TW201913299A - Method for operating terminal device, apparatus, and electronic device - Google Patents

Method for operating terminal device, apparatus, and electronic device Download PDF

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Publication number
TW201913299A
TW201913299A TW107120689A TW107120689A TW201913299A TW 201913299 A TW201913299 A TW 201913299A TW 107120689 A TW107120689 A TW 107120689A TW 107120689 A TW107120689 A TW 107120689A TW 201913299 A TW201913299 A TW 201913299A
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Taiwan
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threshold interval
task instruction
pull
interface
task
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TW107120689A
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Chinese (zh)
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溫柔
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香港商阿里巴巴集團服務有限公司
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Publication of TW201913299A publication Critical patent/TW201913299A/en

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    • 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]
    • G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
    • G06F3/0488—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F9/00—Arrangements for program control, e.g. control units
    • G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
    • G06F9/44—Arrangements for executing specific programs
    • G06F9/445—Program loading or initiating

Abstract

A method for operating a terminal device, an apparatus, and an electronic device are provided. The method comprises: detecting a user operation on an operation interface of a terminal device; determining an operation dimension threshold interval in which an operation dimension corresponding to the user operation is located; determining a task instruction corresponding to the operation dimension threshold interval; and executing the task instruction on the basis of the operation interface. During the process of triggering and execution of a task instruction implemented by the method on an operation interface, the triggering and execution of the task instruction on the operation interface can be implemented only according to an input operation, and the user is not required to input a plurality of operations to implement the triggering and execution. Hence, the implementation method is simpler and easier, and execution efficiency is better. At the same time, the method can further trigger and execute a corresponding task instruction by means of an input operation, and trigger and execute a task instruction corresponding to the operation in different operation dimensions, such increasing the number of implementation methods and broadening the range of application.

Description

終端設備的操作方法、裝置以及電子設備Operating method, device and electronic device of terminal device

本發明涉及終端設備領域，具體涉及一種終端設備的操作方法。本發明同時涉及一種終端設備的操作裝置，以及一種電子設備。The present invention relates to the field of terminal devices, and in particular, to a method for operating a terminal device. The invention also relates to an operating device for a terminal device, and an electronic device.

隨著終端設備的不斷普及和發展，應用於終端設備的應用程式也得到了飛速發展，使用者在終端設備上花費的時間也隨之增加，使用者使用終端設備的過程中，藉由自身的操作動作與終端設備上的應用程式進行互動，從而藉由終端設備上的應用程式為使用者提供服務，獲得使用者想要的結果。但是，隨著應用程式功能的日益豐富，對於使用者來說，雖然生活和工作當中越來越多的事務都可以依賴終端設備來實現，但使用者想要藉由應用程式處理事務所需的操作卻越來越繁瑣。 　　目前使用者使用終端設備的過程中，想要藉由終端設備安裝的應用程式實現某一功能，往往需要藉由多次操作動作的配合來實現相應功能，比如針對終端設備的操作頁面設置的隱藏操作(並未直接顯示操作控制項)，想要觸發和執行操作頁面的隱藏操作，首先藉由長按、左滑、點擊等操作動作來喚出操作頁面設置的隱藏操作的操作菜單，在此基礎上，藉由對隱藏操作的操作菜單進行操作來觸發和執行隱藏操作。然而，目前針對終端設備的操作頁面設置的隱藏操作，首先要喚出隱藏操作的操作菜單，然後進一步對隱藏操作的操作菜單進行操作來觸發和執行隱藏操作，想要觸發和執行操作頁面設置的隱藏操作需要兩步操作，執行效率比較低，操作較為繁瑣。With the continuous popularization and development of terminal devices, applications applied to terminal devices have also been rapidly developed, and the time spent by users on terminal devices has also increased. In the process of using terminal devices by users, The operation action interacts with the application on the terminal device to provide a service to the user through the application on the terminal device to obtain the result desired by the user. However, as the functionality of the application becomes more and more abundant, for the user, although more and more transactions in life and work can be realized by relying on the terminal device, the user needs to process the transaction by the application. The operation is getting more and more cumbersome. In the process of using a terminal device, a user who wants to implement a certain function by using an application installed by the terminal device often needs to cooperate with multiple operations to implement a corresponding function, such as hiding the operation page setting of the terminal device. Operation (not directly displaying the operation control item), if you want to trigger and execute the hidden operation of the operation page, firstly, by long-press, left-slide, click, etc., the operation menu of the hidden operation of the operation page setting is called out. Based on this, the hidden operation is triggered and executed by operating the operation menu of the hidden operation. However, at present, the hidden operation set for the operation page of the terminal device first calls the operation menu of the hidden operation, and then further operates the operation menu of the hidden operation to trigger and execute the hidden operation, and wants to trigger and execute the operation page setting. The hidden operation requires two steps, the execution efficiency is relatively low, and the operation is cumbersome.

本發明提供一種終端設備的操作方法，以解決現有技術存在的執行效率低和操作繁瑣的問題。 　　本發明同時涉及一種終端設備的操作裝置，以及一種電子設備。 　　本發明提供一種終端設備的操作方法，包括： 　　檢測終端設備的操作介面上的使用者操作動作； 　　確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間； 　　確定所述操作維度閾值區間對應的任務指令； 　　基於所述操作介面執行所述任務指令。 　　可選的，所述使用者操作動作，包括下述至少一項：下拉操作、上拉操作、左滑操作、右滑操作以及按壓操作； 　　所述使用者操作動作的操作維度，包括下述至少一項：所述使用者操作動作在所述操作介面上操作時的移動距離、移動速度以及按壓強度。 　　可選的，所述確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間，採用如下方式實現： 　　確定所述下拉操作/上拉操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間，並確定所述下拉操作/上拉操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間； 　　或者，確定所述左滑操作/右滑操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間，並確定所述左滑操作/右滑操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間； 　　或者，確定所述下拉操作/上拉操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間，並確定所述下拉操作/上拉操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間，以及，確定所述下拉操作/上拉操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　可選的，所述確定所述操作維度閾值區間對應的任務指令，採用如下方式實現： 　　根據操作維度閾值區間與任務指令對應關係，確定所述下拉操作/上拉操作的移動距離閾值區間對應的第一任務指令，以及所述下拉操作/上拉操作的移動速度閾值區間對應的第二任務指令； 　　判斷所述第一任務指令與所述第二任務指令是否為同一任務指令，若是，轉入所述基於所述操作介面執行所述任務指令步驟執行；若否，根據所述第一任務指令和所述第二任務指令的執行優先等級，將執行優先等級高的任務指令確定為所述下拉操作/上拉操作對應的任務指令。 　　可選的，所述確定所述操作維度閾值區間對應的任務指令，採用如下方式實現： 　　根據操作維度閾值區間與任務指令對應關係，確定所述左滑操作/右滑操作的移動速度閾值區間對應的第三任務指令，以及所述左滑操作/右滑操作的按壓強度閾值區間對應的第四任務指令； 　　判斷所述第三任務指令與所述第四任務指令是否為同一任務指令，若是，轉入所述基於所述操作介面執行所述任務指令步驟執行；若否，根據所述第三任務指令和所述第四任務指令的執行優先等級，將執行優先等級高的任務指令確定為所述左滑操作/右滑操作對應的任務指令。 　　可選的，所述確定所述操作維度閾值區間對應的任務指令，採用如下方式實現： 　　根據操作維度閾值區間與任務指令對應關係，確定所述下拉操作/上拉操作的移動距離閾值區間對應的第五任務指令、所述下拉操作/上拉操作的移動速度閾值區間對應的第六任務指令，以及所述下拉操作/上拉操作的按壓強度閾值區間對應的第七任務指令； 　　判斷所述第五任務指令、所述第六任務指令與所述第七任務指令是否為同一任務指令，若是，轉入所述基於所述操作介面執行所述任務指令步驟執行；若否，根據所述第五任務指令、所述第六任務指令和所述第七任務指令的執行優先等級，將執行優先等級高的任務指令確定為所述下拉操作/上拉操作對應的任務指令。 　　可選的，所述確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間，採用如下方式實現： 　　確定所述下拉操作/上拉操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間； 　　或者，確定所述下拉操作/上拉操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間； 　　或者，確定所述下拉操作/上拉操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　可選的，所述確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間，採用如下方式實現： 　　確定所述左滑操作/右滑操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間； 　　或者，確定所述左滑操作/右滑操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間； 　　或者，確定所述左滑操作/右滑操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　可選的，所述確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間，採用如下方式實現： 　　確定所述按壓操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　可選的，若所述使用者操作動作在所述操作介面上的操作維度所處的操作維度閾值區間的數目大於1，則所述操作維度閾值區間與所述使用者操作動作在所述操作介面上操作的時間段對應。 　　可選的，所述使用者操作動作在所述操作介面上的操作維度所處的操作維度閾值區間，為發生時間最晚的時間段對應的操作維度閾值區間； 　　或者，所述使用者操作動作在所述操作介面上的操作維度所處的操作維度閾值區間，為所述使用者操作動作在所述操作介面上的操作維度下操作數值的最大值、最小值或者均值對應的操作維度閾值區間。 　　可選的，所述確定所述操作維度閾值區間對應的任務指令步驟執行後，且所述基於所述操作介面執行所述任務指令步驟執行前，執行下述步驟： 　　基於所述操作介面產生所述任務指令對應的任務控制項； 　　在所述操作介面上顯示所述任務控制項，或者，發出所述任務控制項對應的提醒資訊； 　　相應的，所述基於所述操作介面執行所述任務指令，採用如下方式實現： 　　基於所述操作介面上顯示的所述任務控制項執行所述任務指令。 　　可選的，所述任務控制項按照觸發順序在所述操作介面上顯示，且所述操作介面上顯示的所述任務控制項對應的操作維度閾值區間的下限值，小於所述使用者操作動作在所述操作維度下操作數值。 　　可選的，若觸發所述使用者操作動作的操作維度所處的任意一個操作維度閾值空間，則顯示所述使用者操作動作在所述操作維度的所有操作維度閾值區間對應的任務控制項，且所述使用者操作動作的操作數值所處的操作維度閾值區間對應的任務控制項被選中；以及，被選中任務控制項根據所述使用者操作動作的操作數值所處的操作維度閾值區間的變化進行相應切換。 　　本發明還提供一種終端設備的操作裝置，包括： 　　使用者操作動作檢測單元，用於檢測終端設備的操作介面上的使用者操作動作； 　　操作維度閾值區間確定單元，用於確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間； 　　任務指令確定單元，用於確定所述操作維度閾值區間對應的任務指令； 　　任務指令執行單元，用於基於所述操作介面執行所述任務指令。 　　可選的，所述終端設備的操作裝置，包括： 　　任務控制項產生單元，用於基於所述操作介面產生所述任務指令對應的任務控制項； 　　提醒單元，用於在所述操作介面上顯示所述任務控制項，或者，發出所述任務控制項對應的提醒資訊； 　　相應的，所述任務指令執行單元，基於所述操作介面上顯示的所述任務控制項執行所述任務指令。 　　本發明還提供一種電子設備，包括： 　　記憶體，以及處理器； 　　所述記憶體用於儲存電腦可執行指令，所述處理器用於執行所述電腦可執行指令： 　　檢測終端設備的操作介面上的使用者操作動作； 　　確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間； 　　確定所述操作維度閾值區間對應的任務指令； 　　基於所述操作介面執行所述任務指令。 　　本發明提供的所述終端設備的操作方法，包括：檢測終端設備的操作介面上的使用者操作動作；確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間；確定所述操作維度閾值區間對應的任務指令；基於所述操作介面執行所述任務指令。 　　所述終端設備的操作方法，在終端設備的操作介面上實現任務指令觸發和執行的過程中，只需根據使用者輸入的一個操作動作即可實現操作介面上任務指令的觸發和執行，無需使用者輸入多次操作動作來觸發和執行任務指令，實現方式更加簡單方便，執行效率也更高；同時，所述終端設備的操作方法還可藉由使用者輸入的操作動作來觸發和執行相應的任務指令，以及在不同操作維度下觸發和執行所述操作動作對應的任務指令，實現方式更加多樣化，應用範圍更廣。The present invention provides a method for operating a terminal device to solve the problems of low execution efficiency and cumbersome operation in the prior art. The invention also relates to an operating device for a terminal device, and an electronic device. The present invention provides a method for operating a terminal device, including: detecting a user operation action on an operation interface of the terminal device; determining an operation dimension threshold interval in which the operation dimension corresponding to the user operation action is located; determining the operation dimension threshold a task instruction corresponding to the interval; executing the task instruction based on the operation interface. Optionally, the user operation action includes at least one of: a pull-down operation, a pull-up operation, a left-sliding operation, a right-sliding operation, and a pressing operation; and an operation dimension of the user operation action, including at least the following An item: a moving distance, a moving speed, and a pressing strength when the user operates the operation interface on the operation interface. Optionally, the determining an operation dimension threshold interval in which the operation dimension corresponding to the user operation action is performed is implemented as follows: determining a movement distance of the pull-down operation/pull-up operation on the operation interface. At least one moving distance threshold interval, and determining at least one moving speed threshold interval corresponding to a moving speed of the pull-down operation/pull-up operation on the operation interface; or determining that the left sliding operation/right sliding operation is in the And operating at least one moving speed threshold interval corresponding to the moving speed of the operation interface, and determining at least one pressing intensity threshold interval corresponding to the pressing strength of the left sliding operation/right sliding operation on the operation interface; or determining the pulldown At least one moving distance threshold interval corresponding to a moving distance of the operation/pull-up operation on the operation interface, and determining at least one moving speed threshold interval corresponding to a moving speed of the pull-down operation/pull-up operation on the operation interface And determining that the pull-down operation/pull-up operation is in the operation interface The upper pressing strength corresponds to at least one pressing intensity threshold interval. Optionally, the determining the task instruction corresponding to the operation dimension threshold interval is implemented as follows: determining, according to the operation dimension threshold interval and the task instruction correspondence, determining a moving distance threshold interval corresponding to the pull-down operation/pull-up operation a first task instruction, and a second task instruction corresponding to the moving speed threshold interval of the pull-down operation/pull-up operation; determining whether the first task instruction and the second task instruction are the same task instruction, and if so, transferring Performing the task instruction step execution based on the operation interface; if not, determining a task instruction having a high priority level as the pulldown according to an execution priority level of the first task instruction and the second task instruction The task command corresponding to the operation/pull-up operation. Optionally, the determining the task instruction corresponding to the operation dimension threshold interval is implemented as follows: determining, according to the correspondence between the operation dimension threshold interval and the task instruction, determining a moving speed threshold interval of the left sliding operation/right sliding operation a third task instruction, and a fourth task instruction corresponding to the pressing intensity threshold interval of the left sliding operation/right sliding operation; determining whether the third task instruction and the fourth task instruction are the same task instruction, and if so, Transferring the execution of the task instruction step execution based on the operation interface; if not, determining a task instruction having a high priority level as the execution priority level according to the execution priority level of the third task instruction and the fourth task instruction The task command corresponding to the left slide operation/right slide operation. Optionally, the determining the task instruction corresponding to the operation dimension threshold interval is implemented as follows: determining, according to the operation dimension threshold interval and the task instruction correspondence, determining a moving distance threshold interval corresponding to the pull-down operation/pull-up operation a fifth task instruction, a sixth task instruction corresponding to the moving speed threshold interval of the pull-down operation/pull-up operation, and a seventh task instruction corresponding to the pressing intensity threshold interval of the pull-down operation/pull-up operation; Whether the five task instruction, the sixth task instruction and the seventh task instruction are the same task instruction, and if so, transferring to the execution of the task instruction step based on the operation interface; if not, according to the fifth The task instruction, the sixth task instruction, and the execution priority level of the seventh task instruction determine a task instruction having a high priority level as a task instruction corresponding to the pull-down operation/pull-up operation. Optionally, the determining an operation dimension threshold interval in which the operation dimension corresponding to the user operation action is performed is implemented as follows: determining a movement distance of the pull-down operation/pull-up operation on the operation interface. At least one moving distance threshold interval; or determining at least one moving speed threshold interval corresponding to a moving speed of the pull-down operation/pull-up operation on the operation interface; or determining that the pull-down operation/pull-up operation is At least one pressing intensity threshold interval corresponding to the pressing strength on the operation interface. Optionally, the determining the operation dimension threshold interval in which the operation dimension corresponding to the user operation action is performed is implemented as follows: determining, according to the moving distance of the left sliding operation/right sliding operation on the operation interface, At least one moving distance threshold interval; or determining at least one moving speed threshold interval corresponding to a moving speed of the left sliding operation/right sliding operation on the operation interface; or determining the left sliding operation/right sliding operation At least one press intensity threshold interval corresponding to the pressing strength on the operation interface. Optionally, the determining an operation dimension threshold interval in which the operation dimension corresponding to the user operation action is performed is implemented as follows: determining at least one press strength corresponding to a pressing strength of the pressing operation on the operation interface Threshold interval. Optionally, if the number of operation dimension threshold intervals in which the operation dimension of the user operation action is located on the operation interface is greater than 1, the operation dimension threshold interval and the user operation action are in the operation. The time period of the interface operation corresponds. Optionally, the operation dimension threshold interval of the operation dimension of the user operation action on the operation interface is an operation dimension threshold interval corresponding to the latest time period of the occurrence time; or the user operation action An operation dimension threshold interval in which the operation dimension of the operation interface is, an operation dimension threshold interval corresponding to the maximum value, the minimum value, or the mean value of the operation value of the user operation action on the operation interface of the operation interface . Optionally, after the step of determining the task instruction corresponding to the operation dimension threshold interval is performed, and before the executing the task instruction step is performed based on the operation interface, performing the following steps: generating the location based on the operation interface a task control item corresponding to the task instruction; displaying the task control item on the operation interface, or issuing reminder information corresponding to the task control item; correspondingly, executing the task instruction based on the operation interface The method is implemented as follows: executing the task instruction based on the task control item displayed on the operation interface. Optionally, the task control item is displayed on the operation interface according to a triggering sequence, and a lower limit value of the operation dimension threshold interval corresponding to the task control item displayed on the operation interface is smaller than the user operation. The action operates on the value in the operational dimension. Optionally, if any one of the operation dimension threshold spaces in which the operation dimension of the user operation action is triggered is triggered, the task control item corresponding to the threshold interval of all operation dimensions of the operation dimension is displayed. And the task control item corresponding to the operation dimension threshold interval in which the operation value of the user operation action is located is selected; and the operation dimension threshold of the selected task control item according to the operation value of the user operation action The change of the interval is switched accordingly. The present invention also provides an operating device for a terminal device, comprising: a user operation action detecting unit, configured to detect a user operation action on an operation interface of the terminal device; and an operation dimension threshold interval determining unit, configured to determine the user operation An operation dimension threshold interval in which the operation dimension corresponding to the action is located; a task instruction determining unit, configured to determine a task instruction corresponding to the operation dimension threshold interval; and a task instruction execution unit, configured to execute the task instruction based on the operation interface. Optionally, the operating device of the terminal device includes: a task control item generating unit, configured to generate a task control item corresponding to the task instruction based on the operation interface; and a reminding unit, configured to display on the operation interface And the task control item is configured to execute the task instruction based on the task control item displayed on the operation interface. The present invention also provides an electronic device comprising: a memory, and a processor; the memory is configured to store computer executable instructions, and the processor is configured to execute the computer executable instructions: detecting an operation interface of the terminal device a user operation action; determining an operation dimension threshold interval in which the operation dimension corresponding to the user operation action is located; determining a task instruction corresponding to the operation dimension threshold interval; and executing the task instruction based on the operation interface. The operating method of the terminal device provided by the present invention includes: detecting a user operation action on an operation interface of the terminal device; determining an operation dimension threshold interval in which the operation dimension corresponding to the user operation action is located; determining the operation a task instruction corresponding to the dimension threshold interval; executing the task instruction based on the operation interface. In the operation method of the terminal device, in the process of triggering and executing the task instruction on the operation interface of the terminal device, the triggering and execution of the task instruction on the operation interface can be realized only according to an operation action input by the user, without using The operator inputs multiple operation actions to trigger and execute the task instruction, and the implementation manner is simpler and more convenient, and the execution efficiency is higher. Meanwhile, the operation method of the terminal device can also trigger and execute the corresponding operation by the operation action input by the user. The task instruction and the task instruction corresponding to triggering and executing the operation action in different operation dimensions are more diversified and wider in application scope.

在下面的描述中闡述了很多具體細節以便於充分理解本發明。但是本發明能夠以很多不同於在此描述的其他方式來實施，本領域技術人員可以在不違背本發明內涵的情況下做類似推廣，因此本發明不受下面公開的具體實施的限制。 　　本發明提供一種終端設備的操作方法，本發明還提供一種終端設備的操作裝置，以及一種電子設備。以下分別結合本發明提供的實施例的圖式逐一進行詳細說明，並且對方法的各個步驟進行說明。 　　本發明提供的一種終端設備的操作方法實施例如下： 　　參照圖1，其示出了本發明提供的一種終端設備的操作方法實施例的處理流程圖，參照圖2，其示出了本發明提供的第一種操作介面的示意圖，參照圖3，其示出了本發明提供的第二種操作介面的示意圖，參照圖4，其示出了本發明提供的第三種操作介面的示意圖，參照圖5，其示出了本發明提供的第四種操作介面的示意圖，參照圖6，其示出了本發明提供的第五種操作介面的示意圖。 　　步驟S101，檢測終端設備的操作介面上的使用者操作動作。 　　本發明實施例所述終端設備的操作介面，是指終端設備執行過程中的顯示介面，比如所述操作介面可以是終端設備上所安裝應用程式的執行介面，也可以終端設備內置操作系統的處理介面。所述使用者操作動作，是指使用者在終端設備的操作介面上輸入的操作動作，比如使用者針對終端設備上所安裝應用程式操作介面輸入的下拉操作、上拉操作、左滑操作、右滑操作或者按壓操作；或者，使用者針對所述終端設備內置操作系統操作介面輸入的下拉操作、上拉操作、左滑操作、右滑操作或者按壓操作；需要補充的是，所述使用者操作動作並不限於上述列舉的下拉操作、上拉操作、左滑操作、右滑操作或者按壓操作，所述操作動作還可以是上述所列操作動作之外的操作動作，在此不做限定。 　　對於使用者而言，在所述操作介面上執行所述使用者操作動作，目的是為了喚出所述應用程式操作介面的隱藏的任務控制項，或者是為了喚出所述應用程式操作介面的隱藏介面中的任務控制項。比如藉由下拉操作來喚出所述應用程式操作介面上側未顯示區域(上側隱藏的任務控制項)，類似的，藉由上拉操作、左滑操作或者右滑操作可以相應的喚出應用程式操作介面下側、左側或者右側隱藏的任務控制項；除此之外，還可以藉由按壓操作來喚出應用程式操作介面隱藏的任務控制項，這個任務控制項可以在當前應用程式操作介面的上方顯示。 　　站在終端設備的角度，在終端設備內部實現使用者操作動作的檢測，具體藉由其內置的觸控螢幕裝置檢測使用者輸入的觸控動作，檢測到使用者輸入的觸控動作之後，根據這些觸控動作各自對應的動作資料(如觸控起始位置、觸控終止位置、觸控起始時間、觸控終止時間、觸控強度/按壓強度等)對這些觸控動作進行過濾，過濾掉其中的無效動作；過濾完成之後，針對過濾後獲得的每一個觸控動作，根據該觸控動作的動作資料識別該觸控動作，判斷該觸控動作是否為所述使用者操作動作，如果使用者輸入的該觸控動作被確定為是所述使用者操作動作，則執行下述步驟進行後續處理；比如使用者輸入的觸控動作被確定為下拉操作、上拉操作、左滑操作、右滑操作以及按壓操作當中的任意一個，則針對確定的使用者操作動作進行後續處理。 　　步驟S102，確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間。 　　本發明實施例所述使用者操作動作的操作維度，是指所述使用者操作動作在終端設備的操作介面上操作時的維度，比如使用者在終端設備的操作介面上輸入的下拉操作或者上拉操作，其操作時的操作維度可以是下拉操作或者上拉操作在終端設備的操作介面上的移動距離，也可以是在終端設備的操作介面上移動速度，還可以是在終端設備的操作介面上的按壓強度。類似的，使用者在終端設備的操作介面上輸入的左滑操作或者右滑操作，其操作時的操作維度可以是左滑操作或者右滑操作在終端設備的操作介面上的移動距離，也可以是在終端設備的操作介面上移動速度，還可以是在終端設備的操作介面上的按壓強度。使用者在終端設備的操作介面上輸入的按壓操作，其操作時的操作維度可以是按壓操作在終端設備的操作介面上的按壓強度。 　　上述步驟S101在終端設備內部檢測出使用者在終端設備的操作介面上輸入的所述使用者操作動作，本步驟根據上述步驟S101檢測到的所述使用者操作動作，進一步確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間，具體可採用下述提供的任意一種方式實現： 　　(1)確定所述下拉操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間； 　　在所述操作介面上執行下拉操作時，將下拉操作在所述操作介面上的距離劃分為至少一個距離區間，每個距離區間對應一個任務控制項，如圖2所示的操作介面，上述步驟S101檢測出使用者針對該操作介面輸入的使用者操作動作為拉下操作，此處，在終端設備內部，根據該下拉操作的動作資料計算出該下拉操作移動速度，進一步確定計算出的移動速度對應的移動距離閾值區間，比如該下拉操作的移動速度對應的移動距離閾值區間為201區域，即：使用者在終端設備螢幕上輸入該下拉操作時始終處於201區域內，則觸發201區域對應的任務控制項“刷新”，參見圖3提供的第一個操作介面示意圖。類似的，如果在終端設備內部計算出的該下拉操作移動速度對應的移動距離閾值區間依次為202-204區域時，則依次相應的觸發202-204區域對應的任務控制項：“搜索”、“全標為已讀”、“刪除會話”，參見圖3提供的第二至第四個操作介面示意圖。 　　除此之外，還可以計算所述下拉操作在所述操作介面上的移動距離，不管所述下拉操作的起始點和終止點在所述操作介面的什麼位置，只要所述下拉操作在所述操作介面上的移動距離滿足任務控制項對應的移動距離閾值區間，即可觸發相應的任務控制項。與之相類似，還可以計算所述下拉操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間，只要所述下拉操作在所述操作介面上的移動速度達到對應的移動速度閾值區間，則觸發所述移動速度閾值區間對應的任務控制項；或者計算所述下拉操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間，只要在所述操作介面上的移動速度達到對應的按壓強度閾值區間，則觸發所述按壓強度閾值區間對應的任務控制項。 　　參照上述確定所述下拉操作在所述操作介面上的移動距離對應的移動距離閾值區間的實現方式，可採用類似的實現方式確定上拉操作、左滑操作或者右滑操作在所述操作介面上的移動距離對應的移動距離閾值區間，例如圖4提供的操作介面中的任務控制項，與上拉操作在所述操作介面上的移動距離對應的移動距離閾值區間一一對應；例如圖4提供的操作介面中的任務控制項，與上拉操作在所述操作介面上的移動距離對應的移動距離閾值區間一一對應；例如圖5提供的操作介面中的任務控制項，與左滑操作在所述操作介面上的移動距離對應的移動距離閾值區間一一對應；例如圖6提供的操作介面中的任務控制項，與右滑操作在所述操作介面上的移動距離對應的移動距離閾值區間一一對應。類似的，還可以採用類似的實現方式確定上拉操作、左滑操作或者右滑操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間；此外，還可以採用類似的實現方式確定上拉操作、左滑操作、右滑操作或者按壓操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　(2)確定所述下拉操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間，並確定所述下拉操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間。 　　當前實現方式以及下述提供的實現方式與上述實現方式的區別在於，上述實現方式只確定所述使用者操作動作在單一操作維度的特徵，只要所述使用者操作動作在單一操作維度下滿足當前操作維度對應的操作維度閾值區間，即可觸發所述操作維度閾值區間對應的任務控制項；當前實現方式以及下述提供的實現方式，則同時確定所述使用者操作動作在至少兩個維度的特徵。比如在確定所述終端設備操作介面上的下拉操作時，不僅確定所述下拉操作在所述操作介面上的移動距離對應的移動距離閾值區間，同時還確定所述下拉操作在所述操作介面上的移動速度對應的移動速度閾值區間。 　　在具體實施時，在確定所述終端設備操作介面上的下拉操作時，除上述確定所述下拉操作的移動距離和移動速度之外，還可以確定所述下拉操作的移動距離和按壓強度，比如確定所述下拉操作在所述操作介面上的移動距離對應的移動距離閾值區間，以及所述下拉操作在所述操作介面上的按壓強度對應的按壓強度閾值區間。或者，確定所述下拉操作的移動速度和按壓強度，比如確定所述下拉操作在所述操作介面上的移動速度對應的移動速度閾值區間，以及所述下拉操作在所述操作介面上的按壓強度對應的按壓強度閾值區間。 　　(3)確定所述左滑操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間，並確定所述左滑操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　比如在確定所述終端設備操作介面上的左滑操作時，不僅確定所述左滑操作在所述操作介面上的移動速度對應的移動速度閾值區間，同時還確定所述左滑操作在所述操作介面上的按壓強度對應的按壓強度閾值區間，可參照圖5提供的操作介面。 　　在具體實施時，在確定所述終端設備操作介面上的左滑操作時，除上述確定所述左滑操作的移動速度和按壓強度之外，還可以確定所述左滑操作的移動速度和移動距離，比如確定所述左滑操作在所述操作介面上的移動速度對應的移動速度閾值區間，以及所述左滑操作在所述操作介面上的按壓強度對應的按壓強度閾值區間。或者，確定所述左滑操作的移動距離和按壓強度，比如確定所述左滑操作在所述操作介面上的移動距離對應的移動距離閾值區間，以及所述左滑操作在所述操作介面上的按壓強度對應的按壓強度閾值區間。 　　(4)確定所述下拉操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間，並確定所述下拉操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間，以及，確定所述下拉操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　比如在確定所述終端設備操作介面上的下拉操作時，不僅確定所述下拉操作在所述操作介面上的移動距離對應的移動距離閾值區間，同時還確定所述下拉操作在所述操作介面上的移動速度對應的移動速度閾值區間，以及所述下拉操作在所述操作介面上的按壓強度對應的按壓強度閾值區間。 　　類似的，還可以確定所述左滑操作/右滑操作的在所述操作介面上的移動距離對應的至少一個移動距離閾值區間，在所述操作介面上的移動速度對應的至少一個移動速度閾值區間，以及，在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　基於上述提供的實現方式，可見，確定所述操作介面上使用者操作動作的操作維度所處的操作維度閾值區間的具體實現，並不受使用者操作動作和操作維度的約束，如果出現新的使用者操作動作，則可參照上述實現方式針對新的使用者操作動作執行上述操作，同樣，如果有新的操作維度，同樣可參照上述實現方式實現。 　　步驟S103，確定所述操作維度閾值區間對應的任務指令。 　　上述步驟S102確定所述操作介面上使用者操作動作的操作維度所處的操作維度閾值區間，本步驟根據上述步驟S102確定的所述使用者操作動作的操作維度閾值區間，進一步確定所述操作維度閾值區間對應的任務指令。 　　與上述步驟S102中提供的四種實現方式一一對應，本步驟確定所述使用者操作動作的操作維度閾值區間對應的任務指令，具體實現如下： 　　(1)確定所述操作維度閾值區間對應的任務指令。 　　當前實現方式對應上述步驟S102中提供的第一種實現方式，由於上述步驟S102提供的該種實現方式當中，只確定所述使用者操作動作在單一操作維度的特徵，因此確定的所述使用者操作動作的操作維度閾值區間是唯一確定的，本步驟中，只需根據預先配置的操作維度閾值區間與任務指令對應關係，確定所述使用者操作動作的操作維度閾值區間對應的任務指令即可。 　　例如，下拉操作的操作維度閾值區間與任務指令對應關係如下表：(2)根據操作維度閾值區間與任務指令對應關係，確定所述下拉操作的移動距離閾值區間對應的第一任務指令，以及所述下拉操作的移動速度閾值區間對應的第二任務指令； 　　當前實現方式下，在上述確定所述使用者操作動作的操作維度閾值區間時，確定所述使用者操作動作在至少兩個操作維度下所處的操作維度閾值區間，相應的，其對應的任務指令的數目也是至少兩個，基於此，判斷所述第一任務指令與所述第二任務指令是否為同一任務指令，若是，執行下述步驟S104，基於所述操作介面執行所述任務指令；若否，根據所述第一任務指令和所述第二任務指令的執行優先等級，將執行優先等級高的任務指令確定為所述下拉操作對應的任務指令。 　　比如，使用者在終端設備的操作介面上輸入的下拉操作，其在操作介面上的移動距離操作維度所處的移動距離閾值區間對應的任務指令為刷新指令，以及，其在操作介面上的移動速度操作維度所處的移動速度閾值區間對應的任務指令為搜索指令；如果在預先設置的各任務指令的優先等級關係中，刷新指令的優先等級高於搜索指令的優先等級，則將當前使用者的下拉操作對應的任務指令確定為刷新指令。 　　(3)根據操作維度閾值區間與任務指令對應關係，確定所述左滑操作的移動速度閾值區間對應的第三任務指令，以及所述左滑操作的按壓強度閾值區間對應的第四任務指令； 　　判斷所述第三任務指令與所述第四任務指令是否為同一任務指令，若是，執行下述步驟S104，基於所述操作介面執行所述任務指令；若否，根據所述第三任務指令和所述第四任務指令的執行優先等級，將執行優先等級高的任務指令確定為所述左滑操作對應的任務指令。 　　(4)根據操作維度閾值區間與任務指令對應關係，確定所述下拉操作的移動距離閾值區間對應的第五任務指令、所述下拉操作的移動速度閾值區間對應的第六任務指令，以及所述下拉操作的按壓強度閾值區間對應的第七任務指令； 　　判斷所述第五任務指令、所述第六任務指令與所述第七任務指令是否為同一任務指令，若是，執行下述步驟S104，基於所述操作介面執行所述任務指令；若否，根據所述第五任務指令、所述第六任務指令和所述第七任務指令的執行優先等級，將執行優先等級高的任務指令確定為所述下拉操作對應的任務指令。 　　在具體實施時，本步驟確定所述操作維度閾值區間對應的任務指令之後，並且在執行下述步驟S104之前，即執行所述基於所述操作介面執行所述任務指令步驟之前，還可以執行如下操作：基於所述操作介面產生所述任務指令對應的任務控制項；在所述操作介面上顯示所述任務控制項，或者，發出所述任務控制項對應的提醒資訊。例如，如圖3提供的第一個操作介面所示，在終端設備的操作介面上顯示下拉操作對應的任務控制項“刷新”。還可以藉由播放語音提醒資訊的方式來播放任務控制項“刷新”的語音資訊，或者在操作介面上顯示任務控制項“刷新”的同時播放對應的語音資訊。 　　此外，在所述終端介面上顯示所述任務控制項時，如果一個使用者操作動作依次觸發了多個操作維度閾值區間對應的任務控制項，比如，使用者在終端設備的操作介面上的下拉操作劃過終端設備的螢幕，這一下拉操作從螢幕頂端滑動至螢幕末端(如圖2所示)，在滑動的過程中，依次觸發了上述閾值區間一(201)對應的刷新指令、閾值區間二(202)對應的搜索指令、閾值區間三(203)對應的全標為已讀指令和閾值區間四(204)對應的刪除會話指令，具體在顯示這些任務指令對應的任務控制項時，按照任務控制項對應的任務指令被觸發的順序，按照從前到後的觸發順序依次顯示被觸發任務指令對應的任務控制項， 　　例如，當終端設備操作介面上的下拉操作的移動距離處於閾值區間一(201)，則觸發閾值區間一(201)對應的刷新指令，並在操作介面上顯示刷新指令對應的任務控制項“刷新”，參見圖3提供的第一個操作介面；當下拉操作繼續向下滑動，處於閾值區間二(202)時，則觸發閾值區間二(202)對應的搜索指令，並在操作介面上顯示搜索指令對應的任務控制項“搜索”，此時，操作介面上同時顯示有任務控制項“刷新”和“搜索”，參見圖3提供的第二個操作介面；當下拉操作繼續向下滑動，處於閾值區間三(203)時，則觸發閾值區間三(203)對應的全標為已讀指令，並在操作介面上顯示全標為已讀指令對應的任務控制項“全標為已讀”，此時，操作介面上同時顯示有任務控制項“刷新”、“搜索”和“全標為已讀”，參見圖3提供的第三個操作介面；當下拉操作繼續向下滑動，處於閾值區間四(204)時，則觸發閾值區間四(204)對應的刪除會話指令，並在操作介面上顯示刪除會話指令對應的任務控制項“刪除會話”，此時，操作介面上同時顯示有任務控制項“刷新”、“搜索”、“全標為已讀”和“刪除會話”，參見圖3提供的第四個操作介面。 　　在實際當中還可能出現這樣的情形，使用者在執行完下拉操作，並且下拉操作對應的四個任務控制項已經在終端設備操作介面上顯示的前提下，在這種情況下，雖然在操作介面上顯示四個任務控制項，但當前被選中(被觸發)的任務控制項為“刪除會話”，如果使用者想要執行任務控制項“刷新”、“搜索”或者“全標為已讀”，可行的方式是使用者在當前下拉操作的基礎上，將當前下拉操作下拉至螢幕末端的觸控動作向上滑動，從而來觸發閾值區間一(201)、閾值區間二(202)和閾值區間三(203)對應的任務控制項“刷新”、“搜索”或者“全標為已讀”。 　　這種實現方式可以理解為：使用者藉由上拉操作和下拉操作的配合(本實施例中，使用者操作動作由上拉操作變化為下拉操作，並不體現為使用者輸入了兩個使用者操作動作，而是體現為使用者只輸入了一個使用者操作動作，只是這一使用者操作動作軌跡發生了變化，這一操作過程中使用者手指並未離開終端設備螢幕)，可在終端設備操作介面上實現任務控制項的切換。可見，所述操作介面上顯示的所述任務控制項對應的操作維度閾值區間的下限值，小於所述使用者操作動作在所述操作維度下操作數值。 　　除上述提供的實現方式(即根據使用者操作動作依次觸發並顯示使用者操作動作對應的任務控制項)之外，在實際應用中，還可以在觸發所述使用者操作動作的操作維度所處的任意一個操作維度閾值空間時，顯示所述使用者操作動作在所述操作維度的所有操作維度閾值區間對應的任務控制項，所述使用者操作動作的操作數值所處的操作維度閾值區間對應的任務控制項被選中；並且，被選中任務控制項根據所述使用者操作動作的操作數值所處的操作維度閾值區間的變化進行相應切換。 　　例如，參見圖5提供的第一個操作介面，在終端設備操作介面上輸入左滑操作，如果左滑操作的移動距離觸發了第一個移動距離閾值區間，則顯示左滑操作對應的所有任務控制項：“操作一”、“操作二”、“操作三”和“操作四”，值得注意的是，雖然顯示了所有任務控制項，但只有當前左滑操作的移動距離所處的第一個移動距離閾值區間對應的任務控制項“操作一”被選中，其餘任務控制項“操作二”、“操作三”和“操作四”未被選中。類似的，參見圖6提供的第一個操作介面示意圖，其顯示了右滑操作在終端設備操作介面對應的任務控制項，具體實現過程與上述左滑操作的實現過程類似，參照上述左滑操作的實現過程即可，在此不再贅述。 　　在具體實施時，當所述終端設備操作介面上顯示至少兩個任務控制項時，即所述使用者操作動作在所述操作介面上的操作維度所處的操作維度閾值區間的數目大於1時，還可以根據所述使用者操作動作在執行時的時間，來確定使用者操作動作當前對應的任務控制項，比如，將所述使用者操作動作執行時的時間劃分為至少一個時間段，這些時間段分別與使用者操作動作所處的操作維度閾值區間建立對應關係，在此基礎上，在確定使用者操作動作的任務控制項時，將使用者操作動作執行時各時間段按照從先到後的順序排序，將使用者操作動作的執行時間發生最晚的一個時間段對應的操作維度閾值區間作為使用者操作動作當前所處的操作維度閾值區間，從而將這一操作維度閾值區間對應的任務控制項作為使用者操作動作當前在終端設備操作介面上對應的任務控制項。 　　與之相類似，還可以根據使用者操作動作在所述操作介面上的操作維度下操作數值來確定其所處的操作維度閾值區間，具體的，所述使用者操作動作在所述操作介面上的操作維度所處的操作維度閾值區間，為所述使用者操作動作在所述操作介面上的操作維度下操作數值的最大值、最小值或者均值對應的操作維度閾值區間。比如，根據下拉操作在終端設備操作介面上執行時的移動距離，將移動距離最大時對應的移動距離閾值區間確定為下拉操作所處的移動距離閾值區間；或者，根據下拉操作在終端設備操作介面上執行時的按壓強度，將按壓強度最強時對應的按壓強度閾值區間確定為下拉操作所處的按壓強度閾值區間。 　　步驟S104，基於所述操作介面執行所述任務指令。 　　本步驟基於所述操作介面執行所述任務指令，具體是基於所述操作介面上顯示的所述任務控制項執行所述任務指令。比如，上述步驟S103中的下拉操作觸發的任務控制項為刷新控制項，則基於所述操作介面上被觸發的刷新控制項，針對所述操作介面執行刷新操作，並顯示刷新後的操作介面。 　　綜上所述，本發明提供的所述終端設備的操作方法，在所述操作介面上觸發和執行其上的任務指令時，首先檢測操作介面上輸入的使用者操作動作在相應操作維度下所述的操作維度閾值區間，並根據檢測到的操作維度閾值區間來確定觸發的任務指令，最終在所述操作介面上執行被觸發的任務指令。在終端設備的操作介面上實現任務指令觸發和執行的過程中，只需根據使用者輸入的一個操作動作即可實現操作介面上任務指令的觸發和執行，無需使用者輸入多次操作動作來觸發和執行任務指令，實現方式更加簡單方便，執行效率也更高；同時，所述終端設備的操作方法還可藉由使用者輸入的操作動作來觸發和執行相應的任務指令，以及在不同操作維度下觸發和執行所述操作動作對應的任務指令，實現方式更加多樣化，應用範圍更廣。 　　本發明提供的一種終端設備的操作裝置實施例如下： 　　在上述的實施例中，提供了一種終端設備的操作方法，與之相對應的，本發明還提供了一種終端設備的操作裝置，下面結合圖式進行說明。 　　參照圖7，其示出了本發明提供的一種終端設備的操作裝置實施例的示意圖。 　　由於裝置實施例基本相似於方法實施例，所以描述得比較簡單，相關的部分請參見上述提供的方法實施例的對應說明即可。下述描述的裝置實施例僅僅是示意性的。 　　本發明提供一種終端設備的操作裝置，包括： 　　使用者操作動作檢測單元701，用於檢測終端設備的操作介面上的使用者操作動作； 　　操作維度閾值區間確定單元702，用於確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間； 　　任務指令確定單元703，用於確定所述操作維度閾值區間對應的任務指令； 　　任務指令執行單元704，用於基於所述操作介面執行所述任務指令。 　　可選的，所述使用者操作動作，包括下述至少一項：下拉操作、上拉操作、左滑操作、右滑操作以及按壓操作； 　　所述使用者操作動作的操作維度，包括下述至少一項：所述使用者操作動作在所述操作介面上操作時的移動距離、移動速度以及按壓強度。 　　可選的，所述操作維度閾值區間確定單元702，包括： 　　第一確定子單元，用於確定所述下拉操作/上拉操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間，並確定所述下拉操作/上拉操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間； 　　第二確定子單元，用於確定所述左滑操作/右滑操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間，並確定所述左滑操作/右滑操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間； 　　第三確定子單元，用於確定所述下拉操作/上拉操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間，並確定所述下拉操作/上拉操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間，以及，確定所述下拉操作/上拉操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　可選的，所述任務指令確定單元703，包括： 　　第一任務指令確定子單元，用於根據操作維度閾值區間與任務指令對應關係，確定所述下拉操作/上拉操作的移動距離閾值區間對應的第一任務指令，以及所述下拉操作/上拉操作的移動速度閾值區間對應的第二任務指令； 　　第一判斷子單元，用於判斷所述第一任務指令與所述第二任務指令是否為同一任務指令，若是，運行所述任務指令執行單元704；若否，根據所述第一任務指令和所述第二任務指令的執行優先等級，將執行優先等級高的任務指令確定為所述下拉操作/上拉操作對應的任務指令。 　　可選的，所述任務指令確定單元703，包括： 　　第二任務指令確定子單元，用於根據操作維度閾值區間與任務指令對應關係，確定所述左滑操作/右滑操作的移動速度閾值區間對應的第三任務指令，以及所述左滑操作/右滑操作的按壓強度閾值區間對應的第四任務指令； 　　第二判斷子單元，用於判斷所述第三任務指令與所述第四任務指令是否為同一任務指令，若是，運行所述任務指令執行單元704；若否，根據所述第三任務指令和所述第四任務指令的執行優先等級，將執行優先等級高的任務指令確定為所述左滑操作/右滑操作對應的任務指令。 　　可選的，所述任務指令確定單元703，包括： 　　第三任務指令確定子單元，用於根據操作維度閾值區間與任務指令對應關係，確定所述下拉操作/上拉操作的移動距離閾值區間對應的第五任務指令、所述下拉操作/上拉操作的移動速度閾值區間對應的第六任務指令，以及所述下拉操作/上拉操作的按壓強度閾值區間對應的第七任務指令； 　　第三判斷子單元，用於判斷所述第五任務指令、所述第六任務指令與所述第七任務指令是否為同一任務指令，若是，運行所述任務指令執行單元704；若否，根據所述第五任務指令、所述第六任務指令和所述第七任務指令的執行優先等級，將執行優先等級高的任務指令確定為所述下拉操作/上拉操作對應的任務指令。 　　可選的，所述操作維度閾值區間確定單元702，包括： 　　第一移動距離確定子單元，用於確定所述下拉操作/上拉操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間； 　　第二移動距離確定子單元，用於確定所述下拉操作/上拉操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間； 　　第三移動距離確定子單元，用於確定所述下拉操作/上拉操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　可選的，所述操作維度閾值區間確定單元702，包括： 　　第一移動速度確定子單元，用於確定所述左滑操作/右滑操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間； 　　第二移動速度確定子單元，用於確定所述左滑操作/右滑操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間； 　　第三移動速度確定子單元，用於確定所述左滑操作/右滑操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　可選的，所述操作維度閾值區間確定單元702，包括： 　　按壓強度確定子單元，用於確定所述按壓操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　可選的，若所述使用者操作動作在所述操作介面上的操作維度所處的操作維度閾值區間的數目大於1，則所述操作維度閾值區間與所述使用者操作動作在所述操作介面上操作的時間段對應。 　　可選的，所述使用者操作動作在所述操作介面上的操作維度所處的操作維度閾值區間，為發生時間最晚的時間段對應的操作維度閾值區間；或者，所述使用者操作動作在所述操作介面上的操作維度所處的操作維度閾值區間，為所述使用者操作動作在所述操作介面上的操作維度下操作數值的最大值、最小值或者均值對應的操作維度閾值區間。 　　可選的，所述終端設備的操作裝置，包括： 　　任務控制項產生單元，用於基於所述操作介面產生所述任務指令對應的任務控制項； 　　提醒單元，用於在所述操作介面上顯示所述任務控制項，或者，發出所述任務控制項對應的提醒資訊； 　　相應的，所述任務指令執行單元，基於所述操作介面上顯示的所述任務控制項執行所述任務指令。 　　可選的，所述任務控制項按照觸發順序在所述操作介面上顯示，且所述操作介面上顯示的所述任務控制項對應的操作維度閾值區間的下限值，小於所述使用者操作動作在所述操作維度下操作數值。 　　可選的，若觸發所述使用者操作動作的操作維度所處的任意一個操作維度閾值空間，則顯示所述使用者操作動作在所述操作維度的所有操作維度閾值區間對應的任務控制項，且所述使用者操作動作的操作數值所處的操作維度閾值區間對應的任務控制項被選中；以及，被選中任務控制項根據所述使用者操作動作的操作數值所處的操作維度閾值區間的變化進行相應切換。 　　本發明提供的一種電子設備實施例如下： 　　在上述的實施例中，提供了一種終端設備的操作方法，此外，本發明還提供了一種用於實現所述終端設備的操作方法的電子設備，下面結合圖式進行說明。 　　參照圖8，其示出了本實施例提供的一種電子設備的示意圖。 　　本發明提供的所述電子設備實施例描述得比較簡單，相關的部分請參見上述提供的所述終端設備的操作方法實施例的對應說明即可。下述描述的實施例僅僅是示意性的。 　　本發明提供一種電子設備，包括： 　　記憶體801，以及處理器802； 　　所述記憶體801用於儲存電腦可執行指令，所述處理器802用於執行所述電腦可執行指令： 　　檢測終端設備的操作介面上的使用者操作動作； 　　確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間； 　　確定所述操作維度閾值區間對應的任務指令； 　　基於所述操作介面執行所述任務指令。 　　可選的，所述使用者操作動作，包括下述至少一項：下拉操作、上拉操作、左滑操作、右滑操作以及按壓操作； 　　所述使用者操作動作的操作維度，包括下述至少一項：所述使用者操作動作在所述操作介面上操作時的移動距離、移動速度以及按壓強度。 　　可選的，所述確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間，採用如下方式實現： 　　確定所述下拉操作/上拉操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間，並確定所述下拉操作/上拉操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間； 　　或者，確定所述左滑操作/右滑操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間，並確定所述左滑操作/右滑操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間； 　　或者，確定所述下拉操作/上拉操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間，並確定所述下拉操作/上拉操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間，以及，確定所述下拉操作/上拉操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　可選的，所述確定所述操作維度閾值區間對應的任務指令，採用如下方式實現： 　　根據操作維度閾值區間與任務指令對應關係，確定所述下拉操作/上拉操作的移動距離閾值區間對應的第一任務指令，以及所述下拉操作/上拉操作的移動速度閾值區間對應的第二任務指令； 　　判斷所述第一任務指令與所述第二任務指令是否為同一任務指令，若是，執行所述基於所述操作介面執行所述任務指令這一電腦可執行指令；若否，根據所述第一任務指令和所述第二任務指令的執行優先等級，將執行優先等級高的任務指令確定為所述下拉操作/上拉操作對應的任務指令。 　　可選的，所述確定所述操作維度閾值區間對應的任務指令，採用如下方式實現： 　　根據操作維度閾值區間與任務指令對應關係，確定所述左滑操作/右滑操作的移動速度閾值區間對應的第三任務指令，以及所述左滑操作/右滑操作的按壓強度閾值區間對應的第四任務指令； 　　判斷所述第三任務指令與所述第四任務指令是否為同一任務指令，若是，執行所述基於所述操作介面執行所述任務指令這一電腦可執行指令；若否，根據所述第三任務指令和所述第四任務指令的執行優先等級，將執行優先等級高的任務指令確定為所述左滑操作/右滑操作對應的任務指令。 　　可選的，所述確定所述操作維度閾值區間對應的任務指令，採用如下方式實現： 　　根據操作維度閾值區間與任務指令對應關係，確定所述下拉操作/上拉操作的移動距離閾值區間對應的第五任務指令、所述下拉操作/上拉操作的移動速度閾值區間對應的第六任務指令，以及所述下拉操作/上拉操作的按壓強度閾值區間對應的第七任務指令； 　　判斷所述第五任務指令、所述第六任務指令與所述第七任務指令是否為同一任務指令，若是，執行所述基於所述操作介面執行所述任務指令這一電腦可執行指令；若否，根據所述第五任務指令、所述第六任務指令和所述第七任務指令的執行優先等級，將執行優先等級高的任務指令確定為所述下拉操作/上拉操作對應的任務指令。 　　可選的，所述確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間，採用如下方式實現： 　　確定所述下拉操作/上拉操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間； 　　或者，確定所述下拉操作/上拉操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間； 　　或者，確定所述下拉操作/上拉操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　可選的，所述確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間，採用如下方式實現： 　　確定所述左滑操作/右滑操作在所述操作介面上的移動距離對應的至少一個移動距離閾值區間； 　　或者，確定所述左滑操作/右滑操作在所述操作介面上的移動速度對應的至少一個移動速度閾值區間； 　　或者，確定所述左滑操作/右滑操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　可選的，所述確定所述使用者操作動作對應的操作維度所處的操作維度閾值區間，採用如下方式實現： 　　確定所述按壓操作在所述操作介面上的按壓強度對應的至少一個按壓強度閾值區間。 　　可選的，若所述使用者操作動作在所述操作介面上的操作維度所處的操作維度閾值區間的數目大於1，則所述操作維度閾值區間與所述使用者操作動作在所述操作介面上操作的時間段對應。 　　可選的，所述使用者操作動作在所述操作介面上的操作維度所處的操作維度閾值區間，為發生時間最晚的時間段對應的操作維度閾值區間；或者，所述使用者操作動作在所述操作介面上的操作維度所處的操作維度閾值區間，為所述使用者操作動作在所述操作介面上的操作維度下操作數值的最大值、最小值或者均值對應的操作維度閾值區間。 　　可選的，所述確定所述操作維度閾值區間對應的任務指令這一電腦可執行指令執行後，且所述基於所述操作介面執行所述任務指令這一電腦可執行指令執行前，所述處理器802還用於執行下述電腦可執行指令： 　　基於所述操作介面產生所述任務指令對應的任務控制項； 　　在所述操作介面上顯示所述任務控制項，或者，發出所述任務控制項對應的提醒資訊； 　　相應的，所述基於所述操作介面執行所述任務指令，採用如下方式實現： 　　基於所述操作介面上顯示的所述任務控制項執行所述任務指令。 　　可選的，所述任務控制項按照觸發順序在所述操作介面上顯示，且所述操作介面上顯示的所述任務控制項對應的操作維度閾值區間的下限值，小於所述使用者操作動作在所述操作維度下操作數值。 　　可選的，若觸發所述使用者操作動作的操作維度所處的任意一個操作維度閾值空間，則顯示所述使用者操作動作在所述操作維度的所有操作維度閾值區間對應的任務控制項，且所述使用者操作動作的操作數值所處的操作維度閾值區間對應的任務控制項被選中；以及，被選中任務控制項根據所述使用者操作動作的操作數值所處的操作維度閾值區間的變化進行相應切換。 　　本發明雖然以較佳實施例公開如上，但其並不是用來限定本發明，任何本領域技術人員在不脫離本發明的精神和範圍內，都可以做出可能的變動和修改，因此本發明的保護範圍應當以本發明申請專利範圍所界定的範圍為準。 　　在一個典型的配置中，計算設備包括一個或多個處理器(CPU)、輸入/輸出介面、網路介面和記憶體。 　　記憶體可能包括電腦可讀媒體中的非永久性記憶體，隨機存取記憶體(RAM)和/或非易失性記憶體等形式，如唯讀記憶體(ROM)或快閃記憶體(flash RAM)。記憶體是電腦可讀媒體的示例。 　　電腦可讀媒體包括永久性和非永久性、可移動和非可移動媒體可以由任何方法或技術來實現資訊儲存。資訊可以是電腦可讀指令、資料結構、程式的模組或其他資料。電腦的儲存媒體的例子包括，但不限於相變記憶體(PRAM)、靜態隨機存取記憶體(SRAM)、動態隨機存取記憶體(DRAM)、其他類型的隨機存取記憶體(RAM)、唯讀記憶體(ROM)、電可擦除可程式化唯讀記憶體(EEPROM)、快閃記憶體或其他記憶體技術、唯讀光碟(CD-ROM)、數位化多功能光碟(DVD)或其他光學儲存、磁盒式磁帶，磁帶磁磁碟儲存或其他磁性儲存設備或任何其他非傳輸媒體，可用於儲存可以被計算設備存取的資訊。按照本文中的界定，電腦可讀媒體不包括非暫存電腦可讀媒體(transitory media)，如調變的資料信號和載波。 　　本領域技術人員應明白，本發明的實施例可提供為方法、系統或電腦程式產品。因此，本發明可採用完全硬體實施例、完全軟體實施例或結合軟體和硬體方面的實施例的形式。而且，本發明可採用在一個或多個其中包含有電腦可用程式碼的電腦可用儲存媒體(包括但不限於磁碟記憶體、CD-ROM、光學記憶體等)上實施的電腦程式產品的形式。Numerous specific details are set forth in the description below in order to provide a thorough understanding of the invention. However, the present invention can be implemented in many other ways than those described herein, and those skilled in the art can make a similar promotion without departing from the scope of the present invention, and thus the present invention is not limited by the specific embodiments disclosed below. The present invention provides a method for operating a terminal device, and the present invention also provides an operating device for a terminal device, and an electronic device. The following is a detailed description of the embodiments of the present invention, and the various steps of the method will be described. The present invention provides a method for operating a terminal device as follows. Referring to FIG. 1, there is shown a process flow diagram of an embodiment of a method for operating a terminal device provided by the present invention. Referring to FIG. 2, the present invention is provided. A schematic diagram of a first operational interface, with reference to FIG. 3, which shows a schematic diagram of a second operational interface provided by the present invention. Referring to FIG. 4, a schematic diagram of a third operational interface provided by the present invention is shown. Figure 5 is a schematic illustration of a fourth operational interface provided by the present invention, and Figure 6 is a schematic illustration of a fifth operational interface provided by the present invention. Step S101, detecting a user operation action on an operation interface of the terminal device. The operation interface of the terminal device in the embodiment of the present invention refers to a display interface during execution of the terminal device. For example, the operation interface may be an execution interface of an application installed on the terminal device, or may be processed by a built-in operating system of the terminal device. interface. The user operation action refers to an operation action input by the user on the operation interface of the terminal device, such as a pull-down operation, a pull-up operation, a left-sliding operation, and a right input by the user for the application operation interface installed on the terminal device. a sliding operation or a pressing operation; or a pull-down operation, a pull-up operation, a left-sliding operation, a right-sliding operation, or a pressing operation input by the user for the operating system operation interface of the terminal device; The operation is not limited to the above-described pull-down operation, pull-up operation, left-sliding operation, right-sliding operation, or pressing operation, and the operation operation may be an operation operation other than the above-mentioned listed operation actions, which is not limited herein. Performing, by the user, the user operation action on the operation interface, in order to call out a hidden task control item of the application operation interface, or to invoke the application operation interface of the application. Hide task control items in the interface. For example, by the pull-down operation, the undisplayed area on the side of the application operation interface (the hidden task control item on the upper side) is called, and similarly, the application can be called up by the pull-up operation, the left-sliding operation or the right-sliding operation. The hidden task control item on the lower side, the left side or the right side of the operation interface; in addition, the task control item hidden by the application operation interface can be called up by pressing the operation control item, which can be in the current application operation interface. Displayed above. From the perspective of the terminal device, the user's operation action is detected inside the terminal device, and the built-in touch screen device detects the touch action input by the user, and after detecting the touch action input by the user, The corresponding action data (such as touch start position, touch end position, touch start time, touch end time, touch intensity/press intensity, etc.) of these touch actions are used to filter and filter these touch actions. After the filtering is completed, for each touch action obtained after the filtering, the touch action is identified according to the action data of the touch action, and it is determined whether the touch action is the user operation action, if When the touch action input by the user is determined to be the user operation action, performing the following steps for subsequent processing; for example, the touch action input by the user is determined as a pull-down operation, a pull-up operation, a left-sliding operation, Any one of the right sliding operation and the pressing operation performs subsequent processing for the determined user operation. Step S102, determining an operation dimension threshold interval in which the operation dimension corresponding to the user operation action is located. The operation dimension of the user operation action in the embodiment of the present invention refers to a dimension when the user operation action is operated on the operation interface of the terminal device, such as a pull-down operation or a user input on the operation interface of the terminal device. The operation dimension of the pull operation may be the moving distance of the pull-down operation or the pull-up operation on the operation interface of the terminal device, the moving speed on the operation interface of the terminal device, or the operation interface of the terminal device. The strength of the press. Similarly, the left sliding operation or the right sliding operation input by the user on the operation interface of the terminal device may be the operation distance of the left sliding operation or the right sliding operation on the operation interface of the terminal device, or may be It is the moving speed on the operation interface of the terminal device, and it can also be the pressing strength on the operation interface of the terminal device. The pressing operation input by the user on the operation interface of the terminal device may be the pressing strength of the pressing operation on the operation interface of the terminal device. The above step S101 detects the user operation action input by the user on the operation interface of the terminal device in the terminal device, and the step further determines the user operation according to the user operation action detected in the above step S101. The operation dimension threshold interval in which the operation dimension corresponding to the action is located may be implemented by any one of the following methods: (1) determining at least one moving distance threshold interval corresponding to the moving distance of the pull-down operation on the operation interface When the pull-down operation is performed on the operation interface, the distance of the pull-down operation on the operation interface is divided into at least one distance interval, and each distance interval corresponds to one task control item, as shown in the operation interface of FIG. 2, Step S101: The user operation action input by the user for the operation interface is a pull-down operation. Here, in the terminal device, the movement speed of the pull-down operation is calculated according to the action data of the pull-down operation, and the calculated movement is further determined. The moving distance threshold interval corresponding to the speed, such as the shift of the pull-down operation The moving distance threshold interval corresponding to the moving speed is 201 area, that is, when the user inputs the pull-down operation on the terminal device screen and is always in the 201 area, the task control item “refresh” corresponding to the 201 area is triggered, as shown in FIG. 3 . The first operation interface diagram. Similarly, if the moving distance threshold interval corresponding to the moving speed of the pull-down operation calculated in the terminal device is 202-204 region in sequence, the corresponding task control items corresponding to the triggering 202-204 region are sequentially: “search”, “ Fully marked as read, "delete session", see the second to fourth operational interface diagrams provided in Figure 3. In addition, the moving distance of the pull-down operation on the operation interface may be calculated, regardless of the position of the starting point and the ending point of the pull-down operation in the operation interface, as long as the pull-down operation is in the The moving distance of the operation interface satisfies the moving distance threshold interval corresponding to the task control item, and the corresponding task control item can be triggered. Similarly, at least one moving speed threshold interval corresponding to the moving speed of the pull-down operation on the operation interface may be calculated, as long as the moving speed of the pull-down operation on the operating interface reaches a corresponding moving speed threshold Interval, triggering a task control item corresponding to the moving speed threshold interval; or calculating at least one pressing intensity threshold interval corresponding to the pressing strength of the pull-down operation on the operation interface, as long as the moving speed on the operating interface When the corresponding pressing intensity threshold interval is reached, the task control item corresponding to the pressing intensity threshold interval is triggered. Referring to the implementation manner of determining the moving distance threshold interval corresponding to the moving distance of the pull-down operation on the operation interface, a similar implementation manner may be used to determine the pull-up operation, the left-sliding operation, or the right-sliding operation on the operation interface. The moving distance threshold interval corresponding to the moving distance, for example, the task control item in the operation interface provided in FIG. 4, corresponds to the moving distance threshold interval corresponding to the moving distance of the pull-up operation on the operation interface; for example, FIG. 4 provides The task control item in the operation interface has a one-to-one correspondence with the moving distance threshold interval corresponding to the moving distance of the pull-up operation on the operation interface; for example, the task control item in the operation interface provided in FIG. 5, and the left sliding operation The moving distance threshold interval corresponding to the moving distance on the operation interface is in one-to-one correspondence; for example, the task control item in the operation interface provided in FIG. 6 and the moving distance threshold interval corresponding to the moving distance of the right sliding operation on the operation interface One-to-one correspondence. Similarly, a similar implementation may be used to determine at least one moving speed threshold interval corresponding to the moving speed of the pull-up operation, the left-slide operation, or the right-slip operation on the operation interface; in addition, a similar implementation may be used to determine The pull-up operation, the left-sliding operation, the right-sliding operation, or the pressing operation at least one pressing intensity threshold interval corresponding to the pressing strength on the operation interface. (2) determining at least one moving distance threshold interval corresponding to the moving distance of the pull-down operation on the operation interface, and determining at least one moving speed threshold interval corresponding to the moving speed of the pull-down operation on the operating interface. The current implementation and the implementation provided below are different from the above implementations in that the implementation only determines the feature of the user operation action in a single operation dimension, as long as the user operation action satisfies the current in a single operation dimension. The operation dimension threshold interval corresponding to the operation dimension may trigger the task control item corresponding to the operation dimension threshold interval; the current implementation manner and the implementation manner provided below simultaneously determine that the user operation action is in at least two dimensions feature. For example, when determining a pull-down operation on the operation interface of the terminal device, not only determining a moving distance threshold interval corresponding to the moving distance of the pull-down operation on the operation interface, but also determining that the pull-down operation is on the operation interface. The moving speed corresponds to the moving speed threshold interval. In a specific implementation, when determining the pull-down operation on the operation interface of the terminal device, in addition to determining the moving distance and the moving speed of the pull-down operation, the moving distance and the pressing strength of the pull-down operation may be determined, for example, Determining a moving distance threshold interval corresponding to a moving distance of the pull-down operation on the operation interface, and a pressing intensity threshold interval corresponding to a pressing strength of the pull-down operation on the operation interface. Alternatively, determining a moving speed and a pressing strength of the pull-down operation, such as determining a moving speed threshold interval corresponding to a moving speed of the pull-down operation on the operating interface, and a pressing strength of the pull-down operation on the operating interface Corresponding compression intensity threshold interval. (3) determining at least one moving speed threshold interval corresponding to the moving speed of the left sliding operation on the operation interface, and determining at least one pressing intensity threshold corresponding to the pressing strength of the left sliding operation on the operation interface Interval. For example, when determining a left sliding operation on the operation interface of the terminal device, determining not only a moving speed threshold interval corresponding to a moving speed of the left sliding operation on the operation interface, but also determining that the left sliding operation is in the For the pressing strength threshold interval corresponding to the pressing strength on the operation interface, reference may be made to the operation interface provided in FIG. In a specific implementation, when determining a left sliding operation on the operation interface of the terminal device, in addition to determining the moving speed and the pressing strength of the left sliding operation, the moving speed and movement of the left sliding operation may be determined. The distance is, for example, a moving speed threshold interval corresponding to the moving speed of the left sliding operation on the operation interface, and a pressing intensity threshold interval corresponding to the pressing strength of the left sliding operation on the operation interface. Or determining a moving distance and a pressing strength of the left sliding operation, such as determining a moving distance threshold interval corresponding to a moving distance of the left sliding operation on the operation interface, and the left sliding operation is on the operation interface. The pressing strength corresponds to a pressing intensity threshold interval. (4) determining at least one moving distance threshold interval corresponding to the moving distance of the pull-down operation on the operation interface, and determining at least one moving speed threshold interval corresponding to the moving speed of the pull-down operation on the operation interface, And determining at least one pressing intensity threshold interval corresponding to the pressing strength of the pull-down operation on the operation interface. For example, when determining a pull-down operation on the operation interface of the terminal device, not only determining a moving distance threshold interval corresponding to the moving distance of the pull-down operation on the operation interface, but also determining that the pull-down operation is on the operation interface. a moving speed threshold interval corresponding to the moving speed, and a pressing intensity threshold interval corresponding to the pressing strength of the pull-down operation on the operating interface. Similarly, at least one moving distance threshold interval corresponding to the moving distance of the left sliding operation/right sliding operation on the operation interface, and at least one moving speed threshold corresponding to the moving speed on the operation interface may be further determined. And an interval, and at least one press intensity threshold interval corresponding to the pressing strength on the operation interface. Based on the implementation provided above, it can be seen that the specific implementation of the operation dimension threshold interval in which the operation dimension of the user operation action on the operation interface is determined is not restricted by the user operation action and the operation dimension, and if a new one occurs When the user operates the action, the above operation can be performed for the new user operation action with reference to the above implementation manner. Similarly, if there is a new operation dimension, the same can be implemented by referring to the above implementation manner. Step S103, determining a task instruction corresponding to the operation dimension threshold interval. The step S102 determines an operation dimension threshold interval in which the operation dimension of the user operation action on the operation interface is located, and the step further determines the operation dimension according to the operation dimension threshold interval of the user operation action determined in the above step S102. The task instruction corresponding to the threshold interval. Corresponding to the four implementation manners provided in the foregoing step S102, the step determines the task instruction corresponding to the operation dimension threshold interval of the user operation action, and the specific implementation is as follows: (1) determining the operation dimension threshold interval corresponding to the operation Task instructions. The current implementation corresponds to the first implementation manner provided in the foregoing step S102. In the implementation manner provided in the foregoing step S102, only the feature of the user operation action in a single operation dimension is determined, and thus the determined user is determined. The operation dimension threshold interval of the operation action is uniquely determined. In this step, the task instruction corresponding to the operation dimension threshold interval of the user operation action may be determined according to the pre-configured operation dimension threshold interval and the task instruction correspondence relationship. . For example, the operation dimension threshold interval of the pull-down operation and the task instruction correspond to the following table: (2) determining, according to the correspondence between the operation dimension threshold interval and the task instruction, the first task instruction corresponding to the moving distance threshold interval of the pull-down operation, and the second task instruction corresponding to the moving speed threshold interval of the pull-down operation; In the mode, when determining the operation dimension threshold interval of the user operation action, determining an operation dimension threshold interval of the user operation action in at least two operation dimensions, and correspondingly, the corresponding task instruction The number is also at least two, based on which it is determined whether the first task instruction and the second task instruction are the same task instruction, and if so, performing the following step S104, executing the task instruction based on the operation interface; And determining, according to the execution priority level of the first task instruction and the second task instruction, a task instruction with a high priority level as a task instruction corresponding to the pull-down operation. For example, the pull-down operation input by the user on the operation interface of the terminal device, the task command corresponding to the moving distance threshold interval in the operation distance of the operation interface on the operation interface is a refresh command, and its movement on the operation interface The task command corresponding to the moving speed threshold interval in which the speed operation dimension is located is a search command; if the priority level of the refresh command is higher than the priority level of the search command in the priority relationship of each task command set in advance, the current user is The task instruction corresponding to the pull-down operation is determined to be a refresh instruction. (3) determining, according to the correspondence between the operation dimension threshold interval and the task instruction, a third task instruction corresponding to the moving speed threshold interval of the left sliding operation, and a fourth task instruction corresponding to the pressing intensity threshold interval of the left sliding operation; Determining whether the third task instruction and the fourth task instruction are the same task instruction; if yes, performing the following step S104, executing the task instruction based on the operation interface; if not, according to the third task instruction and The execution priority level of the fourth task instruction determines a task instruction having a high priority level as a task instruction corresponding to the left sliding operation. (4) determining, according to the correspondence between the operation dimension threshold interval and the task instruction, a fifth task instruction corresponding to the moving distance threshold interval of the pull-down operation, a sixth task instruction corresponding to the moving speed threshold interval of the pull-down operation, and the a seventh task command corresponding to the pressing intensity threshold interval of the pull-down operation; determining whether the fifth task command, the sixth task command, and the seventh task command are the same task command, and if yes, performing the following step S104, based on The operation interface executes the task instruction; if not, according to the execution priority level of the fifth task instruction, the sixth task instruction, and the seventh task instruction, determining a task instruction with a high priority is determined as The task instruction corresponding to the pull-down operation. In a specific implementation, after the step of determining the task instruction corresponding to the operation dimension threshold interval, and before performing the step S104 described below, before performing the step of executing the task instruction based on the operation interface, the step may further be performed as follows The operation is: generating a task control item corresponding to the task instruction based on the operation interface; displaying the task control item on the operation interface, or issuing a reminder information corresponding to the task control item. For example, as shown in the first operation interface provided in FIG. 3, the task control item "refresh" corresponding to the pull-down operation is displayed on the operation interface of the terminal device. The voice information of the task control item "refreshed" can also be played by playing the voice reminder information, or the corresponding voice information can be played while the task control item "refresh" is displayed on the operation interface. In addition, when the task control item is displayed on the terminal interface, if a user operation action sequentially triggers a task control item corresponding to multiple operation dimension threshold intervals, for example, the user pulls down on the operation interface of the terminal device. The operation slides through the screen of the terminal device, and the pull-down operation slides from the top of the screen to the end of the screen (as shown in FIG. 2), and in the process of sliding, the refresh command and the threshold interval corresponding to the threshold interval (201) are triggered in sequence. The search command corresponding to the second (202) and the full mark corresponding to the threshold interval three (203) are the read command and the delete session command corresponding to the threshold interval four (204), specifically when displaying the task control items corresponding to the task instructions, according to The task control item corresponding to the task control item is triggered, and the task control item corresponding to the triggered task instruction is sequentially displayed according to the trigger sequence from front to back, for example, when the moving distance of the pull-down operation on the operation interface of the terminal device is in the threshold interval one ( 201), triggering a refresh instruction corresponding to the threshold interval one (201), and displaying a corresponding refresh command on the operation interface The control item "refresh", see the first operation interface provided in Figure 3; when the pull-down operation continues to slide down, in the threshold interval two (202), the search command corresponding to the threshold interval two (202) is triggered, and the operation is performed. The task control item "search" corresponding to the search instruction is displayed on the interface. At this time, the task control items "refresh" and "search" are simultaneously displayed on the operation interface, see the second operation interface provided in FIG. 3; when the pull-down operation continues to When sliding down, when the threshold interval is three (203), the triggering threshold interval three (203) corresponds to the full target as the read command, and the task control item corresponding to the read command is displayed on the operation interface. Read, at this time, the task interface "refresh", "search" and "full mark as read" are displayed simultaneously on the operation interface, see the third operation interface provided in Figure 3; when the pull-down operation continues to slide down When the threshold interval is four (204), the delete session instruction corresponding to the threshold interval four (204) is triggered, and the task control item “delete session” corresponding to the delete session instruction is displayed on the operation interface. Displayed simultaneously on a mission to make the interface controls "Refresh", "Search", "all as read" and "Delete Session", see Figure 3 provides the fourth user interface. In practice, there may also be a situation in which the user performs the pull-down operation and the four task control items corresponding to the pull-down operation have been displayed on the terminal device operation interface, in this case, although in the operation interface. Four task control items are displayed, but the currently selected (triggered) task control item is "delete session" if the user wants to execute the task control item "refresh", "search" or "all marked as read" The feasible way is that the user slides the current pull-down operation to the touch action at the end of the screen on the basis of the current pull-down operation, thereby triggering the threshold interval one (201), the threshold interval two (202), and the threshold interval. The three (203) corresponding task control items "refresh", "search" or "all marked as read". This implementation can be understood as: the user cooperates with the pull-up operation and the pull-down operation (in this embodiment, the user operation action is changed from the pull-up operation to the pull-down operation, and the user does not input two uses. The user operates the action, but the user only inputs a user action action, but the user action track changes. During this operation, the user's finger does not leave the terminal device screen, and the terminal can be Switching of task control items is implemented on the device operation interface. It can be seen that the lower limit value of the operation dimension threshold interval corresponding to the task control item displayed on the operation interface is smaller than the operation value of the user operation action in the operation dimension. In addition to the implementation provided above (ie, sequentially triggering and displaying the task control item corresponding to the user operation action according to the user operation action), in an actual application, the operation dimension triggering the user operation action may also be located. When any one of the operation dimension threshold spaces is operated, the task control item corresponding to all the operation dimension threshold intervals of the operation dimension is displayed, and the operation dimension threshold interval of the operation operation value of the user operation action corresponds to The task control item is selected; and the selected task control item is switched according to the change of the operation dimension threshold interval in which the operation value of the user operation action is located. For example, referring to the first operation interface provided in FIG. 5, a left sliding operation is input on the operation interface of the terminal device, and if the moving distance of the left sliding operation triggers the first moving distance threshold interval, all tasks corresponding to the left sliding operation are displayed. Control items: "Operation 1", "Operation 2", "Operation 3", and "Operation 4". It is worth noting that although all task control items are displayed, only the first moving distance of the current left sliding operation is the first. The task control item "Operation One" corresponding to the moving distance threshold interval is selected, and the remaining task control items "Operation 2", "Operation 3" and "Operation 4" are not selected. Similarly, the first operation interface diagram provided in FIG. 6 is shown, which shows the task control item corresponding to the operation interface of the terminal device in the right sliding operation. The specific implementation process is similar to the implementation process of the left sliding operation, and the left sliding operation is referred to. The implementation process can be no longer described here. In a specific implementation, when at least two task control items are displayed on the operation interface of the terminal device, that is, when the number of operation dimension threshold intervals of the operation dimension of the user operation action on the operation interface is greater than 1 And determining, according to the time when the user operation action is performed, the task control item currently corresponding to the user operation action, for example, dividing the time when the user operation action is performed into at least one time period, The time period is respectively associated with the operation dimension threshold interval in which the user operates the action. On the basis of this, when determining the task control item of the user operation action, each time period of the user operation action is executed according to the first time. After the sequential ordering, the operation dimension threshold interval corresponding to the latest time period in which the execution time of the user operation action occurs is the operation dimension threshold interval in which the user operation action is currently located, thereby corresponding to the operation dimension threshold interval. The task control item is currently used as the user operation action corresponding to the terminal device operation interface. Control items. Similarly, it is also possible to determine the operating dimension threshold interval in which the operation dimension is operated according to the operation dimension of the user interface according to the user operation action. Specifically, the user operation action is on the operation interface. The operation dimension threshold interval in which the operation dimension is located is an operation dimension threshold interval corresponding to the maximum value, the minimum value, or the mean value of the operation value of the user operation action under the operation dimension of the operation interface. For example, according to the moving distance when the pull-down operation is performed on the operation interface of the terminal device, the moving distance threshold interval corresponding to the maximum moving distance is determined as the moving distance threshold interval in which the pull-down operation is performed; or, according to the pull-down operation, the terminal device operation interface The pressing strength at the time of the upper execution is determined as the pressing strength threshold interval in which the pressing strength is the strongest when the pressing strength is the strongest. Step S104, executing the task instruction based on the operation interface. The step of executing the task instruction based on the operation interface, in particular, executing the task instruction based on the task control item displayed on the operation interface. For example, if the task control item triggered by the pull-down operation in the above step S103 is a refresh control item, a refresh operation is performed for the operation interface based on the triggered refresh control item on the operation interface, and the refreshed operation interface is displayed. In summary, the operating method of the terminal device provided by the present invention, when the task interface is triggered and executed on the operation interface, first detects that the user operation action input on the operation interface is in the corresponding operation dimension. The operation dimension threshold interval is determined, and the triggered task instruction is determined according to the detected operation dimension threshold interval, and finally the triggered task instruction is executed on the operation interface. In the process of triggering and executing the task instruction on the operation interface of the terminal device, the triggering and execution of the task instruction on the operation interface can be realized only according to an operation action input by the user, and the user does not need to input multiple operation actions to trigger. And executing the task instruction, the implementation manner is simpler and more convenient, and the execution efficiency is higher; at the same time, the operation method of the terminal device can also trigger and execute the corresponding task instruction by the operation action input by the user, and in different operation dimensions. The task instruction corresponding to the triggering and executing the operation action is more diversified and has a wider application range. The present invention provides a method for operating a terminal device. The schema is explained. Referring to FIG. 7, there is shown a schematic diagram of an embodiment of an operating device of a terminal device provided by the present invention. Since the device embodiment is basically similar to the method embodiment, the description is relatively simple. For related parts, refer to the corresponding description of the method embodiment provided above. The device embodiments described below are merely illustrative. The present invention provides an operation device for a terminal device, including: a user operation action detecting unit 701, configured to detect a user operation action on an operation interface of the terminal device; and an operation dimension threshold interval determining unit 702, configured to determine the user An operation dimension threshold interval in which the operation dimension corresponding to the operation action is located; a task instruction determination unit 703, configured to determine a task instruction corresponding to the operation dimension threshold interval; a task instruction execution unit 704, configured to execute the operation based on the operation interface Task instructions. Optionally, the user operation action includes at least one of: a pull-down operation, a pull-up operation, a left-sliding operation, a right-sliding operation, and a pressing operation; and an operation dimension of the user operation action, including at least the following An item: a moving distance, a moving speed, and a pressing strength when the user operates the operation interface on the operation interface. Optionally, the operation dimension threshold interval determining unit 702 includes: a first determining subunit, configured to determine at least one moving distance threshold interval corresponding to a moving distance of the pulldown operation/pullup operation on the operation interface And determining at least one moving speed threshold interval corresponding to the moving speed of the pull-down operation/pull-up operation on the operation interface; a second determining sub-unit, configured to determine the left sliding operation/right sliding operation in the And operating at least one moving speed threshold interval corresponding to the moving speed of the operation interface, and determining at least one pressing intensity threshold interval corresponding to the pressing strength of the left sliding operation/right sliding operation on the operation interface; the third determining subunit, Determining at least one moving distance threshold interval corresponding to a moving distance of the pull-down operation/pull-up operation on the operation interface, and determining a moving speed of the pull-down operation/pull-up operation on the operation interface At least one moving speed threshold interval, and determining a pressing of the pull-down operation/pull-up operation on the operation interface At least one compression intensity threshold interval corresponding to the intensity. Optionally, the task instruction determining unit 703 includes: a first task instruction determining subunit, configured to determine, according to an operation dimension threshold interval and a task instruction correspondence, that the moving distance threshold interval of the pulldown operation/pullup operation corresponds to The first task instruction, and the second task instruction corresponding to the moving speed threshold interval of the pull-down operation/pull-up operation; the first determining sub-unit, configured to determine whether the first task instruction and the second task instruction are For the same task instruction, if yes, the task instruction execution unit 704 is run; if not, the task priority command with high priority is determined according to the execution priority level of the first task instruction and the second task instruction. The task instruction corresponding to the pull-down operation/pull-up operation. Optionally, the task instruction determining unit 703 includes: a second task instruction determining subunit, configured to determine a moving speed threshold interval of the left sliding operation/right sliding operation according to the correspondence between the operation dimension threshold interval and the task instruction Corresponding third task instruction, and a fourth task instruction corresponding to the pressing intensity threshold interval of the left sliding operation/right sliding operation; a second determining subunit, configured to determine the third task instruction and the fourth task Whether the instruction is the same task instruction, and if so, running the task instruction execution unit 704; if not, determining the task priority of the execution priority level according to the execution priority level of the third task instruction and the fourth task instruction as The task instruction corresponding to the left sliding operation/right sliding operation. Optionally, the task instruction determining unit 703 includes: a third task instruction determining subunit, configured to determine, according to the operation dimension threshold interval and the task instruction correspondence, that the moving distance threshold interval of the pulldown operation/pullup operation corresponds to a fifth task instruction, a sixth task instruction corresponding to the moving speed threshold interval of the pull-down operation/pull-up operation, and a seventh task instruction corresponding to the pressing intensity threshold interval of the pull-down operation/pull-up operation; a subunit, configured to determine whether the fifth task instruction, the sixth task instruction, and the seventh task instruction are the same task instruction, and if so, running the task instruction execution unit 704; if not, according to the The execution priority level of the five task instruction, the sixth task instruction, and the seventh task instruction is determined as a task instruction corresponding to the pull-down operation/pull-up operation. Optionally, the operation dimension threshold interval determining unit 702 includes: a first moving distance determining subunit, configured to determine at least one moving distance corresponding to a moving distance of the pulldown operation/pullup operation on the operation interface. a second moving distance determining sub-unit, configured to determine at least one moving speed threshold interval corresponding to a moving speed of the pull-down operation/pull-up operation on the operation interface; a third moving distance determining sub-unit, configured to: Determining at least one press intensity threshold interval corresponding to the pressing strength of the pull-down operation/pull-up operation on the operation interface. Optionally, the operation dimension threshold interval determining unit 702 includes: a first moving speed determining subunit, configured to determine at least one movement corresponding to a moving distance of the left sliding operation/right sliding operation on the operation interface a second moving speed determining subunit, configured to determine at least one moving speed threshold interval corresponding to a moving speed of the left sliding operation/right sliding operation on the operation interface; a third moving speed determining subunit, And determining at least one pressing intensity threshold interval corresponding to the pressing strength of the left sliding operation/right sliding operation on the operation interface. Optionally, the operation dimension threshold interval determining unit 702 includes: a pressing strength determining subunit, configured to determine at least one pressing intensity threshold interval corresponding to a pressing strength of the pressing operation on the operation interface. Optionally, if the number of operation dimension threshold intervals in which the operation dimension of the user operation action is located on the operation interface is greater than 1, the operation dimension threshold interval and the user operation action are in the operation. The time period of the interface operation corresponds. Optionally, the operation dimension threshold interval of the operation dimension of the user operation action on the operation interface is an operation dimension threshold interval corresponding to the latest time period of the occurrence time; or the user operation action An operation dimension threshold interval in which the operation dimension of the operation interface is, an operation dimension threshold interval corresponding to the maximum value, the minimum value, or the mean value of the operation value of the user operation action on the operation interface of the operation interface . Optionally, the operating device of the terminal device includes: a task control item generating unit, configured to generate a task control item corresponding to the task instruction based on the operation interface; and a reminding unit, configured to display on the operation interface And the task control item is configured to execute the task instruction based on the task control item displayed on the operation interface. Optionally, the task control item is displayed on the operation interface according to a triggering sequence, and a lower limit value of the operation dimension threshold interval corresponding to the task control item displayed on the operation interface is smaller than the user operation. The action operates on the value in the operational dimension. Optionally, if any one of the operation dimension threshold spaces in which the operation dimension of the user operation action is triggered is triggered, the task control item corresponding to the threshold interval of all operation dimensions of the operation dimension is displayed. And the task control item corresponding to the operation dimension threshold interval in which the operation value of the user operation action is located is selected; and the operation dimension threshold of the selected task control item according to the operation value of the user operation action The change of the interval is switched accordingly. An electronic device provided by the present invention is as follows: In the above embodiment, a method for operating a terminal device is provided, and further, the present invention provides an electronic device for implementing the method for operating the terminal device, The description will be made in conjunction with the drawings. Referring to FIG. 8, a schematic diagram of an electronic device provided by this embodiment is shown. The embodiment of the electronic device provided by the present invention is described in a relatively simple manner. For the related part, refer to the corresponding description of the method for operating the terminal device provided above. The embodiments described below are merely illustrative. The present invention provides an electronic device, including: a memory 801, and a processor 802; the memory 801 is configured to store computer executable instructions, and the processor 802 is configured to execute the computer executable instructions: detecting a terminal device a user operation action on the operation interface; determining an operation dimension threshold interval in which the operation dimension corresponding to the user operation action is located; determining a task instruction corresponding to the operation dimension threshold interval; executing the task instruction based on the operation interface . Optionally, the user operation action includes at least one of: a pull-down operation, a pull-up operation, a left-sliding operation, a right-sliding operation, and a pressing operation; and an operation dimension of the user operation action, including at least the following An item: a moving distance, a moving speed, and a pressing strength when the user operates the operation interface on the operation interface. Optionally, the determining an operation dimension threshold interval in which the operation dimension corresponding to the user operation action is performed is implemented as follows: determining a movement distance of the pull-down operation/pull-up operation on the operation interface. At least one moving distance threshold interval, and determining at least one moving speed threshold interval corresponding to a moving speed of the pull-down operation/pull-up operation on the operation interface; or determining that the left sliding operation/right sliding operation is in the And operating at least one moving speed threshold interval corresponding to the moving speed of the operation interface, and determining at least one pressing intensity threshold interval corresponding to the pressing strength of the left sliding operation/right sliding operation on the operation interface; or determining the pulldown At least one moving distance threshold interval corresponding to a moving distance of the operation/pull-up operation on the operation interface, and determining at least one moving speed threshold interval corresponding to a moving speed of the pull-down operation/pull-up operation on the operation interface And determining the pressing strength of the pull-down operation/pull-up operation on the operation interface Corresponding at least one compression intensity threshold interval. Optionally, the determining the task instruction corresponding to the operation dimension threshold interval is implemented as follows: determining, according to the operation dimension threshold interval and the task instruction correspondence, determining a moving distance threshold interval corresponding to the pull-down operation/pull-up operation a first task instruction, and a second task instruction corresponding to the moving speed threshold interval of the pull-down operation/pull-up operation; determining whether the first task instruction and the second task instruction are the same task instruction, and if so, executing the Determining, according to the operation interface, the computer executable instruction that is the task instruction; if not, determining, according to the execution priority level of the first task instruction and the second task instruction, a task instruction with a high priority is determined as The task instruction corresponding to the pull-down operation/pull-up operation. Optionally, the determining the task instruction corresponding to the operation dimension threshold interval is implemented as follows: determining, according to the correspondence between the operation dimension threshold interval and the task instruction, determining a moving speed threshold interval of the left sliding operation/right sliding operation a third task instruction, and a fourth task instruction corresponding to the pressing intensity threshold interval of the left sliding operation/right sliding operation; determining whether the third task instruction and the fourth task instruction are the same task instruction, and if so, Performing the computer executable instruction that executes the task instruction based on the operation interface; if not, executing a task instruction with a higher priority according to an execution priority level of the third task instruction and the fourth task instruction The task instruction corresponding to the left sliding operation/right sliding operation is determined. Optionally, the determining the task instruction corresponding to the operation dimension threshold interval is implemented as follows: determining, according to the operation dimension threshold interval and the task instruction correspondence, determining a moving distance threshold interval corresponding to the pull-down operation/pull-up operation a fifth task instruction, a sixth task instruction corresponding to the moving speed threshold interval of the pull-down operation/pull-up operation, and a seventh task instruction corresponding to the pressing intensity threshold interval of the pull-down operation/pull-up operation; Whether the five task instruction, the sixth task instruction and the seventh task instruction are the same task instruction, and if so, executing the computer executable instruction that executes the task instruction based on the operation interface; if not, according to the The execution priority level of the fifth task instruction, the sixth task instruction, and the seventh task instruction is determined as a task instruction corresponding to the pull-down operation/pull-up operation. Optionally, the determining an operation dimension threshold interval in which the operation dimension corresponding to the user operation action is performed is implemented as follows: determining a movement distance of the pull-down operation/pull-up operation on the operation interface. At least one moving distance threshold interval; or determining at least one moving speed threshold interval corresponding to a moving speed of the pull-down operation/pull-up operation on the operation interface; or determining that the pull-down operation/pull-up operation is At least one pressing intensity threshold interval corresponding to the pressing strength on the operation interface. Optionally, the determining the operation dimension threshold interval in which the operation dimension corresponding to the user operation action is performed is implemented as follows: determining, according to the moving distance of the left sliding operation/right sliding operation on the operation interface, At least one moving distance threshold interval; or determining at least one moving speed threshold interval corresponding to a moving speed of the left sliding operation/right sliding operation on the operation interface; or determining the left sliding operation/right sliding operation At least one press intensity threshold interval corresponding to the pressing strength on the operation interface. Optionally, the determining an operation dimension threshold interval in which the operation dimension corresponding to the user operation action is performed is implemented as follows: determining at least one press strength corresponding to a pressing strength of the pressing operation on the operation interface Threshold interval. Optionally, if the number of operation dimension threshold intervals in which the operation dimension of the user operation action is located on the operation interface is greater than 1, the operation dimension threshold interval and the user operation action are in the operation. The time period of the interface operation corresponds. Optionally, the operation dimension threshold interval of the operation dimension of the user operation action on the operation interface is an operation dimension threshold interval corresponding to the latest time period of the occurrence time; or the user operation action An operation dimension threshold interval in which the operation dimension of the operation interface is, an operation dimension threshold interval corresponding to the maximum value, the minimum value, or the mean value of the operation value of the user operation action on the operation interface of the operation interface . Optionally, after the computer executable instruction that is determined to be the task instruction corresponding to the operation dimension threshold interval is executed, and the computer executable instruction is executed based on the operation interface to execute the task instruction, The processor 802 is further configured to: execute the following computer executable instructions: generating a task control item corresponding to the task instruction based on the operation interface; displaying the task control item on the operation interface, or issuing the task control Corresponding reminder information; correspondingly, the executing the task instruction based on the operation interface is implemented as follows: executing the task instruction based on the task control item displayed on the operation interface. Optionally, the task control item is displayed on the operation interface according to a triggering sequence, and a lower limit value of the operation dimension threshold interval corresponding to the task control item displayed on the operation interface is smaller than the user operation. The action operates on the value in the operational dimension. Optionally, if any one of the operation dimension threshold spaces in which the operation dimension of the user operation action is triggered is triggered, the task control item corresponding to the threshold interval of all operation dimensions of the operation dimension is displayed. And the task control item corresponding to the operation dimension threshold interval in which the operation value of the user operation action is located is selected; and the operation dimension threshold of the selected task control item according to the operation value of the user operation action The change of the interval is switched accordingly. The present invention is disclosed in the above preferred embodiments, but it is not intended to limit the present invention, and any one skilled in the art can make possible variations and modifications without departing from the spirit and scope of the invention. The scope of protection should be based on the scope defined by the scope of the patent application of the present invention. In a typical configuration, a computing device includes one or more processors (CPUs), input/output interfaces, a network interface, and memory. The memory may include non-permanent memory, random access memory (RAM) and/or non-volatile memory in computer readable media, such as read only memory (ROM) or flash memory ( Flash RAM). Memory is an example of a computer readable medium. Computer readable media including both permanent and non-permanent, removable and non-removable media can be stored by any method or technology. Information can be computer readable instructions, data structures, modules of programs, or other materials. Examples of computer storage media include, but are not limited to, phase change memory (PRAM), static random access memory (SRAM), dynamic random access memory (DRAM), and other types of random access memory (RAM). Read-only memory (ROM), electrically erasable programmable read-only memory (EEPROM), flash memory or other memory technology, CD-ROM, digital versatile disc (DVD) Or other optical storage, magnetic tape cartridges, magnetic tape storage or other magnetic storage devices or any other non-transportable media that can be used to store information that can be accessed by computing devices. As defined herein, computer readable media does not include non-transitory computer readable media, such as modulated data signals and carrier waves. Those skilled in the art will appreciate that embodiments of the present invention can be provided as a method, system, or computer program product. Thus, the invention may take the form of a fully hardware embodiment, a fully software embodiment, or an embodiment combining the software and hardware. Moreover, the present invention may take the form of a computer program product implemented on one or more computer usable storage media (including but not limited to disk memory, CD-ROM, optical memory, etc.) containing computer usable code. .

S101~S104‧‧‧步驟S101~S104‧‧‧Steps

201‧‧‧閾值區間一201‧‧‧ threshold interval one

202‧‧‧閾值區間二202‧‧‧ threshold interval two

203‧‧‧閾值區間三203‧‧‧ threshold interval three

204‧‧‧閾值區間四204‧‧‧ threshold interval four

701‧‧‧使用者操作動作檢測單元701‧‧‧User operating motion detection unit

702‧‧‧操作維度閾值區間確定單元702‧‧‧Operation Dimension Threshold Interval Determination Unit

703‧‧‧任務指令確定單元703‧‧‧Task command determination unit

704‧‧‧任務指令執行單元704‧‧‧Task instruction execution unit

801‧‧‧記憶體801‧‧‧ memory

802‧‧‧處理器802‧‧‧ processor

圖1是本發明提供的一種終端設備的操作方法實施例的處理流程圖； 　　圖2是本發明提供的第一種操作介面的示意圖； 　　圖3是本發明提供的第二種操作介面的示意圖； 　　圖4是本發明提供的第三種操作介面的示意圖； 　　圖5是本發明提供的第四種操作介面的示意圖； 　　圖6是本發明提供的第五種操作介面的示意圖； 　　圖7是本發明提供的一種終端設備的操作裝置實施例的示意圖； 　　圖8是本發明提供的一種電子設備實施例的示意圖。1 is a process flow diagram of an embodiment of an operation method of a terminal device according to the present invention; FIG. 2 is a schematic diagram of a first operation interface provided by the present invention; FIG. 3 is a schematic diagram of a second operation interface provided by the present invention; 4 is a schematic diagram of a third operational interface provided by the present invention; FIG. 5 is a schematic diagram of a fourth operational interface provided by the present invention; FIG. 6 is a schematic diagram of a fifth operational interface provided by the present invention; A schematic diagram of an operating device embodiment of a terminal device is provided. FIG. 8 is a schematic diagram of an embodiment of an electronic device provided by the present invention.

Claims (17)

一種終端設備的操作方法，其特徵在於，包括： 　　檢測終端設備的操作介面上的使用者操作動作； 　　確定該使用者操作動作對應的操作維度所處的操作維度閾值區間； 　　確定該操作維度閾值區間對應的任務指令； 　　基於該操作介面執行該任務指令。A method for operating a terminal device, comprising: detecting a user operation action on an operation interface of the terminal device; determining an operation dimension threshold interval in which the operation dimension corresponding to the user operation action is located; determining the operation dimension threshold interval Corresponding task instruction; executing the task instruction based on the operation interface. 根據申請專利範圍第1項所述的終端設備的操作方法，其中，該使用者操作動作，包括下述至少一項：下拉操作、上拉操作、左滑操作、右滑操作以及按壓操作； 　　該使用者操作動作的操作維度，包括下述至少一項：該使用者操作動作在該操作介面上操作時的移動距離、移動速度以及按壓強度。The operating method of the terminal device according to the first aspect of the invention, wherein the user operation action comprises at least one of the following: a pull-down operation, a pull-up operation, a left-sliding operation, a right-sliding operation, and a pressing operation; The operation dimension of the user's operation action includes at least one of the following: the movement distance, the movement speed, and the compression strength of the user operation action when operating on the operation interface. 根據申請專利範圍第2項所述的終端設備的操作方法，其中，該確定該使用者操作動作對應的操作維度所處的操作維度閾值區間，採用如下方式實現： 　　確定該下拉操作/上拉操作在該操作介面上的移動距離對應的至少一個移動距離閾值區間，並確定該下拉操作/上拉操作在該操作介面上的移動速度對應的至少一個移動速度閾值區間； 　　或者，確定該左滑操作/右滑操作在該操作介面上的移動速度對應的至少一個移動速度閾值區間，並確定該左滑操作/右滑操作在該操作介面上的按壓強度對應的至少一個按壓強度閾值區間； 　　或者，確定該下拉操作/上拉操作在該操作介面上的移動距離對應的至少一個移動距離閾值區間，並確定該下拉操作/上拉操作在該操作介面上的移動速度對應的至少一個移動速度閾值區間，以及，確定該下拉操作/上拉操作在該操作介面上的按壓強度對應的至少一個按壓強度閾值區間。The operation method of the terminal device according to the second aspect of the invention, wherein the operation dimension threshold interval in which the operation dimension corresponding to the user operation action is determined is implemented as follows: determining the pull-down operation/pull-up operation At least one moving distance threshold interval corresponding to the moving distance on the operation interface, and determining at least one moving speed threshold interval corresponding to the moving speed of the pull-down operation/pull-up operation on the operation interface; or determining the left sliding operation /right sliding operation at least one moving speed threshold interval corresponding to the moving speed of the operation interface, and determining at least one pressing intensity threshold interval corresponding to the pressing strength of the left sliding operation/right sliding operation on the operation interface; or Determining at least one moving distance threshold interval corresponding to the moving distance of the pull-down operation/pull-up operation on the operation interface, and determining at least one moving speed threshold interval corresponding to the moving speed of the pull-down operation/pull-up operation on the operation interface And, to determine the pull-down operation / pull-up operation at Pressing operation interface strength corresponding to the at least one pressing intensity threshold interval. 根據申請專利範圍第3項所述的終端設備的操作方法，其中，該確定該操作維度閾值區間對應的任務指令，採用如下方式實現： 　　根據操作維度閾值區間與任務指令對應關係，確定該下拉操作/上拉操作的移動距離閾值區間對應的第一任務指令，以及該下拉操作/上拉操作的移動速度閾值區間對應的第二任務指令； 　　判斷該第一任務指令與該第二任務指令是否為同一任務指令，若是，轉入該基於該操作介面執行該任務指令步驟執行；若否，根據該第一任務指令和該第二任務指令的執行優先等級，將執行優先等級高的任務指令確定為該下拉操作/上拉操作對應的任務指令。The operation method of the terminal device according to the third aspect of the invention, wherein the determining the task instruction corresponding to the operation dimension threshold interval is implemented as follows: determining the pulldown operation according to the correspondence between the operation dimension threshold interval and the task instruction a first task instruction corresponding to the moving distance threshold interval of the pull-up operation, and a second task instruction corresponding to the moving speed threshold interval of the pull-down operation/pull-up operation; determining whether the first task instruction and the second task instruction are And executing the task instruction step execution based on the operation interface; if not, determining, according to the execution priority level of the first task instruction and the second task instruction, the task instruction with high priority is determined as The task instruction corresponding to the pull-down operation/pull-up operation. 根據申請專利範圍第3項所述的終端設備的操作方法，其中，該確定該操作維度閾值區間對應的任務指令，採用如下方式實現： 　　根據操作維度閾值區間與任務指令對應關係，確定該左滑操作/右滑操作的移動速度閾值區間對應的第三任務指令，以及該左滑操作/右滑操作的按壓強度閾值區間對應的第四任務指令； 　　判斷該第三任務指令與該第四任務指令是否為同一任務指令，若是，轉入該基於該操作介面執行該任務指令步驟執行；若否，根據該第三任務指令和該第四任務指令的執行優先等級，將執行優先等級高的任務指令確定為該左滑操作/右滑操作對應的任務指令。The operation method of the terminal device according to the third aspect of the invention, wherein the determining the task instruction corresponding to the operation dimension threshold interval is implemented as follows: determining the left slip according to the correspondence between the operation dimension threshold interval and the task instruction a third task command corresponding to the moving speed threshold interval of the operation/right sliding operation, and a fourth task command corresponding to the pressing intensity threshold interval of the left sliding operation/right sliding operation; determining the third task instruction and the fourth task instruction Whether it is the same task instruction, if yes, the execution of the task instruction step execution based on the operation interface; if not, according to the execution priority level of the third task instruction and the fourth task instruction, the task instruction with high priority level is executed The task instruction corresponding to the left sliding operation/right sliding operation is determined. 根據申請專利範圍第3項所述的終端設備的操作方法，其中，該確定該操作維度閾值區間對應的任務指令，採用如下方式實現： 　　根據操作維度閾值區間與任務指令對應關係，確定該下拉操作/上拉操作的移動距離閾值區間對應的第五任務指令、該下拉操作/上拉操作的移動速度閾值區間對應的第六任務指令，以及該下拉操作/上拉操作的按壓強度閾值區間對應的第七任務指令； 　　判斷該第五任務指令、該第六任務指令與該第七任務指令是否為同一任務指令，若是，轉入該基於該操作介面執行該任務指令步驟執行；若否，根據該第五任務指令、該第六任務指令和該第七任務指令的執行優先等級，將執行優先等級高的任務指令確定為該下拉操作/上拉操作對應的任務指令。The operation method of the terminal device according to the third aspect of the invention, wherein the determining the task instruction corresponding to the operation dimension threshold interval is implemented as follows: determining the pulldown operation according to the correspondence between the operation dimension threshold interval and the task instruction a fifth task command corresponding to the moving distance threshold interval of the pull-up operation, a sixth task command corresponding to the moving speed threshold interval of the pull-down operation/pull-up operation, and a pressing intensity threshold interval corresponding to the pull-down operation/pull-up operation a seventh task instruction; determining whether the fifth task instruction, the sixth task instruction, and the seventh task instruction are the same task instruction; if yes, transferring to the execution of the task instruction step based on the operation interface; if not, according to the The fifth task instruction, the sixth task instruction, and the execution priority level of the seventh task instruction determine the task instruction having the higher priority level as the task instruction corresponding to the pull-down operation/pull-up operation. 根據申請專利範圍第2項所述的終端設備的操作方法，其中，該確定該使用者操作動作對應的操作維度所處的操作維度閾值區間，採用如下方式實現： 　　確定該下拉操作/上拉操作在該操作介面上的移動距離對應的至少一個移動距離閾值區間； 　　或者，確定該下拉操作/上拉操作在該操作介面上的移動速度對應的至少一個移動速度閾值區間； 　　或者，確定該下拉操作/上拉操作在該操作介面上的按壓強度對應的至少一個按壓強度閾值區間。The operation method of the terminal device according to the second aspect of the invention, wherein the operation dimension threshold interval in which the operation dimension corresponding to the user operation action is determined is implemented as follows: determining the pull-down operation/pull-up operation At least one moving distance threshold interval corresponding to the moving distance of the operation interface; or determining at least one moving speed threshold interval corresponding to the moving speed of the pull-down operation/pull-up operation on the operation interface; or determining the pull-down operation / Pull-up operation at least one pressing intensity threshold interval corresponding to the pressing strength on the operation interface. 根據申請專利範圍第2項所述的終端設備的操作方法，其中，該確定該使用者操作動作對應的操作維度所處的操作維度閾值區間，採用如下方式實現： 　　確定該左滑操作/右滑操作在該操作介面上的移動距離對應的至少一個移動距離閾值區間； 　　或者，確定該左滑操作/右滑操作在該操作介面上的移動速度對應的至少一個移動速度閾值區間； 　　或者，確定該左滑操作/右滑操作在該操作介面上的按壓強度對應的至少一個按壓強度閾值區間。The operation method of the terminal device according to the second aspect of the invention, wherein the operation dimension threshold interval in which the operation dimension corresponding to the user operation action is determined is implemented as follows: determining the left sliding operation/right sliding And operating at least one moving distance threshold interval corresponding to the moving distance of the operation interface; or determining at least one moving speed threshold interval corresponding to the moving speed of the left sliding operation/right sliding operation on the operation interface; or determining the The left sliding operation/right sliding operation is at least one pressing intensity threshold interval corresponding to the pressing strength on the operation interface. 根據申請專利範圍第2項所述的終端設備的操作方法，其中，該確定該使用者操作動作對應的操作維度所處的操作維度閾值區間，採用如下方式實現： 　　確定該按壓操作在該操作介面上的按壓強度對應的至少一個按壓強度閾值區間。The operation method of the terminal device according to the second aspect of the invention, wherein the operation dimension threshold interval in which the operation dimension corresponding to the user operation action is determined is implemented as follows: determining that the pressing operation is in the operation interface The upper pressing strength corresponds to at least one pressing intensity threshold interval. 根據申請專利範圍第3至9項中任意一項所述的終端設備的操作方法，其中，若該使用者操作動作在該操作介面上的操作維度所處的操作維度閾值區間的數目大於1，則該操作維度閾值區間與該使用者操作動作在該操作介面上操作的時間段對應。The operating method of the terminal device according to any one of claims 3 to 9, wherein if the number of operation dimension threshold intervals in which the operation dimension of the user operation action is on the operation interface is greater than 1, Then, the operation dimension threshold interval corresponds to a time period in which the user operation action operates on the operation interface. 根據申請專利範圍第10項所述的終端設備的操作方法，其中，該使用者操作動作在該操作介面上的操作維度所處的操作維度閾值區間，為發生時間最晚的時間段對應的操作維度閾值區間； 　　或者，該使用者操作動作在該操作介面上的操作維度所處的操作維度閾值區間，為該使用者操作動作在該操作介面上的操作維度下操作數值的最大值、最小值或者均值對應的操作維度閾值區間。The operation method of the terminal device according to claim 10, wherein the operation dimension threshold interval of the operation dimension of the user operation action on the operation interface is the operation corresponding to the latest time period of the occurrence time. The dimension threshold interval; or the operation dimension threshold interval of the operation dimension of the user operation action on the operation interface, which is the maximum value and the minimum value of the operation value of the user operation action under the operation dimension of the operation interface. Or the operation dimension threshold interval corresponding to the mean. 根據申請專利範圍第11項所述的終端設備的操作方法，其中，該確定該操作維度閾值區間對應的任務指令步驟執行後，且該基於該操作介面執行該任務指令步驟執行前，執行下述步驟： 　　基於該操作介面產生該任務指令對應的任務控制項； 　　在該操作介面上顯示該任務控制項，或者，發出該任務控制項對應的提醒資訊； 　　相應的，該基於該操作介面執行該任務指令，採用如下方式實現： 　　基於該操作介面上顯示的該任務控制項執行該任務指令。The operation method of the terminal device according to claim 11, wherein after the step of determining the task instruction corresponding to the operation dimension threshold interval is performed, and before the executing the task instruction step based on the operation interface, performing the following Step: generating, according to the operation interface, a task control item corresponding to the task instruction; displaying the task control item on the operation interface, or issuing a reminder information corresponding to the task control item; correspondingly, performing the task based on the operation interface The instruction is implemented as follows: The task instruction is executed based on the task control item displayed on the operation interface. 根據申請專利範圍第12項所述的終端設備的操作方法，其中，該任務控制項按照觸發順序在該操作介面上顯示，且該操作介面上顯示的該任務控制項對應的操作維度閾值區間的下限值，小於該使用者操作動作在該操作維度下操作數值。The operating method of the terminal device according to claim 12, wherein the task control item is displayed on the operation interface according to a triggering sequence, and the operation dimension threshold interval corresponding to the task control item displayed on the operation interface is The lower limit value is less than the user operation action operating the value in the operation dimension. 根據申請專利範圍第12項所述的終端設備的操作方法，其中，若觸發該使用者操作動作的操作維度所處的任意一個操作維度閾值空間，則顯示該使用者操作動作在該操作維度的所有操作維度閾值區間對應的任務控制項，且該使用者操作動作的操作數值所處的操作維度閾值區間對應的任務控制項被選中； 　　以及，被選中任務控制項根據該使用者操作動作的操作數值所處的操作維度閾值區間的變化進行相應切換。The operating method of the terminal device according to claim 12, wherein if any one of the operation dimension threshold spaces in which the operation dimension of the user operation action is triggered is triggered, the user operation action is displayed in the operation dimension. All the task control items corresponding to the operation threshold value interval, and the task control item corresponding to the operation dimension threshold interval in which the operation value of the user operation action is located is selected; and the selected task control item is operated according to the user operation The change of the operating dimension threshold interval in which the operational value is located is switched accordingly. 一種終端設備的操作裝置，其特徵在於，包括： 　　使用者操作動作檢測單元，用於檢測終端設備的操作介面上的使用者操作動作； 　　操作維度閾值區間確定單元，用於確定該使用者操作動作對應的操作維度所處的操作維度閾值區間； 　　任務指令確定單元，用於確定該操作維度閾值區間對應的任務指令； 　　任務指令執行單元，用於基於該操作介面執行該任務指令。An operation device for a terminal device, comprising: a user operation action detecting unit, configured to detect a user operation action on an operation interface of the terminal device; and an operation dimension threshold interval determining unit, configured to determine the user operation action An operation dimension threshold interval in which the corresponding operation dimension is located; a task instruction determining unit, configured to determine a task instruction corresponding to the operation dimension threshold interval; and a task instruction execution unit configured to execute the task instruction based on the operation interface. 根據申請專利範圍第15項所述的終端設備的操作裝置，其中，包括： 　　任務控制項產生單元，用於基於該操作介面產生該任務指令對應的任務控制項； 　　提醒單元，用於在該操作介面上顯示該任務控制項，或者，發出該任務控制項對應的提醒資訊； 　　相應的，該任務指令執行單元，基於該操作介面上顯示的該任務控制項執行該任務指令。The operating device of the terminal device of claim 15, wherein: the task control item generating unit is configured to generate a task control item corresponding to the task instruction based on the operation interface; and a reminding unit, configured to perform the operation The task control item is displayed on the interface, or the reminder information corresponding to the task control item is sent; correspondingly, the task instruction execution unit executes the task instruction based on the task control item displayed on the operation interface. 一種電子設備，其特徵在於，包括： 　　記憶體，以及處理器； 　　該記憶體用於儲存電腦可執行指令，該處理器用於執行該電腦可執行指令： 　　檢測終端設備的操作介面上的使用者操作動作； 　　確定該使用者操作動作對應的操作維度所處的操作維度閾值區間； 　　確定該操作維度閾值區間對應的任務指令； 　　基於該操作介面執行該任務指令。An electronic device, comprising: a memory, and a processor; the memory is configured to store computer executable instructions, and the processor is configured to execute the computer executable instructions: detecting user operations on an operation interface of the terminal device An action dimension threshold interval in which the operation dimension corresponding to the user operation action is determined; a task instruction corresponding to the operation dimension threshold interval is determined; and the task instruction is executed based on the operation interface.
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