WO2016082409A1 - Terminal control method and intelligent earphone - Google Patents

Terminal control method and intelligent earphone Download PDF

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Publication number
WO2016082409A1
WO2016082409A1 PCT/CN2015/075769 CN2015075769W WO2016082409A1 WO 2016082409 A1 WO2016082409 A1 WO 2016082409A1 CN 2015075769 W CN2015075769 W CN 2015075769W WO 2016082409 A1 WO2016082409 A1 WO 2016082409A1
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WO
WIPO (PCT)
Prior art keywords
touch
instruction
time
touching
points
Prior art date
Application number
PCT/CN2015/075769
Other languages
French (fr)
Chinese (zh)
Inventor
朱晓璞
Original Assignee
捷开通讯(深圳)有限公司
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Publication of WO2016082409A1 publication Critical patent/WO2016082409A1/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
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
    • G06F3/0488—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
    • G06F3/0488—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
    • G06F3/04883—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures for inputting data by handwriting, e.g. gesture or text
    • 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 field of mobile terminal technologies, and in particular, to a terminal control method and a smart headset.
  • smart terminals In today's society, smart terminals have become an inaccessible part of people's lives due to their rich functions. In addition to the traditional dialing and receiving calls through smart terminals, smart terminals are more used for playing videos, playing games or reading e-books. E-books enjoy music.
  • an additional control device such as a more popular wearable device is generally added, but the above method not only requires the user to purchase another wearable device, but is not only costly but also needs to be simultaneously Carrying the above-mentioned wearable device and smart terminal also brings the same to the user.
  • the technical problem to be solved by the present invention is to provide a terminal control method and a smart earphone capable of controlling a terminal through an intelligent earphone without additionally adding any other device.
  • a technical solution adopted by the present invention is to provide a terminal control method, including:
  • the smart earphone receives a sliding operation on the touch screen thereof, and when the touch operation on a touch point on the touch screen is received for the first time, the time is started as an initial time;
  • the touch point corresponding to the touch time is an effective touch point; if the touch time is not within the predetermined time range, the touch corresponding to the touch time The point is not a valid touch point;
  • the instructions include a forward instruction, a backward instruction, a page turning instruction, a scaling instruction, a refresh instruction, and a determining instruction.
  • a terminal control method including:
  • the smart earphone receives a sliding operation on the touch screen thereof, and determines an order of touching the touch points at different positions on the touch screen; wherein the touch points of each different position are marked differently;
  • the step of the smart earphone receiving an instruction to the touch screen thereof and determining the order of touching the touch points at different positions on the touch screen includes:
  • the smart earphone determines the order of touching the touch points of the different positions by detecting different voltage values generated by the sliding operation touching the touch points of the different positions.
  • the step of the smart earphone receiving the sliding operation on the touch screen thereof and determining the touch point of touching the different positions on the touch screen further includes:
  • timing is started as an initial time
  • the smart earphone records the touch time of the touch point touched by each different position, and judges each touch time to determine whether it is within a predetermined time range;
  • the touch point corresponding to the touch time is an effective touch point; if the touch time is not within the predetermined time range, the touch corresponding to the touch time The point is not a valid touch point.
  • the step of determining the sliding trajectory of the sliding operation according to the order of touching the touch points of different positions specifically includes:
  • the sliding track is determined in chronological order according to the effective touch points touching the different positions.
  • the instructions include a forward instruction, a backward instruction, a page turning instruction, a scaling instruction, a refresh instruction, and a determining instruction.
  • a smart earphone for controlling the terminal including:
  • Touch detection module Track determination module and execution module
  • the touch detection module is configured to receive a sliding operation on the smart earphone touch screen, and determine an order of touching touch points of different positions on the touch screen; wherein the touch points of each different position are marked differently ;
  • the trajectory determining module is configured to determine a sliding trajectory of the sliding operation according to an order of the touch points determined by the touch detecting module to touch different positions;
  • the execution module is configured to determine an instruction to be executed according to the sliding track determined by the trajectory determination module, and control the terminal to execute the instruction.
  • the touch detection module is specifically configured to determine a sequence of touching the touch points at different positions by detecting different voltage values generated by the sliding operation touching the touch points of different positions. .
  • the touch detection module is further configured to record a touch time of touching the touch point of each different position, and determine each touch time to determine whether it is within a predetermined time range; The touch time determines a touch point corresponding to the touch time as a valid touch point within a predetermined time range; and when the touch time is not within the predetermined time range, determining a touch corresponding to the touch time The touch point does not belong to the effective touch point; wherein, when the touch detection module receives the touch operation on a touch point on the touch screen for the first time, the time is started as the initial time.
  • the trajectory determining module is specifically configured to determine a sliding trajectory according to a chronological sequence of the effective touch points touched by the touch detecting module at different positions.
  • the instructions include a forward instruction, a backward instruction, a page turning instruction, a scaling instruction, a refresh instruction, and a determining instruction.
  • the terminal control method of the present invention includes the smart earphone receiving a sliding operation on the touch screen thereof, and determining the order of touching the touch points at different positions on the touch screen, according to the sequence. Determining a sliding trajectory of the instruction, further determining a control type of the instruction, and controlling the terminal to execute an instruction triggered by the sliding operation.
  • the touch control of the terminal can be realized only by the smart headset carried by the smart terminal itself, which is more convenient, and the user does not need to purchase other wearable devices, which is convenient to carry and saves the user.
  • FIG. 1 is a schematic flow chart of an embodiment of a terminal control method according to the present invention.
  • FIG. 2 is a schematic structural diagram of a specific implementation manner of the terminal control method of FIG. 1;
  • FIG. 3 is a schematic flowchart of another embodiment of a terminal control method according to the present invention.
  • FIG. 4 is a schematic structural view of an embodiment of a smart earphone according to the present invention.
  • FIG. 1 is a schematic flowchart diagram of an implementation manner of a terminal control method according to the present invention. This embodiment includes the following steps:
  • the smart headset receives a sliding operation on its touch screen to determine the order in which the touch points of different positions on the touch screen are touched.
  • the smart earphone acts as an external control device for the terminal
  • the receiving user issues a sliding operation on the touch screen of the smart earphone
  • the smart earphone receives the sliding operation.
  • different sliding operations correspond to different operation commands. For example, when the user plays a video using the terminal and slides a right-to-left operation on the screen, the terminal directly switches to play the next video.
  • the smart earphones implement the above functions on the hardware by adding a capacitive or resistive touch panel and a corresponding ADC chip to each of the earphone wires.
  • the smart earphone is provided with touch points at different positions of the screen, and the sliding operation of the user is obtained by touching the touch points at different positions on the display screen to further determine the sliding order. Specifically, when the user touches the touch point of different positions, the voltage value generated by the ADC corresponding to the touch point is not equal, and the smart earphone determines which touch point is touched according to the generated voltage value, and The order in which the sliding operation touches each of the touch points is determined in accordance with the order of the different voltage values generated.
  • the touch points of each different position are different, and can be marked by letters, numbers or other ways to distinguish the touch points of different positions, which is not limited herein.
  • the number of touch points is not limited, as long as the order of the sliding operation can be determined, such as five, seven, ten, etc., and is not limited herein.
  • the number of touched points is set to five, and the touch points and touch points are respectively used.
  • the corresponding voltage of the touch point 1 is 0.1V
  • the voltage corresponding to the touch point 2 is 0.15V
  • the corresponding voltage of the touch point 3 is 0.2V
  • the corresponding voltage of the touch point 4 is 0.25V
  • the touch point 5 The corresponding voltage is 0.3V.
  • the smart earphone detects three voltage values and the order of triggering by the sliding operation are 0.1V, 0.3V and 0.2V, respectively, and the smart earphone is instantly determined.
  • the touch point touched by this sliding operation has 1, 1 corresponding to 0.1V, 5 corresponding to 0.3V, and 3 corresponding to 0.2V, that is, the order in which the sliding operation touches each touch point is 1, 5, 3.
  • the touch point can also be directly represented by the voltage value generated by touching it, which is not limited herein.
  • the sliding track can be directly determined according to the above sequence, as shown in FIG. 2, the order of touching the touch points by the current sliding operation It is 1, 5, 3, so the smart earphone determines the trajectory of the current sliding operation from the upper left to the lower right according to the correspondence relationship of the touch points 1, 5, and 3.
  • the smart headset further establishes a correspondence table, and stores a one-to-one correspondence between the trajectory of the sliding operation and the instruction of the terminal in the corresponding correspondence table.
  • the instructions include a forward instruction, a backward instruction, a page turning instruction, a scaling instruction, a refresh instruction, and a determination instruction. If the trajectory of the sliding operation is a horizontal straight line from right to left, it represents the instruction of the backward movement, and the trajectory of the sliding operation is a horizontal straight line from left to right, which represents the forward instruction, and the trajectory of the sliding operation is from the upper left to the lower right.
  • the straight line represents the instruction to be turned up, etc., and is not limited herein.
  • the smart earphone After determining the sliding track, the smart earphone searches for the instruction corresponding to the current sliding operation in the corresponding table, and the instruction corresponding to a straight line from the upper left to the lower right in FIG. 2 is the upward turning operation. Then, the smart earphone sends an up-turning instruction to the terminal, and after receiving the up-turning command, the terminal performs up-and-down control on the currently running application. If the current terminal is displaying an e-book, the previous page is displayed. If the terminal is currently playing music, the game is switched to the previous music, etc., and is not limited herein.
  • the terminal control method of the present invention includes the smart earphone receiving a sliding operation on the touch screen thereof, determining the order of touching the touch points at different positions on the touch screen, determining the sliding track of the command according to the sequence, and further Determining the type of control of the instruction and controlling the terminal to execute an instruction triggered by the sliding operation.
  • the touch control of the terminal can be realized only by the smart headset carried by the smart terminal itself, which is more convenient, and the user does not need to purchase other wearable devices, which is convenient to carry and saves the user.
  • FIG. 3 is a schematic flowchart of another embodiment of a terminal control method according to the present invention.
  • step 301 after the smart earphone receives the sliding operation on the touch screen, the touch point touched by the current sliding operation is acquired.
  • the step of touching a touch point is not directly determined, and the step of determining whether each touch point touched is valid is also included.
  • the time when the touch point is received for the first time is started as the initial time.
  • the touch time is 2 milliseconds or 6 milliseconds, it does not belong to a valid touch point with a time threshold ranging from 3 milliseconds to 5 milliseconds. All touch points that are not part of the effective touch point are no longer used as a range for determining the order of the touch points.
  • the time when the touch point is received for the first time is started as the initial time. Recording the touch time of the touch operation of each different position by the current sliding operation, and determining whether the plurality of touch points are received within a predetermined time, and if yes, determining that the plurality of touch points are valid, according to The plurality of touch points determine the touch order. Otherwise, the touch points received outside of the predetermined time are discarded, and the touch order is determined based on the touch points received within the predetermined time.
  • the user receives 4 touch points within a predetermined 10 milliseconds, that is, the time interval of each touch point cannot exceed 2.5 milliseconds for a predetermined time, and after 5 milliseconds, the fifth touch point is received, although The time of the five touch points is within the touch time threshold of each touch point, but since the smart earphone does not receive the touch point within the predetermined time, the fifth touch point is still not a valid touch. Touch it and discard it.
  • the smart earphone determines the touch sequence of each effective touch point, and then determines the sliding track according to the order of the effective touch points, as in step 303.
  • the terminal control method of the present embodiment only needs to implement the touch control on the terminal by using the smart headset carried by the smart terminal itself, which is more convenient, and the user does not need to purchase other wearable devices, which is convenient to carry. It also saves users money.
  • the present embodiment further determines the validity of each touch point, and further determines the sliding track of the sliding operation according to the touch sequence of the effective touch point. Excluding the touch points that are not valid touch points can effectively eliminate the misoperation, further improve the effectiveness of the touch control, save the power resources of the terminal, and save the cost for the user.
  • FIG. 4 is a schematic structural diagram of an embodiment of a smart earphone according to the present invention.
  • the smart earphone of the present embodiment includes a touch detection module 401, a trajectory determination module 402, and an execution module 403.
  • the touch detection module 401 is configured to receive a sliding operation on the smart earphone touch screen, and determine an order of touching touch points of different positions on the touch screen; wherein the touch points of each different position are different in labeling;
  • the smart earphone When the smart earphone is used as an external control device for the terminal, when the receiving user issues a sliding operation on the touch screen of the smart earphone, the touch screen receives the sliding operation. Because, under normal circumstances, different sliding operations will bring different operating instructions. For example, when the user plays a video using the terminal and slides a right-to-left operation on the screen, the terminal directly switches to play the next one. video. Specifically, the smart earphone achieves the above functions by adding a capacitive or resistive touch panel and a corresponding ADC chip to each of the earphone wires.
  • the smart earphones are provided with touch points at different positions of the screen, and the touch detection module 401 obtains the sliding operation of the user by touching the touch points at different positions on the display screen to further determine the sliding order. Specifically, when the user touches the touch point of the different position, the voltage value generated by the ADC corresponding to the touch point is not equal, and the touch detection module 401 determines the touch point of which position is touched according to the generated voltage value. And determining the order in which the sliding operation touches the respective touch points according to the order of the different voltage values generated.
  • the touch points of each different position are different, and can be marked by letters, numbers or other ways to distinguish the touch points of different positions, which is not limited herein.
  • the number of touch points is not limited, as long as the order of the sliding operation can be determined, such as five, seven, ten, etc., and is not limited herein.
  • the trajectory determining module 402 is configured to determine a sliding trajectory of the sliding operation according to an order determined by the touch detecting module to touch the touch points of different positions. .
  • the trajectory determination module 402 can directly determine the sliding trajectory according to the above sequence.
  • the executing module 403 is configured to determine an instruction to be executed according to the sliding track determined by the trajectory determining module, and control the terminal to execute the instruction.
  • the smart headset further establishes a correspondence table, and stores a one-to-one correspondence between the trajectory of the sliding operation and the instruction of the terminal in the corresponding correspondence table.
  • the instructions include a forward instruction, a backward instruction, a page turning instruction, a scaling instruction, a refresh instruction, and a determination instruction. If the trajectory of the sliding operation is a horizontal straight line from right to left, it represents the instruction of the backward movement, and the trajectory of the sliding operation is a horizontal straight line from left to right, which represents the forward instruction, and the trajectory of the sliding operation is from the upper left to the lower right.
  • the straight line represents the instruction to be turned up, etc., and is not limited herein.
  • the executing module 403 After determining the sliding track, the executing module 403 searches for an instruction corresponding to the current sliding operation in the corresponding table, and controls the terminal to execute the instruction. For example, the instruction corresponding to this sliding operation is the upturn operation. Then, the executing module 403 sends an up-turning instruction to the terminal, and after receiving the up-turning command, the terminal performs up-control on the currently running application. If the current terminal is displaying an e-book, the previous page is displayed. If the terminal is currently playing music, the game is switched to the previous music, etc., and is not limited herein.
  • the touch screen of the smart earphone of the embodiment receives the sliding operation of the touch screen thereof, and the touch detecting module determines the order of touching the touch points at different positions on the touch screen, and the track determining module determines the order according to the sequence.
  • the sliding track of the instruction further determines the type of control of the instruction, and the execution module controls the terminal to execute an instruction triggered by the sliding operation.
  • the touch control of the terminal can be realized only by the smart headset carried by the smart terminal itself, which is more convenient, and the user does not need to purchase other wearable devices, which is convenient to carry and saves the user.
  • the touch detection module of the smart earphone in the embodiment is further configured to: after the touch screen receives the sliding operation, not directly determine the order of touching the touch points, but further determine that the record touches each The touch time of the touch point at different positions, and each touch time is judged to determine whether it is within a predetermined time range and the touch screen receives the touch of a touch point on the touch screen for the first time.
  • the time of the touch operation starts as the initial time.
  • each touch time is compared with a preset time threshold range, such as 3 milliseconds to 5 milliseconds, to determine whether it is within a predetermined time threshold range.
  • the touch point corresponding to the touch time is determined as a valid touch point; if the touch time of one touch point is not the time threshold In the range, if the touch time is too long or too short, the corresponding touch points are not valid touch points. If the touch time is 2 milliseconds or 6 milliseconds, it does not belong to a valid touch point with a time threshold ranging from 3 milliseconds to 5 milliseconds. All touch points that are not part of the effective touch point are no longer used as a range for determining the order of the touch points.
  • a time threshold such as 4 milliseconds
  • the touch detection module receives the touch operation on a touch point on the touch screen for the first time
  • the time when the touch point is received for the first time is started as the initial time. Recording the touch time of the touch operation of each different position by the current sliding operation, and determining whether the plurality of touch points are received within a predetermined time, and if yes, determining that the plurality of touch points are valid, according to The plurality of touch points determine the touch order. Otherwise, the touch points received outside of the predetermined time are discarded, and the touch order is determined based on the touch points received within the predetermined time.
  • the user receives 4 touch points within a predetermined 10 milliseconds, that is, the time interval of each touch point cannot exceed 2.5 milliseconds for a predetermined time, and after 5 milliseconds, the fifth touch point is received, although The time of the five touch points is within the touch time threshold of each touch point, but since the smart earphone does not receive the touch point within the predetermined time, the fifth touch point is still not a valid touch. Touch it and discard it.
  • the trajectory determination module is further configured to determine the sliding trajectory according to the order of touching the effective touch points of the different positions.
  • the smart earphone of the present embodiment only needs to implement the touch control of the terminal through the smart earphone carried by the terminal itself, which is more convenient, and the user does not need to purchase other wearable devices, which is convenient to carry and saves the user. Spend.
  • the touch detection module further determines the validity of each touch point, and the track determination module further steps according to the touch order of the effective touch point. Determining the sliding trajectory of the sliding operation and eliminating the touch points that are not valid touch points can effectively eliminate the erroneous operation, further improve the effectiveness of the touch control, save the power resources of the terminal, and save the cost for the user.

Abstract

Disclosed are a terminal control method and an intelligent earphone. The terminal control method comprises: an intelligent earphone receives a slide operation on a touchscreen of the intelligent earphone, and determines an order of touching touch points at different positions on the touchscreen, wherein the touch points at different positions are differently marked; determines a slide track of the slide operation according to the order of touching the touch points at different positions; and determines an instruction to be executed according to the slide track, and controls a terminal to execute the instruction. By means of the present invention, a terminal can be controlled without adding any other device.

Description

终端控制方法及智能耳机 Terminal control method and smart earphone
【技术领域】[Technical Field]
本发明涉及移动终端技术领域，特别是涉及一种终端控制方法及智能耳机。The present invention relates to the field of mobile terminal technologies, and in particular, to a terminal control method and a smart headset.
【背景技术】 【Background technique】
当今社会，智能终端由于功能丰富成为人们生活中不可获取的一部分，除了传统的通过智能终端拨打接听电话，智能终端更多的用于播放视频、打游戏或者阅读电子书等，设置很多用户一般阅读电子书一边欣赏音乐。In today's society, smart terminals have become an inaccessible part of people's lives due to their rich functions. In addition to the traditional dialing and receiving calls through smart terminals, smart terminals are more used for playing videos, playing games or reading e-books. E-books enjoy music.
然而一般人们都说通过全屏来实现上述功能，如果需要对智能终端正在运行的程序进行关闭全屏或者返回来实现控制；或者需要将阅读的节目切换至音乐播放界面才能实现对音乐播放器的进一步控制。或者用户将智能终端放进兜里或包里不方便拿出来而需要对其进行控制时，传统的只能对智能终端本身操作的控制方式显得很不方便，However, people generally say that the above functions are implemented through full screen. If it is necessary to turn off the full screen or return to control the program that is running on the smart terminal, or to switch the program to the music player interface to achieve further control of the music player. . Or when the user puts the smart terminal into the pocket or the bag is inconvenient to take out and needs to control it, the traditional control mode that can only operate the smart terminal itself is very inconvenient.
为了解决上述技术问题，现有技术中一般会通过额外添加一个其他控制设备如当今比较流行的可穿戴设备，但是上述方式不仅需要用户额外的再购买一个可穿戴设备，不仅成本高，而且需要同时携带上述可穿戴设备和智能终端，也给用户带来了不变。In order to solve the above technical problem, in the prior art, an additional control device such as a more popular wearable device is generally added, but the above method not only requires the user to purchase another wearable device, but is not only costly but also needs to be simultaneously Carrying the above-mentioned wearable device and smart terminal also brings the same to the user.
【发明内容】 [Summary of the Invention]
本发明主要解决的技术问题是提供一种终端控制方法以及智能耳机，能够在不需要额外添加任何其他设备的条件下通过智能耳机控制终端。The technical problem to be solved by the present invention is to provide a terminal control method and a smart earphone capable of controlling a terminal through an intelligent earphone without additionally adding any other device.
为解决上述技术问题，本发明采用的一个技术方案是：提供一种终端控制方法，包括：To solve the above technical problem, a technical solution adopted by the present invention is to provide a terminal control method, including:
智能耳机接收对其触摸屏的滑动操作，当第一次接收对其触摸屏上一触碰点的触碰操作时，作为初始时刻开始计时；The smart earphone receives a sliding operation on the touch screen thereof, and when the touch operation on a touch point on the touch screen is received for the first time, the time is started as an initial time;
记录触碰每个不同位置的所述触碰点的触碰时间，并对每个触碰时间均进行判断，确定是否在预定的时间范围内；其中，每个不同位置的所述触碰点的标注不同；Recording a touch time of touching the touch point of each different position, and determining each touch time to determine whether it is within a predetermined time range; wherein the touch point of each different position Different labels;
如果触碰时间在预定的时间范围内，则与所述触碰时间对应的触碰点为有效触碰点；如果触碰时间不在预定时间范围内，则与所述触碰时间对应的触碰点不属于有效触碰点；If the touch time is within a predetermined time range, the touch point corresponding to the touch time is an effective touch point; if the touch time is not within the predetermined time range, the touch corresponding to the touch time The point is not a valid touch point;
通过检测所述滑动操作触碰各不同位置的所述有效触碰点所产生的不同的电压值，来确定触碰各不同位置的所述触碰点的顺序； Determining an order of touching the touch points of the different positions by detecting different voltage values generated by the sliding operation touching the effective touch points of the different positions;
根据触碰不同位置的所述有效触碰点的顺序确定所述滑动操作的滑动轨迹；Determining a sliding trajectory of the sliding operation according to an order of touching the effective touch points of different positions;
根据所述滑动轨迹确定所需执行的指令，并控制所述终端执行所述指令。Determining an instruction to be executed according to the sliding trajectory, and controlling the terminal to execute the instruction.
其中，所述指令包括前进指令、后退指令、翻页指令、缩放指令、刷新指令以及确定指令。The instructions include a forward instruction, a backward instruction, a page turning instruction, a scaling instruction, a refresh instruction, and a determining instruction.
为解决上述技术问题，本发明采用的另一个技术方案是：提供一种终端控制方法，包括：In order to solve the above technical problem, another technical solution adopted by the present invention is to provide a terminal control method, including:
智能耳机接收对其触摸屏的滑动操作，确定触碰所述触摸屏上不同位置的触碰点的顺序；其中，每个不同位置的所述触碰点的标注不同；The smart earphone receives a sliding operation on the touch screen thereof, and determines an order of touching the touch points at different positions on the touch screen; wherein the touch points of each different position are marked differently;
根据触碰不同位置的所述触碰点的顺序确定所述滑动操作的滑动轨迹；Determining a sliding trajectory of the sliding operation according to an order of touching the touch points of different positions;
根据所述滑动轨迹确定所需执行的指令，并控制所述终端执行所述指令。Determining an instruction to be executed according to the sliding trajectory, and controlling the terminal to execute the instruction.
其中，所述智能耳机接收对其触摸屏的指令，确定触碰所述触摸屏上不同位置的触碰点的顺序的步骤包括：The step of the smart earphone receiving an instruction to the touch screen thereof and determining the order of touching the touch points at different positions on the touch screen includes:
所述智能耳机通过检测所述滑动操作触碰各不同位置的所述触碰点所产生的不同的电压值，来确定触碰各不同位置的所述触碰点的顺序。The smart earphone determines the order of touching the touch points of the different positions by detecting different voltage values generated by the sliding operation touching the touch points of the different positions.
其中，所述智能耳机接收对其触摸屏的滑动操作，确定触碰所述触摸屏上不同位置的触碰点的顺序的步骤还包括：The step of the smart earphone receiving the sliding operation on the touch screen thereof and determining the touch point of touching the different positions on the touch screen further includes:
当第一次接收对其触摸屏上一触碰点的触碰操作时，作为初始时刻开始计时；When receiving a touch operation on a touch point on the touch screen for the first time, timing is started as an initial time;
所述智能耳机记录触碰每个不同位置的所述触碰点的触碰时间，并对每个触碰时间均进行判断，确定是否在预定的时间范围内；The smart earphone records the touch time of the touch point touched by each different position, and judges each touch time to determine whether it is within a predetermined time range;
如果触碰时间在预定的时间范围内，则与所述触碰时间对应的触碰点为有效触碰点；如果触碰时间不在预定时间范围内，则与所述触碰时间对应的触碰点不属于有效触碰点。If the touch time is within a predetermined time range, the touch point corresponding to the touch time is an effective touch point; if the touch time is not within the predetermined time range, the touch corresponding to the touch time The point is not a valid touch point.
其中，所述根据触碰不同位置的所述触碰点的顺序确定所述滑动操作的滑动轨迹的步骤具体包括：The step of determining the sliding trajectory of the sliding operation according to the order of touching the touch points of different positions specifically includes:
根据触碰各不同位置的所述有效触碰点的按时间的先后顺序确定滑动轨迹。The sliding track is determined in chronological order according to the effective touch points touching the different positions.
其中，所述指令包括前进指令、后退指令、翻页指令、缩放指令、刷新指令以及确定指令。The instructions include a forward instruction, a backward instruction, a page turning instruction, a scaling instruction, a refresh instruction, and a determining instruction.
为解决上述技术问题，本发明采用的再一个技术方案是：提供一种智能耳机，用于控制终端，包括：In order to solve the above technical problem, another technical solution adopted by the present invention is to provide a smart earphone for controlling the terminal, including:
触摸检测模块、轨迹判断模块以及执行模块，Touch detection module, track determination module and execution module,
所述触摸检测模块用于接收对所述智能耳机触摸屏的滑动操作，并确定触碰所述触摸屏上不同位置的触碰点的顺序；其中，每个不同位置的所述触碰点的标注不同；The touch detection module is configured to receive a sliding operation on the smart earphone touch screen, and determine an order of touching touch points of different positions on the touch screen; wherein the touch points of each different position are marked differently ;
所述轨迹判断模块用于根据所述触摸检测模块确定的触碰不同位置的所述触碰点的顺序确定所述滑动操作的滑动轨迹；The trajectory determining module is configured to determine a sliding trajectory of the sliding operation according to an order of the touch points determined by the touch detecting module to touch different positions;
所述执行模块用于根据所述轨迹判断模块确定的所述滑动轨迹确定所需执行的指令，并控制所述终端执行所述指令。The execution module is configured to determine an instruction to be executed according to the sliding track determined by the trajectory determination module, and control the terminal to execute the instruction.
其中，所述触摸检测模块具体用于通过检测所述滑动操作触碰各不同位置的所述触碰点所产生的不同的电压值，来确定触碰各不同位置的所述触碰点的顺序。The touch detection module is specifically configured to determine a sequence of touching the touch points at different positions by detecting different voltage values generated by the sliding operation touching the touch points of different positions. .
其中，所述触摸检测模块还用于记录触碰每个不同位置的所述触碰点的触碰时间，并对每个触碰时间均进行判断，确定是否在预定的时间范围内；并在触碰时间在预定的时间范围内，将与所述触碰时间对应的触碰点确定为有效触碰点；在触碰时间不在预定时间范围内时，确定与所述触碰时间对应的触碰点不属于有效触碰点；其中，当所述触摸检测模块第一次接收对所述触摸屏上一触碰点的触碰操作时，作为初始时刻开始计时。The touch detection module is further configured to record a touch time of touching the touch point of each different position, and determine each touch time to determine whether it is within a predetermined time range; The touch time determines a touch point corresponding to the touch time as a valid touch point within a predetermined time range; and when the touch time is not within the predetermined time range, determining a touch corresponding to the touch time The touch point does not belong to the effective touch point; wherein, when the touch detection module receives the touch operation on a touch point on the touch screen for the first time, the time is started as the initial time.
其中，所述轨迹判断模块具体用于根据所述触摸检测模块确定的触碰各不同位置的所述有效触碰点的按时间的先后顺序确定滑动轨迹。The trajectory determining module is specifically configured to determine a sliding trajectory according to a chronological sequence of the effective touch points touched by the touch detecting module at different positions.
其中，所述指令包括前进指令、后退指令、翻页指令、缩放指令、刷新指令以及确定指令。The instructions include a forward instruction, a backward instruction, a page turning instruction, a scaling instruction, a refresh instruction, and a determining instruction.
本发明的有益效果是：区别于现有技术的情况，本发明的终端控制方法包括智能耳机接收对其触摸屏的滑动操作，确定触碰触摸屏上不同位置的触碰点的顺序，根据所述顺序确定所述指令的滑动轨迹，进一步确定指令的控制类型，并控制所述终端执行由滑动操作触发的指令。通过上述方式，只需要通过智能终端本身携带的智能耳机就可实现对所述终端的触摸控制，更加方便，而且用户无需购买其他可穿戴设备，不仅携带方便，也为用户节省花销。The beneficial effects of the present invention are: different from the prior art, the terminal control method of the present invention includes the smart earphone receiving a sliding operation on the touch screen thereof, and determining the order of touching the touch points at different positions on the touch screen, according to the sequence. Determining a sliding trajectory of the instruction, further determining a control type of the instruction, and controlling the terminal to execute an instruction triggered by the sliding operation. In the above manner, the touch control of the terminal can be realized only by the smart headset carried by the smart terminal itself, which is more convenient, and the user does not need to purchase other wearable devices, which is convenient to carry and saves the user.
【附图说明】 [Description of the Drawings]
图1是本发明终端控制方法一实施方式的流程示意图；1 is a schematic flow chart of an embodiment of a terminal control method according to the present invention;
图2是图1终端控制方法一具体实施方式的结构示意图；2 is a schematic structural diagram of a specific implementation manner of the terminal control method of FIG. 1;
图3是本发明终端控制方法另一实施方式的流程示意图；3 is a schematic flowchart of another embodiment of a terminal control method according to the present invention;
图4是本发明智能耳机一实施方式的结构示意图。4 is a schematic structural view of an embodiment of a smart earphone according to the present invention.
【具体实施方式】【detailed description】
参阅图1，图1为本发明终端控制方法一实施方式的流程示意图。本实施方式包括如下步骤：Referring to FIG. 1, FIG. 1 is a schematic flowchart diagram of an implementation manner of a terminal control method according to the present invention. This embodiment includes the following steps:
101：智能耳机接收对其触摸屏的滑动操作，确定触碰所述触摸屏上不同位置的触碰点的顺序。101: The smart headset receives a sliding operation on its touch screen to determine the order in which the touch points of different positions on the touch screen are touched.
当智能耳机作为对终端的外接控制装置，接收用户对智能耳机的触摸屏发出滑动操作时，智能耳机接收上述滑动操作。由于，一般情况下，不同的滑动操作对应不同的操作指令，比如，用户在利用终端播放视频，在屏幕上滑动一个自右向左的操作时，终端会直接进行切换，播放下一个视频。具体地，智能耳机在硬件上，通过在每个耳机线上添加电容或电阻触控板和相应ADC芯片来实现上述功能。When the smart earphone acts as an external control device for the terminal, when the receiving user issues a sliding operation on the touch screen of the smart earphone, the smart earphone receives the sliding operation. Generally, different sliding operations correspond to different operation commands. For example, when the user plays a video using the terminal and slides a right-to-left operation on the screen, the terminal directly switches to play the next video. Specifically, the smart earphones implement the above functions on the hardware by adding a capacitive or resistive touch panel and a corresponding ADC chip to each of the earphone wires.
为了识别滑动操作，智能耳机在其屏幕的不同位置均设置有触碰点，通过触碰显示屏上不同位置的触碰点来获取用户的滑动操作，进一步确定滑动顺序。具体地，用户触碰不同位置的触碰点时，与所述触碰点对应的ADC产生的电压值也不相等，智能耳机根据产生的电压值确定触碰了哪个位置的触碰点，并根据产生的不同的电压值的顺序确定滑动操作触碰各个触碰点的顺序。In order to recognize the sliding operation, the smart earphone is provided with touch points at different positions of the screen, and the sliding operation of the user is obtained by touching the touch points at different positions on the display screen to further determine the sliding order. Specifically, when the user touches the touch point of different positions, the voltage value generated by the ADC corresponding to the touch point is not equal, and the smart earphone determines which touch point is touched according to the generated voltage value, and The order in which the sliding operation touches each of the touch points is determined in accordance with the order of the different voltage values generated.
其中，每个不同位置的触碰点的标注均不相同，可以用字母、数字或其他能够区别不同位置触碰点的方式进行标注，在此不做限定。并且触碰点的个数也不做限定，只要能确定滑动操作的顺序即可，如5个，7个，10个等，在此也不做限定。Among them, the touch points of each different position are different, and can be marked by letters, numbers or other ways to distinguish the touch points of different positions, which is not limited herein. And the number of touch points is not limited, as long as the order of the sliding operation can be determined, such as five, seven, ten, etc., and is not limited herein.
举例来说，如图2所示，在本实施方式中，通过将不同位置的触碰点用阿拉伯数字来表示，触摸点的个数设置为5个，分别用触碰点1、触碰点2、触碰点3、触碰点4以及触碰点5。触碰点1的对应的电压为0.1V，触碰点2对应的电压为0.15V，触碰点3的对应电压为0.2V，触碰点4的对应的电压为0.25V，触碰点5的对应的电压为0.3V。当智能耳机接收到的滑动操作如图2中箭头所示的方向时，智能耳机会检测到3个由于滑动操作触发的电压值及顺序分别为0.1V，0.3V以及0.2V，智能耳机即刻确定本次滑动操作触碰到的触碰点有0.1V对应的1，0.3V对应的5，0.2V对应的3，即本次滑动操作触碰各个触碰点的顺序为1，5，3。在其他实施方式中，触碰点也可以直接用触碰其产生的电压值来表示，在此不做限定。For example, as shown in FIG. 2, in the present embodiment, by touching the touch points of different positions with Arabic numerals, the number of touched points is set to five, and the touch points and touch points are respectively used. 2. Touch point 3, touch point 4, and touch point 5. The corresponding voltage of the touch point 1 is 0.1V, the voltage corresponding to the touch point 2 is 0.15V, the corresponding voltage of the touch point 3 is 0.2V, and the corresponding voltage of the touch point 4 is 0.25V, the touch point 5 The corresponding voltage is 0.3V. When the sliding operation received by the smart earphone is in the direction indicated by the arrow in FIG. 2, the smart earphone detects three voltage values and the order of triggering by the sliding operation are 0.1V, 0.3V and 0.2V, respectively, and the smart earphone is instantly determined. The touch point touched by this sliding operation has 1, 1 corresponding to 0.1V, 5 corresponding to 0.3V, and 3 corresponding to 0.2V, that is, the order in which the sliding operation touches each touch point is 1, 5, 3. In other embodiments, the touch point can also be directly represented by the voltage value generated by touching it, which is not limited herein.
102：根据触碰不同位置的所述触碰点的顺序确定所述滑动操作的滑动轨迹。102: Determine a sliding trajectory of the sliding operation according to an order of touching the touch points of different positions.
智能耳机根据滑动操作产生的不同的电压值的顺序确定触摸各个触碰点的顺序后，可直接根据上述顺序确定滑动轨迹，如图2中，由于本次滑动操作触碰各个触碰点的顺序为1，5，3，因此智能耳机根据触碰点1、5、3的对应关系确定本次滑动操作的轨迹为自左上方到右下方的一条直线。After the smart earphone determines the order of touching the touch points according to the sequence of different voltage values generated by the sliding operation, the sliding track can be directly determined according to the above sequence, as shown in FIG. 2, the order of touching the touch points by the current sliding operation It is 1, 5, 3, so the smart earphone determines the trajectory of the current sliding operation from the upper left to the lower right according to the correspondence relationship of the touch points 1, 5, and 3.
103：根据所述滑动轨迹确定所需执行的指令，并控制所述终端执行所述指令。103: Determine an instruction to be executed according to the sliding track, and control the terminal to execute the instruction.
具体地，智能耳机还建立一个对应表，将滑动操作的轨迹与对终端的指令的一一对应关系保存在上述对应表中。其中，指令包括前进指令、后退指令、翻页指令、缩放指令、刷新指令以及确定指令。如滑动操作的轨迹为自右向左的水平直线，则代表后退的指令，滑动操作的轨迹为自左向右的水平直线，则代表前进的指令，滑动操作的轨迹为自左上方向右下方的直线，则代表上翻的指令等，在此不做限定。Specifically, the smart headset further establishes a correspondence table, and stores a one-to-one correspondence between the trajectory of the sliding operation and the instruction of the terminal in the corresponding correspondence table. The instructions include a forward instruction, a backward instruction, a page turning instruction, a scaling instruction, a refresh instruction, and a determination instruction. If the trajectory of the sliding operation is a horizontal straight line from right to left, it represents the instruction of the backward movement, and the trajectory of the sliding operation is a horizontal straight line from left to right, which represents the forward instruction, and the trajectory of the sliding operation is from the upper left to the lower right. The straight line represents the instruction to be turned up, etc., and is not limited herein.
确定滑动轨迹后，智能耳机查找对应表中本次滑动操作所对应的指令，如图2中自左上方到右下方的一条直线对应的指令为上翻操作。则智能耳机向终端发送上翻的指令，终端接收到上翻指令后，对当前正在运行的应用做上翻控制。如当前终端正显示电子书，则显示上一页，如终端当前正在播放音乐，则切换到上一曲音乐等，在此不做限定。After determining the sliding track, the smart earphone searches for the instruction corresponding to the current sliding operation in the corresponding table, and the instruction corresponding to a straight line from the upper left to the lower right in FIG. 2 is the upward turning operation. Then, the smart earphone sends an up-turning instruction to the terminal, and after receiving the up-turning command, the terminal performs up-and-down control on the currently running application. If the current terminal is displaying an e-book, the previous page is displayed. If the terminal is currently playing music, the game is switched to the previous music, etc., and is not limited herein.
区别于现有技术，本发明的终端控制方法包括智能耳机接收对其触摸屏的滑动操作，确定触碰触摸屏上不同位置的触碰点的顺序，根据所述顺序确定所述指令的滑动轨迹，进一步确定指令的控制类型，并控制所述终端执行由滑动操作触发的指令。通过上述方式，只需要通过智能终端本身携带的智能耳机就可实现对所述终端的触摸控制，更加方便，而且用户无需购买其他可穿戴设备，不仅携带方便，也为用户节省花销。Different from the prior art, the terminal control method of the present invention includes the smart earphone receiving a sliding operation on the touch screen thereof, determining the order of touching the touch points at different positions on the touch screen, determining the sliding track of the command according to the sequence, and further Determining the type of control of the instruction and controlling the terminal to execute an instruction triggered by the sliding operation. In the above manner, the touch control of the terminal can be realized only by the smart headset carried by the smart terminal itself, which is more convenient, and the user does not need to purchase other wearable devices, which is convenient to carry and saves the user.
在另一个实施方式中，如图3所示，图3为本发明终端控制方法另一实施方式的流程示意图。本实施方式与上一个实施方式的区别在于，为了保证滑动操作的有效性，在步骤301中，当智能耳机接收到对触摸屏的滑动操作后，获取到本次滑动操作触摸到的触碰点后，并非直接确定触摸个触碰点的顺序，还包括判断触摸到的各个触摸点是否有效的步骤。In another embodiment, as shown in FIG. 3, FIG. 3 is a schematic flowchart of another embodiment of a terminal control method according to the present invention. The difference between this embodiment and the previous embodiment is that, in order to ensure the effectiveness of the sliding operation, in step 301, after the smart earphone receives the sliding operation on the touch screen, the touch point touched by the current sliding operation is acquired. The step of touching a touch point is not directly determined, and the step of determining whether each touch point touched is valid is also included.
具体包括智能耳机第一次接收到对其触摸屏上一触碰点的触碰操作后，将第一次接收到一触摸点的时刻作为初始时刻开始计时。记录下本次滑动操作触碰每一个不同位置的触碰点的触碰时间，并对每个触碰时间均与预先设定的时间阈值范围进行比较，如3毫秒到5毫秒，确定是否在预定的时间阈值范围内。如果一触碰点的触碰时间在时间阈值范围内，如4毫秒，则确定本触碰点为有效触碰点。如果一触碰点的触碰时间不在时间阈值范围内时，如触碰时间过长或过短，对应的触碰点均不属于有效触碰点。如触碰时间为2毫秒或者6毫秒时，都不属于时间阈值范围为3毫秒到5毫秒的有效触碰点。所有不属于有效触碰点的触碰点均不再作为确定触摸点的顺序的范围。Specifically, after the smart headset receives the touch operation on a touch point on the touch screen for the first time, the time when the touch point is received for the first time is started as the initial time. Record the touch time of the touch point touched by each slide operation at each different position, and compare each touch time with a preset time threshold range, such as 3 milliseconds to 5 milliseconds, to determine whether it is Within a predetermined time threshold range. If the touch time of a touch point is within a time threshold, such as 4 milliseconds, it is determined that the touch point is a valid touch point. If the touch time of a touch point is not within the time threshold range, if the touch time is too long or too short, the corresponding touch point does not belong to the effective touch point. If the touch time is 2 milliseconds or 6 milliseconds, it does not belong to a valid touch point with a time threshold ranging from 3 milliseconds to 5 milliseconds. All touch points that are not part of the effective touch point are no longer used as a range for determining the order of the touch points.
进一步地，智能耳机第一次接收到对其触摸屏上一触碰点的触碰操作后，将第一次接收到一触摸点的时刻作为初始时刻开始计时。记录下本次滑动操作触碰每一个不同位置的触碰点的触碰时间，并判断是否在预定时间内接收到的该多个触碰点，若是则确定该多个触碰点有效，根据该多个触碰点确定触摸顺序。否则，将在该预定时间外接收到的触碰点丢弃，根据在该预定时间内接收到的触摸点确定触摸顺序。例如，用户在预定的10毫秒内接收到了4个触控点，即每个触摸点的时间间隔不能超过一个预订时间2.5毫秒，当在5毫秒之后接收到了第五个触碰点，虽然对第5个触碰点的时间在每一个触碰点的触碰时间阈值内，但是由于智能耳机不是在预定的时间内收到该触碰点，因此，第5个触碰点仍然不算是有效触碰点，将其丢弃。 Further, after the smart headset receives the touch operation on a touch point on the touch screen for the first time, the time when the touch point is received for the first time is started as the initial time. Recording the touch time of the touch operation of each different position by the current sliding operation, and determining whether the plurality of touch points are received within a predetermined time, and if yes, determining that the plurality of touch points are valid, according to The plurality of touch points determine the touch order. Otherwise, the touch points received outside of the predetermined time are discarded, and the touch order is determined based on the touch points received within the predetermined time. For example, the user receives 4 touch points within a predetermined 10 milliseconds, that is, the time interval of each touch point cannot exceed 2.5 milliseconds for a predetermined time, and after 5 milliseconds, the fifth touch point is received, although The time of the five touch points is within the touch time threshold of each touch point, but since the smart earphone does not receive the touch point within the predetermined time, the fifth touch point is still not a valid touch. Touch it and discard it.
然后，智能耳机确定各个有效触碰点的触碰顺序，然后再根据有效触碰点的顺序确定滑动轨迹，如步骤303。Then, the smart earphone determines the touch sequence of each effective touch point, and then determines the sliding track according to the order of the effective touch points, as in step 303.
区别于现有技术，本实施方式的终端控制方法只需要通过智能终端本身携带的智能耳机就可实现对所述终端的触摸控制，更加方便，而且用户无需购买其他可穿戴设备，不仅携带方便，也为用户节省花销。Different from the prior art, the terminal control method of the present embodiment only needs to implement the touch control on the terminal by using the smart headset carried by the smart terminal itself, which is more convenient, and the user does not need to purchase other wearable devices, which is convenient to carry. It also saves users money.
区别于上一个实施方式的终端控制方法，本实施方式在获取到触碰点后，进一步对各个触碰点的有效性进行判断，根据有效触碰点的触碰顺序进一步确定滑动操作的滑动轨迹，排除不属于有效触碰点的触碰点，能有效排除误操作，进一步提高触碰控制的有效性，也节约了终端的电能资源，为用户节省成本。Different from the terminal control method of the previous embodiment, after obtaining the touch point, the present embodiment further determines the validity of each touch point, and further determines the sliding track of the sliding operation according to the touch sequence of the effective touch point. Excluding the touch points that are not valid touch points can effectively eliminate the misoperation, further improve the effectiveness of the touch control, save the power resources of the terminal, and save the cost for the user.
参阅图4，图4为本发明智能耳机一实施方式的结构示意图。本实施方式的智能耳机包括触摸检测模块401、轨迹判断模块402以及执行模块403。Referring to FIG. 4, FIG. 4 is a schematic structural diagram of an embodiment of a smart earphone according to the present invention. The smart earphone of the present embodiment includes a touch detection module 401, a trajectory determination module 402, and an execution module 403.
触摸检测模块401用于接收对所述智能耳机触摸屏的滑动操作，并确定触碰所述触摸屏上不同位置的触碰点的顺序；其中，每个不同位置的所述触碰点的标注不同；The touch detection module 401 is configured to receive a sliding operation on the smart earphone touch screen, and determine an order of touching touch points of different positions on the touch screen; wherein the touch points of each different position are different in labeling;
当智能耳机作为对终端的外接控制装置，接收用户对智能耳机的触摸屏发出滑动操作时，触摸屏接收上述滑动操作。由于，一般情况下，不同的滑动操作就会带来不同的操作指令，比如，用户在利用终端播放视频，在屏幕上滑动一个自右向左的操作时，终端会直接进行切换，播放下一个视频。具体地，智能耳机在通过在每个耳机线上添加电容或电阻触控板和相应ADC芯片来实现上述功能。When the smart earphone is used as an external control device for the terminal, when the receiving user issues a sliding operation on the touch screen of the smart earphone, the touch screen receives the sliding operation. Because, under normal circumstances, different sliding operations will bring different operating instructions. For example, when the user plays a video using the terminal and slides a right-to-left operation on the screen, the terminal directly switches to play the next one. video. Specifically, the smart earphone achieves the above functions by adding a capacitive or resistive touch panel and a corresponding ADC chip to each of the earphone wires.
为了识别滑动操作，智能耳机在其屏幕的不同位置均设置有触碰点，触摸检测模块401通过触碰显示屏上不同位置的触碰点来获取用户的滑动操作，进一步确定滑动顺序。具体地，用户触碰不同位置的触碰点时，与所述触碰点对应的ADC产生的电压值也不相等，触摸检测模块401根据产生的电压值确定触碰了哪个位置的触碰点，并根据产生的不同的电压值的顺序确定滑动操作触碰各个触碰点的顺序。In order to recognize the sliding operation, the smart earphones are provided with touch points at different positions of the screen, and the touch detection module 401 obtains the sliding operation of the user by touching the touch points at different positions on the display screen to further determine the sliding order. Specifically, when the user touches the touch point of the different position, the voltage value generated by the ADC corresponding to the touch point is not equal, and the touch detection module 401 determines the touch point of which position is touched according to the generated voltage value. And determining the order in which the sliding operation touches the respective touch points according to the order of the different voltage values generated.
其中，每个不同位置的触碰点的标注均不相同，可以用字母、数字或其他能够区别不同位置触碰点的方式进行标注，在此不做限定。并且触碰点的个数也不做限定，只要能确定滑动操作的顺序即可，如5个，7个，10个等，在此也不做限定。Among them, the touch points of each different position are different, and can be marked by letters, numbers or other ways to distinguish the touch points of different positions, which is not limited herein. And the number of touch points is not limited, as long as the order of the sliding operation can be determined, such as five, seven, ten, etc., and is not limited herein.
轨迹判断模块402用于根据所述触摸检测模块确定的触碰不同位置的所述触碰点的顺序确定所述滑动操作的滑动轨迹。。The trajectory determining module 402 is configured to determine a sliding trajectory of the sliding operation according to an order determined by the touch detecting module to touch the touch points of different positions. .
触摸检测模块401根据滑动操作产生的不同的电压值的顺序确定触摸各个触碰点的顺序后，轨迹判断模块402可直接根据上述顺序确定滑动轨迹。After the touch detection module 401 determines the order of touching the respective touch points according to the order of the different voltage values generated by the sliding operation, the trajectory determination module 402 can directly determine the sliding trajectory according to the above sequence.
执行模块403用于根据所述轨迹判断模块确定的所述滑动轨迹确定所需执行的指令，并控制所述终端执行所述指令。The executing module 403 is configured to determine an instruction to be executed according to the sliding track determined by the trajectory determining module, and control the terminal to execute the instruction.
具体地，智能耳机还建立一个对应表，将滑动操作的轨迹与对终端的指令的一一对应关系保存在上述对应表中。其中，指令包括前进指令、后退指令、翻页指令、缩放指令、刷新指令以及确定指令。如滑动操作的轨迹为自右向左的水平直线，则代表后退的指令，滑动操作的轨迹为自左向右的水平直线，则代表前进的指令，滑动操作的轨迹为自左上方向右下方的直线，则代表上翻的指令等，在此不做限定。Specifically, the smart headset further establishes a correspondence table, and stores a one-to-one correspondence between the trajectory of the sliding operation and the instruction of the terminal in the corresponding correspondence table. The instructions include a forward instruction, a backward instruction, a page turning instruction, a scaling instruction, a refresh instruction, and a determination instruction. If the trajectory of the sliding operation is a horizontal straight line from right to left, it represents the instruction of the backward movement, and the trajectory of the sliding operation is a horizontal straight line from left to right, which represents the forward instruction, and the trajectory of the sliding operation is from the upper left to the lower right. The straight line represents the instruction to be turned up, etc., and is not limited herein.
确定滑动轨迹后，执行模块403查找对应表中本次滑动操作所对应的指令，并控制所述终端执行所述指令。如本次滑动操作对应的指令为上翻操作。则执行模块403向终端发送上翻的指令，终端接收到上翻指令后，对当前正在运行的应用做上翻控制。如当前终端正显示电子书，则显示上一页，如终端当前正在播放音乐，则切换到上一曲音乐等，在此不做限定。After determining the sliding track, the executing module 403 searches for an instruction corresponding to the current sliding operation in the corresponding table, and controls the terminal to execute the instruction. For example, the instruction corresponding to this sliding operation is the upturn operation. Then, the executing module 403 sends an up-turning instruction to the terminal, and after receiving the up-turning command, the terminal performs up-control on the currently running application. If the current terminal is displaying an e-book, the previous page is displayed. If the terminal is currently playing music, the game is switched to the previous music, etc., and is not limited herein.
区别于现有技术，本实施方式的智能耳机的触控屏接收对其触摸屏的滑动操作，触摸检测模块确定触碰触摸屏上不同位置的触碰点的顺序，轨迹判断模块根据所述顺序确定所述指令的滑动轨迹，进一步确定指令的控制类型，执行模块控制所述终端执行由滑动操作触发的指令。通过上述方式，只需要通过智能终端本身携带的智能耳机就可实现对所述终端的触摸控制，更加方便，而且用户无需购买其他可穿戴设备，不仅携带方便，也为用户节省花销。Different from the prior art, the touch screen of the smart earphone of the embodiment receives the sliding operation of the touch screen thereof, and the touch detecting module determines the order of touching the touch points at different positions on the touch screen, and the track determining module determines the order according to the sequence. The sliding track of the instruction further determines the type of control of the instruction, and the execution module controls the terminal to execute an instruction triggered by the sliding operation. In the above manner, the touch control of the terminal can be realized only by the smart headset carried by the smart terminal itself, which is more convenient, and the user does not need to purchase other wearable devices, which is convenient to carry and saves the user.
在另一个实施方式中，本实施方式中的智能耳机的触摸检测模块还用于在触摸屏接收到滑动操作后，并非直接确定触摸个触碰点的顺序，而是进一步地确定记录触碰每个不同位置的所述触碰点的触碰时间，并对每个触碰时间均进行判断，确定是否在预定的时间范围内并将触摸屏第一次接收到对其触摸屏上一触碰点的触碰操作的时刻作为初始时刻开始计时。并对每个触碰时间均与预先设定的时间阈值范围进行比较，如3毫秒到5毫秒，确定是否在预定的时间阈值范围内。如果一触碰点的触碰时间在时间阈值范围内，如4毫秒，将与所述触碰时间对应的触碰点确定为有效触碰点；如果一触碰点的触碰时间不在时间阈值范围内时，如触碰时间过长或过短，对应的触碰点均不属于有效触碰点。如触碰时间为2毫秒或者6毫秒时，都不属于时间阈值范围为3毫秒到5毫秒的有效触碰点。所有不属于有效触碰点的触碰点均不再作为确定触摸点的顺序的范围。In another embodiment, the touch detection module of the smart earphone in the embodiment is further configured to: after the touch screen receives the sliding operation, not directly determine the order of touching the touch points, but further determine that the record touches each The touch time of the touch point at different positions, and each touch time is judged to determine whether it is within a predetermined time range and the touch screen receives the touch of a touch point on the touch screen for the first time. The time of the touch operation starts as the initial time. And each touch time is compared with a preset time threshold range, such as 3 milliseconds to 5 milliseconds, to determine whether it is within a predetermined time threshold range. If the touch time of a touch point is within a time threshold, such as 4 milliseconds, the touch point corresponding to the touch time is determined as a valid touch point; if the touch time of one touch point is not the time threshold In the range, if the touch time is too long or too short, the corresponding touch points are not valid touch points. If the touch time is 2 milliseconds or 6 milliseconds, it does not belong to a valid touch point with a time threshold ranging from 3 milliseconds to 5 milliseconds. All touch points that are not part of the effective touch point are no longer used as a range for determining the order of the touch points.
进一步地，触摸检测模块第一次接收到对其触摸屏上一触碰点的触碰操作后，将第一次接收到一触摸点的时刻作为初始时刻开始计时。记录下本次滑动操作触碰每一个不同位置的触碰点的触碰时间，并判断是否在预定时间内接收到的该多个触碰点，若是则确定该多个触碰点有效，根据该多个触碰点确定触摸顺序。否则，将在该预定时间外接收到的触碰点丢弃，根据在该预定时间内接收到的触摸点确定触摸顺序。例如，用户在预定的10毫秒内接收到了4个触控点，即每个触摸点的时间间隔不能超过一个预订时间2.5毫秒，当在5毫秒之后接收到了第五个触碰点，虽然对第5个触碰点的时间在每一个触碰点的触碰时间阈值内，但是由于智能耳机不是在预定的时间内收到该触碰点，因此，第5个触碰点仍然不算是有效触碰点，将其丢弃。Further, after the touch detection module receives the touch operation on a touch point on the touch screen for the first time, the time when the touch point is received for the first time is started as the initial time. Recording the touch time of the touch operation of each different position by the current sliding operation, and determining whether the plurality of touch points are received within a predetermined time, and if yes, determining that the plurality of touch points are valid, according to The plurality of touch points determine the touch order. Otherwise, the touch points received outside of the predetermined time are discarded, and the touch order is determined based on the touch points received within the predetermined time. For example, the user receives 4 touch points within a predetermined 10 milliseconds, that is, the time interval of each touch point cannot exceed 2.5 milliseconds for a predetermined time, and after 5 milliseconds, the fifth touch point is received, although The time of the five touch points is within the touch time threshold of each touch point, but since the smart earphone does not receive the touch point within the predetermined time, the fifth touch point is still not a valid touch. Touch it and discard it.
轨迹判断模块还用于根据触碰各不同位置的所述有效触碰点的顺序确定滑动轨迹。The trajectory determination module is further configured to determine the sliding trajectory according to the order of touching the effective touch points of the different positions.
区别于现有技术，本实施方式的智能耳机只需要通过终端本身携带的智能耳机就可实现对终端的触摸控制，更加方便，而且用户无需购买其他可穿戴设备，不仅携带方便，也为用户节省花销。Different from the prior art, the smart earphone of the present embodiment only needs to implement the touch control of the terminal through the smart earphone carried by the terminal itself, which is more convenient, and the user does not need to purchase other wearable devices, which is convenient to carry and saves the user. Spend.
区别于上一个实施方式的智能耳机，本实施方式在触摸屏获取到触碰点后，触摸检测模块进一步对各个触碰点的有效性进行判断，轨迹确定模块根据有效触碰点的触碰顺序进一步确定滑动操作的滑动轨迹，排除不属于有效触碰点的触碰点，能有效排除误操作，进一步提高触碰控制的有效性，也节约了终端的电能资源，为用户节省成本。Different from the smart earphone of the previous embodiment, after the touch screen acquires the touch point, the touch detection module further determines the validity of each touch point, and the track determination module further steps according to the touch order of the effective touch point. Determining the sliding trajectory of the sliding operation and eliminating the touch points that are not valid touch points can effectively eliminate the erroneous operation, further improve the effectiveness of the touch control, save the power resources of the terminal, and save the cost for the user.
以上所述仅为本发明的实施方式，并非因此限制本发明的专利范围，凡是利用本发明说明书及附图内容所作的等效结构或等效流程变换，或直接或间接运用在其他相关的技术领域，均同理包括在本发明的专利保护范围内。 The above is only the embodiment of the present invention, and is not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the invention and the drawings are directly or indirectly applied to other related technologies. The fields are all included in the scope of patent protection of the present invention.

Claims (12)

  1. 一种终端控制方法，其中，包括：A terminal control method includes:
    智能耳机接收对其触摸屏的滑动操作，当第一次接收对其触摸屏上一触碰点的触碰操作时，作为初始时刻开始计时；The smart earphone receives a sliding operation on the touch screen thereof, and when the touch operation on a touch point on the touch screen is received for the first time, the time is started as an initial time;
    记录触碰每个不同位置的所述触碰点的触碰时间，并对每个触碰时间均进行判断，确定是否在预定的时间范围内；其中，每个不同位置的所述触碰点的标注不同；Recording a touch time of touching the touch point of each different position, and determining each touch time to determine whether it is within a predetermined time range; wherein the touch point of each different position Different labels;
    如果触碰时间在预定的时间范围内，则与所述触碰时间对应的触碰点为有效触碰点；如果触碰时间不在预定时间范围内，则与所述触碰时间对应的触碰点不属于有效触碰点；If the touch time is within a predetermined time range, the touch point corresponding to the touch time is an effective touch point; if the touch time is not within the predetermined time range, the touch corresponding to the touch time The point is not a valid touch point;
    通过检测所述滑动操作触碰各不同位置的所述有效触碰点所产生的不同的电压值，来确定触碰各不同位置的所述触碰点的顺序； Determining an order of touching the touch points of the different positions by detecting different voltage values generated by the sliding operation touching the effective touch points of the different positions;
    根据触碰不同位置的所述有效触碰点的顺序确定所述滑动操作的滑动轨迹；Determining a sliding trajectory of the sliding operation according to an order of touching the effective touch points of different positions;
    根据所述滑动轨迹确定所需执行的指令，并控制所述终端执行所述指令。Determining an instruction to be executed according to the sliding trajectory, and controlling the terminal to execute the instruction.
  2. 根据权利要求1所述的方法，其中，所述指令包括前进指令、后退指令、翻页指令、缩放指令、刷新指令以及确定指令。The method of claim 1 wherein the instructions comprise a forward instruction, a back instruction, a page turning instruction, a scaling instruction, a refresh instruction, and a determining instruction.
  3. 一种终端控制方法，其中，包括：A terminal control method includes:
    智能耳机接收对其触摸屏的滑动操作，确定触碰所述触摸屏上不同位置的触碰点的顺序；其中，每个不同位置的所述触碰点的标注不同；The smart earphone receives a sliding operation on the touch screen thereof, and determines an order of touching the touch points at different positions on the touch screen; wherein the touch points of each different position are marked differently;
    根据触碰不同位置的所述触碰点的顺序确定所述滑动操作的滑动轨迹；Determining a sliding trajectory of the sliding operation according to an order of touching the touch points of different positions;
    根据所述滑动轨迹确定所需执行的指令，并控制所述终端执行所述指令。Determining an instruction to be executed according to the sliding trajectory, and controlling the terminal to execute the instruction.
  4. 根据权利要求3所述的方法，其中，所述智能耳机接收对其触摸屏的指令，确定触碰所述触摸屏上不同位置的触碰点的顺序的步骤包括：The method of claim 3, wherein the step of the smart headset receiving an instruction to its touch screen to determine the order of touching the touch points at different locations on the touch screen comprises:
    所述智能耳机通过检测所述滑动操作触碰各不同位置的所述触碰点所产生的不同的电压值，来确定触碰各不同位置的所述触碰点的顺序。The smart earphone determines the order of touching the touch points of the different positions by detecting different voltage values generated by the sliding operation touching the touch points of the different positions.
  5. 根据权利要求3所述的方法，其中，所述智能耳机接收对其触摸屏的滑动操作，确定触碰所述触摸屏上不同位置的触碰点的顺序的步骤还包括：The method according to claim 3, wherein the step of the smart earphone receiving a sliding operation on the touch screen thereof, determining the order of touching the touch points at different positions on the touch screen further comprises:
    当第一次接收对其触摸屏上一触碰点的触碰操作时，作为初始时刻开始计时；When receiving a touch operation on a touch point on the touch screen for the first time, timing is started as an initial time;
    所述智能耳机记录触碰每个不同位置的所述触碰点的触碰时间，并对每个触碰时间均进行判断，确定是否在预定的时间范围内；The smart earphone records the touch time of the touch point touched by each different position, and judges each touch time to determine whether it is within a predetermined time range;
    如果触碰时间在预定的时间范围内，则与所述触碰时间对应的触碰点为有效触碰点；如果触碰时间不在预定时间范围内，则与所述触碰时间对应的触碰点不属于有效触碰点。If the touch time is within a predetermined time range, the touch point corresponding to the touch time is an effective touch point; if the touch time is not within the predetermined time range, the touch corresponding to the touch time The point is not a valid touch point.
  6. 根据权利要求5所述的方法，其中，所述根据触碰不同位置的所述触碰点的顺序确定所述滑动操作的滑动轨迹的步骤具体包括：The method according to claim 5, wherein the step of determining the sliding trajectory of the sliding operation according to the order of touching the touch points of different positions comprises:
    根据触碰各不同位置的所述有效触碰点的按时间的先后顺序确定滑动轨迹。The sliding track is determined in chronological order according to the effective touch points touching the different positions.
  7. 根据权利要求3所述的方法，其中，所述指令包括前进指令、后退指令、翻页指令、缩放指令、刷新指令以及确定指令。The method of claim 3, wherein the instructions comprise a forward instruction, a backward instruction, a page turning instruction, a scaling instruction, a refresh instruction, and a determining instruction.
  8. 一种智能耳机，用于控制终端，其中，所述智能耳机包括：触摸检测模块、轨迹判断模块以及执行模块，A smart earphone for controlling a terminal, wherein the smart earphone comprises: a touch detection module, a track determination module, and an execution module,
    所述触摸检测模块用于接收对所述智能耳机触摸屏的滑动操作，并确定触碰所述触摸屏上不同位置的触碰点的顺序；其中，每个不同位置的所述触碰点的标注不同；The touch detection module is configured to receive a sliding operation on the smart earphone touch screen, and determine an order of touching touch points of different positions on the touch screen; wherein the touch points of each different position are marked differently ;
    所述轨迹判断模块用于根据所述触摸检测模块确定的触碰不同位置的所述触碰点的顺序确定所述滑动操作的滑动轨迹；The trajectory determining module is configured to determine a sliding trajectory of the sliding operation according to an order of the touch points determined by the touch detecting module to touch different positions;
    所述执行模块用于根据所述轨迹判断模块确定的所述滑动轨迹确定所需执行的指令，并控制所述终端执行所述指令。The execution module is configured to determine an instruction to be executed according to the sliding track determined by the trajectory determination module, and control the terminal to execute the instruction.
  9. 根据权利要求8所述的智能耳机，其中，所述触摸检测模块具体用于通过检测所述滑动操作触碰各不同位置的所述触碰点所产生的不同的电压值，来确定触碰各不同位置的所述触碰点的顺序。The smart earphone according to claim 8, wherein the touch detection module is specifically configured to determine a touch by detecting different voltage values generated by the sliding operation touching the touch points of different positions. The order of the touch points at different locations.
  10. 根据权利要求8所述的智能耳机，其中，The smart earphone according to claim 8, wherein
    所述触摸检测模块还用于记录触碰每个不同位置的所述触碰点的触碰时间，并对每个触碰时间均进行判断，确定是否在预定的时间范围内；并在触碰时间在预定的时间范围内，将与所述触碰时间对应的触碰点确定为有效触碰点；在触碰时间不在预定时间范围内时，确定与所述触碰时间对应的触碰点不属于有效触碰点；其中，当所述触摸检测模块第一次接收对所述触摸屏上一触碰点的触碰操作时，作为初始时刻开始计时。The touch detection module is further configured to record a touch time of touching the touch point of each different position, and determine each touch time to determine whether it is within a predetermined time range; and touch Determining a touch point corresponding to the touch time as an effective touch point within a predetermined time range; determining a touch point corresponding to the touch time when the touch time is not within a predetermined time range It does not belong to an effective touch point; wherein, when the touch detection module receives a touch operation on a touch point on the touch screen for the first time, the time is started as an initial time.
  11. 根据权利要求10所述的智能耳机，其中，所述轨迹判断模块具体用于根据所述触摸检测模块确定的触碰各不同位置的所述有效触碰点的按时间的先后顺序确定滑动轨迹。The smart earphone according to claim 10, wherein the trajectory determining module is specifically configured to determine a sliding trajectory according to a chronological sequence of the effective touch points touched by the touch detecting module at different positions.
  12. 根据权利要求8所述的智能耳机，其中，所述指令包括前进指令、后退指令、翻页指令、缩放指令、刷新指令以及确定指令。The smart headset of claim 8, wherein the instructions comprise a forward instruction, a back instruction, a page turning instruction, a scaling instruction, a refresh instruction, and a determination instruction.
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