rear touch screen 5, the rear touch screen normally open contact 11 is located on the front touch screen 4 side, and the conductive ball 12 is located at the front touch screen normally open contact 10 and the rear touch screen normally open contact 11 between.
  • the front touch screen faces the user tilt diagram and the rear touch screen shown in FIG. 4 faces the user tilt diagram.
  • the front touch screen 4 faces the operation.
  • the position of the conductive ball 12 facing the operator's gravity switch 8 is different from that of the rear touch screen 5 of the dual touch screen mobile phone;
  • the front touch screen 4 faces the operator, and the angle of the front touch screen 4 and the vertical line is 5° to At 85°, the conductive ball 12 moves to the position of the front touch screen normally open contact 10, and the touch screen normally open contact 10 is turned on;
  • the rear touch screen 5 faces the operator, and the angle of the rear touch screen 5 and the vertical line is At 5° to 85°, the conductive ball 12 is moved to the position of the rear touch screen normally open contact 10, and the rear touch screen normally open contact 11 is turned on.
  • the front touch screen normally open contact 10 of the gravity switch 8 is interlocked with the rear touch screen normally open contact 11; when the front touch screen normally open contact 10 is turned on, the rear touch screen normally open contact 11 is not conductive. When the rear touch screen normally open contact 11 is turned on, the front touch screen normally open contact 10 is not turned on.
  • the working state of the touch screen 2 is: the front touch screen 4 of the dual touch screen mobile phone faces the operator, the front touch screen normally open contact 10 of the gravity switch 8 is turned on, and the gravity switch 8 opens the front touch screen normally.
  • the signal of the point 10 is transmitted to the processor 3.
  • the processor 3 controls the connection of the front touch screen connection input/output terminal 6 to the front touch screen 4, and the front touch screen 4 enters an open working state, and at the same time, the gravity switch 8
  • the rear touch screen normally open contact 11 is disconnected, the gravity switch 8 transmits the signal of the rear touch screen normally open contact 11 to the processor 3, and the processor 3 controls the disconnected touch screen to connect the input/output terminal 7 and the rear touch screen.
  • the rear touch screen 5 is in the closed state; the rear touch screen 5 of the dual touch screen mobile phone faces the operator, the rear touch screen normally open contact 11 of the gravity switch 8 is turned on, and the gravity switch 8 will normally open the rear touch screen
  • the signal that the contact 11 is turned on is transmitted to the processor 3.
  • the touch screen After the processor 3 controls the connection, the touch screen connects the input/output terminal 7 to the rear touch screen 5, and the rear touch screen 5 enters the open working state, and at the same time, the gravity switch 8 of the front touch screen normally open contact 10 is disconnected, the gravity switch 8 transmits the signal of the front touch screen normally open contact 10 to the processor 3, the processor 3 After the control is disconnected, the touch screen is connected to the input/output terminal 6 and the front touch screen 4, and the rear touch screen 4 is in the off state.
  • the outer casing 1 includes a front outer casing 13 and a rear outer casing 14, the front touch screen 4 is mounted on the front outer casing 13, and the rear touch screen 5 is mounted on the rear outer casing 14;
  • the touch screen 4 and the rear touch screen 5 are parallel to each other;
  • the outer casing 1 is mounted with a battery 15, the front outer casing 13 of the outer casing 1 is inlaid with the rear outer casing 14, the battery 15 is mounted to the rear outer casing 14, or the battery 15 is mounted to the front outer casing 13;
  • the upper end of the outer casing 1 is provided with an earpiece 16, and the lower end of the outer casing 1 is provided with a microphone 17;
  • the rear outer casing 14 is provided with a camera 18, and the camera 18 is located above the rear touch screen 5.
  • the casing 1 is provided with a video head 19 including a front video head 20 and a rear video head 21, the front video head 20 is mounted on the upper end of the front casing 13, and the front video head 20 is located in front.
  • the rear video head 21 is mounted on the upper end of the rear casing 14, and the rear video head 21 is located above the rear touch screen 5.
  • the processor 3 is provided with a front video head input terminal 22 and a rear video input terminal 23, the front video head.
  • the input terminal 22 is connected to the connection terminal of the front video head 20, and the rear video input terminal 23 is connected to the connection terminal of the rear video head 21.
  • the working principle of the dual touch screen mobile phone is: when the front touch screen 4 of the dual touch screen mobile phone is tilted to face the operator and the front touch screen normally open contact 10 of the gravity switch 8 is turned on, the processor 3 automatically controls to open the front touch screen 4 And after the control is turned off, the touch screen 5 is used by the operator to operate the smart phone by using the front touch screen 4; when the rear touch screen 5 of the dual touch screen mobile phone is tilted to face the operator and the rear touch screen normally open contact 11 is turned on, the processor 3 After the control touches the screen 5 and controls the front touch screen 4, the operator uses the rear touch screen 5 to perform the smartphone operation; when the front touch screen 4 or the rear touch screen 5 is parallel to the vertical line, the processor 3 does not receive the front touch.
  • the screen normally open contact 10 is turned on or the rear touch screen normally open contact 11 is turned on, and the processor 3 transmits a reminder signal to the earpiece 16, and the earpiece 16 emits a sound, reminding the user to touch the front touch screen 4 or the rear touch screen. 5 tilt.

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  • Engineering & Computer Science (AREA)
  • Signal Processing (AREA)
  • Telephone Set Structure (AREA)
  • Telephone Function (AREA)

Abstract

双触屏手机，包括有外壳、触屏以及处理器，触屏安装于外壳上，触屏包括有前触屏以及后触屏，后触屏位于前触屏的背面；或者，前触屏位于后触屏的背面；处理器设有前触屏连接输入/输出端、后触屏连接输入/输出端以及重力开关，处理器的前触屏连接输入/输出端与前触屏的连接端子连接，处理器的后触屏连接输入/输出端与后触屏的连接端子连接，重力开关与处理器的重力传感器信号输入端子连接；利用重力开关以及处理器自动控制前触屏以及后触屏的工作，使手机具有双触屏操作功能，增加了手机的使用功能，使手机使用更具有人性化。

Description

双触屏手机 技术领域
本发明涉及一种智能手机，特别是一种双触屏手机。
背景技术
现有的智能手机，只有正面的触屏，由于触屏面积的限制，限制了触屏功能的设置；同时，如果人们的另一个手从事其他的事务，双触屏手机也给人们操作手机带来方便，一种双触屏手机已成为人们提高手机操作性能的需要。
发明内容
本发明的目的是克服现有技术的不足，提供一种双触屏手机，用于提高手机的操作性能。
本发明所采用的技术方案是：双触屏手机，包括有外壳、触屏以及处理器，触屏安装于外壳上，触屏包括有前触屏以及后触屏，后触屏位于前触屏的背面；或者，前触屏位于后触屏的背面；处理器设有前触屏连接输入/输出端、后触屏连接输入/输出端以及重力开关，处理器的前触屏连接输入/输出端与前触屏4的连接端子连接，处理器的后触屏连接输入/输出端与后触屏的连接端子连接，重力开关与处理器的重力开关信号输入端子连接；重力开关安装于外壳内，重力开关包括有密封壳、前触屏常开触点、后触屏常开触点以及导电球，导电球由金属球或者水银构成，前触屏常开触点、后触屏常开触点以及导电球设于密封壳内，前触屏常开触点位于后触屏一侧，后触屏常开触点位于前触屏一侧，导电球位于前触屏常开触点与后触屏常开触点之间。
所述的外壳包括有前外壳以及后外壳，前触屏安装于前外壳上，后触屏安装于后外壳上；前触屏与后触屏相互平行；外壳内安装有电池，外壳的前外壳与后外壳镶嵌连接，电池安装于后外壳，或者，电池安装于前外壳；外壳的上端设有听筒，外壳的下端设有话筒；后外壳设有摄像头，摄像头位于后触屏的上方。
双触屏手机的工作原理是：双触屏手机的前触屏4倾斜面对操作者以及重力开关8的前触屏常开触点10导通时，处理器3自动控制打开前触屏4以及控制关闭后触屏5，操作者利用前触屏4进行智能手机操作；双触屏手机的后触屏5倾斜面对操作者以及后触屏常开触点11导通时，处理器3控制打开后触屏5以及控制关闭前触屏4，操作者利用后触屏5进行智能手机操作；前触屏4或者后触屏5与垂直线平行时，处理器3的没有接收到前触屏常开触点10导通或者后触屏常开触点11导通的信号，处理器3将提醒信号传输使听筒16，听筒16发出声音，提醒使用者将前触屏4或者后触屏5倾斜。
本发明的有益效果是：双触屏手机设有前触屏以及后触屏，利用重力开关以及处理器自动控制前触屏以及后触屏的工作，使手机具有双触屏操作功能，增加了手机的使用功能，使手机使用更具有人性化。
附图说明
图1是双触屏手机的结构示意图；
图2是图1的左视图；
图3是前触屏面对使用者倾斜示意图；
图4是后触屏面对使用者倾斜示意图。
具体实施方式
下面结合附图对本发明进行进一步的说明：
图1所示的双触屏手机的结构示意图以及图2所示图1的左视图，双触屏手机，包括有外壳1、触屏2以及处理器3，触屏2安装于外壳1上，触屏2包括有前触屏4以及后触屏5，后触屏5位于前触屏4的背面；或者，前触屏4位于后触屏5的背面；处理器3设有前触屏连接输入/输出端6、后触屏连接输入/输出端7以及重力开关8，处理器3的前触屏连接输入/输出端6与前触屏4的连接端子连接，处理器3的后触屏连接输入/输出端7与后触屏5的连接端子连接，重力开关8与处理器3的重力开关信号输入端子连接；重力开关8安装于外壳1内，重力开关8包括有密封壳9、前触屏常开触点10、后触屏常开触点11以及导电球12，前触屏常开触点10、后触屏常开触点11以及导电球12设于密封壳9内，前触屏常 开触点10位于后触屏5一侧，后触屏常开触点11位于前触屏4一侧，导电球12位于前触屏常开触点10与后触屏常开触点11之间。
如图3所示的前触屏面对使用者倾斜示意图以及图4所示的后触屏面对使用者倾斜示意图，为了实施手机的双触屏操作，所述的前触屏4面对操作者与双触屏手机的后触屏5面对操作者的重力开关8的导电球12的位置状态不同；前触屏4面对操作者，前触屏4与垂直线的角度为5°至85°时，导电球12移动到前触屏常开触点10的位置，将触屏常开触点10接通；后触屏5面对操作者，后触屏5与垂直线的角度为5°至85°时，导电球12移动到后触屏常开触点10的位置，将后触屏常开触点11接通。所述的重力开关8的前触屏常开触点10与后触屏常开触点11互锁；前触屏常开触点10导通时，后触屏常开触点11不导通；后触屏常开触点11导通时，前触屏常开触点10不导通。
所述的触屏2的工作状态是：双触屏手机的前触屏4面对操作者，重力开关8的前触屏常开触点10导通，重力开关8将前触屏常开触点10导通的信号传输给处理器3，处理器3控制接通前触屏连接输入/输出端6与前触屏4的连接，前触屏4进入打开的工作状态，同时，重力开关8的后触屏常开触点11分断，重力开关8将后触屏常开触点11分断的信号传输给处理器3，处理器3控制分断后触屏连接输入/输出端7与后触屏5的连接，后触屏5处于关闭状态；双触屏手机的后触屏5面对操作者，重力开关8的后触屏常开触点11导通，重力开关8将后触屏常开触点11导通的信号传输给处理器3，处理器3控制接通后触屏连接输入/输出端7与后触屏5的连接，后触屏5进入打开的工作状态，同时，重力开关8的前触屏常开触点10分断，重力开关8将前触屏常开触点10分断的信号传输给处理器3，处理器3控制分断后触屏连接输入/输出端6与前触屏4的连接，后触屏4处于关闭状态。
为了方便组装以及使手机具有多种使用功能，所述的外壳1包括有前外壳13以及后外壳14，前触屏4安装于前外壳13上，后触屏5安装于后外壳14上；前触屏4与后触屏5相互平行；外壳1内安装有电池15，外壳1的前外壳13与后外壳14镶嵌连接，电池15安装于后外壳14，或者，电池15安装于前外壳13；外壳1的上端设有听筒16，外壳1的下端设有话筒17；后外壳14设有摄像头18，摄像头18位于后触屏5的上方。
为了实施双触屏视频通话，外壳1设有视频头19，视频头19包括有前视频头20以及后视频头21，前视频头20安装于前外壳13的上端，前视频头20位于前触屏4的上方，后视频头21安装于后外壳14的上端，后视频头21位于后触屏5的上方；处理器3设有前视频头输入端子22以及后视频输入端子23，前视频头输入端子22与前视频头20的连接端子连接，后视频输入端子23与后视频头21的连接端子连接。
双触屏手机的工作原理是：双触屏手机的前触屏4倾斜面对操作者以及重力开关8的前触屏常开触点10导通时，处理器3自动控制打开前触屏4以及控制关闭后触屏5，操作者利用前触屏4进行智能手机操作；双触屏手机的后触屏5倾斜面对操作者以及后触屏常开触点11导通时，处理器3控制打开后触屏5以及控制关闭前触屏4，操作者利用后触屏5进行智能手机操作；前触屏4或者后触屏5与垂直线平行时，处理器3的没有接收到前触屏常开触点10导通或者后触屏常开触点11导通的信号，处理器3将提醒信号传输使听筒16，听筒16发出声音，提醒使用者将前触屏4或者后触屏5倾斜。

Claims (10)

  1. 双触屏手机，包括有外壳(1)、触屏(2)以及处理器(3)，其特征在于：所述的触屏(2)安装于外壳(1)上，触屏(2)包括有前触屏(4)以及后触屏(5)，后触屏(5)位于前触屏(4)的背面；或者，前触屏(4)位于后触屏(5)的背面；处理器(3)设有前触屏连接输入/输出端(6)、后触屏连接输入/输出端(7)以及重力开关(8)，处理器(3)的前触屏连接输入/输出端(6)与前触屏(4)的连接端子连接，处理器(3)的后触屏连接输入/输出端(7)与后触屏(5)的连接端子连接，重力开关(8)与处理器(3)的重力开关信号输入端子连接；重力开关(8)安装于外壳(1)内，重力开关(8)包括有密封壳(9)、前触屏常开触点(10)、后触屏常开触点(11)以及导电球(12)，前触屏常开触点(10)、后触屏常开触点(11)以及导电球(12)设于密封壳(9)内，前触屏常开触点(10)位于后触屏(5)一侧，后触屏常开触点(11)位于前触屏(4)一侧，导电球(12)位于前触屏常开触点(10)与后触屏常开触点(11)之间。
  2. 根据权利要求1所述的双触屏手机，其特征在于：所述的前触屏(4)面对操作者与双触屏手机的后触屏(5)面对操作者的重力开关(8)的导电球(12)的位置状态不同；前触屏(4)面对操作者，前触屏(4)与垂直线的角度为5°至85°时，导电球(12)移动到前触屏常开触点(10)的位置，将触屏常开触点(10)接通；后触屏(5)面对操作者，后触屏(5)。与垂直线的角度为5°至85°时，导电球(12)移动到后触屏常开触点(10)的位置，将后触屏常开触点(11)接通。
  3. 根据权利要求2所述的双触屏手机，其特征在于：所述的触屏(2)的工作状态是：双触屏手机的前触屏(4)面对操作者，重力开关(8)的前触屏常开触点(10)导通，重力开关(8)将前触屏常开触点(10)导通的信号传输给处理器(3)，处理器(3)控制接通前触屏连接输入/输出端(6)与前触屏(4)的连接，前触屏(4)进入打开的工作状态，同时，重力开关(8)的后触屏常开触点(11)分断，重力开关(8)将后触屏常开触点(11)分断的信号传输给处理器(3)，处理器(3)控制分断后触屏连接输入/输出端(7)与后触屏(5)的连接，后触屏(5)处于关闭状 态；双触屏手机的后触屏(5)面对操作者，重力开关(8)的后触屏常开触点(11)导通，重力开关(8)将后触屏常开触点(11)导通的信号传输给处理器(3)，处理器(3)控制接通后触屏连接输入/输出端(7)与后触屏(5)的连接，后触屏(5)进入打开的工作状态，同时，重力开关(8)的前触屏常开触点(10)分断，重力开关(8)将前触屏常开触点(10)分断的信号传输给处理器(3)，处理器(3)控制分断后触屏连接输入/输出端(6)与前触屏(4)的连接，后触屏(4)处于关闭状态。
  4. 根据权利要求1所述的双触屏手机，其特征在于：所述的外壳(1)包括有前外壳(13)以及后外壳(14)，前触屏(4)安装于前外壳(13)上，后触屏(5)安装于后外壳(14)上；前触屏(4)与后触屏(5)相互平行。
  5. 根据权利要求4所述的双触屏手机，其特征在于：所述的外壳(1)内安装有电池(15)，外壳(1)的前外壳(13)与后外壳(14)镶嵌连接，电池(15)安装于后外壳(14)，或者，电池(15)安装于前外壳(13)。
  6. 根据权利要求1所述的双触屏手机，其特征在于：所述的外壳(1)的上端设有听筒(16)，外壳(1)的下端设有话筒(17)；后外壳(14)设有摄像头(18)，摄像头(18)位于后触屏(5)的上方。
  7. 根据权利要求4所述的双触屏手机，其特征在于：所述的外壳(1)设有视频头(19)，视频头(19)包括有前视频头(20)以及后视频头(21)，前视频头(20)安装于前外壳(13)的上端，前视频头(20)位于前触屏(4)的上方，后视频头(21)安装于后外壳(14)的上端，后视频头(21)位于后触屏(5)的上方。
  8. 根据权利要求7所述的双触屏手机，其特征在于：所述的处理器(3)设有前视频头输入端子(22)以及后视频输入端子(23)，前视频头输入端子(22)与前视频头(20)的连接端子连接，后视频输入端子(23)与后视频头(21)的连接端子连接。
  9. 根据权利要求1所述的双触屏手机，其特征在于：所述的重力开关(8)的前触屏常开触点(10)与后触屏常开触点(11)互锁；前触屏常开触点(10)导通时，后触屏常开触点(11)不导通；后触屏常开触点(11)导通时，前触屏常开触点(10)不导通。
  10. 根据权利要求8所述的双触屏手机，其特征在于：所述的双触屏 手机的工作原理是：双触屏手机的前触屏(4)倾斜面对操作者以及重力开关(8)的前触屏常开触点(10)导通时，处理器(3)自动控制打开前触屏(4)以及控制关闭后触屏(5)，操作者利用前触屏(4)进行智能手机操作；双触屏手机的后触屏(5)倾斜面对操作者以及后触屏常开触点(11)导通时，处理器(3)控制打开后触屏(5)以及控制关闭前触屏(4)，操作者利用后触屏(5)进行智能手机操作；前触屏(4)或者后触屏(5)与垂直线平行时，处理器(3)的没有接收到前触屏常开触点(10)导通或者后触屏常开触点(11)导通的信号，处理器(3)将提醒信号传输使听筒(16)，听筒(16)发出声音，提醒使用者将前触屏(4)或者后触屏(5)倾斜。
PCT/CN2014/087102 2013-09-24 2014-09-22 双触屏手机 WO2015043439A1 (zh)

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