WO2015168980A1 - Terminal and operating method therefor - Google Patents

Terminal and operating method therefor Download PDF

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Publication number
WO2015168980A1
WO2015168980A1 PCT/CN2014/081389 CN2014081389W WO2015168980A1 WO 2015168980 A1 WO2015168980 A1 WO 2015168980A1 CN 2014081389 W CN2014081389 W CN 2014081389W WO 2015168980 A1 WO2015168980 A1 WO 2015168980A1
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WO
WIPO (PCT)
Prior art keywords
touch unit
terminal
touch
pressing
processor
Prior art date
Application number
PCT/CN2014/081389
Other languages
French (fr)
Chinese (zh)
Inventor
罗玲
蔡成亮
许志伟
Original Assignee
中兴通讯股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 中兴通讯股份有限公司 filed Critical 中兴通讯股份有限公司
Publication of WO2015168980A1 publication Critical patent/WO2015168980A1/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

Definitions

  • the present invention relates to the field of terminal technologies, and in particular, to a terminal and a working method thereof.
  • BACKGROUND At present, the touch screen of a smart machine is widely used, and the gesture operation on the touch screen is also more and more, but no matter how the size of the smart machine changes, there are some physical buttons, for example, the current mobile phone will be on the side.
  • the volume up and down keys are set to adjust the volume.
  • the power button is also an indispensable part, and the volume side button or power button is used as part of the whole machine.
  • the design should take into account the overall aesthetics and practicality. , production operability needs to be considered in assembly.
  • the physical buttons in the existing mobile phone are complicated in structure and assembly.
  • volume key and the power button Take the structure and assembly of the volume key and the power button as an example: Disassemble the back cover of the mobile phone, and you can see that the volume key and power button of the mobile phone are placed on the side of the mobile phone.
  • Side generally designed as a key paste on the soft strip fixed by its two positioning posts in its position, structurally, the outer shell needs to be opened at the corresponding position, and the positioning post is fixed; from the assembly Say, the corresponding DOME switch or micro switch needs to be installed on the motherboard.
  • the volume side button or power button must be installed before the shell can be assembled, and some volume buttons have upper and lower points. Be careful. These are the structure and assembly of the volume keys and power keys.
  • the physical buttons in the mobile phone may cause inconvenience due to factors such as the material of the button, the size of the button, the hardness of the button, etc., and the ease of use is poor, and the physical button is easily worn after being used for a long time, so that the final damage cannot be used. .
  • the present invention provides a terminal, including a processor and a first touch unit; the first touch unit is located on the surface of the terminal and serves as a protection unit for the electronic device in the terminal; The first touch unit is configured to carry a first touch operation of the user, and detect a first touch operation of the user on the first touch unit; the processor is configured to use the first touch unit The detection result performs a corresponding preset process.
  • the first touch operation includes pressing the first touch unit; the first touch unit is configured to detect a pressing parameter of pressing the first touch unit; Pressing the parameter to perform a corresponding preset process; or the first touch operation includes a swipe operation on the first touch unit; the first touch unit is configured to detect that the user is in the first touch a swipe operation on the unit; the processor is configured to perform a corresponding preset process according to the detection result. Further, the first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a standby state; the processor is configured to perform a process of shutting down the terminal according to the pressing parameter.
  • the first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a shutdown state; the processor is configured to perform a process or a process of opening the terminal according to the pressing parameter.
  • the first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a sleep state; the processor is configured to perform a process of waking up the terminal according to the pressing parameter; or the a touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a bright screen state; the processor is configured to perform a processing process of the dormant terminal according to the pressing parameter; or the first The touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a bright screen state; Said processor is arranged to adjust the volume according to the parameter of the terminal pressing; or The first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a bright screen state; and the processor is configured to perform page switching according to the pressing parameter.
  • the pressing parameter when the processor performs a process of shutting down the terminal, the pressing parameter includes: a first pressing parameter and a second pressing parameter; the processor is set to be a value of the first pressing parameter and When the value of the second pressing parameter is within the preset range, the process of closing the terminal is performed; when the processor performs the process of turning on the terminal, the pressing parameter includes: a first pressing parameter and a second Pressing a parameter; the processor is configured to perform a process of turning on the terminal when the value of the first pressing parameter and the value of the second pressing parameter are both within a preset range; when the processor executes the wake-up terminal
  • the pressing parameter includes: a first pressing parameter and a second pressing parameter; the processor is configured to: when the value of the first pressing parameter and the second pressing parameter are both preset Wake up the terminal in the range; when the processor performs the processing of the dormant terminal, the pressing parameter includes: a first pressing parameter and a second pressing parameter; The processor is configured to sleep the terminal when the value of the
  • the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a standby state; the processor is configured to perform a process of shutting down the terminal according to the detection result; Or the first touch unit is configured to detect a swipe operation on the first touch unit chip when the terminal is in a shutdown state; the processor is configured to perform a process of turning on the terminal according to the detection result; or The first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a sleep state; the processor is configured to perform a process of waking up the terminal according to the detection result; Or the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a bright screen state; the processor is configured to perform a process of the dormant terminal according to the detection result; Or the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a bright screen state; the processor is configured to adjust a volume of the terminal according to the detection result; The first touch unit is configured to detect
  • the pressing parameter includes: a pressing area and/or a pressing time.
  • the terminal further includes: a second touch unit; the second touch unit is configured to carry a second touch operation of the user, and detect a second touch operation of the user on the second touch unit;
  • the processor is configured to perform a corresponding preset processing process according to the detection results of the first touch unit and the second touch unit.
  • the first touch operation includes pressing the first touch unit or a swipe operation on the first touch unit
  • the second touch operation includes pressing the second touch unit or a swipe operation on the second touch unit.
  • the electronic device is a camera
  • the first touch unit is a touch lens
  • the touch lens includes: a lens, a detection circuit, and a connection circuit; and the detection circuit is connected to the lens to detect that the user is The touch operation on the lens, the connection circuit is connected to the detection circuit and configured to transmit the detection result of the detection circuit to the processor; the touch lens serves as a protection lens of the camera.
  • the second touch unit includes: a touch display screen of the terminal.
  • the present invention further provides a working method of the terminal, including the following steps: The first touch unit is configured to carry a first touch operation of the user, and detect that the user is in the first touch unit.
  • the first touch unit is located on the surface of the terminal and serves as a protection unit of the electronic device in the terminal;
  • the processor performs a corresponding preset processing process by using the detection result of the first touch unit.
  • the step of detecting the first touch operation of the user on the first touch unit by the first touch unit includes: the first touch unit detecting a pressing parameter of the user pressing the first touch unit.
  • the step of the processor performing the corresponding preset processing process by using the detection result of the first touch unit includes: the processor performing a corresponding preset processing process according to the pressing parameter; or the first touch
  • the step of detecting, by the control unit, the user's first touch operation on the first touch unit includes: the first touch unit detecting a user's swipe operation on the first touch unit;
  • the step of performing the corresponding preset processing process by the detection result of the first touch unit includes: the processor performing a corresponding preset processing process according to the detection result.
  • the step of detecting, by the first touch unit, a pressing parameter of the first touch unit by the user includes: detecting, by the first touch unit, pressing the first touch unit when the terminal is in a standby state
  • the step of performing the corresponding preset processing according to the pressing parameter the processor is performing a process of shutting down the terminal according to the pressing parameter; or the first touch unit detects
  • the step of the user pressing the pressing parameter of the first touch unit includes: the first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a shutdown state;
  • the step of performing the corresponding preset processing process by the pressing parameter includes: the processor is configured to perform a process of turning on the terminal according to the pressing parameter; or the first touch unit detects that the user presses the first touch
  • the step of pressing the parameter of the unit includes: detecting, by the first touch unit, pressing the first touch list when the terminal is in a sleep state a step of performing a corresponding preset process according to the pressing parameter: the processor performing a process of
  • the step of detecting, by the first touch unit, the user's swipe operation on the first touch unit includes: the first touch unit detecting the first time when the terminal is in a standby state a step of performing a corresponding stepping process on the touch unit according to the detection result: the processor performs a process of shutting down the terminal according to the detection result; or the first touch unit detects the user
  • the step of the swipe operation on the first touch unit includes: the first touch unit detecting a swipe operation on the first touch unit chip when the terminal is in a shutdown state;
  • the step of executing the corresponding preset processing process according to the detection result includes: the processor performing a process of starting the terminal according to the detection result; or the first touch unit detecting the user's stroke on the first touch unit
  • the step of the operation includes: the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a sleep state;
  • a processor to perform the steps corresponding to a predetermined processing procedure of the detection result comprises: wake up the processor to perform
  • the pressing parameter includes: a pressing area and/or a pressing time.
  • the method further includes: the second touch unit carries a second touch operation of the user, and detects a second touch operation of the user on the second touch unit; the processor utilizes the first touch.
  • the step of performing the corresponding preset processing on the detection result of the control unit includes: the processor performing a corresponding preset processing process according to the detection results of the first touch unit and the second touch unit.
  • the first touch operation includes pressing the first touch unit or a swipe operation on the first touch unit
  • the second touch operation includes pressing the second touch unit or a swipe operation on the second touch unit.
  • the present invention provides a terminal and a working method thereof, which can implement the function of the physical button of the original terminal by using a touch method, thereby achieving the purpose of removing the physical button;
  • the terminal of the present invention includes processing
  • the first touch unit is located on the surface of the terminal and serves as a protection unit of the electronic device in the terminal;
  • the first touch unit is configured to carry a first touch operation of the user, and detect the user On the first touch unit a first touch operation;
  • the processor is configured to perform a corresponding preset processing process by using the detection result of the first touch unit;
  • the terminal of the present invention is implemented by a touch unit and a terminal processor as an electronic device protection unit
  • the function of the original physical button is triggered by the touch mode; this avoids the use of the physical button on the terminal to realize the corresponding function, saves the process of assembling the physical button, simplifies the assembly and structure of the terminal, and saves cost; for example,
  • the preset processing procedure of the invention includes adjusting the volume of
  • FIG. 1 is a schematic structural diagram of a terminal according to a first embodiment of the present invention
  • FIG. 2 is a schematic flowchart of a terminal implementing a shutdown function according to Embodiment 1 of the present invention
  • FIG. 3 is a schematic diagram of a terminal according to Embodiment 1 of the present invention
  • FIG. 4 is a schematic flowchart of a wake-up terminal according to Embodiment 1 of the present invention
  • FIG. 5 is a schematic diagram of a process for implementing a sleepy terminal according to Embodiment 1 of the present invention
  • FIG. 7 is a schematic diagram of a process for realizing adjustment of a volume of a terminal according to Embodiment 1 of the present invention
  • FIG. 8 is a schematic flowchart of implementing page switching according to Embodiment 1 of the present invention
  • FIG. 10 is a schematic diagram of a flow chart for adjusting a volume of a terminal according to Embodiment 2 of the present invention
  • FIG. 11 is a schematic diagram of a touch display of a user according to Embodiment 2 of the present invention
  • FIG. 12 is a schematic flowchart of a working method of a terminal according to Embodiment 3 of the present invention
  • Embodiment 1 This embodiment mainly adds a touch unit to an original terminal device, carries a touch operation of the user, and detects a touch operation of the user on the touch unit, and then uses the detection result to execute a corresponding preset processing process, for example, Adjust the volume, switch, etc.
  • the terminal does not need to perform the physical key corresponding function in the case of setting the physical key.
  • the touch unit is used to carry the touch operation of the user, and the touch unit must be exposed on the surface of the terminal, so generally,
  • the touch unit is disposed on the portion of the electronic device that exposes the surface of the terminal.
  • the protective lens of the camera can be replaced with a touch lens or a protective lens of the LED lamp can be replaced with a touch lens. As shown in FIG.
  • the embodiment provides a terminal, including: a processor and a first touch unit; the first touch unit is located on the surface of the terminal and serves as a protection unit for the electronic device in the terminal;
  • the first touch unit is configured to carry a first touch operation of the user, and detect a first touch operation of the user on the first touch unit;
  • the processor is configured to detect by using the first touch unit
  • the corresponding preset processing is executed.
  • the first touch operation of the user in this embodiment may include pressing the first touch unit or swiping on the first touch unit.
  • the first touch unit is configured to detect a pressing parameter of pressing the first touch unit; The pressing parameter performs a corresponding preset process.
  • the terminal performs different functions by using the pressing parameter to implement different functions: 1.
  • the first touch unit is configured to detect a pressing parameter of the first touch unit when the terminal is in a standby state;
  • the processor is configured to perform a process of shutting down the terminal when the pressing parameter is within a preset range.
  • the process of shutting down the terminal includes: calling a key dialog box to prompt the user to close the terminal, receiving the user to confirm the shutdown command, and then closing the terminal; or directly closing the terminal.
  • the pressing parameter includes a first pressing parameter and a second pressing parameter
  • the processor is configured to: when the value of the first pressing parameter and the second pressing parameter are both within a preset range
  • the process of shutting down the terminal is performed.
  • Step 201 The user touches the first touch unit with the finger when the terminal is in the standby state.
  • Step 202 The first touch unit detects the user pressing area S and the pressing time T.
  • Step 203 The processor determines whether the pressing area S is greater than a preset.
  • Step 204 The processor continues to determine whether the pressing time T is greater than the preset time Td, and if so, executing step 205, if not, executing step 206; 205: The processor calls the shutdown dialog box to prompt the user to shut down, and closes the terminal after receiving the confirmation shutdown command input by the user; Step 206: The terminal does not respond. Steps 201-206 of the present embodiment describe the process of how to perform shutdown according to the two parameters when the pressing parameter is the pressing area and the pressing time. It should be understood that the terminal of the embodiment can also utilize other pressing parameters (the position of pressing, Press the force, etc.) to achieve the process of shutdown.
  • the booting function is implemented, the first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a shutdown state; and the processor is configured to perform opening of the terminal according to the pressing parameter. Processing.
  • the process of starting the terminal in this embodiment may include: directly opening the terminal or calling a prompt dialog box to receive an instruction to confirm the booting of the user, and then opening the terminal.
  • the user can implement the booting operation on the first touch unit.
  • the pressing parameter includes: a first pressing parameter and a second pressing parameter; the processor is configured to when the values of the first pressing parameter and the second pressing parameter are both within a preset range The process of enabling the terminal is performed. As shown in FIG.
  • Step 301 The user presses the first touch unit with a finger when the terminal is in the shutdown state;
  • Step 302 First touch
  • the control unit detects the pressing area pressed by the user and the pressing time.
  • Step 305 The processor directly turns on the terminal.
  • Step 306 The terminal does not respond.
  • Steps 301-306 of the present embodiment describe the process of how to perform the booting according to the two parameters when the pressing parameter is the pressing area and the pressing time. It should be understood that the terminal of the embodiment can also utilize other pressing parameters (the pressed position, Press the force, etc.) to achieve the boot process.
  • the wake-up terminal function is implemented, the first touch unit is configured to detect pressing a pressing parameter of the first touch unit when the terminal is in a sleep state; and the processor is configured to wake up the terminal according to the pressing parameter.
  • the waking up terminal in this embodiment may include a lighting screen display unlocking screen.
  • the pressing parameter in the embodiment includes: a first pressing parameter and a second pressing parameter; the processor is configured to: when the value of the first pressing parameter and the second pressing parameter are both in advance
  • the wake-up terminal is set in the range; as shown in FIG.
  • Step 401 The user presses the first touch unit with the finger when the terminal is in the sleep state;
  • Step 405 The processor directly wakes up the terminal;
  • Step 406 The terminal does not respond.
  • Step 406 in this embodiment may also be configured to perform a shutdown process.
  • Steps 401-406 of the present embodiment describe how the wake-up terminal is implemented according to the two parameters when the pressing parameter is the pressing area and the pressing time. It should be understood that the terminal of the embodiment can also utilize other pressing parameters (the pressed position). , pressing force, etc.) to achieve the process of waking up the terminal.
  • the first touch unit is configured to detect a pressing parameter of the first touch unit when the terminal is in a sleep state; the processor is configured to sleep the terminal according to the pressing parameter;
  • the dormant terminal in this embodiment includes closing the terminal screen.
  • the pressing parameter in the embodiment includes: a first pressing parameter and a second pressing parameter; the processor is configured to: when the value of the first pressing parameter and the second pressing parameter are both in a preset range
  • the internal touch terminal as shown in FIG.
  • Step 501 The user presses the first touch unit with the finger when the terminal is in the bright state;
  • Step 502 The first touch unit detects the user Pressing the pressed area and the pressing time;
  • Step 503 The processor determines whether the pressing area S is greater than the preset pressing area St, and if yes, executing step 504, if not, executing step 506;
  • Step 504 The processor continues to determine whether the pressing time T is If the value is less than the preset time Td, if yes, go to step 505. If no, go to step 506;
  • Step 505 The processor directly sleeps the terminal;
  • Step 506 The terminal does not respond.
  • Steps 501-506 of the present embodiment describe the process of implementing the dormant terminal according to the two parameters when the pressing parameter is the pressing area and the pressing time. It should be understood that the terminal of the embodiment can also utilize other pressing parameters (the pressed position). , pressing force, etc.) to achieve the process of sleeping the terminal. 5.
  • the volume adjustment function is implemented, the first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a bright screen state; and the processor is configured to adjust according to the pressing parameter The volume of the terminal. At this time, the user can realize volume adjustment by pressing at the first touch unit.
  • the pressing parameter includes: a first pressing parameter and a second pressing parameter; the processor is configured to adjust the terminal according to the second pressing parameter when a value of the first pressing parameter is within a preset range volume.
  • the processor first determines whether the pressing area S is greater than the preset pressing area St. If it is greater than, the volume of the terminal is increased according to the pressing time value, for example, every second is increased or Decrease a volume level.
  • the pressing parameter includes a pressing area S and a pressing position D. The processor first determines whether the pressing area S is greater than the preset pressing area St.
  • the adjustment of the volume level according to the pressing parameter in the present embodiment is not limited to the above-described example, and the terminal of the embodiment can adjust the volume according to various pressing parameters or a combination of single pressing parameters.
  • the first touch unit is configured to detect a pressing parameter of the first touch unit when the terminal is in a bright screen state, and the processor is configured to perform page switching according to the pressing parameter. .
  • the page switching in this embodiment may include: page switching of the main interface or page switching in an application. At this time, the user can perform a page switching by performing a pressing operation on the first touch unit.
  • the pressing parameter comprises: a first pressing parameter and a second pressing parameter; the processor is configured to perform page switching according to the second pressing parameter when the value of the first pressing parameter is within a preset range;
  • the processor first determines whether the pressing area S is greater than the preset area St.
  • the first touch operation in this embodiment may further include: a swipe operation on the first touch unit; the first touch unit is configured to detect a swipe operation on the first touch unit; The device is set to perform a corresponding preset process according to the detection result.
  • the processor is configured to determine whether the detected scratch track meets a preset condition, and if yes, perform a corresponding preset process.
  • the terminal implements a shutdown function
  • the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a standby state
  • the processor is configured to perform a shutdown terminal according to the detection result.
  • the process of shutting down the terminal processor in this embodiment includes: directly shutting down the terminal or shutting down after obtaining the user confirmation command.
  • the user can perform a shutdown operation by performing a swipe operation on the first touch unit, and does not need to use the power button to shut down.
  • the user draws a circle on the first touch unit, and when the terminal detects the circle, the window that is shut down is displayed, and the user is turned off after being confirmed by the user.
  • the terminal in this embodiment may also set other scratching tracks to implement the shutdown function.
  • the terminal implements a booting function, the first touch unit is configured to detect a swipe operation on the first touch unit chip when the terminal is in a shutdown state; and the processor is configured to perform opening according to the detection result.
  • the processing of the terminal For example, in the shutdown state, the user performs a swipe operation on the first touch unit, and when the detected swipe trajectory meets the preset condition, the terminal performs a boot operation.
  • the terminal implements a wake-up function, the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a sleep state; and the processor is configured to perform wake-up according to the detection result.
  • the processing of the terminal implements a sleep function, and the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a bright screen state; the processor executes a sleep terminal according to the detection result. Process.
  • the terminal implements a volume adjustment function
  • the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a bright screen state; the processor adjusts the terminal according to the detection result.
  • the volume At this time, the user can swipe the volume of the adjustment terminal on the first touch unit of the terminal.
  • the padding operation for performing volume adjustment may include swiping up and down; as shown in FIG. 6, when the first touch unit is a camera protection lens, a schematic diagram of swiping on the touch lens of the camera. As shown in FIG. 7, the process of using the camera touch lens to realize the volume adjustment function is introduced: Step 701: The user performs an up (or down) swipe on the touch lens of the camera when the terminal is in a bright state.
  • Step 702 The IC circuit in the touch lens detects that the user performs an up (or down) swipe operation on the touch lens of the camera;
  • Step 703 The processor determines whether the detected swipe operation satisfies a preset condition, and if so, Step 704 is performed; if no, step 705 is performed; for example, determining whether the swipe direction and the speed parameter are within a preset range.
  • Step 704 Increase the volume (or decrease the volume)
  • Step 705 The terminal does not respond. The user can use the camera of the terminal to perform the up and down stroke to adjust the volume.
  • the swipe operation for adjusting the volume in the embodiment is not limited to the up and down stroke, and may also be other swipe operations, such as left and right swipe. In this implementation, the terminal performs volume adjustment only in the state of bright screen.
  • the first touch unit is configured to detect a swipe operation on the touch lens when the terminal is in a bright screen state, and the processor performs the swipe operation according to the swipe operation.
  • Page switching At this time, the user can perform page switching by performing a swipe operation on the first touch unit while the terminal is in a bright state.
  • the page in this embodiment may include a certain page in the application, and may also include a main interface.
  • the padding operation for page switching includes swiping to the left or right; taking the first touch unit as the touch lens on the camera as an example to illustrate the specific process of the page switching, as shown in FIG. 8 :
  • Step 801 The user touches the touch lens of the camera to the left (or right) when the terminal is in a bright screen state.
  • Step 802 The IC circuit in the touch lens detects that the user swipes to the left (or right) on the touch lens of the camera;
  • Step 803 The processor determines whether the detected swipe operation meets the preset condition, and if Step 804 is performed; if no, step 805 is performed; for example, determining whether the swipe direction and the speed parameter are within a preset range.
  • Step 804 Switch the current page to the previous page (or the next page);
  • Step 805 The terminal does not respond.
  • the terminal can simultaneously implement the above functions by using the touch mode, the power button and the volume adjustment button on the original terminal can be removed, which simplifies assembly of the terminal and saves cost; and can be solved compared with the prior art.
  • the first touch unit may be a touch lens
  • the touch lens includes: a lens, a detecting circuit, and a connecting circuit; and the detecting circuit is connected to the lens to detect a touch of the user on the lens
  • the connection circuit is connected to the detection circuit and configured to transmit the detection result of the detection circuit to the processor; the touch lens serves as a protection lens of the camera.
  • Embodiment 2 It is introduced in Embodiment 1 that the terminal can implement a corresponding processing process only by performing a touch operation on the first touch unit.
  • This embodiment provides a terminal that can implement a corresponding processing process by combining touch operations on the first touch unit and the second touch unit. As shown in FIG.
  • the terminal of the embodiment includes: a first touch unit, a second touch unit, and a processor; the first touch unit is configured to carry a first touch operation of the user, and detect that the user is in the a first touch operation on the first touch unit; the second touch unit is configured to carry a second touch operation of the user, and detect a second touch operation of the user on the second touch unit; The processor is configured to perform a corresponding preset processing process according to the detection results of the first touch unit and the second touch unit.
  • the terminal can utilize the touch operation combination on the two touch units to implement the corresponding functions.
  • the preset processing procedure in this embodiment may include: turning on the terminal, turning off the terminal, adjusting the volume of the terminal, waking up the terminal, sleeping the terminal, switching the page, or processing specified by the terminal application.
  • the user can perform the touch operation on the two touch units on the terminal of the embodiment to implement the functions corresponding to the volume key and the power key, which can simplify the structure and assembly of the terminal, and save cost.
  • the combined operation on the two touch units can be utilized. Adjust the volume so that the physical keys that adjust the volume can be removed, simplifying the terminal assembly process and structure.
  • the first touch operation in this embodiment may include: pressing the first touch unit or a swipe operation on the first touch unit, the second touch operation comprising pressing the second touch a control unit or a swipe operation on the second touch unit.
  • the following describes how the terminal uses the two touch operations to implement the corresponding processing process, wherein the first touch unit is a touch lens and serves as a protective lens of the camera, and the second touch unit is a touch display of the terminal:
  • the first touch unit is configured to detect a first pressing parameter for pressing the touch lens;
  • the second touch unit is configured to detect a second pressing parameter for pressing the touch display screen;
  • the first pressing parameter and the second pressing parameter perform a corresponding preset processing procedure.
  • the user can simultaneously press the touch lens and the touch display screen, and when the terminal determines that the values of the pressing parameters on the touch lens and the touch display screen are all within a preset range, the shutdown, power on, wake-up or sleep operation is performed.
  • the first touch operation includes pressing the touch lens
  • the second touch operation includes a swipe operation on the touch display screen
  • the first touch unit is configured to detect that the touch lens is pressed. Pressing the parameter; the second touch unit is configured to detect a swipe operation on the touch display screen;
  • the processor is configured to perform a corresponding preset process according to the press parameter swipe operation.
  • Step 1001 When the terminal is in a bright state, the user presses the touch lens of the camera while swiping up (or down) the touch display.
  • FIG. 11 is a schematic diagram of the user swiping up and down the touch screen.
  • Step 1002 The IC circuit in the touch lens detects the pressing area S of pressing the touch lens, and the IC circuit in the touch display screen detects the user's upward (or downward) swipe operation.
  • the user's swiping operation for adjusting the volume is not limited to the up and down strokes, but may also be other swipe operations, such as left and right swipes.
  • Step 1003 The processor determines whether the pressing area S is greater than a preset value St. If it is greater, step 1004 is performed; otherwise, step 1006 is performed.
  • the pressing parameter here may also be a selection of a pressing time, a pressing position, or the like.
  • Step 1004 Determine whether the detected swipe operation satisfies the preset condition.
  • step 1006 it is determined whether the trajectory of the stroke is consistent with the preset trajectory.
  • Step 1005 Increase the volume (or decrease the volume).
  • Step 1006 The terminal does not respond.
  • the terminal is provided for the user to combine the operation on the camera touch lens and the touch display screen to adjust the volume.
  • the first touch operation includes a swipe operation on the touch lens
  • the second touch operation includes pressing the touch display screen
  • the first touch unit is configured to detect the touch lens
  • the second touch unit is configured to detect a pressing parameter of the touch display screen
  • the processor is configured to perform a corresponding preset according to the pressing parameter and the swipe operation on the touch lens Processing.
  • the processor is configured to perform a corresponding preset processing process when the value of the pressing parameter is within a preset range and the swipe operation satisfies the preset condition.
  • the preset processing may include: power off, power on, wake up, sleep operation, or adjust volume operation.
  • the terminal detects that the area of the touch display screen is greater than the threshold and the camera touch lens is left or right. Perform page up or down when the swipe meets the preset condition.
  • the first touch operation includes a swipe operation on the touch lens
  • the second touch operation includes a swipe operation on the touch display screen
  • the first touch unit is configured to detect a swipe operation on the touch lens
  • the second touch unit is configured to detect a swipe operation on the touch display screen
  • the processor is configured to be swiped according to the touch lens
  • the operation and the swipe operation on the touch display screen perform a corresponding preset process.
  • the terminal can be used by the user to swipe on the two touch units to implement corresponding functions, thereby improving the user experience.
  • the two lenses are swung up and down to realize the volume adjustment or page turning function.
  • the terminal of the embodiment has two touch units for the touch operation of the user.
  • the function of the existing physical buttons can be realized by the combined operation on the two touch units. Therefore, the terminal can avoid setting the physical buttons.
  • the terminal can implement the functions of all the physical buttons, and the existing physical buttons can be removed, simplifying the assembly and structure of the terminal, and saving production costs.
  • the second touch unit in the embodiment is a touch display screen of the terminal, and it should be understood that the second touch unit can also be other touch settings, such as a touch unit disposed on a side of the terminal.
  • Embodiment 3 As shown in FIG. 12, the embodiment provides a working method of the terminal, including: Step 121: The first touch unit is configured to carry a first touch operation of the user, and detect that the user is in the first touch a first touch operation on the control unit; the first touch unit is located on the surface of the terminal and serves as a protection unit of the electronic device in the terminal; Step 122: The processor performs a corresponding detection by using the detection result of the first touch unit Preset processing.
  • the step of detecting, by the first touch unit, the first touch operation of the user on the first touch unit includes: the first touch unit detecting a pressing parameter of the user pressing the first touch unit
  • the step of the processor performing the corresponding preset processing process by using the detection result of the first touch unit includes: the processor performing a corresponding preset processing process according to the pressing parameter.
  • the step of detecting the first touch operation of the user on the first touch unit by the first touch unit includes: the first touch unit detecting a user's stroke on the first touch unit
  • the step of the processor performing the corresponding preset processing process by using the detection result of the first touch unit includes: the processor executing a corresponding preset processing process according to the detection result.
  • the working method of this embodiment can implement different processing processes. The following describes the working process of several terminals using the pressing parameters to implement the corresponding functions:
  • the step of detecting the pressing parameter of the first touch unit by the first touch unit includes: the first touch unit detecting the pressing when the terminal is in the standby state.
  • the pressing parameter of the first touch unit; the step of the processor performing a corresponding preset processing process according to the pressing parameter comprises: the processor performing a process of shutting down the terminal according to the pressing parameter.
  • the step of detecting the pressing parameter of the first touch unit by the first touch unit includes: the first touch unit is set to be in a state where the terminal is in a shutdown state. Detecting a pressing parameter of the first touch unit; the step of the processor performing a corresponding preset processing procedure according to the pressing parameter comprises: the processor being configured to perform a processing process of opening the terminal according to the pressing parameter.
  • the step of detecting the pressing parameter of the first touch unit by the first touch unit is as follows: the first touch unit detects the pressing unit when the terminal is in the sleep state.
  • the step of executing the corresponding preset processing procedure according to the pressing parameter includes: the processor performing a processing procedure of waking up the terminal according to the pressing parameter.
  • the step of detecting the pressing parameter of the first touch unit by the first touch unit includes: the first touch unit is in a bright state when the terminal is in a bright state. Detecting a pressing parameter of the first touch unit; the step of the processor performing a corresponding preset processing procedure according to the pressing parameter comprises: the processor performing a processing procedure of the sleeping terminal according to the pressing parameter.
  • the step of detecting the pressing parameter of the first touch unit by the first touch unit includes: the first touch unit is in a bright state when the terminal is in a bright state Detecting a pressing parameter of the first touch unit; the step of the processor performing a corresponding preset processing process according to the pressing parameter comprises: the processor adjusting a volume of the terminal according to the pressing parameter.
  • the step of detecting the pressing parameter of the first touch unit by the first touch unit includes: the first touch unit is in a bright state when the terminal is in a bright state. Detecting a pressing parameter of the first touch unit; the step of the processor performing a corresponding preset processing process according to the pressing parameter comprises: the processor performing page switching according to the pressing parameter.
  • the working method of the terminal in this embodiment can implement the function corresponding to the physical key by using the touch method, so that the physical key can be replaced, the terminal structure and assembly are simplified, and the cost is saved.
  • the step of detecting the user's swipe operation on the first touch unit includes: the first touch unit is in the standby state when the terminal is in the standby state. Detecting a swipe operation on the first touch unit; the step of the processor performing a corresponding preset process according to the detection result includes: the processor performing a process of shutting down the terminal according to the detection result.
  • the step of implementing the power-on function specifically, the step of the first touch unit detecting the user's swipe operation on the first touch unit includes: when the first touch unit is in the shutdown state Detecting a swipe operation on the first touch unit chip; the step of the processor performing a corresponding preset process according to the detection result includes: the processor performing a process of turning on the terminal according to the detection result.
  • the step of detecting the user's swipe operation on the first touch unit includes: the first touch unit is set to be at the terminal.
  • the step of detecting a swipe operation on the first touch unit in the sleep state; the step of the processor executing the corresponding preset process according to the detection result includes: the processor performing a process of waking up the terminal according to the detection result.
  • the step of detecting the user's swipe operation on the first touch unit includes: the first touch unit is in the bright screen of the terminal.
  • the step of detecting a swipe operation on the first touch unit is performed;
  • the step of the processor performing a corresponding preset process according to the detection result includes: the processor performing a process of the dormant terminal according to the detection result.
  • the step of detecting the volume of the user on the first touch unit includes: the step of the first touch unit being bright on the terminal.
  • the step of detecting the swipe operation on the first touch unit is performed;
  • the step of the processor performing the corresponding preset process according to the detection result comprises: the processor adjusting the volume of the terminal according to the detection result.
  • the step of detecting the swipe operation of the user on the first touch unit by the first touch unit includes: the first touch unit is in a bright screen on the terminal.
  • the step of detecting a swipe operation on the touch lens in the state; the step of the processor performing a corresponding preset process according to the detection result comprises: the processor performing page switching according to the detection result.
  • the working method of the embodiment can also implement the corresponding function by using the touch combination of the two touch units. Specifically, as shown in FIG. 13, the working method of the embodiment includes: Step 131: The first touch unit is set to be carried a first touch operation of the user, and detecting a first touch operation of the user on the first touch unit; the first touch unit is located on the surface of the terminal and serves as a protection unit of the electronic device in the terminal.
  • the first touch unit is a touch lens, and serves as a protective lens of the camera.
  • the second touch unit carries a second touch operation of the user, and detects a second touch operation of the user on the second touch unit.
  • the second touch unit in this embodiment may be a touch display screen of the terminal.
  • the processor performs a corresponding preset processing process according to the detection results of the first touch unit and the second touch unit.
  • the first touch operation in the embodiment includes pressing the first touch unit or a swipe operation on the first touch unit
  • the second touch operation includes pressing the second touch a control unit or a swipe operation on the second touch unit.
  • the process of performing the corresponding function by using the first touch operation and the second touch operation refers to the description of the second embodiment.
  • a terminal and a working method thereof provided by the embodiments of the present invention have the following beneficial effects:
  • the function of the physical button of the original terminal can be implemented by using a touch, thereby achieving the purpose of removing the physical button;
  • the function of triggering the original physical button by the touch method is realized by the touch unit and the terminal processor as the protection unit of the electronic device; thus avoiding the use of the physical button on the terminal to implement the corresponding function, saving the process of assembling the physical button
  • the assembly and structure of the terminal are simplified, and the cost is saved; thus, the problem that the physical button assembly in the existing terminal is complicated, the usability is poor, and the wear is easy, and the user experience of using the terminal is improved.

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  • General Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
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  • User Interface Of Digital Computer (AREA)
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Abstract

Disclosed are a terminal and an operating method therefor. The terminal of the present invention comprises a processor and a first touch control unit, wherein the first touch control unit is located on the surface of the terminal and is used as a protection unit of an electronic device in the terminal; the first touch control unit is configured for bearing a first touch operation of a user and detecting the first touch operation conducted by the user on the first touch control unit; and the processor is configured for executing a corresponding preset processing process using a detection result of the first touch control unit. The terminal of the present invention realizes the triggering of the function of an original physical button in a touch control manner through a touch control unit being used as a protection unit of an electronic device and a terminal processor. In this way, using a physical button on the terminal to realize a corresponding function is avoided, the process of assembling the physical button is saved, the assembly and structure of the terminal are simplified, and the costs are saved.

Description

一种终端及其工作方法 技术领域 本发明涉及终端技术领域， 尤其涉及一种终端及其工作方法。 背景技术 目前智能机的触摸屏使用广泛， 而且在触摸屏上进行的手势操作也越来越多， 但 是无论智能机的尺寸大小厚薄怎么变化， 还是会设有一些物理按键， 例如现在的手机 都会在侧边设置有音量上下键， 用来调节音量的大小； 同样， 电源键也成为了不可或 缺的一部分， 而且音量侧键或电源键作为整机的一部分结构， 设计要考虑到整体的美 观和实用， 装配时需要考虑生产可操作性。 现有手机中物理按键从结构和装配来说都比较复杂， 以音量键和电源键的结构和 装配为例： 拆开手机后壳， 可以看到手机的音量键和电源键放置在手机的侧边， 一般 设计为一个键粘贴在软胶条上通过两根定位柱固定在其位置上， 从结构上来说， 外壳 上需要在对应的位置开孔， 并加定位柱起固定作用； 从装配上来说， 主板上需要安装 对应的 DOME开关或者微动开关，外壳固定时需要先将音量侧键或电源键安装到位后 才能进行外壳的组装， 而且有的音量键还有上下之分， 装配时更要小心谨慎。 上述这 些就是音量键和电源键的结构和装配， 试想如果去掉了， 既可以节约单独生产按键的 材料和成本， 节约了 DOME 开关或者微动开关的材料和成本， 又减少了主板上焊接 DOME开关或微动开关的工序和装配时必须固定音量键和电源键的工序。 另外， 手机中物理按键会由于按键的材质、 按键的大小尺寸、 按键的软硬程度等 因素带来了诸多不便， 易用性差， 并且， 物理按键长时间使用后容易磨损以至于最终 损坏不能使用。 发明内容 本发明要解决的主要技术问题是， 提供一种终端及其工作方法， 能够解决现有终 端中物理按键装配复杂、 易用性差以及容易磨损的问题。 为解决上述技术问题， 本发明提供一种终端， 包括处理器和第一触控单元； 所述 第一触控单元位于所述终端表面并作为终端中电子器件的保护单元； 所述第一触控单元设置为承载用户的第一触摸操作， 并检测用户在所述第一触控 单元上的第一触摸操作； 所述处理器设置为利用所述第一触控单元的检测结果执行相应的预设处理过程。 进一步地， 所述第一触摸操作包括按压所述第一触控单元； 所述第一触控单元设 置为检测按压所述第一触控单元的按压参数； 所述处理器设置为根据所述按压参数执 行相应的预设处理过程； 或者 所述第一触摸操作包括在所述第一触控单元上的划动操作； 所述第一触控单元设 置为检测用户在所述第一触控单元上的划动操作； 所述处理器设置为根据检测结果执 行相应的预设处理过程。 进一步地， 所述第一触控单元设置为当所述终端处于待机状态时检测按压所述第 一触摸单元的按压参数； 所述处理器设置为根据所述按压参数在执行关闭终端的处理 过程； 或者 所述第一触控单元设置为在所述终端处于关机状态时检测按压所述第一触摸 单元的按压参数； 所述处理器设置为根据所述按压参数执行开启终端的处理过程 或者 所述第一触控单元设置为在所述终端处于休眠状态时检测按压所述第一触摸单元 的按压参数； 所述处理器设置为根据所述按压参数执行唤醒终端的处理过程； 或者 所述第一触控单元设置为在所述终端处于亮屏状态时检测按压所述第一触摸单元 的按压参数； 所述处理器设置为根据所述按压参数执行休眠终端的处理过程； 或者 所述第一触控单元设置为在所述终端处于亮屏状态时检测按压所述第一触摸单元 的按压参数； 所述处理器设置为根据所述按压参数调节终端的音量； 或者 所述第一触控单元设置为在所述终端处于亮屏状态时检测按压所述第一触控单元 的按压参数； 所述处理器设置为根据所述按压参数进行页面切换。 进一步地， 当所述处理器执行关闭终端的处理过程的情况下，所述按压参数包括: 第一按压参数和第二按压参数； 所述处理器设置为当所述第一按压参数的值和所述第 二按压参数的值均在预设范围内时执行关闭终端的处理过程； 当所述处理器执行开启终端的处理过程的情况下， 所述按压参数包括： 第一按压 参数和第二按压参数； 所述处理器设置为当所述第一按压参数的值和所述第二按压参 数的值均在预设范围内时执行开启终端的处理过程； 当所述处理器执行唤醒终端的处理过程的情况下， 所述按压参数包括： 第一按压 参数和第二按压参数； 所述处理器设置为当所述第一按压参数的值和所述第二按压参 数的值均在预设范围内时唤醒终端； 当所述处理器执行休眠终端的处理过程的情况下， 所述按压参数包括： 第一按压 参数和第二按压参数； 所述处理器设置为当所述第一按压参数的值和所述第二按压参 数的值均在预设范围内时休眠终端； 当所述处理器执行调节终端的音量的情况下， 所述按压参数包括： 第一按压 参数和第二按压参数； 所述处理器设置为当所述第一按压参数的值在预设范围内时根 据所述第二按压参数调节终端的音量； 当所述处理器执行页面切换的情况下， 所述按压参数包括： 第一按压参数和第二 按压参数； 所述处理器设置为当所述第一按压参数的值在预设范围内时根据所述第二 按压参数进行页面切换。 进一步地， 所述第一触控单元设置为在所述终端处于待机状态时检测在所述第一 触摸单元上的划动操作； 所述处理器设置为根据检测结果执行关闭终端的处理过程； 或者 所述第一触控单元设置为在所述终端处于关机状态时检测在所述第一触控单 元片上的划动操作； 所述处理器设置为根据检测结果执行开启终端的处理过程； 或者 所述第一触控单元设置为在所述终端处于休眠状态时检测在所述第一触控单 元上的划动操作； 所述处理器设置为根据检测结果执行唤醒终端的处理过程； 或者 所述第一触控单元设置为在所述终端处于亮屏状态时检测在所述第一触控单 元上的划动操作； 所述处理器设置为根据检测结果执行休眠终端的处理过程； 或者 所述第一触控单元设置为在所述终端处于亮屏状态时检测在所述第一触控单 元上的划动操作； 所述处理器设置为根据检测结果调节终端的音量； 或者 所述第一触控单元设置为在所述终端处于亮屏状态时检测在所述第一触控单元上 的划动操作， 所述处理器设置为根据检测结果进行页面切换。 进一步地， 所述按压参数包括： 按压面积和 /或按压时间。 进一步地， 所述终端还包括： 第二触控单元； 所述第二触控单元设置为承载用户 的第二触摸操作， 并检测用户在第二触控单元上的第二触摸操作； 所述处理器设置为 根据所述第一触控单元和所述第二触控单元的检测结果执行相应的预设处理过程。 进一步地， 所述第一触摸操作包括按压所述第一触控单元或者在所述第一触控单 元上的划动操作， 所述第二触摸操作包括按压所述第二触控单元或者在所述第二触控 单元上的划动操作。 进一步地， 所述电子器件为摄像头， 所述第一触控单元为触控镜片， 该触控镜片 包括： 镜片、 检测电路以及连接电路； 所述检测电路与所述镜片连接设置为检测用户 在所述镜片上的触摸操作， 所述连接电路与所述检测电路连接设置为将所述检测电路 的检测结果传输至所述处理器； 所述触控镜片作为所述摄像头的保护镜片。 进一步地， 所述第二触控单元包括： 终端的触控显示屏。 同样为了解决上述的技术问题， 本发明还提供了一种终端的工作方法， 包括以下 步骤： 第一触控单元设置为承载用户的第一触摸操作， 并检测用户在所述第一触控单元 上的第一触摸操作； 所述第一触控单元位于所述终端表面并作为终端中电子器件的保 护单元； 处理器利用所述第一触控单元的检测结果执行相应的预设处理过程。 进一步地， 所述第一触控单元检测用户在所述第一触控单元上的第一触摸操作的 步骤包括： 所述第一触控单元检测用户按压所述第一触控单元的按压参数； 所述处理 器利用所述第一触控单元的检测结果执行相应的预设处理过程的步骤包括： 所述处理 器根据所述按压参数执行相应的预设处理过程； 或者 所述第一触控单元检测用户在所述第一触控单元上的第一触摸操作的步骤包括： 所述第一触控单元检测用户在所述第一触控单元上的划动操作； 所述处理器利用所述第一触控单元的检测结果执行相应的预设处理过程的步骤包 括： 处理器根据检测结果执行相应的预设处理过程。 进一步地， 所述第一触控单元检测用户按压所述第一触控单元的按压参数的步骤 包括： 所述第一触控单元当所述终端处于待机状态时检测按压所述第一触摸单元的按 压参数； 所述处理器根据所述按压参数执行相应的预设处理过程的步骤包括： 所述处 理器根据所述按压参数在执行关闭终端的处理过程； 或者 所述第一触控单元检测用户按压所述第一触控单元的按压参数的步骤包括： 所述 第一触控单元设置为在所述终端处于关机状态时检测按压所述第一触摸单元的按压参 数； 所述处理器根据所述按压参数执行相应的预设处理过程的步骤包括： 所述处理器 设置为根据所述按压参数执行开启终端的处理过程； 或者 所述第一触控单元检测用户按压所述第一触控单元的按压参数的步骤包括： 第一 触控单元在所述终端处于休眠状态时检测按压所述第一触摸单元的按压参数； 所述处 理器根据所述按压参数执行相应的预设处理过程的歩骤包括： 所述处理器根据所述按 压参数执行唤醒终端的处理过程； 或者 所述第一触控单元检测用户按压所述第一触控单元的按压参数的步骤包括： 所述 第一触控单元在所述终端处于亮屏状态时检测按压所述第一触摸单元的按压参数； 所 述处理器根据所述按压参数执行相应的预设处理过程的步骤包括： 所述处理器根据所 述按压参数执行休眠终端的处理过程； 或者 所述第一触控单元检测用户按压所述第一触控单元的按压参数的步骤包括： 所述 第一触控单元在所述终端处于亮屏状态时检测按压所述第一触摸单元的按压参数； 所 述处理器根据所述按压参数执行相应的预设处理过程的步骤包括： 所述处理器根据所 述按压参数调节终端的音量； 或者 所述第一触控单元检测用户按压所述第一触控单元的按压参数的步骤包括： 所述 第一触控单元在所述终端处于亮屏状态时检测按压所述第一触控单元的按压参数； 所 述处理器根据所述按压参数执行相应的预设处理过程的步骤包括： 所述处理器根据所 述按压参数进行页面切换。 进一步地， 所述第一触控单元检测用户在所述第一触控单元上的划动操作的步骤 包括： 所述第一触控单元在所述终端处于待机状态时检测在所述第一触摸单元上的划 动操作； 所述处理器根据检测结果执行相应的预设处理过程的步骤包括： 所述处理器 根据检测结果执行关闭终端的处理过程； 或者 所述第一触控单元检测用户在所述第一触控单元上的划动操作的步骤包括： 所述 第一触控单元在所述终端处于关机状态时检测在所述第一触控单元片上的划动操作； 所述处理器根据检测结果执行相应的预设处理过程的步骤包括： 所述处理器根据检测 结果执行开启终端的处理过程； 或者 所述第一触控单元检测用户在所述第一触控单元上的划动操作的步骤包括： 所述 第一触控单元设置为在所述终端处于休眠状态时检测在所述第一触控单元上的划动操 作； 所述处理器根据检测结果执行相应的预设处理过程的步骤包括： 所述处理器根据 检测结果执行唤醒终端的处理过程； 或者 所述第一触控单元检测用户在所述第一触控单元上的划动操作的步骤包括： 所述 第一触控单元在所述终端处于亮屏状态时检测在所述第一触控单元上的划动操作； 所 述处理器根据检测结果执行相应的预设处理过程的歩骤包括： 所述处理器根据检测结 果执行休眠终端的处理过程； 或者 所述第一触控单元检测用户在所述第一触控单元上的划动操作的步骤包括： 所述 第一触控单元在所述终端处于亮屏状态时检测在所述第一触控单元上的划动操作； 所 述处理器根据检测结果执行相应的预设处理过程的歩骤包括： 所述处理器根据检测结 果调节终端的音量； 或者 所述第一触控单元检测用户在所述第一触控单元上的划动操作的步骤包括： 所述 第一触控单元在所述终端处于亮屏状态时检测在所述第一触控单元上的划动操作； 所 述处理器根据检测结果执行相应的预设处理过程的歩骤包括： 所述处理器根据检测结 果进行页面切换。 进一步地， 所述按压参数包括： 按压面积和 /或按压时间。 进一步地， 所述方法还包括： 所述第二触控单元承载用户的第二触摸操作， 并检 测用户在第二触控单元上的第二触摸操作； 所述处理器利用所述第一触控单元的检测结果执行相应的预设处理过程的步骤包 括： 所述处理器根据所述第一触控单元和所述第二触控单元的检测结果执行相应的预 设处理过程。 进一步地， 所述第一触摸操作包括按压所述第一触控单元或者在所述第一触控单 元上的划动操作， 所述第二触摸操作包括按压所述第二触控单元或者在所述第二触控 单元上的划动操作。 本发明的有益效果是： 本发明提供了一种终端及其工作方法， 能够采用触控的方式来实现原有终端的物 理按键的功能， 从而达到去掉物理按键的目的； 本发明的终端包括处理器和第一触控 单元； 所述第一触控单元位于所述终端表面并作为终端中电子器件的保护单元； 所述 第一触控单元设置为承载用户的第一触摸操作， 并检测用户在所述第一触控单元上的 第一触摸操作； 所述处理器设置为利用所述第一触控单元的检测结果执行相应的预设 处理过程； 本发明的终端通过作为电子器件保护单元的触控单元和终端处理器来实现 通过触控方式触发原有物理按键的功能； 这样避免了在终端上使用物理按键来实现相 应的功能， 节省了装配物理按键的过程， 简化了终端的装配以及结构， 节约了成本； 例如当本发明的预设处理过程包括调节终端音量时， 本发明的终端可以采用触控方式 来调节音量避免了在终端侧边设置音量按键来调节音量， 节约了生成音量按键以及与 音量按键相关器件的成本， 在终端装配过程中省掉了音量按键的装配简化了终端的装 配以及结构； 本发明终端与现有技术相比， 可以解决现有终端中物理按键装配复杂、 易用性差以及容易磨损的问题， 提升了用户使用终端的体验。 附图说明 图 1为本发明实施例一提供的 种终端的结构示意图； 图 2为本发明实施例一提供的 种终端实现关机功能的流程示意图; 图 3为本发明实施例一提供的 种终端实现开机功能的流程示意图; 图 4为本发明实施例一提供的 种实现唤醒终端的流程示意图； 图 5为本发明实施例一提供的 种实现休眠终端的流程示意图； 图 6为用户在摄像头触控镜片上下划动的示意图； 图 7为本发明实施例一提供的一种实现调节终端音量的流程示意图； 图 8为本发明实施例一提供的一种实现页面切换的流程示意图； 图 9为本发明实施例二提供的一种终端的结构示意图； 图 10为本发明实施例二提供的一种调节终端音量的流程示意图； 图 11为本发明实施例二提供的一种用户在触控显示屏上下划动的示意图; 图 12为本发明实施例三提供的一种终端的工作方法的流程示意图； 图 13为本发明实施例三提供的另一种终端的工作方法的流程示意图。 具体实施方式 下面通过具体实施方式结合附图对本发明作进一步详细说明。 实施例一： 本实施例主要通过在原有终端器件上增加触控单元， 承载用户的触摸操作并检测 用户在触控单元上的触摸操作， 然后利用检测结果来执行相应的预设处理过程， 例如 调节音量、 开关机等。 本实施例中终端不需要在设置物理键的情况下就可以实现物理 键对应的功能； 由于本实施例中触控单元用来承载用户的触摸操作， 其必须露在终端 表面， 所以一般地， 是在电子器件露出终端表面的那一部分设置触控单元。 例如可以 将摄像头的保护镜片替换为触控镜片或者 LED灯的保护镜片替换为触控镜片。 如图 1所示， 本实施例提供了一种终端， 包括： 包括处理器和第一触控单元； 所 述第一触控单元位于所述终端表面并作为终端中电子器件的保护单元； 所述第一触控 单元设置为承载用户的第一触摸操作， 并检测用户在所述第一触控单元上的第一触摸 操作；所述处理器设置为利用所述第一触控单元的检测结果执行相应的预设处理过程。 优先地， 本实施例中用户的第一触摸操作可以包括按压所述第一触控单元或者在 所述第一触摸单元上划动。 在所述第一触摸操作可以包括按压所述第一触控单元的情况下， 所述第一触摸单 元设置为检测按压所述第一触控单元的按压参数； 所述处理器设置为根据所述按压参 数执行相应的预设处理过程。 下面介绍在终端利用按压参数进行不同处理实现不同功 能的过程： 1、实现关机功能，第一触控单元设置为当所述终端处于待机状态时检测按压所述 第一触控单元的按压参数； 所述处理器设置为当所述按压参数在预设范围内时执行关 闭终端的处理过程。 此时用户可以在第一触控单元上实现关机操作， 而不需要利用电 源键。 优先地， 本实施例中关闭终端的处理过程包括： 调用关键对话框提示用户是否关 闭终端， 接收用户确认关机指令后关闭终端； 或者直接关闭终端。 优先地， 本实施例中按压参数包括第一按压参数和第二按压参数， 所述处理器设 置为当所述第一按压参数的值和所述第二按压参数的值均在预设范围内时执行关闭终 端的处理过程。 如图 2， 介绍了本实施例终端关机的具体过程： 步骤 201 : 在终端处于待机状态时用户通过手指按压第一触控单元； 步骤 202: 第一触控单元检测用户按压面积 S和按压时间 T; 步骤 203 : 处理器判断按压面积 S是否大于预设按压面积 St， 若是， 则执行步骤 204, 若否， 执行步骤 206; 步骤 204:处理器继续判断按压时间 T是否大于预设时间 Td，若是，执行步骤 205， 若否， 则执行步骤 206; 步骤 205 : 处理器调用关机对话框提示用户是否关机， 并在接收用户输入的确认 关机指令后关闭终端； 步骤 206: 终端不响应。 本实施例步骤 201-206介绍的是按压参数为按压面积和按压时间时如何根据这个 两个参数实现关机的过程，应当理解的是，本实施例终端还可以利用其他按压参数（按 压的位置、 按压力度等） 来实现关机的过程。 The present invention relates to the field of terminal technologies, and in particular, to a terminal and a working method thereof. BACKGROUND At present, the touch screen of a smart machine is widely used, and the gesture operation on the touch screen is also more and more, but no matter how the size of the smart machine changes, there are some physical buttons, for example, the current mobile phone will be on the side. The volume up and down keys are set to adjust the volume. Similarly, the power button is also an indispensable part, and the volume side button or power button is used as part of the whole machine. The design should take into account the overall aesthetics and practicality. , production operability needs to be considered in assembly. The physical buttons in the existing mobile phone are complicated in structure and assembly. Take the structure and assembly of the volume key and the power button as an example: Disassemble the back cover of the mobile phone, and you can see that the volume key and power button of the mobile phone are placed on the side of the mobile phone. Side, generally designed as a key paste on the soft strip fixed by its two positioning posts in its position, structurally, the outer shell needs to be opened at the corresponding position, and the positioning post is fixed; from the assembly Say, the corresponding DOME switch or micro switch needs to be installed on the motherboard. When the housing is fixed, the volume side button or power button must be installed before the shell can be assembled, and some volume buttons have upper and lower points. Be careful. These are the structure and assembly of the volume keys and power keys. Imagine if it is removed, it can save the material and cost of the separate production buttons, save the material and cost of the DOME switch or micro switch, and reduce the welding DOME switch on the main board. Or the process of fixing the volume switch and the power button during the operation and assembly of the micro switch. In addition, the physical buttons in the mobile phone may cause inconvenience due to factors such as the material of the button, the size of the button, the hardness of the button, etc., and the ease of use is poor, and the physical button is easily worn after being used for a long time, so that the final damage cannot be used. . SUMMARY OF THE INVENTION The main technical problem to be solved by the present invention is to provide a terminal and a working method thereof, which can solve the problems of complicated physical button assembly, poor usability, and easy wear in existing terminals. In order to solve the above technical problem, the present invention provides a terminal, including a processor and a first touch unit; the first touch unit is located on the surface of the terminal and serves as a protection unit for the electronic device in the terminal; The first touch unit is configured to carry a first touch operation of the user, and detect a first touch operation of the user on the first touch unit; the processor is configured to use the first touch unit The detection result performs a corresponding preset process. Further, the first touch operation includes pressing the first touch unit; the first touch unit is configured to detect a pressing parameter of pressing the first touch unit; Pressing the parameter to perform a corresponding preset process; or the first touch operation includes a swipe operation on the first touch unit; the first touch unit is configured to detect that the user is in the first touch a swipe operation on the unit; the processor is configured to perform a corresponding preset process according to the detection result. Further, the first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a standby state; the processor is configured to perform a process of shutting down the terminal according to the pressing parameter. Or the first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a shutdown state; the processor is configured to perform a process or a process of opening the terminal according to the pressing parameter The first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a sleep state; the processor is configured to perform a process of waking up the terminal according to the pressing parameter; or the a touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a bright screen state; the processor is configured to perform a processing process of the dormant terminal according to the pressing parameter; or the first The touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a bright screen state; Said processor is arranged to adjust the volume according to the parameter of the terminal pressing; or The first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a bright screen state; and the processor is configured to perform page switching according to the pressing parameter. Further, when the processor performs a process of shutting down the terminal, the pressing parameter includes: a first pressing parameter and a second pressing parameter; the processor is set to be a value of the first pressing parameter and When the value of the second pressing parameter is within the preset range, the process of closing the terminal is performed; when the processor performs the process of turning on the terminal, the pressing parameter includes: a first pressing parameter and a second Pressing a parameter; the processor is configured to perform a process of turning on the terminal when the value of the first pressing parameter and the value of the second pressing parameter are both within a preset range; when the processor executes the wake-up terminal In the case of the processing, the pressing parameter includes: a first pressing parameter and a second pressing parameter; the processor is configured to: when the value of the first pressing parameter and the second pressing parameter are both preset Wake up the terminal in the range; when the processor performs the processing of the dormant terminal, the pressing parameter includes: a first pressing parameter and a second pressing parameter; The processor is configured to sleep the terminal when the value of the first pressing parameter and the value of the second pressing parameter are both within a preset range; when the processor performs the adjustment of the volume of the terminal, the pressing The parameter includes: a first pressing parameter and a second pressing parameter; the processor is configured to adjust a volume of the terminal according to the second pressing parameter when a value of the first pressing parameter is within a preset range; when the processing In the case that the page switching is performed, the pressing parameter includes: a first pressing parameter and a second pressing parameter; the processor is configured to be according to the second when the value of the first pressing parameter is within a preset range Press the parameter to switch the page. Further, the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a standby state; the processor is configured to perform a process of shutting down the terminal according to the detection result; Or the first touch unit is configured to detect a swipe operation on the first touch unit chip when the terminal is in a shutdown state; the processor is configured to perform a process of turning on the terminal according to the detection result; or The first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a sleep state; the processor is configured to perform a process of waking up the terminal according to the detection result; Or the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a bright screen state; the processor is configured to perform a process of the dormant terminal according to the detection result; Or the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a bright screen state; the processor is configured to adjust a volume of the terminal according to the detection result; The first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a bright screen state, and the processor is configured to perform page switching according to the detection result. Further, the pressing parameter includes: a pressing area and/or a pressing time. Further, the terminal further includes: a second touch unit; the second touch unit is configured to carry a second touch operation of the user, and detect a second touch operation of the user on the second touch unit; The processor is configured to perform a corresponding preset processing process according to the detection results of the first touch unit and the second touch unit. Further, the first touch operation includes pressing the first touch unit or a swipe operation on the first touch unit, and the second touch operation includes pressing the second touch unit or a swipe operation on the second touch unit. Further, the electronic device is a camera, the first touch unit is a touch lens, and the touch lens includes: a lens, a detection circuit, and a connection circuit; and the detection circuit is connected to the lens to detect that the user is The touch operation on the lens, the connection circuit is connected to the detection circuit and configured to transmit the detection result of the detection circuit to the processor; the touch lens serves as a protection lens of the camera. Further, the second touch unit includes: a touch display screen of the terminal. In order to solve the above technical problem, the present invention further provides a working method of the terminal, including the following steps: The first touch unit is configured to carry a first touch operation of the user, and detect that the user is in the first touch unit. a first touch operation; the first touch unit is located on the surface of the terminal and serves as a protection unit of the electronic device in the terminal; The processor performs a corresponding preset processing process by using the detection result of the first touch unit. The step of detecting the first touch operation of the user on the first touch unit by the first touch unit includes: the first touch unit detecting a pressing parameter of the user pressing the first touch unit The step of the processor performing the corresponding preset processing process by using the detection result of the first touch unit includes: the processor performing a corresponding preset processing process according to the pressing parameter; or the first touch The step of detecting, by the control unit, the user's first touch operation on the first touch unit includes: the first touch unit detecting a user's swipe operation on the first touch unit; The step of performing the corresponding preset processing process by the detection result of the first touch unit includes: the processor performing a corresponding preset processing process according to the detection result. Further, the step of detecting, by the first touch unit, a pressing parameter of the first touch unit by the user includes: detecting, by the first touch unit, pressing the first touch unit when the terminal is in a standby state The step of performing the corresponding preset processing according to the pressing parameter: the processor is performing a process of shutting down the terminal according to the pressing parameter; or the first touch unit detects The step of the user pressing the pressing parameter of the first touch unit includes: the first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a shutdown state; The step of performing the corresponding preset processing process by the pressing parameter includes: the processor is configured to perform a process of turning on the terminal according to the pressing parameter; or the first touch unit detects that the user presses the first touch The step of pressing the parameter of the unit includes: detecting, by the first touch unit, pressing the first touch list when the terminal is in a sleep state a step of performing a corresponding preset process according to the pressing parameter: the processor performing a process of waking up the terminal according to the pressing parameter; or the first touch unit The step of detecting that the user presses the pressing parameter of the first touch unit comprises: detecting, by the first touch unit, a pressing parameter of pressing the first touch unit when the terminal is in a bright screen state; The step of the processor performing the corresponding preset processing process according to the pressing parameter includes: the processor performing a processing process of the dormant terminal according to the pressing parameter; or the first touch unit detecting that the user presses the first The step of pressing the parameter of the touch unit includes: the first touch unit detects a pressing parameter of pressing the first touch unit when the terminal is in a bright screen state; and the processor performs corresponding according to the pressing parameter The step of the preset process includes: the processor adjusting the volume of the terminal according to the pressing parameter; or the step of the first touch unit detecting that the user presses the pressing parameter of the first touch unit includes: a touch unit detects a pressing parameter of the first touch unit when the terminal is in a bright screen state; the step of the processor performing a corresponding preset processing process according to the pressing parameter includes: the processor The page switching is performed according to the pressing parameter. Further, the step of detecting, by the first touch unit, the user's swipe operation on the first touch unit includes: the first touch unit detecting the first time when the terminal is in a standby state a step of performing a corresponding stepping process on the touch unit according to the detection result: the processor performs a process of shutting down the terminal according to the detection result; or the first touch unit detects the user The step of the swipe operation on the first touch unit includes: the first touch unit detecting a swipe operation on the first touch unit chip when the terminal is in a shutdown state; The step of executing the corresponding preset processing process according to the detection result includes: the processor performing a process of starting the terminal according to the detection result; or the first touch unit detecting the user's stroke on the first touch unit The step of the operation includes: the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a sleep state; A processor to perform the steps corresponding to a predetermined processing procedure of the detection result comprises: wake up the processor to perform the process based on the detection result of the terminal; or The step of detecting, by the first touch unit, the user's swipe operation on the first touch unit includes: the first touch unit detecting the first touch when the terminal is in a bright screen state a step of performing a corresponding preset process according to the detection result: the processor performs a process of the dormant terminal according to the detection result; or the first touch unit detects the user The step of the swipe operation on the first touch unit includes: the first touch unit detecting a swipe operation on the first touch unit when the terminal is in a bright screen state; The step of the processor performing the corresponding preset processing according to the detection result includes: the processor adjusting the volume of the terminal according to the detection result; or the first touch unit detecting the user's stroke on the first touch unit The step of the operation includes: the first touch unit detects a swipe operation on the first touch unit when the terminal is in a bright screen state; and the processor executes the phase according to the detection result Ho preset processing procedure step comprises: switching the processor to the detection results page. Further, the pressing parameter includes: a pressing area and/or a pressing time. Further, the method further includes: the second touch unit carries a second touch operation of the user, and detects a second touch operation of the user on the second touch unit; the processor utilizes the first touch The step of performing the corresponding preset processing on the detection result of the control unit includes: the processor performing a corresponding preset processing process according to the detection results of the first touch unit and the second touch unit. Further, the first touch operation includes pressing the first touch unit or a swipe operation on the first touch unit, and the second touch operation includes pressing the second touch unit or a swipe operation on the second touch unit. The present invention provides a terminal and a working method thereof, which can implement the function of the physical button of the original terminal by using a touch method, thereby achieving the purpose of removing the physical button; the terminal of the present invention includes processing And the first touch unit is located on the surface of the terminal and serves as a protection unit of the electronic device in the terminal; the first touch unit is configured to carry a first touch operation of the user, and detect the user On the first touch unit a first touch operation; the processor is configured to perform a corresponding preset processing process by using the detection result of the first touch unit; the terminal of the present invention is implemented by a touch unit and a terminal processor as an electronic device protection unit The function of the original physical button is triggered by the touch mode; this avoids the use of the physical button on the terminal to realize the corresponding function, saves the process of assembling the physical button, simplifies the assembly and structure of the terminal, and saves cost; for example, When the preset processing procedure of the invention includes adjusting the volume of the terminal, the terminal of the present invention can adjust the volume by using the touch method, thereby avoiding setting the volume button on the side of the terminal to adjust the volume, thereby saving the cost of generating the volume button and the device related to the volume button. The assembly of the volume button is omitted in the terminal assembly process, which simplifies the assembly and structure of the terminal. Compared with the prior art, the terminal of the present invention can solve the problem of complicated physical button assembly, poor usability and easy wear in the existing terminal. , improve the user experience of using the terminal. 1 is a schematic structural diagram of a terminal according to a first embodiment of the present invention; FIG. 2 is a schematic flowchart of a terminal implementing a shutdown function according to Embodiment 1 of the present invention; FIG. 3 is a schematic diagram of a terminal according to Embodiment 1 of the present invention; FIG. 4 is a schematic flowchart of a wake-up terminal according to Embodiment 1 of the present invention; FIG. 5 is a schematic diagram of a process for implementing a sleepy terminal according to Embodiment 1 of the present invention; FIG. 7 is a schematic diagram of a process for realizing adjustment of a volume of a terminal according to Embodiment 1 of the present invention; FIG. 8 is a schematic flowchart of implementing page switching according to Embodiment 1 of the present invention; FIG. 10 is a schematic diagram of a flow chart for adjusting a volume of a terminal according to Embodiment 2 of the present invention; FIG. 11 is a schematic diagram of a touch display of a user according to Embodiment 2 of the present invention; FIG. 12 is a schematic flowchart of a working method of a terminal according to Embodiment 3 of the present invention; FIG. 13 is a schematic diagram of the present invention; Schematic flow chart of another method of working a terminal provided in the third embodiment. BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, the present invention will be further described in detail by way of specific embodiments with reference to the accompanying drawings. Embodiment 1: This embodiment mainly adds a touch unit to an original terminal device, carries a touch operation of the user, and detects a touch operation of the user on the touch unit, and then uses the detection result to execute a corresponding preset processing process, for example, Adjust the volume, switch, etc. In this embodiment, the terminal does not need to perform the physical key corresponding function in the case of setting the physical key. In the embodiment, the touch unit is used to carry the touch operation of the user, and the touch unit must be exposed on the surface of the terminal, so generally, The touch unit is disposed on the portion of the electronic device that exposes the surface of the terminal. For example, the protective lens of the camera can be replaced with a touch lens or a protective lens of the LED lamp can be replaced with a touch lens. As shown in FIG. 1 , the embodiment provides a terminal, including: a processor and a first touch unit; the first touch unit is located on the surface of the terminal and serves as a protection unit for the electronic device in the terminal; The first touch unit is configured to carry a first touch operation of the user, and detect a first touch operation of the user on the first touch unit; the processor is configured to detect by using the first touch unit As a result, the corresponding preset processing is executed. Preferably, the first touch operation of the user in this embodiment may include pressing the first touch unit or swiping on the first touch unit. In the case that the first touch operation may include pressing the first touch unit, the first touch unit is configured to detect a pressing parameter of pressing the first touch unit; The pressing parameter performs a corresponding preset process. The following describes a process in which the terminal performs different functions by using the pressing parameter to implement different functions: 1. Implementing a shutdown function, the first touch unit is configured to detect a pressing parameter of the first touch unit when the terminal is in a standby state; The processor is configured to perform a process of shutting down the terminal when the pressing parameter is within a preset range. At this point, the user can implement the shutdown operation on the first touch unit without using the power button. Preferably, the process of shutting down the terminal in this embodiment includes: calling a key dialog box to prompt the user to close the terminal, receiving the user to confirm the shutdown command, and then closing the terminal; or directly closing the terminal. Preferably, in this embodiment, the pressing parameter includes a first pressing parameter and a second pressing parameter, and the processor is configured to: when the value of the first pressing parameter and the second pressing parameter are both within a preset range The process of shutting down the terminal is performed. As shown in Figure 2, the specific process of the terminal shutdown in this embodiment is introduced: Step 201: The user touches the first touch unit with the finger when the terminal is in the standby state. Step 202: The first touch unit detects the user pressing area S and the pressing time T. Step 203: The processor determines whether the pressing area S is greater than a preset. Pressing area St, if yes, executing step 204, if not, executing step 206; Step 204: The processor continues to determine whether the pressing time T is greater than the preset time Td, and if so, executing step 205, if not, executing step 206; 205: The processor calls the shutdown dialog box to prompt the user to shut down, and closes the terminal after receiving the confirmation shutdown command input by the user; Step 206: The terminal does not respond. Steps 201-206 of the present embodiment describe the process of how to perform shutdown according to the two parameters when the pressing parameter is the pressing area and the pressing time. It should be understood that the terminal of the embodiment can also utilize other pressing parameters (the position of pressing, Press the force, etc.) to achieve the process of shutdown.
2、实现开机功能，所述第一触控单元设置为在所述终端处于关机状态时检测按压 所述第一触摸单元的按压参数； 所述处理器设置为根据所述按压参数执行开启终端的 处理过程。 本实施例中开启终端的处理过程可以包括： 直接开启终端或者调用提示对 话框接收用户确认开机的指令后开启终端。 此时用户可以在第一触控单元上实现开机 操作。 优先地， 所述按压参数包括： 第一按压参数和第二按压参数； 所述处理器设置为 当所述第一按压参数的值和所述第二按压参数的值均在预设范围内时执行开启终端的 处理过程； 如图 3所示， 介绍了一种本实施例终端开机的过程： 步骤 301 : 在终端处于关机状态时用户通过手指按压第一触控单元； 步骤 302: 第一触控单元检测用户按压的按压面积和按压时间； 步骤 303 : 处理器判断按压面积 S是否大于预设按压面积 St， 若是， 则执行步骤 304， 若否， 执行步骤 306; 步骤 304:处理器继续判断按压时间 T是否大于预设时间 Td，若是，执行步骤 305， 若否， 则执行步骤 306; 步骤 305 : 处理器直接开启终端； 步骤 306: 终端不响应。 本实施例步骤 301-306介绍的是按压参数为按压面积和按压时间时如何根据这个 两个参数实现开机的过程，应当理解的是，本实施例终端还可以利用其他按压参数（按 压的位置、 按压力度等） 来实现开机的过程。 2. The booting function is implemented, the first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a shutdown state; and the processor is configured to perform opening of the terminal according to the pressing parameter. Processing. The process of starting the terminal in this embodiment may include: directly opening the terminal or calling a prompt dialog box to receive an instruction to confirm the booting of the user, and then opening the terminal. At this time, the user can implement the booting operation on the first touch unit. Preferentially, the pressing parameter includes: a first pressing parameter and a second pressing parameter; the processor is configured to when the values of the first pressing parameter and the second pressing parameter are both within a preset range The process of enabling the terminal is performed. As shown in FIG. 3, a process of booting the terminal in this embodiment is described. Step 301: The user presses the first touch unit with a finger when the terminal is in the shutdown state; Step 302: First touch The control unit detects the pressing area pressed by the user and the pressing time. Step 303: The processor determines whether the pressing area S is greater than the preset pressing area St. If yes, step 304 is performed. If no, step 306 is performed; Step 304: the processor continues to determine Whether the pressing time T is greater than the preset time Td, and if so, step 305 is performed, and if no, step 306 is performed; Step 305: The processor directly turns on the terminal. Step 306: The terminal does not respond. Steps 301-306 of the present embodiment describe the process of how to perform the booting according to the two parameters when the pressing parameter is the pressing area and the pressing time. It should be understood that the terminal of the embodiment can also utilize other pressing parameters (the pressed position, Press the force, etc.) to achieve the boot process.
3、实现唤醒终端功能，所述第一触控单元设置为在所述终端处于休眠状态时检测 按压所述第一触摸单元的按压参数； 所述处理器设置为根据所述按压参数唤醒终端。 本实施例中唤醒终端可以包括点亮屏幕显示解锁画面。 优先地， 本实施例中所述按压参数包括： 第一按压参数和第二按压参数； 所述处 理器设置为当所述第一按压参数的值和所述第二按压参数的值均在预设范围内时唤醒 终端； 如图 4所示， 介绍了一种唤醒终端的过程： 步骤 401 : 在终端处于休眠状态时用户通过手指按压第一触控单元； 步骤 402: 第一触控单元检测用户按压的按压面积和按压时间； 步骤 403 : 处理器判断按压面积 S是否大于预设按压面积 St， 若是， 则执行步骤 404， 若否， 执行步骤 406; 步骤 404:处理器继续判断按压时间 T是否小于预设时间 Td，若是，执行步骤 405， 若否， 则执行步骤 406; 步骤 405 : 处理器直接唤醒终端； 步骤 406: 终端不响应。 本实施例中步骤 406还可以设置为执行关机处理过程。 本实施例步骤 401-406介绍的是按压参数为按压面积和按压时间时如何根据这个 两个参数实现唤醒终端的过程， 应当理解的是， 本实施例终端还可以利用其他按压参 数 （按压的位置、 按压力度等） 来实现唤醒终端的过程。 3. The wake-up terminal function is implemented, the first touch unit is configured to detect pressing a pressing parameter of the first touch unit when the terminal is in a sleep state; and the processor is configured to wake up the terminal according to the pressing parameter. The waking up terminal in this embodiment may include a lighting screen display unlocking screen. Preferably, the pressing parameter in the embodiment includes: a first pressing parameter and a second pressing parameter; the processor is configured to: when the value of the first pressing parameter and the second pressing parameter are both in advance The wake-up terminal is set in the range; as shown in FIG. 4, a process of waking up the terminal is introduced: Step 401: The user presses the first touch unit with the finger when the terminal is in the sleep state; Step 402: The first touch unit detects Step 403: The processor determines whether the pressing area S is greater than the preset pressing area St. If yes, step 404 is performed. If no, step 406 is performed; Step 404: the processor continues to determine the pressing time T Whether it is less than the preset time Td, if yes, go to step 405, if no, go to step 406; Step 405: The processor directly wakes up the terminal; Step 406: The terminal does not respond. Step 406 in this embodiment may also be configured to perform a shutdown process. Steps 401-406 of the present embodiment describe how the wake-up terminal is implemented according to the two parameters when the pressing parameter is the pressing area and the pressing time. It should be understood that the terminal of the embodiment can also utilize other pressing parameters (the pressed position). , pressing force, etc.) to achieve the process of waking up the terminal.
4、实现休眠终端功能，所述第一触控单元设置为在所述终端处于休眠状态时检测 按压所述第一触摸单元的按压参数； 所述处理器设置为根据所述按压参数休眠终端； 本实施例中休眠终端包括关闭终端屏幕。 优先地， 本实施例中按压参数包括： 第一按压参数和第二按压参数； 所述处理器 设置为当所述第一按压参数的值和所述第二按压参数的值均在预设范围内时休眠终 端， 如图 5所示， 介绍了一种休眠终端的过程： 步骤 501 : 在终端处于亮屏状态时用户通过手指按压第一触控单元； 步骤 502: 第一触控单元检测用户按压的按压面积和按压时间； 步骤 503 : 处理器判断按压面积 S是否大于预设按压面积 St， 若是， 则执行步骤 504， 若否， 执行步骤 506; 步骤 504:处理器继续判断按压时间 T是否小于预设时间 Td，若是，执行步骤 505， 若否， 则执行步骤 506; 步骤 505 : 处理器直接休眠终端； 步骤 506: 终端不响应。 本实施例步骤 501-506介绍的是按压参数为按压面积和按压时间时如何根据这个 两个参数实现休眠终端的过程， 应当理解的是， 本实施例终端还可以利用其他按压参 数 （按压的位置、 按压力度等） 来实现休眠终端的过程。 5、实现音量调节功能，所述第一触控单元设置为在所述终端处于亮屏状态时检测 按压所述第一触控单元的按压参数； 所述处理器设置为根据所述按压参数调节终端的 音量大小。 此时用户可以通过在第一触控单元按压实现音量调节。 优先地， 所述按压参数包括： 第一按压参数和第二按压参数； 所述处理器设置为 当所述第一按压参数的值在预设范围内时根据所述第二按压参数调节终端的音量。 例 如当按压参数包括按压面积 S和按压时间 T时， 处理器首先判断按压面积 S是否大于 预设按压面积 St， 若大于， 则根据按压时间值增大终端的音量， 比如每一秒增大或者 减小一个音量等级。 又例如按压参数包括按压面积 S和按压位置 D， 处理器首先判断 按压面积 S是否大于预设按压面积 St， 若大于， 则判断按压位置 D位于第一触控单元 的上边还是下边， 当在下边时减小一个音量等级， 若在上边增大一个音量等级。 应当理解的是， 本实施例根据按压参数调节音量大小不仅限于上述介绍的例子， 本实施例的终端可以根据各种按压参数或者单个按压参数的组合来调节音量。 The first touch unit is configured to detect a pressing parameter of the first touch unit when the terminal is in a sleep state; the processor is configured to sleep the terminal according to the pressing parameter; The dormant terminal in this embodiment includes closing the terminal screen. Preferably, the pressing parameter in the embodiment includes: a first pressing parameter and a second pressing parameter; the processor is configured to: when the value of the first pressing parameter and the second pressing parameter are both in a preset range The internal touch terminal, as shown in FIG. 5, describes a process of sleeping the terminal: Step 501: The user presses the first touch unit with the finger when the terminal is in the bright state; Step 502: The first touch unit detects the user Pressing the pressed area and the pressing time; Step 503: The processor determines whether the pressing area S is greater than the preset pressing area St, and if yes, executing step 504, if not, executing step 506; Step 504: The processor continues to determine whether the pressing time T is If the value is less than the preset time Td, if yes, go to step 505. If no, go to step 506; Step 505: The processor directly sleeps the terminal; Step 506: The terminal does not respond. Steps 501-506 of the present embodiment describe the process of implementing the dormant terminal according to the two parameters when the pressing parameter is the pressing area and the pressing time. It should be understood that the terminal of the embodiment can also utilize other pressing parameters (the pressed position). , pressing force, etc.) to achieve the process of sleeping the terminal. 5. The volume adjustment function is implemented, the first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a bright screen state; and the processor is configured to adjust according to the pressing parameter The volume of the terminal. At this time, the user can realize volume adjustment by pressing at the first touch unit. Preferentially, the pressing parameter includes: a first pressing parameter and a second pressing parameter; the processor is configured to adjust the terminal according to the second pressing parameter when a value of the first pressing parameter is within a preset range volume. For example, when the pressing parameter includes the pressing area S and the pressing time T, the processor first determines whether the pressing area S is greater than the preset pressing area St. If it is greater than, the volume of the terminal is increased according to the pressing time value, for example, every second is increased or Decrease a volume level. For example, the pressing parameter includes a pressing area S and a pressing position D. The processor first determines whether the pressing area S is greater than the preset pressing area St. If the value is greater than, determining whether the pressing position D is located above or below the first touch unit, when Decrease a volume level if you increase a volume level above. It should be understood that the adjustment of the volume level according to the pressing parameter in the present embodiment is not limited to the above-described example, and the terminal of the embodiment can adjust the volume according to various pressing parameters or a combination of single pressing parameters.
6、实现页面切换功能，所述第一触控单元设置为在所述终端处于亮屏状态时检测 按压所述第一触控单元的按压参数， 所述处理器设置为根据按压参数进行页面切换。 本实施例中的页面切换可以包括：主界面的页面切换或者某个应用程序中的页面切换。 此时用户可以在第一触控单元上进行按压操作即可实现页面切换。 优先地， 按压参数包括： 第一按压参数和第二按压参数； 所述处理器设置为当所 述第一按压参数的值在预设范围内时根据所述第二按压参数进行页面切换； 例如当按 压参数包括按压面积 S和按压位置 D时，处理器首先判断按压面积 S是否大于预设面 积 St， 若大于， 则继续判断按压位置 D处于触控单元的左边还是右边， 若在左边切换 至上一个页面， 若在右边则切换至下一个页面。 本实施例中第一触摸操作还可以包括： 在第一触摸单元上的划动操作； 所述第一 触控单元设置为检测在所述第一触控单元上的划动操作； 所述处理器设置为根据检测 结果执行相应的预设处理过程。 优先地， 本实施例中处理器设置为判断检测到的划动轨迹是否满足预设条件， 若 满足， 则执行相应的预设处理过程。 下面介绍终端利用用户在第一触摸单元上的划动实现不同功能过程： The first touch unit is configured to detect a pressing parameter of the first touch unit when the terminal is in a bright screen state, and the processor is configured to perform page switching according to the pressing parameter. . The page switching in this embodiment may include: page switching of the main interface or page switching in an application. At this time, the user can perform a page switching by performing a pressing operation on the first touch unit. Preferentially, the pressing parameter comprises: a first pressing parameter and a second pressing parameter; the processor is configured to perform page switching according to the second pressing parameter when the value of the first pressing parameter is within a preset range; When the pressing parameter includes the pressing area S and the pressing position D, the processor first determines whether the pressing area S is greater than the preset area St. If it is greater than, it continues to determine whether the pressing position D is on the left or the right side of the touch unit, if it is switched to the left side One page, if it is on the right, switch to the next page. The first touch operation in this embodiment may further include: a swipe operation on the first touch unit; the first touch unit is configured to detect a swipe operation on the first touch unit; The device is set to perform a corresponding preset process according to the detection result. Preferably, in this embodiment, the processor is configured to determine whether the detected scratch track meets a preset condition, and if yes, perform a corresponding preset process. The following describes the terminal using the user's swipe on the first touch unit to implement different functional processes:
1、终端实现关机功能，所述第一触控单元设置为在所述终端处于待机状态时 检测在所述第一触摸单元上的划动操作； 所述处理器设置为根据检测结果执行关闭终 端的处理过程。 本实施例中关闭终端处理器过程包括： 直接关闭终端或者与在获取用 户确认指令后关机。此时用户可以在第一触控单元上进行划动操作即可实现关机操作， 不需使用电源键关机。 例如用户在第一触控单元上画一个圆圈， 当终端检测到该圆圈 时跳出是否关机的窗口， 在得到用户确认后进行关机。 应当理解， 本实施例终端还可以设置其他划动轨迹来实现关机功能。 1. The terminal implements a shutdown function, the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a standby state; and the processor is configured to perform a shutdown terminal according to the detection result. Process. The process of shutting down the terminal processor in this embodiment includes: directly shutting down the terminal or shutting down after obtaining the user confirmation command. At this point, the user can perform a shutdown operation by performing a swipe operation on the first touch unit, and does not need to use the power button to shut down. For example, the user draws a circle on the first touch unit, and when the terminal detects the circle, the window that is shut down is displayed, and the user is turned off after being confirmed by the user. It should be understood that the terminal in this embodiment may also set other scratching tracks to implement the shutdown function.
2、终端实现开机功能，所述第一触控单元设置为在所述终端处于关机状态时检测 在所述第一触控单元片上的划动操作； 所述处理器设置为根据检测结果执行开启终端 的处理过程。 例如在关机状态时用户在第一触控单元上做划动操作， 当检测到的划动 轨迹满足预设条件时终端执行开机操作。 3、终端实现唤醒功能，所述第一触控单元设置为在所述终端处于休眠状态时检测 在所述第一触控单元上的划动操作； 所述处理器设置为根据检测结果执行唤醒终端的 处理过程。 4、终端实现休眠功能，所述第一触控单元设置为在所述终端处于亮屏状态时检测 在所述第一触控单元上的划动操作； 所述处理器根据检测结果执行休眠终端的处理过 程。 2. The terminal implements a booting function, the first touch unit is configured to detect a swipe operation on the first touch unit chip when the terminal is in a shutdown state; and the processor is configured to perform opening according to the detection result. The processing of the terminal. For example, in the shutdown state, the user performs a swipe operation on the first touch unit, and when the detected swipe trajectory meets the preset condition, the terminal performs a boot operation. 3. The terminal implements a wake-up function, the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a sleep state; and the processor is configured to perform wake-up according to the detection result. The processing of the terminal. The terminal implements a sleep function, and the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a bright screen state; the processor executes a sleep terminal according to the detection result. Process.
5、终端实现音量调节功能，所述第一触控单元设置为在所述终端处于亮屏状态时 检测在所述第一触控单元上的划动操作； 所述处理器根据检测结果调节终端的音量。 此时用户可以在终端的第一触控单元上划动调节终端的音量。 优先地， 进行音量调节的划动操作可以包括上下划动； 如图 6所示， 当第一触控 单元为摄像头保护镜片时， 在摄像头触控镜片上划动的示意图。 如图 7所示， 介绍了 终端利用摄像头触控镜片实现音量调节功能的过程： 步骤 701 : 在终端处于亮屏状态时用户在摄像头的触控镜片上进行上 （或下）划 动。 步骤 702:触控镜片中的 IC电路检测到用户在摄像头的触控镜片上进行上（或下） 划动操作； 步骤 703 :处理器判断检测到的划动操作是否满足预设条件，若是，执行步骤 704; 若否， 则执行步骤 705; 例如判断划动方向 、 速度参数是否在预设范围内。 步骤 704: 增大音量 （或者减小音量） 步骤 705: 终端不响应。 用户可以利用在上述终端的摄像头进行上下划动来调节音量， 应当理解的是本实 施例中调节音量的划动操作不仅限上下划动，还可以为其他划动操作，例如左右划动。 本实施中终端只有在亮屏的状态下才执行音量调节。 The terminal implements a volume adjustment function, and the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a bright screen state; the processor adjusts the terminal according to the detection result. The volume. At this time, the user can swipe the volume of the adjustment terminal on the first touch unit of the terminal. Preferably, the padding operation for performing volume adjustment may include swiping up and down; as shown in FIG. 6, when the first touch unit is a camera protection lens, a schematic diagram of swiping on the touch lens of the camera. As shown in FIG. 7, the process of using the camera touch lens to realize the volume adjustment function is introduced: Step 701: The user performs an up (or down) swipe on the touch lens of the camera when the terminal is in a bright state. Step 702: The IC circuit in the touch lens detects that the user performs an up (or down) swipe operation on the touch lens of the camera; Step 703: The processor determines whether the detected swipe operation satisfies a preset condition, and if so, Step 704 is performed; if no, step 705 is performed; for example, determining whether the swipe direction and the speed parameter are within a preset range. Step 704: Increase the volume (or decrease the volume) Step 705: The terminal does not respond. The user can use the camera of the terminal to perform the up and down stroke to adjust the volume. It should be understood that the swipe operation for adjusting the volume in the embodiment is not limited to the up and down stroke, and may also be other swipe operations, such as left and right swipe. In this implementation, the terminal performs volume adjustment only in the state of bright screen.
6、终端实现页面切换功能，所述第一触控单元设置为在所述终端处于亮屏状态时 检测在所述触控镜片上的划动操作， 所述处理器根据所述划动操作进行页面切换。 此 时用户可以在终端处于亮屏状态下通过在第一触控单元上进行划动操作来实现页面切 换， 本实施例中的页面可以包括应用程序中某个页面， 也可以包括主界面。 优先地， 进行页面切换的划动操作包括向左或向右划动； 以第一触控单元为摄像 头上的触控镜片为例说明终端实现页面切换的具体过程， 如图 8所示： 步骤 801 : 在终端处于亮屏状态时用户在摄像头的触控镜片向左（或向右）划动。 步骤 802:触控镜片中的 IC电路检测到用户在摄像头的触控镜片上向左（或向右） 划动操作； 步骤 803 :处理器判断检测到的划动操作是否满足预设条件，若是，执行步骤 804; 若否， 则执行步骤 805; 例如判断划动方向 、 速度参数是否在预设范围内。 步骤 804: 将当前页面切换为上一个页面 （或者下一个页面）； 步骤 805: 终端不响应。 在本实施例终端可以同时通过触控方式实现上述功能时， 就可以将原先终端上的 电源键以及音量调节键去掉， 简化了终端的装配、 节省了成本； 与现有技术相比， 可 以解决现有终端中物理按键装配复杂、 易用性差以及容易磨损的问题， 提升了用户使 用终端的体验。 在本实施例中第一触控单元可以为触控镜片， 该触控镜片包括： 镜片、 检测电路 以及连接电路； 所述检测电路与所述镜片连接设置为检测用户在所述镜片上的触摸操 作， 所述连接电路与所述检测电路连接设置为将所述检测电路的检测结果传输至所述 处理器； 所述触控镜片作为所述摄像头的保护镜片。 The first touch unit is configured to detect a swipe operation on the touch lens when the terminal is in a bright screen state, and the processor performs the swipe operation according to the swipe operation. Page switching. At this time, the user can perform page switching by performing a swipe operation on the first touch unit while the terminal is in a bright state. The page in this embodiment may include a certain page in the application, and may also include a main interface. Preferentially, the padding operation for page switching includes swiping to the left or right; taking the first touch unit as the touch lens on the camera as an example to illustrate the specific process of the page switching, as shown in FIG. 8 : Step 801: The user touches the touch lens of the camera to the left (or right) when the terminal is in a bright screen state. Step 802: The IC circuit in the touch lens detects that the user swipes to the left (or right) on the touch lens of the camera; Step 803: The processor determines whether the detected swipe operation meets the preset condition, and if Step 804 is performed; if no, step 805 is performed; for example, determining whether the swipe direction and the speed parameter are within a preset range. Step 804: Switch the current page to the previous page (or the next page); Step 805: The terminal does not respond. In the embodiment, when the terminal can simultaneously implement the above functions by using the touch mode, the power button and the volume adjustment button on the original terminal can be removed, which simplifies assembly of the terminal and saves cost; and can be solved compared with the prior art. In the existing terminal, the physical button assembly is complicated, the usability is poor, and the problem is easy to wear, which improves the user experience of using the terminal. In this embodiment, the first touch unit may be a touch lens, and the touch lens includes: a lens, a detecting circuit, and a connecting circuit; and the detecting circuit is connected to the lens to detect a touch of the user on the lens The connection circuit is connected to the detection circuit and configured to transmit the detection result of the detection circuit to the processor; the touch lens serves as a protection lens of the camera.
实施例二： 在实施例一中介绍的是仅仅通过在第一触控单元上进行触摸操作使得终端能够实 现相应的处理过程。 本实施例提供了一种终端可以结合第一触控单元和第二触控单元 上的触摸操作来实现相应的处理过程。 如图 9所示， 本实施例的终端包括：第一触控单 元、 第二触控单元以及处理器； 所述第一触控单元设置为承载用户的第一触摸操作， 并检测用户在所述第一触控 单元上的第一触摸操作； 所述第二触控单元设置为承载用户的第二触摸操作， 并检测用户在第二触控单元 上的第二触摸操作； 所述处理器设置为根据所述第一触控单元和所述第二触控单元的检测结果执行相 应的预设处理过程。 本实施例终端可以利用两个触控单元上的触摸操作组合来实现相应的功能。 优先 地， 本实施例预设处理过程可以包括： 开启终端、 关闭终端、 调节终端的音量、 唤醒 终端、 休眠终端、 切换页面或者终端应用程序规定的处理过程。 用户可以在本实施例终端上的两个触控单元进行触摸操作实现音量键和电源键对 应的功能， 可以简化终端的结构以及装配， 节约成本， 例如可以利用两个触摸单元上 的组合操作来调节音量， 这样就可以将调节音量的物理键去掉， 从而简化了终端装配 过程以及结构。 优先地， 本实施例中第一触摸操作可以包括： 按压所述第一触控单元或者在所述 第一触控单元上的划动操作， 所述第二触摸操作包括按压所述第二触控单元或者在所 述第二触控单元上的划动操作。 下面说明本实施例终端如何利用两个触摸操作来实现相应的处理过程， 其中第一 触控单元为触控镜片并作为摄像头的保护镜片， 第二触控单元为终端的触控显示屏： 1、第一触控单元设置为检测按压所述触控镜片的第一按压参数；第二触控单元设 置为检测按压所述触控显示屏的第二按压参数； 所述处理器设置为根据所述第一按压 参数和所述第二按压参数执行相应的预设处理过程。 例如用户可以同时按压触控镜片和触控显示屏， 当终端判断在触控镜片和触控显 示屏上的按压参数的值均在预设范围内时执行关机、 开机、 唤醒或休眠操作。 2、第一触摸操作包括按压所述触控镜片，所述第二触摸操作包括在所述触控显示 屏的划动操作； 所述第一触控单元设置为检测按压所述触控镜片的按压参数； 所述第 二触控单元设置为检测在所述触控显示屏上的划动操作； 所述处理器设置为根据所述 按压参数划动操作来执行相应的预设处理过程。 例如用户在触控显示屏处于亮屏状态下按压触控镜片并且在触控显示屏上划动操 作时， 当终端判断按压参数和划动参数满足预设条件时执行关机、 开机、 唤醒、 休眠 操作或者调节音量操作。 下面介绍一种终端实现调节音量的过程， 如图 10所示： 步骤 1001 : 在终端处于亮屏状态下用户按压摄像头的触控镜片同时在触控显示屏 向上 （或向下） 划动。 如图 11所示为用户在触控显示屏上下划动的示意图。 步骤 1002: 触控镜片中 IC 电路检测按压触控镜片的按压面积 S, 触控显示屏中 IC电路检测用户向上 （或向下） 的划动操作。 本实施例中用户调节音量的划动操作不仅限于上下划动，还可以为其他划动操作， 例如左右划动等。 步骤 1003 :处理器判断按压面积 S是否大于预设值 St，若大于，则执行步骤 1004， 否则， 执行步骤 1006。 这里的按压参数也可以为选择按压时间或按压位置等。 步骤 1004: 判断检测到的划动操作是否满足预设条件， 若是， 执行步骤 1005， 否 贝 U， 执行步骤 1006。 例如判断划动的轨迹是否与预设的轨迹一致等。 步骤 1005: 增大音量 （或减小音量）。 步骤 1006: 终端不响应。 本实施例终端供用户在摄像头触控镜片和触控显示屏上组合操作来调节音量。 Embodiment 2: It is introduced in Embodiment 1 that the terminal can implement a corresponding processing process only by performing a touch operation on the first touch unit. This embodiment provides a terminal that can implement a corresponding processing process by combining touch operations on the first touch unit and the second touch unit. As shown in FIG. 9, the terminal of the embodiment includes: a first touch unit, a second touch unit, and a processor; the first touch unit is configured to carry a first touch operation of the user, and detect that the user is in the a first touch operation on the first touch unit; the second touch unit is configured to carry a second touch operation of the user, and detect a second touch operation of the user on the second touch unit; The processor is configured to perform a corresponding preset processing process according to the detection results of the first touch unit and the second touch unit. In this embodiment, the terminal can utilize the touch operation combination on the two touch units to implement the corresponding functions. Preferably, the preset processing procedure in this embodiment may include: turning on the terminal, turning off the terminal, adjusting the volume of the terminal, waking up the terminal, sleeping the terminal, switching the page, or processing specified by the terminal application. The user can perform the touch operation on the two touch units on the terminal of the embodiment to implement the functions corresponding to the volume key and the power key, which can simplify the structure and assembly of the terminal, and save cost. For example, the combined operation on the two touch units can be utilized. Adjust the volume so that the physical keys that adjust the volume can be removed, simplifying the terminal assembly process and structure. Preferably, the first touch operation in this embodiment may include: pressing the first touch unit or a swipe operation on the first touch unit, the second touch operation comprising pressing the second touch a control unit or a swipe operation on the second touch unit. The following describes how the terminal uses the two touch operations to implement the corresponding processing process, wherein the first touch unit is a touch lens and serves as a protective lens of the camera, and the second touch unit is a touch display of the terminal: The first touch unit is configured to detect a first pressing parameter for pressing the touch lens; the second touch unit is configured to detect a second pressing parameter for pressing the touch display screen; The first pressing parameter and the second pressing parameter perform a corresponding preset processing procedure. For example, the user can simultaneously press the touch lens and the touch display screen, and when the terminal determines that the values of the pressing parameters on the touch lens and the touch display screen are all within a preset range, the shutdown, power on, wake-up or sleep operation is performed. The first touch operation includes pressing the touch lens, the second touch operation includes a swipe operation on the touch display screen, and the first touch unit is configured to detect that the touch lens is pressed. Pressing the parameter; the second touch unit is configured to detect a swipe operation on the touch display screen; the processor is configured to perform a corresponding preset process according to the press parameter swipe operation. For example, when the user presses the touch lens in the bright state of the touch screen and swipes on the touch display screen, when the terminal determines that the pressing parameter and the swipe parameter satisfy the preset condition, the system performs shutdown, power on, wake up, and sleep. Operate or adjust the volume operation. The following describes a process for the terminal to adjust the volume, as shown in Figure 10: Step 1001: When the terminal is in a bright state, the user presses the touch lens of the camera while swiping up (or down) the touch display. FIG. 11 is a schematic diagram of the user swiping up and down the touch screen. Step 1002: The IC circuit in the touch lens detects the pressing area S of pressing the touch lens, and the IC circuit in the touch display screen detects the user's upward (or downward) swipe operation. In this embodiment, the user's swiping operation for adjusting the volume is not limited to the up and down strokes, but may also be other swipe operations, such as left and right swipes. Step 1003: The processor determines whether the pressing area S is greater than a preset value St. If it is greater, step 1004 is performed; otherwise, step 1006 is performed. The pressing parameter here may also be a selection of a pressing time, a pressing position, or the like. Step 1004: Determine whether the detected swipe operation satisfies the preset condition. If yes, go to step 1005, and if not, perform step 1006. For example, it is determined whether the trajectory of the stroke is consistent with the preset trajectory. Step 1005: Increase the volume (or decrease the volume). Step 1006: The terminal does not respond. In this embodiment, the terminal is provided for the user to combine the operation on the camera touch lens and the touch display screen to adjust the volume.
3、第一触摸操作包括在所述触控镜片上的划动操作，所述第二触摸操作包括按压 所述触控显示屏； 所述第一触控单元设置为检测在所述触控镜片上的划动操作； 所述 第二触控单元设置为检测按压所述触控显示屏的按压参数； 所述处理器设置为根据按 压参数和触控镜片上的划动操作执行相应的预设处理过程。 优先地， 所述处理器设置为当按压参数的值在预设范围内并且划动操作满足预设 条件时执行相应的预设处理过程。 预设处理过程可以包括： 关机、 开机、 唤醒、 休眠 操作或者调节音量操作。 例如， 在终端处于亮屏状态下用户按压触控显示屏并且在摄像头触控镜片上左或 右划动时， 终端检测到按压触控显示屏的面积大于阈值并且摄像头触控镜片上左或右 划动满足预设条件时执行向上或向下翻页。 4、第一触摸操作包括在所述触控镜片上的划动操作，所述第二触摸操作包括在所 述触控显示屏上的划动操作； 所述第一触控单元设置为检测在所述触控镜片上的划动 操作； 所述第二触控单元设置为检测在所述触控显示屏上的划动操作； 所述处理器设 置为根据所述触控镜片上的划动操作和所述触控显示屏上的划动操作执行相应的预设 处理过程。 本实施例终端可以供用户在两个触单元上划动实现相应的功能， 提高了用户的体 验。 例如同时在两个镜片上下划动实现音量调节或翻页功能。 本实施例的终端有两个供用户触控操作的触控单元， 通过在两个触控单元上的组 合操作可以实现现有物理按键的功能， 所以本实施例终端可以避免设置物理按键， 当 本实施例终端可以实现所有物理按键的功能时就可以将现有的物理按键去掉， 简化终 端的装配和结构， 节省生产成本。 优先地， 本实施例中第二触控单元为终端的触控显示屏， 应当理解其还可以为其 他的触控设置， 例如在终端的侧边设置的触控单元等。 3. The first touch operation includes a swipe operation on the touch lens, the second touch operation includes pressing the touch display screen; the first touch unit is configured to detect the touch lens The second touch unit is configured to detect a pressing parameter of the touch display screen; the processor is configured to perform a corresponding preset according to the pressing parameter and the swipe operation on the touch lens Processing. Preferably, the processor is configured to perform a corresponding preset processing process when the value of the pressing parameter is within a preset range and the swipe operation satisfies the preset condition. The preset processing may include: power off, power on, wake up, sleep operation, or adjust volume operation. For example, when the user presses the touch display screen and the left or right swipe on the touch lens of the camera when the terminal is in a bright state, the terminal detects that the area of the touch display screen is greater than the threshold and the camera touch lens is left or right. Perform page up or down when the swipe meets the preset condition. 4. The first touch operation includes a swipe operation on the touch lens, the second touch operation includes a swipe operation on the touch display screen; the first touch unit is configured to detect a swipe operation on the touch lens; the second touch unit is configured to detect a swipe operation on the touch display screen; the processor is configured to be swiped according to the touch lens The operation and the swipe operation on the touch display screen perform a corresponding preset process. In this embodiment, the terminal can be used by the user to swipe on the two touch units to implement corresponding functions, thereby improving the user experience. For example, at the same time, the two lenses are swung up and down to realize the volume adjustment or page turning function. The terminal of the embodiment has two touch units for the touch operation of the user. The function of the existing physical buttons can be realized by the combined operation on the two touch units. Therefore, the terminal can avoid setting the physical buttons. In this embodiment, the terminal can implement the functions of all the physical buttons, and the existing physical buttons can be removed, simplifying the assembly and structure of the terminal, and saving production costs. Preferably, the second touch unit in the embodiment is a touch display screen of the terminal, and it should be understood that the second touch unit can also be other touch settings, such as a touch unit disposed on a side of the terminal.
实施例三 如图 12所示， 本实施例提供了一种终端的工作方法， 包括： 步骤 121 : 第一触控单元设置为承载用户的第一触摸操作， 并检测用户在所述第 一触控单元上的第一触摸操作； 所述第一触控单元位于所述终端表面并作为终端中电 子器件的保护单元； 步骤 122: 处理器利用所述第一触控单元的检测结果执行相应的预设处理过程。 优先地， 所述第一触控单元检测用户在所述第一触控单元上的第一触摸操作的步 骤包括： 所述第一触控单元检测用户按压所述第一触控单元的按压参数； 所述处理器 利用所述第一触控单元的检测结果执行相应的预设处理过程的步骤包括： 所述处理器 根据所述按压参数执行相应的预设处理过程。 优先地， 所述第一触控单元检测用户在所述第一触控单元上的第一触摸操作的步 骤包括： 所述第一触控单元检测用户在所述第一触控单元上的划动操作； 所述处理器利用所述第一触控单元的检测结果执行相应的预设处理过程的步骤包 括： 处理器根据检测结果执行相应的预设处理过程。 本实施例的工作方法可以实现不同的处理过程， 下面介绍几种终端利用按压参数 实现相应功能的工作过程： Embodiment 3 As shown in FIG. 12, the embodiment provides a working method of the terminal, including: Step 121: The first touch unit is configured to carry a first touch operation of the user, and detect that the user is in the first touch a first touch operation on the control unit; the first touch unit is located on the surface of the terminal and serves as a protection unit of the electronic device in the terminal; Step 122: The processor performs a corresponding detection by using the detection result of the first touch unit Preset processing. The step of detecting, by the first touch unit, the first touch operation of the user on the first touch unit includes: the first touch unit detecting a pressing parameter of the user pressing the first touch unit The step of the processor performing the corresponding preset processing process by using the detection result of the first touch unit includes: the processor performing a corresponding preset processing process according to the pressing parameter. The step of detecting the first touch operation of the user on the first touch unit by the first touch unit includes: the first touch unit detecting a user's stroke on the first touch unit The step of the processor performing the corresponding preset processing process by using the detection result of the first touch unit includes: the processor executing a corresponding preset processing process according to the detection result. The working method of this embodiment can implement different processing processes. The following describes the working process of several terminals using the pressing parameters to implement the corresponding functions:
1、 实现关机功能， 具体地， 所述第一触控单元检测用户按压所述第一触控单元的 按压参数的步骤包括： 所述第一触控单元当所述终端处于待机状态时检测按压所述第 一触摸单元的按压参数； 所述处理器根据所述按压参数执行相应的预设处理过程的步 骤包括： 所述处理器根据所述按压参数在执行关闭终端的处理过程。 The step of detecting the pressing parameter of the first touch unit by the first touch unit includes: the first touch unit detecting the pressing when the terminal is in the standby state. The pressing parameter of the first touch unit; the step of the processor performing a corresponding preset processing process according to the pressing parameter comprises: the processor performing a process of shutting down the terminal according to the pressing parameter.
2、 实现开机功能， 具体地， 所述第一触控单元检测用户按压所述第一触控单元的 按压参数的步骤包括： 所述第一触控单元设置为在所述终端处于关机状态时检测按压 所述第一触摸单元的按压参数； 所述处理器根据所述按压参数执行相应的预设处理过 程的步骤包括： 所述处理器设置为根据所述按压参数执行开启终端的处理过程。 The step of detecting the pressing parameter of the first touch unit by the first touch unit includes: the first touch unit is set to be in a state where the terminal is in a shutdown state. Detecting a pressing parameter of the first touch unit; the step of the processor performing a corresponding preset processing procedure according to the pressing parameter comprises: the processor being configured to perform a processing process of opening the terminal according to the pressing parameter.
3、 实现唤醒终端功能， 具体地， 所述第一触控单元检测用户按压所述第一触控单 元的按压参数的步骤包括： 第一触控单元在所述终端处于休眠状态时检测按压所述第 一触摸单元的按压参数； 所述处理器根据所述按压参数执行相应的预设处理过程的步 骤包括： 所述处理器根据所述按压参数执行唤醒终端的处理过程。 4、 实现休眠终端功能， 具体地， 所述第一触控单元检测用户按压所述第一触控单 元的按压参数的步骤包括： 所述第一触控单元在所述终端处于亮屏状态时检测按压所 述第一触摸单元的按压参数； 所述处理器根据所述按压参数执行相应的预设处理过程 的步骤包括： 所述处理器根据所述按压参数执行休眠终端的处理过程。 The step of detecting the pressing parameter of the first touch unit by the first touch unit is as follows: the first touch unit detects the pressing unit when the terminal is in the sleep state. The step of executing the corresponding preset processing procedure according to the pressing parameter includes: the processor performing a processing procedure of waking up the terminal according to the pressing parameter. The step of detecting the pressing parameter of the first touch unit by the first touch unit includes: the first touch unit is in a bright state when the terminal is in a bright state. Detecting a pressing parameter of the first touch unit; the step of the processor performing a corresponding preset processing procedure according to the pressing parameter comprises: the processor performing a processing procedure of the sleeping terminal according to the pressing parameter.
5、 实现调节音量功能， 具体地， 所述第一触控单元检测用户按压所述第一触控单 元的按压参数的步骤包括： 所述第一触控单元在所述终端处于亮屏状态时检测按压所 述第一触摸单元的按压参数； 所述处理器根据所述按压参数执行相应的预设处理过程 的步骤包括： 所述处理器根据所述按压参数调节终端的音量。 The step of detecting the pressing parameter of the first touch unit by the first touch unit includes: the first touch unit is in a bright state when the terminal is in a bright state Detecting a pressing parameter of the first touch unit; the step of the processor performing a corresponding preset processing process according to the pressing parameter comprises: the processor adjusting a volume of the terminal according to the pressing parameter.
6、 实现页面切换功能， 具体地， 所述第一触控单元检测用户按压所述第一触控单 元的按压参数的步骤包括： 所述第一触控单元在所述终端处于亮屏状态时检测按压所 述第一触控单元的按压参数； 所述处理器根据所述按压参数执行相应的预设处理过程 的步骤包括： 所述处理器根据所述按压参数进行页面切换。 本实施例终端的工作方法可以用触控方式实现物理键对应的功能， 从而可以将物 理键替换掉， 简化终端结构和装配， 节约成本。 下面介绍终端利用检测的划动操作来实现相应功能的过程： 1、 实现关机功能， 具体地， 所述第一触控单元检测用户在所述第一触控单元上的 划动操作的步骤包括： 所述第一触控单元在所述终端处于待机状态时检测在所述第一 触摸单元上的划动操作； 所述处理器根据检测结果执行相应的预设处理过程的步骤包 括： 所述处理器根据检测结果执行关闭终端的处理过程。 The step of detecting the pressing parameter of the first touch unit by the first touch unit includes: the first touch unit is in a bright state when the terminal is in a bright state. Detecting a pressing parameter of the first touch unit; the step of the processor performing a corresponding preset processing process according to the pressing parameter comprises: the processor performing page switching according to the pressing parameter. The working method of the terminal in this embodiment can implement the function corresponding to the physical key by using the touch method, so that the physical key can be replaced, the terminal structure and assembly are simplified, and the cost is saved. The following describes the process by which the terminal uses the swipe operation of the detection to implement the corresponding function: The step of detecting the user's swipe operation on the first touch unit includes: the first touch unit is in the standby state when the terminal is in the standby state. Detecting a swipe operation on the first touch unit; the step of the processor performing a corresponding preset process according to the detection result includes: the processor performing a process of shutting down the terminal according to the detection result.
2、 实现开机功能， 具体地， 所述第一触控单元检测用户在所述第一触控单元上的 划动操作的步骤包括： 所述第一触控单元在所述终端处于关机状态时检测在所述第一 触控单元片上的划动操作； 所述处理器根据检测结果执行相应的预设处理过程的步骤 包括： 所述处理器根据检测结果执行开启终端的处理过程。 2. The step of implementing the power-on function, specifically, the step of the first touch unit detecting the user's swipe operation on the first touch unit includes: when the first touch unit is in the shutdown state Detecting a swipe operation on the first touch unit chip; the step of the processor performing a corresponding preset process according to the detection result includes: the processor performing a process of turning on the terminal according to the detection result.
3、 实现唤醒终端功能， 具体地， 所述第一触控单元检测用户在所述第一触控单元 上的划动操作的步骤包括： 所述第一触控单元设置为在所述终端处于休眠状态时检测 在所述第一触控单元上的划动操作； 所述处理器根据检测结果执行相应的预设处理过 程的步骤包括： 所述处理器根据检测结果执行唤醒终端的处理过程。 The step of detecting the user's swipe operation on the first touch unit includes: the first touch unit is set to be at the terminal The step of detecting a swipe operation on the first touch unit in the sleep state; the step of the processor executing the corresponding preset process according to the detection result includes: the processor performing a process of waking up the terminal according to the detection result.
4、 实现休眠终端功能， 具体地， 所述第一触控单元检测用户在所述第一触控单元 上的划动操作的步骤包括： 所述第一触控单元在所述终端处于亮屏状态时检测在所述 第一触控单元上的划动操作； 所述处理器根据检测结果执行相应的预设处理过程的步 骤包括： 所述处理器根据检测结果执行休眠终端的处理过程。 The step of detecting the user's swipe operation on the first touch unit includes: the first touch unit is in the bright screen of the terminal. The step of detecting a swipe operation on the first touch unit is performed; the step of the processor performing a corresponding preset process according to the detection result includes: the processor performing a process of the dormant terminal according to the detection result.
5、 实现调节音量功能， 具体地， 所述第一触控单元检测用户在所述第一触控单元 上的划动操作的步骤包括： 所述第一触控单元在所述终端处于亮屏状态时检测在所述 第一触控单元上的划动操作； 所述处理器根据检测结果执行相应的预设处理过程的步 骤包括： 所述处理器根据检测结果调节终端的音量。 The step of detecting the volume of the user on the first touch unit includes: the step of the first touch unit being bright on the terminal The step of detecting the swipe operation on the first touch unit is performed; the step of the processor performing the corresponding preset process according to the detection result comprises: the processor adjusting the volume of the terminal according to the detection result.
6、 实现页面切换功能， 具体地， 所述第一触控单元检测用户在所述第一触控单元 上的划动操作的步骤包括： 所述第一触控单元在所述终端处于亮屏状态时检测在所述 触控镜片上的划动操作； 所述处理器根据检测结果执行相应的预设处理过程的步骤包 括： 所述处理器根据检测结果进行页面切换。 本实施例的工作方法还可以利用两个触摸单元的触摸组合来实现相应的功能， 具 体地， 如图 13所示， 本实施例的工作方法包括： 步骤 131 : 第一触控单元设置为承载用户的第一触摸操作， 并检测用户在所述第 一触控单元上的第一触摸操作； 所述第一触控单元位于所述终端表面并作为终端中电 子器件的保护单元。 优先地， 本实施例中第一触控单元为触控镜片， 并且作为摄像头的保护镜片。 步骤 132: 所述第二触控单元承载用户的第二触摸操作， 并检测用户在第二触控 单元上的第二触摸操作。 优选地， 本实施例第二触控单元可以为终端的触控显示屏。 步骤 133 : 所述处理器根据所述第一触控单元和所述第二触控单元的检测结果执 行相应的预设处理过程。 优先地， 本实施例中所述第一触摸操作包括按压所述第一触控单元或者在所述第 一触控单元上的划动操作， 所述第二触摸操作包括按压所述第二触控单元或者在所述 第二触控单元上的划动操作。 具体地， 利用第一触摸操作和第二触摸操作执行相应功能的过程参考实施例二的 描述。 The step of detecting the swipe operation of the user on the first touch unit by the first touch unit includes: the first touch unit is in a bright screen on the terminal The step of detecting a swipe operation on the touch lens in the state; the step of the processor performing a corresponding preset process according to the detection result comprises: the processor performing page switching according to the detection result. The working method of the embodiment can also implement the corresponding function by using the touch combination of the two touch units. Specifically, as shown in FIG. 13, the working method of the embodiment includes: Step 131: The first touch unit is set to be carried a first touch operation of the user, and detecting a first touch operation of the user on the first touch unit; the first touch unit is located on the surface of the terminal and serves as a protection unit of the electronic device in the terminal. Preferably, in the embodiment, the first touch unit is a touch lens, and serves as a protective lens of the camera. Step 132: The second touch unit carries a second touch operation of the user, and detects a second touch operation of the user on the second touch unit. Preferably, the second touch unit in this embodiment may be a touch display screen of the terminal. Step 133: The processor performs a corresponding preset processing process according to the detection results of the first touch unit and the second touch unit. Preferably, the first touch operation in the embodiment includes pressing the first touch unit or a swipe operation on the first touch unit, and the second touch operation includes pressing the second touch a control unit or a swipe operation on the second touch unit. Specifically, the process of performing the corresponding function by using the first touch operation and the second touch operation refers to the description of the second embodiment.
以上内容是结合具体的实施方式对本发明所作的进一步详细说明， 不能认定本发 明的具体实施只局限于这些说明。 对于本发明所属技术领域的普通技术人员来说， 在 不脱离本发明构思的前提下， 还可以做出若干简单推演或替换， 都应当视为属于本发 明的保护范围。 工业实用性 如上所述， 本发明实施例提供的一种终端及其工作方法具有以下有益效果： 能够 采用触控的方式来实现原有终端的物理按键的功能， 从而达到去掉物理按键的目的； 通过作为电子器件保护单元的触控单元和终端处理器来实现通过触控方式触发原有物 理按键的功能； 这样避免了在终端上使用物理按键来实现相应的功能， 节省了装配物 理按键的过程， 简化了终端的装配以及结构， 节约了成本； 因而可以解决现有终端中 物理按键装配复杂、 易用性差以及容易磨损的问题， 提升了用户使用终端的体验。 The above is a further detailed description of the present invention in conjunction with the specific embodiments. It is not intended that the specific embodiments of the invention are limited to the description. It will be apparent to those skilled in the art that the present invention may be practiced without departing from the spirit and scope of the invention. Industrial Applicability As described above, a terminal and a working method thereof provided by the embodiments of the present invention have the following beneficial effects: The function of the physical button of the original terminal can be implemented by using a touch, thereby achieving the purpose of removing the physical button; The function of triggering the original physical button by the touch method is realized by the touch unit and the terminal processor as the protection unit of the electronic device; thus avoiding the use of the physical button on the terminal to implement the corresponding function, saving the process of assembling the physical button The assembly and structure of the terminal are simplified, and the cost is saved; thus, the problem that the physical button assembly in the existing terminal is complicated, the usability is poor, and the wear is easy, and the user experience of using the terminal is improved.

Claims

权 利 要 求 书 Claim
1. 一种终端， 包括处理器和第一触控单元； 所述第一触控单元位于所述终端表面 并作为终端中电子器件的保护单元； A terminal, comprising a processor and a first touch unit; the first touch unit is located on a surface of the terminal and serves as a protection unit of the electronic device in the terminal;
所述第一触控单元设置为承载用户的第一触摸操作， 并检测用户在所述第 一触控单元上的第一触摸操作； 所述处理器设置为利用所述第一触控单元的检测结果执行相应的预设处理 过程。  The first touch unit is configured to carry a first touch operation of the user, and detect a first touch operation of the user on the first touch unit; the processor is configured to use the first touch unit The detection result performs a corresponding preset process.
2. 如权利要求 1所述的终端， 其中， 所述第一触摸操作包括按压所述第一触控单 元； 所述第一触控单元设置为检测按压所述第一触控单元的按压参数； 所述处 理器设置为根据所述按压参数执行相应的预设处理过程； 2. The terminal of claim 1, wherein the first touch operation comprises pressing the first touch unit; the first touch unit is configured to detect a pressing parameter of the first touch unit The processor is configured to perform a corresponding preset processing process according to the pressing parameter;
或者  Or
所述第一触摸操作包括在所述第一触控单元上的划动操作； 所述第一触控 单元设置为检测用户在所述第一触控单元上的划动操作； 所述处理器设置为根 据检测结果执行相应的预设处理过程。  The first touch operation includes a swipe operation on the first touch unit; the first touch unit is configured to detect a user's swipe operation on the first touch unit; Set to perform the corresponding preset processing according to the detection result.
3. 如权利要求 2所述的终端， 其中， 所述第一触控单元设置为当所述终端处于待 机状态时检测按压所述第一触摸单元的按压参数； 所述处理器设置为根据所述 按压参数在执行关闭终端的处理过程； 或者 The terminal according to claim 2, wherein the first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a standby state; The pressing parameter is performed during the process of shutting down the terminal; or
所述第一触控单元设置为在所述终端处于关机状态时检测按压所述第一触 摸单元的按压参数； 所述处理器设置为根据所述按压参数执行开启终端的处理 过程 或者  The first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a shutdown state; the processor is configured to perform a process of turning on the terminal according to the pressing parameter or
所述第一触控单元设置为在所述终端处于休眠状态时检测按压所述第一触 摸单元的按压参数； 所述处理器设置为根据所述按压参数执行唤醒终端的处理 过程； 或者 所述第一触控单元设置为在所述终端处于亮屏状态时检测按压所述第一触 摸单元的按压参数； 所述处理器设置为根据所述按压参数执行休眠终端的处理 过程； 或者 The first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a sleep state; the processor is configured to perform a process of waking up the terminal according to the pressing parameter; or The first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a bright screen state; the processor is configured to perform a processing process of the dormant terminal according to the pressing parameter; or
所述第一触控单元设置为在所述终端处于亮屏状态时检测按压所述第一触 摸单元的按压参数； 所述处理器设置为根据所述按压参数调节终端的音量； 或者  The first touch unit is configured to detect a pressing parameter of pressing the first touch unit when the terminal is in a bright screen state; the processor is configured to adjust a volume of the terminal according to the pressing parameter; or
所述第一触控单元设置为在所述终端处于亮屏状态时检测按压所述第一触 控单元的按压参数； 所述处理器设置为根据所述按压参数进行页面切换。  The first touch unit is configured to detect a pressing parameter of pressing the first touch control unit when the terminal is in a bright screen state; and the processor is configured to perform page switching according to the pressing parameter.
4. 如权利要求 3所述的终端， 其中， 当所述处理器执行关闭终端的处理过程的情 况下， 所述按压参数包括： 第一按压参数和第二按压参数； 所述处理器设置为 当所述第一按压参数的值和所述第二按压参数的值均在预设范围内时执行关闭 终端的处理过程； The terminal according to claim 3, wherein, when the processor performs a process of shutting down the terminal, the pressing parameter includes: a first pressing parameter and a second pressing parameter; And performing a process of shutting down the terminal when the value of the first pressing parameter and the value of the second pressing parameter are both within a preset range;
当所述处理器执行开启终端的处理过程的情况下， 所述按压参数包括： 第 一按压参数和第二按压参数； 所述处理器设置为当所述第一按压参数的值和所 述第二按压参数的值均在预设范围内时执行开启终端的处理过程；  When the processor performs a process of turning on the terminal, the pressing parameter includes: a first pressing parameter and a second pressing parameter; the processor is configured to be a value of the first pressing parameter and the first The process of turning on the terminal is performed when the values of the two pressing parameters are all within the preset range;
当所述处理器执行唤醒终端的处理过程的情况下， 所述按压参数包括： 第 一按压参数和第二按压参数； 所述处理器设置为当所述第一按压参数的值和所 述第二按压参数的值均在预设范围内时唤醒终端；  When the processor performs a process of waking up the terminal, the pressing parameter includes: a first pressing parameter and a second pressing parameter; the processor is configured to be a value of the first pressing parameter and the first Wake up the terminal when the values of the two pressing parameters are within the preset range;
当所述处理器执行休眠终端的处理过程的情况下， 所述按压参数包括： 第 一按压参数和第二按压参数； 所述处理器设置为当所述第一按压参数的值和所 述第二按压参数的值均在预设范围内时休眠终端；  When the processor performs the processing of the dormant terminal, the pressing parameter includes: a first pressing parameter and a second pressing parameter; the processor is configured to be a value of the first pressing parameter and the first Sleeping the terminal when the values of the two pressing parameters are within the preset range;
当所述处理器执行调节终端的音量的情况下， 所述按压参数包括： 第 一按压参数和第二按压参数； 所述处理器设置为当所述第一按压参数的值在预 设范围内时根据所述第二按压参数调节终端的音量；  When the processor performs the adjustment of the volume of the terminal, the pressing parameter includes: a first pressing parameter and a second pressing parameter; the processor is configured to: when the value of the first pressing parameter is within a preset range Adjusting the volume of the terminal according to the second pressing parameter;
当所述处理器执行页面切换的情况下， 所述按压参数包括： 第一按压参数 和第二按压参数； 所述处理器设置为当所述第一按压参数的值在预设范围内时 根据所述第二按压参数进行页面切换。 When the processor performs page switching, the pressing parameter includes: a first pressing parameter and a second pressing parameter; the processor is configured to: when the value of the first pressing parameter is within a preset range, according to The second pressing parameter performs page switching.
5. 如权利要求 2所述的终端， 其中， 所述第一触控单元设置为在所述终端处于待 机状态时检测在所述第一触摸单元上的划动操作； 所述处理器设置为根据检测 结果执行关闭终端的处理过程； 或者 The terminal according to claim 2, wherein the first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a standby state; Perform processing to shut down the terminal according to the detection result; or
所述第一触控单元设置为在所述终端处于关机状态时检测在所述第一触控 单元片上的划动操作； 所述处理器设置为根据检测结果执行开启终端的处理过 程；  The first touch unit is configured to detect a swipe operation on the first touch unit chip when the terminal is in a shutdown state; the processor is configured to perform a process of turning on the terminal according to the detection result;
或者  Or
所述第一触控单元设置为在所述终端处于休眠状态时检测在所述第一触控 单元上的划动操作;所述处理器设置为根据检测结果执行唤醒终端的处理过程; 或者  The first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a sleep state; the processor is configured to perform a process of waking up the terminal according to the detection result; or
所述第一触控单元设置为在所述终端处于亮屏状态时检测在所述第一触控 单元上的划动操作;所述处理器设置为根据检测结果执行休眠终端的处理过程; 或者  The first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a bright screen state; the processor is configured to perform a process of the dormant terminal according to the detection result; or
所述第一触控单元设置为在所述终端处于亮屏状态时检测在所述第一触控 单元上的划动操作； 所述处理器设置为根据检测结果调节终端的音量； 或者  The first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a bright screen state; the processor is configured to adjust a volume of the terminal according to the detection result; or
所述第一触控单元设置为在所述终端处于亮屏状态时检测在所述第一触控 单元上的划动操作， 所述处理器设置为根据检测结果进行页面切换。  The first touch unit is configured to detect a swipe operation on the first touch unit when the terminal is in a bright screen state, and the processor is configured to perform page switching according to the detection result.
6. 如权利要求 2所述的终端，其中，所述按压参数包括：按压面积和 /或按压时间。 6. The terminal of claim 2, wherein the pressing parameter comprises: a pressing area and/or a pressing time.
7. 如权利要求 1所述的终端， 其中， 还包括： 第二触控单元； 所述第二触控单元 设置为承载用户的第二触摸操作， 并检测用户在第二触控单元上的第二触摸操 作； 所述处理器设置为根据所述第一触控单元和所述第二触控单元的检测结果 执行相应的预设处理过程。 The terminal of claim 1 , further comprising: a second touch unit; the second touch unit is configured to carry a second touch operation of the user, and detect the user on the second touch unit a second touch operation; the processor is configured to perform a corresponding preset process according to the detection results of the first touch unit and the second touch unit.
8. 如权利要求 7所述的终端， 其中， 所述第一触摸操作包括按压所述第一触控单 元或者在所述第一触控单元上的划动操作， 所述第二触摸操作包括按压所述第 二触控单元或者在所述第二触控单元上的划动操作。 8. The terminal of claim 7, wherein the first touch operation comprises pressing the first touch unit or a swipe operation on the first touch unit, the second touch operation comprising Pressing the second touch unit or a swipe operation on the second touch unit.
9. 如权利要求 1-8任一项所述的终端， 其中， 所述电子器件为摄像头， 所述第一 触控单元为触控镜片， 该触控镜片包括： 镜片、 检测电路以及连接电路； 所述 检测电路与所述镜片连接设置为检测用户在所述镜片上的触摸操作， 所述连接 电路与所述检测电路连接设置为将所述检测电路的检测结果传输至所述处理 器； 所述触控镜片作为所述摄像头的保护镜片。 The terminal of any one of the preceding claims, wherein the electronic device is a camera, the first touch unit is a touch lens, and the touch lens comprises: a lens, a detection circuit, and a connection circuit. ; said The detecting circuit is connected to the lens and configured to detect a touch operation of the user on the lens, and the connecting circuit is connected to the detecting circuit and configured to transmit the detection result of the detecting circuit to the processor; The control lens serves as a protective lens for the camera.
10. 如权利要求 7或 8所述的终端， 其中， 所述第二触控单元包括： 终端的触控显 示屏。 The terminal according to claim 7 or 8, wherein the second touch unit comprises: a touch display screen of the terminal.
11. 一种终端的工作方法， 包括以下步骤： 11. A working method of a terminal, comprising the following steps:
第一触控单元设置为承载用户的第一触摸操作， 并检测用户在所述第一触 控单元上的第一触摸操作； 所述第一触控单元位于所述终端表面并作为终端中 电子器件的保护单元；  The first touch unit is configured to carry a first touch operation of the user, and detect a first touch operation of the user on the first touch unit; the first touch unit is located on the surface of the terminal and serves as an electronic device in the terminal Protection unit of the device;
处理器利用所述第一触控单元的检测结果执行相应的预设处理过程。  The processor performs a corresponding preset processing process by using the detection result of the first touch unit.
12. 如权利要求 11所述的终端的工作方法，其中，所述第一触控单元检测用户在所 述第一触控单元上的第一触摸操作的步骤包括： 所述第一触控单元检测用户按 压所述第一触控单元的按压参数； 所述处理器利用所述第一触控单元的检测结 果执行相应的预设处理过程的步骤包括： 所述处理器根据所述按压参数执行相 应的预设处理过程； 或者 The method of claim 1 , wherein the step of detecting, by the first touch unit, a first touch operation on the first touch unit comprises: the first touch unit Detecting a pressing parameter of the first touch unit by the user; the step of the processor performing a corresponding preset processing process by using the detection result of the first touch unit includes: the processor executing according to the pressing parameter Corresponding preset processing; or
所述第一触控单元检测用户在所述第一触控单元上的第一触摸操作的步骤 包括： 所述第一触控单元检测用户在所述第一触控单元上的划动操作；  The step of detecting, by the first touch unit, the user's first touch operation on the first touch unit includes: the first touch unit detecting a user's swipe operation on the first touch unit;
所述处理器利用所述第一触控单元的检测结果执行相应的预设处理过程的 步骤包括： 处理器根据检测结果执行相应的预设处理过程。  The step of the processor performing the corresponding preset processing process by using the detection result of the first touch unit includes: the processor executing a corresponding preset processing process according to the detection result.
13. 如权利要求 12所述的终端的工作方法，其中，所述第一触控单元检测用户按压 所述第一触控单元的按压参数的步骤包括： 所述第一触控单元当所述终端处于 待机状态时检测按压所述第一触摸单元的按压参数； 所述处理器根据所述按压 参数执行相应的预设处理过程的步骤包括： 所述处理器根据所述按压参数在执 行关闭终端的处理过程； The method of claim 12, wherein the step of detecting, by the first touch unit, a pressing parameter of the first touch unit by the first touch unit comprises: the first touch unit being The step of detecting the pressing parameter of the first touch unit when the terminal is in the standby state; the step of the processor performing the corresponding preset processing process according to the pressing parameter comprises: the processor executing the closing terminal according to the pressing parameter Process
或者 所述第一触控单元检测用户按压所述第一触控单元的按压参数的步骤包 括： 所述第一触控单元设置为在所述终端处于关机状态时检测按压所述第一触 摸单元的按压参数； 所述处理器根据所述按压参数执行相应的预设处理过程的 步骤包括： 所述处理器设置为根据所述按压参数执行开启终端的处理过程； 或者 Or the step of detecting, by the first touch unit, the pressing parameter of the first touch unit by the user: the first touch unit is configured to detect that the first touch unit is pressed when the terminal is in a shutdown state The step of executing the corresponding preset processing procedure according to the pressing parameter includes: the processor is configured to perform a processing process of opening the terminal according to the pressing parameter; or
所述第一触控单元检测用户按压所述第一触控单元的按压参数的步骤包 括： 第一触控单元在所述终端处于休眠状态时检测按压所述第一触摸单元的按 压参数； 所述处理器根据所述按压参数执行相应的预设处理过程的步骤包括： 所述处理器根据所述按压参数执行唤醒终端的处理过程； 或者  The step of detecting, by the first touch unit, the pressing parameter of the first touch unit by the first touch unit includes: detecting, by the first touch unit, a pressing parameter of pressing the first touch unit when the terminal is in a sleep state; The step of the processor executing the corresponding preset processing procedure according to the pressing parameter includes: the processor performing a processing process of waking up the terminal according to the pressing parameter; or
所述第一触控单元检测用户按压所述第一触控单元的按压参数的步骤包 括： 所述第一触控单元在所述终端处于亮屏状态时检测按压所述第一触摸单元 的按压参数； 所述处理器根据所述按压参数执行相应的预设处理过程的步骤包 括： 所述处理器根据所述按压参数执行休眠终端的处理过程； 或者  The step of detecting, by the first touch unit, the pressing parameter of the first touch unit by the user includes: detecting, by the first touch unit, pressing the first touch unit when the terminal is in a bright screen state The step of the processor performing the corresponding preset processing procedure according to the pressing parameter includes: the processor performing a processing process of the dormant terminal according to the pressing parameter; or
所述第一触控单元检测用户按压所述第一触控单元的按压参数的步骤包 括： 所述第一触控单元在所述终端处于亮屏状态时检测按压所述第一触摸单元 的按压参数； 所述处理器根据所述按压参数执行相应的预设处理过程的步骤包 括： 所述处理器根据所述按压参数调节终端的音量； 或者  The step of detecting, by the first touch unit, the pressing parameter of the first touch unit by the user includes: detecting, by the first touch unit, pressing the first touch unit when the terminal is in a bright screen state The step of the processor performing a corresponding preset processing process according to the pressing parameter includes: the processor adjusting a volume of the terminal according to the pressing parameter; or
所述第一触控单元检测用户按压所述第一触控单元的按压参数的步骤包 括： 所述第一触控单元在所述终端处于亮屏状态时检测按压所述第一触控单元 的按压参数； 所述处理器根据所述按压参数执行相应的预设处理过程的步骤包 括： 所述处理器根据所述按压参数进行页面切换。  The step of detecting that the user touches the pressing parameter of the first touch unit by the first touch unit includes: detecting, by the first touch unit, that the first touch unit is pressed when the terminal is in a bright screen state; Pressing the parameter; the step of the processor executing the corresponding preset processing process according to the pressing parameter comprises: the processor performing page switching according to the pressing parameter.
14. 如权利要求 12所述的终端的工作方法，其中，所述第一触控单元检测用户在所 述第一触控单元上的划动操作的步骤包括： 所述第一触控单元在所述终端处于 待机状态时检测在所述第一触摸单元上的划动操作； 所述处理器根据检测结果 执行相应的预设处理过程的步骤包括： 所述处理器根据检测结果执行关闭终端 的处理过程； The method of claim 12, wherein the step of detecting, by the first touch unit, a user's swipe operation on the first touch unit comprises: the first touch unit is The step of detecting the swipe operation on the first touch unit when the terminal is in the standby state; the step of the processor performing the corresponding preset processing process according to the detection result includes: the processor performing the shutdown of the terminal according to the detection result Processing process
或者 所述第一触控单元检测用户在所述第一触控单元上的划动操作的步骤包 括： 所述第一触控单元在所述终端处于关机状态时检测在所述第一触控单元片 上的划动操作；所述处理器根据检测结果执行相应的预设处理过程的步骤包括: 所述处理器根据检测结果执行开启终端的处理过程； 或者 所述第一触控单元检测用户在所述第一触控单元上的划动操作的步骤包 括： 所述第一触控单元设置为在所述终端处于休眠状态时检测在所述第一触控 单元上的划动操作； 所述处理器根据检测结果执行相应的预设处理过程的步骤 包括： 所述处理器根据检测结果执行唤醒终端的处理过程； 或者 所述第一触控单元检测用户在所述第一触控单元上的划动操作的步骤包 括： 所述第一触控单元在所述终端处于亮屏状态时检测在所述第一触控单元上 的划动操作； 所述处理器根据检测结果执行相应的预设处理过程的步骤包括： 所述处理器根据检测结果执行休眠终端的处理过程； 或者 Or the step of detecting, by the first touch unit, the user's swipe operation on the first touch unit includes: the first touch unit detecting the first touch when the terminal is in a shutdown state The step of performing a corresponding preset process according to the detection result includes: the processor performing a process of starting the terminal according to the detection result; or The step of detecting, by the first touch unit, the user's swipe operation on the first touch unit includes: the first touch unit is configured to detect the first touch when the terminal is in a sleep state a step of performing a corresponding preset process according to the detection result: the processor performs a process of waking up the terminal according to the detection result; or the first touch unit detects the user The step of the swipe operation on the first touch unit includes: the first touch unit detecting a swipe operation on the first touch unit when the terminal is in a bright screen state; The step of the processor performing the corresponding preset processing process according to the detection result includes: the processor performing a processing process of the dormant terminal according to the detection result; or
所述第一触控单元检测用户在所述第一触控单元上的划动操作的步骤包 括： 所述第一触控单元在所述终端处于亮屏状态时检测在所述第一触控单元上 的划动操作； 所述处理器根据检测结果执行相应的预设处理过程的步骤包括： 所述处理器根据检测结果调节终端的音量； 或者 所述第一触控单元检测用户在所述第一触控单元上的划动操作的步骤包 括： 所述第一触控单元在所述终端处于亮屏状态时检测在所述第一触控单元上 的划动操作； 所述处理器根据检测结果执行相应的预设处理过程的步骤包括： 所述处理器根据检测结果进行页面切换。  The step of detecting, by the first touch unit, the user's swipe operation on the first touch unit includes: the first touch unit detecting the first touch when the terminal is in a bright screen state a step of performing a corresponding preset process according to the detection result: the processor adjusts a volume of the terminal according to the detection result; or the first touch unit detects that the user is in the The step of the swipe operation on the first touch unit includes: the first touch unit detects a swipe operation on the first touch unit when the terminal is in a bright screen state; The step of executing the corresponding preset processing procedure by the detection result includes: the processor performing page switching according to the detection result.
15. 求 12所述的终端的工作方法， 其中， 所述按压参数包括： 按压面积和 /或按压 时间。 15. The method of operation of the terminal of claim 12, wherein the pressing parameter comprises: a pressing area and/or a pressing time.
16. 求 11所述的终端的工作方法， 其中， 还包括： 所述第二触控单元承载用户的第 二触摸操作， 并检测用户在第二触控单元上的第二触摸操作； The method of claim 11, wherein the method further includes: the second touch unit carries a second touch operation of the user, and detects a second touch operation of the user on the second touch unit;
所述处理器利用所述第一触控单元的检测结果执行相应的预设处理过程的 步骤包括： 所述处理器根据所述第一触控单元和所述第二触控单元的检测结果 执行相应的预设处理过程。  The step of the processor performing the corresponding preset processing process by using the detection result of the first touch unit includes: performing, by the processor, the detection result of the first touch unit and the second touch unit The corresponding preset process.
17. 求 11所述的终端的工作方法，其中，所述第一触摸操作包括按压所述第一触控 单元或者在所述第一触控单元上的划动操作， 所述第二触摸操作包括按压所述 第二触控单元或者在所述第二触控单元上的划动操作。 The method of claim 11, wherein the first touch operation comprises pressing the first touch unit or a swipe operation on the first touch unit, the second touch operation The pressing operation of pressing the second touch unit or the second touch unit is included.
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