TWI843041B - System for detecting shaking signals to perform corresponding function and method thereof - Google Patents

Abstract

A system for detecting shaking signals to perform a corresponding function and a method thereof are provided. By performing a target function corresponding to a first option of a first menu or loading a second menu corresponding to the first option when determining a first shaking signal matches a first choice signal corresponding to the first option, and performing the target function corresponding to a second option of the second menu when determining a second shaking signal matches a second choice signal corresponding to the second option, the system and the method can achieve the effect of operating application to perform target function without watching user interface displayed on screen.

Description

System and method for detecting shaking signals to execute corresponding functions

A program operation system and method thereof, in particular, a system and method for detecting a shaking signal to execute a corresponding function.

The invention of mobile phones has brought great convenience to modern people. In addition to the function of making calls at any time, it has many advantages such as the convenience of being portable, making it an indispensable and important communication tool in modern people's lives.

As electronic technology advances with each passing day, the functions of mobile phones have also grown and evolved year by year, and have been innovated. Smart phones with high-performance processors that provide high computing power to run applications have gradually become the mainstream in the field of mobile phone technology due to their high functionality and convenience. This has also allowed mobile phones to go beyond the simple function of making calls and further enable mobile phones to provide various convenient and specific services in life, such as shopping, payment, and Internet access, just like personal assistants.

However, as the processing performance of smartphones increases, the functions of applications running on smartphones are becoming more and more numerous and complex. When users want to execute a specific function in an application, they often need to click on various function options in the application step by step to find the specific function they want to execute.

To solve the above problem, some applications allow users to customize shortcuts on the homepage, so that users can directly click on the desired function on the homepage. However, the above method still requires users to view the user interface displayed by the application. When users cannot view the user interface displayed by the application, they cannot effectively click on a specific function to execute it. In addition, if users are distracted in a dangerous environment and try to find a specific function in the user interface, it may even cause danger to the user.

In summary, it can be seen that the prior art has long had the problem that users need to search in the user interface to execute a specific function, which may cause inconvenience and danger. Therefore, it is necessary to propose an improved technical means to solve this problem.

In view of the problem in the prior art that users need to search in the user interface to execute a specific function, which may cause inconvenience and danger, the present invention discloses a system and method for detecting a shaking signal to execute a corresponding function, wherein:

The system disclosed in the present invention for detecting a shaking signal to execute a corresponding function at least comprises: a menu loading module for loading a first menu, the first menu comprising a first function option of an application, the first function option corresponding to a first selection signal; a signal detection module for detecting a first shaking signal and a second shaking signal through an acceleration sensing element; a signal judgment module for judging whether the first shaking signal matches the first selection signal , and is used to determine whether the second shaking signal matches the second selection signal. The menu loading module is further used to load the second menu corresponding to the first function option when the first shaking signal matches the first selection signal. The second menu includes a second function option, and the second function option corresponds to the second selection signal; the function execution module is used to execute the target function corresponding to the second function option when the second shaking signal matches the second selection signal.

The method disclosed in the present invention for detecting a shaking signal to execute a corresponding function comprises at least the following steps: executing an application; loading a first menu, the first menu including a first function option of the application, the first function option corresponding to a first selection signal; detecting a first shaking signal through an acceleration sensing element; when it is determined that the first shaking signal matches the first selection signal, loading a second menu corresponding to the first function option, the second menu including a second function option, the second function option corresponding to a second selection signal; detecting a second shaking signal through an acceleration sensing element; when it is determined that the second shaking signal matches the second selection signal, executing a target function corresponding to the second function option.

The system and method disclosed in the present invention are as described above. The difference between the present invention and the prior art is that the present invention solves the problems existing in the prior art by determining that the detected first shaking signal matches the first selection signal corresponding to the first function option in the first menu, executing the target function corresponding to the first function option or loading the second menu corresponding to the first function option, and determining that the detected second shaking signal matches the second selection signal corresponding to the second function option in the second menu, executing the target function corresponding to the second function option, thereby achieving the technical effect of operating the application to execute the target function without viewing the screen.

The following will be used in conjunction with drawings and embodiments to explain in detail the features and implementation methods of the present invention. The content is sufficient to enable anyone familiar with the relevant technology to easily and fully understand the technical means used by the present invention to solve the technical problems and implement them accordingly, thereby achieving the effects that can be achieved by the present invention.

The present invention can operate the application program executed by the handheld device by shaking the handheld device. The handheld device mentioned in the present invention is a computing device that includes an acceleration sensor element and can be easily held by a user, such as a smart phone.

The acceleration sensing element mentioned in the present invention may be a two-axis or three-axis acceleration sensor, but the present invention is not limited thereto. Any element or module that can sense the shaking of a handheld device may be used as the acceleration sensing element mentioned in the present invention.

The following first uses the system architecture diagram of the present invention, "Figure 1", which is a system architecture diagram for detecting shaking signals to execute corresponding functions. As shown in "Figure 1", the system of the present invention is included in the application, which includes a signal detection module 110, a menu loading module 120, a signal judgment module 160, a function execution module 170, and an additional function setting module 120 and a menu generation module 130, and the application is executed in a handheld device 100. Generally speaking, the handheld device 100 is a computing device, and the above modules are generated by the processing element of the handheld device after executing one or more computer instructions.

The computing device mentioned in this work includes but is not limited to one or more processing modules, one or more memory modules, and hardware components such as a bus connecting different hardware components (including memory modules and processing modules). Through the multiple hardware components included, the computing device can load and execute an operating system so that the operating system runs on the computing device, and can also execute software or programs. In addition, the computing device also includes a housing, and the above-mentioned hardware components are arranged in the housing.

The bus of the computing device mentioned in this work may include one or more types, such as a data bus, an address bus, a control bus, an expansion bus, and/or a local bus. The bus of the computing device includes but is not limited to an Industry Standard Architecture (ISA) bus, a Peripheral Component Interconnect (PCI) bus, a Video Electronics Standards Association (VESA) local bus, and a Universal Serial Bus (USB) bus, a PCI Express (PCI-E/PCIe) bus, etc.

The processing module of the computing device proposed in this creation is coupled to a bus. The processing module includes a register group or a register space, which can be completely set on the processing chip of the processing module, or completely or partially set outside the processing chip and coupled to the processing chip via a dedicated electrical connection and/or via a bus. The processing module can be a central processing unit, a microprocessor, or any suitable processing element. If the computing device is a multi-processor device, that is, the computing device includes multiple processing modules, the processing modules included in the computing device are the same or similar, and are coupled and communicated through a bus. The processing module can interpret a computer instruction or a series of multiple computer instructions to perform specific calculations or operations, such as mathematical operations, logical operations, data comparison, copying/moving data, etc., to drive other hardware components in the computing device or run the operating system or execute various programs and/or modules.

Computing devices usually also include one or more chipsets. The processing module of the computing device can be coupled to the chipset or electrically connected to the chipset through a bus. The chipset is composed of one or more integrated circuits (ICs), including a memory controller and a peripheral input/output (I/O) controller, etc. That is, the memory controller and the peripheral input/output (I/O) controller can be included in one IC, or can be implemented using two or more ICs. The chipset usually provides input/output and memory management functions, as well as multiple general and/or dedicated registers, timers, etc., wherein the above-mentioned general and/or dedicated registers and timers can be accessed or used by one or more processing modules coupled or electrically connected to the chipset.

The processing module of the computing device can also access the data in the memory module and the mass storage area installed on the computing device through the memory controller. The above-mentioned memory module includes any type of volatile memory and/or non-volatile memory (NVRAM) memory, such as static random access memory (SRAM), dynamic random access memory (DRAM), read-only memory (ROM), flash memory, etc. The mass storage area mentioned above may include any type of storage device or storage media, such as a hard drive, optical disc, flash drive, memory card, solid state disk (SSD), or any other storage device. In other words, the memory controller can access data in static random access memory, dynamic random access memory, flash memory, hard drive, and solid state disk.

The processing module of the computing device can also be connected and communicated with peripheral devices or interfaces such as peripheral output devices, peripheral input devices, communication interfaces, and GPS receivers through the peripheral input/output controller via the peripheral input/output bus. The peripheral input device can be any type of input device, such as a keyboard, a mouse, a trackball, a touchpad, a joystick, etc. The peripheral output device can be any type of output device, such as a display, a printer, etc. The peripheral input device and the peripheral output device can also be the same device, such as a touch screen, etc. The communication interface may include a wireless communication interface and/or a wired communication interface. The wireless communication interface may include an interface supporting a wireless local area network (such as Wi-Fi, Zigbee, etc.), Bluetooth, infrared, near-field communication (NFC), 3G/4G/5G and other mobile communication networks (cellular networks) or other wireless data transmission protocols. The wired communication interface may be an Ethernet device, a DSL modem, a cable modem, an asynchronous transfer mode (ATM) device, or an optical fiber communication interface and/or component. The processing module can periodically poll various peripheral devices and interfaces, so that the computing device can input and output data through various peripheral devices and interfaces, and can also communicate with another computing device having the hardware components described above.

The signal detection module 110 is responsible for detecting the shake signal (including the first shake signal and the second shake signal) through the acceleration sensing element 101. Generally speaking, the acceleration sensing element 101 is set in the handheld device 100 that executes the application program of the present invention, and the signal detection module 110 can obtain the shake signal sensed by the acceleration sensing element 101 when the handheld device 100 is shaken by the user. Among them, the user can shake the handheld device 100 in one or more ways such as up and down, left and right, and front and back to generate a shake signal, but the way the user shakes the handheld device 100 is not limited to the above.

In some embodiments, the signal detection module 110 can determine whether the intensity value of the shake signal sensed by the acceleration sensing element 101 is higher than a predetermined threshold value. If so, the signal detection module 110 can determine that the shake signal is invalid and can discard or ignore the shake signal sensed by the acceleration sensing element 101. If the intensity value of the shake signal is higher than the threshold value, the signal detection module 110 can determine that the shake signal is valid. In this way, after the menu loading module 110 loads the first menu or the second menu, the shake signal sensed by the acceleration sensing element 101 may be used as the first shake signal or the second shake signal or the setting signal.

The menu loading module 120 is responsible for loading the first menu. The first menu loaded by the menu loading module 110 does not necessarily need to be displayed, and the first menu includes one or more first function options of the application of the present invention. The first function options mentioned in the present invention may include specific functions, specific operations or specific options provided by the application of the present invention.

It should be noted that each first function option in the first menu loaded by the menu loading module 120 corresponds to a first selection signal. Generally speaking, a first function option can correspond to a first selection signal, but the present invention has no particular limitation, that is, in the present invention, there may be two or more first selection signals corresponding to the same first function option.

The menu loading module 120 is also responsible for loading a second menu corresponding to a specific first function option when the signal judging module 160 judges that the first shaking signal detected by the signal detecting module 110 matches the first selection signal corresponding to the specific first function option.

The second menu loaded by the menu loading module 110 does not necessarily need to be displayed, and the second menu may include one or more second function options. The second function options mentioned in the present invention may be specific functions, specific operations, or specific options provided by the application including the present invention, or other applications associated with the application including the present invention, or specific functions provided by other applications associated with the application including the present invention.

Each second function option in the second menu loaded by the menu loading module 120 corresponds to the second selection signal. Similar to the first function option, a second function option can usually correspond to a second selection signal, but the present invention has no particular limitation.

The function setting module 130 can provide a setting for the first function option included in the first menu and the second function option included in the second menu. For example, the function setting module 130 can provide a setting interface (not shown), so that the user can select the specific function, specific operation, specific option provided by the present invention, or other applications installed on the handheld device 100 in the setting interface, and can input a setting signal in the setting interface, and can establish a correspondence between the selected specific function/specific operation/specific option/application and the input setting signal, so as to set the first function option and the second function option. Among them, the function setting module 130 can obtain the shaking signal detected by the acceleration sensor 101 through the signal detection module 110, and use the obtained shaking signal as the setting signal. In some implementations, the setting interface provided by the function setting module 130 may also allow the user to set the type of each first or second function option, wherein the function setting module 130 may provide a drop-down menu and/or allow the user to input the type of each first/second function option, but the present invention is not limited thereto.

The function setting module 130 may also adjust the corresponding first selection signal/second selection signal according to the frequency and/or number of times each first function option/each second function option is executed by the function execution module 170, so that a first selection signal/second selection signal with fewer shakes corresponds to a first function option/second function option with a higher execution frequency.

The menu generation module 140 can define the types of all functions/operations/options of the application of the present invention. For example, the menu generation module 140 can obtain (such as detecting or reading) the name of each function/operation/option in the application and the name of its parent or upper level, and can define the obtained parent or upper level name as the type of each function/operation/option; the menu generation module 140 can also define the type of each function option according to the actual function of each function/operation/option, for example, the type of the function/operation/option actually queried The menu generation module 140 may define the types of functions/operations/options as inquiries, the types of functions/operations/options for receiving data, scanning data, or inputting data as data acquisition, and the types of functions/operations/options for payment or money transfer as payments, etc. The menu generation module 140 may also define the types of functions/operations/options according to the correlation between the functions/operations/options, for example, the types of functions/operations/options for account inquiries, transfers, screen captures, and opening external communication software are all defined as transfers.

The menu generation module 140 may also generate one or more first function options included in the first menu according to the types of all functions/operations/options of the application program of the present invention. For example, the menu generation module 140 may use all defined types as first function options of the first menu, and the second function options of the second menu corresponding to each first function option are functions/operations/options of the same type.

The signal determination module 160 is responsible for reading a first selection signal corresponding to a first function option included in the first menu, and is also responsible for reading a second selection signal corresponding to a second function option included in the second menu.

The signal determination module 160 is also responsible for determining whether the first shaking signal detected by the signal detection module 110 matches any of the loaded first selection signals, and is also responsible for determining whether the second shaking signal detected by the signal detection module 110 matches any of the loaded second selection signals. Generally speaking, the signal determination module 160 can determine whether the first shaking signal and the first selection signal (or the second shaking signal and the second selection signal) match based on the similarity of information such as waveforms or features, but the present invention is not limited thereto.

The function execution module 170 is responsible for executing the target function corresponding to the second function option corresponding to the second selection signal when the signal determination module 160 determines that the second shaking signal matches a second selection signal.

When the signal judgment module 160 judges that the first shaking signal matches a first selection signal, the function execution module 170 may directly execute the target function corresponding to the first function option corresponding to the first selection signal, or select to execute the target function corresponding to the first function option corresponding to the first selection signal according to the type of the first function option corresponding to the first selection signal.

Next, the operating system and method of the present invention are explained with reference to the first embodiment, and please refer to the flowchart of the method of detecting the shaking signal to execute the corresponding function proposed in the present invention in "Figure 2". In this embodiment, it is assumed that the handheld device 100 is a smart phone, but the present invention is not limited to this.

After the user operates the handheld device 100 to execute the application program including the present invention, the menu loading module 120 may load the first menu (step 220). In this embodiment, assuming that the application program is a mobile banking APP provided by a bank, the menu loading module 120 may load the first menu after the user logs into the application program and displays the mobile banking homepage, wherein the first menu may be set by the user through the function setting module 130.

After the menu loading module 120 loads the first menu (step 220), the signal detection module 110 can detect the first shake signal (step 230). In this embodiment, it is assumed that the signal detection module 110 can first determine whether the intensity value of the shake signal detected by the acceleration sensing element 101 is greater than the threshold value. If not, the signal detection module 110 can discard or ignore the shake signal detected by the acceleration sensing element 101; and if the intensity value of the shake signal is greater than the threshold value, the signal detection module 110 can use the shake signal as the first shake signal.

After the signal detection module 110 detects the first shaking signal (step 230), the signal determination module 160 can determine whether the first shaking signal matches a first selection signal corresponding to any first function option in the first menu loaded by the menu loading module 120 (step 240). In this embodiment, it is assumed that the first menu only includes one first function option, such as displaying a payment barcode. If there are two first selection signals corresponding to the first function option, which respectively represent shaking the handheld device 100 up and down and shaking the handheld device 100 left and right, if the first shaking signal is generated by the signal detection module 110 through the acceleration sensor 101 detecting that the user shakes the handheld device 100 up and down or shakes the handheld device 100 left and right, then the signal judgment module 160 can judge that the first shaking signal matches the first selection signal.

After the signal judgment module 160 determines whether the first shaking signal detected by the signal detection module 110 matches the first selection signal corresponding to any first function option in the first menu loaded by the menu loading module 120 (step 240), if the first shaking signal does not match the first selection signal, the function execution module 170 may not execute any function in the application; and if the signal judgment module 160 determines that the first shaking signal matches the first selection signal, the function execution module 170 may execute the target function corresponding to the first function option corresponding to the first selection signal (step 250). In this embodiment, the function execution module 170 can prompt the user to confirm whether to execute the target function of the barcode payment. If not, the function execution module 170 may not execute the target function; and if the user confirms to execute the target function, the function execution module 170 can execute the function of generating and displaying the payment barcode, so that the user can provide the barcode to the merchant to perform the payment operation.

The operating system and method of the present invention are explained with the second embodiment, and please also refer to the method flow chart of the present invention in "FIG. 2". In this embodiment, it is also assumed that the handheld device 100 is a smart phone.

After the user operates the handheld device 100 to execute the application program including the present invention, the menu loading module 120 may load the first menu (step 220). In this embodiment, it is assumed that the first menu includes first functional options representing account items and payment items, and the first selection signals corresponding to the first functional options representing account items and payment items are shaking the handheld device 100 up and down and shaking the handheld device 100 left and right, respectively, and the account items and payment items may be options in the main screen of the application program.

After the menu loading module 120 loads the first menu (step 220), the signal detection module 110 can detect the first shaking signal (step 230), and the signal judgment module 160 can judge whether the first shaking signal matches the first selection signal corresponding to any first function option in the first menu (step 240). In this embodiment, it is assumed that the user shakes the handheld device 100 up and down after the application displays the homepage, so that the signal detection module 110 can detect the first shaking signal indicating up and down shaking. When the signal judgment module 160 compares the first selection signal corresponding to the first function option representing the accounting item with the first shaking signal detected by the signal detection module 110, since the first selection signal of the first function option representing the accounting item indicates up and down shaking, , which is different from the first shaking signal indicating left and right shaking. Therefore, the signal judgment module 160 can judge that the two do not match, and can continue to compare the first selection signal indicating the first function option of the payment item with the detected first shaking signal. Since the first selection signal indicating the first function option of the payment item indicates left and right shaking, which is the same as the first shaking signal, the signal judgment module 160 can judge that the first selection signal matches the first shaking signal.

After the signal determination module 160 determines whether the first shaking signal detected by the signal detection module 110 matches the first selection signal corresponding to any first function option in the first menu loaded by the menu loading module 120 (step 240), if the signal determination module 160 determines that the first shaking signal matches the first selection signal, the function execution module 150 may execute the first selection signal that matches the first shaking signal. The menu loading module 120 may determine whether there is a corresponding second menu for the first function option corresponding to the first selection signal that matches the first shaking signal. If not, the menu loading module 120 may not execute; and if there is a second menu corresponding to the first function option, the menu loading module 120 may load the corresponding second menu (step 270). In the present embodiment, the function execution module 150 can execute the function of the payment item, that is, as shown in "Figure 3A", the payment function screen is opened and/or displayed in the application, and the menu loading module 120 can load the second menu corresponding to the payment item, wherein the second menu includes second function options representing functions such as scan code payment, barcode payment, and barcode collection, and the second selection signals corresponding to the second function options representing scan code payment, barcode payment, and barcode collection are respectively shaking the handheld device 100 left and right twice, shaking the handheld device 100 up and down twice, and shaking the handheld device 100 up and down and left and right once each.

After the menu loading module 120 loads the second menu (step 270), the signal detection module 110 can detect the second shaking signal (step 280), and the signal judgment module 160 can judge whether the second shaking signal matches the second selection signal corresponding to any second function option in the second menu. The signal judgment module 160 can also execute the target function corresponding to the second function option when it is judged that there is a second selection signal corresponding to a second function option that matches the second shaking signal (step 290). In this embodiment, it is assumed that after the application displays the payment function screen, the user continues to shake the handheld device 100 up and down, so that the signal detection module 110 can detect the second shaking signal indicating continuous up and down shaking. After comparing the second selection signal corresponding to the second function option indicating scan code payment, barcode payment, and barcode collection with the second shaking signal detected by the signal detection module 110, the signal judgment module 160 can judge that the second shaking signal is consistent with the second selection signal corresponding to the second function option indicating barcode payment, and the function execution module 170 can execute the target function corresponding to the second function option corresponding to the second selection signal (step 290). In this embodiment, the function execution module 170 can prompt the user to confirm whether to execute the target function of barcode payment as shown in "Figure 3B". If the user confirms to execute the target function, the function execution module 170 can execute the function of generating and displaying the payment barcode, so that the user can provide the barcode to the merchant to perform the payment operation.

In addition, in the first and second embodiments, the function setting module 130 can also provide a first selection signal and a second selection signal corresponding to the first function option and the second function option. For example, the user can click on the gear-shaped setting option in "Figure 3A", and the function setting module 130 can provide a setting interface for the user to set the first selection signal and the second selection signal corresponding to the first function option and the second function option, and can even provide a setting for the first function option in the first menu and the second function option in the second menu.

In fact, in the first and second embodiments, before the menu loading module 120 loads the first menu (step 220), the menu generating module 140 may first define the type of each function/operation/option according to the correlation of each function/operation/option of the application program of the present invention. For example, the menu loading module 120 may define the type of each function/operation/option according to the operation record of the current user or according to the operation record of all users of the same application program. Operation records are used to determine the functions, operations, and options that may be selected before and after the transfer function, such as account inquiry, transfer, screen capture, opening external communication software, etc., and the types of the determined functions, operations, or options are defined as transfer, and a first menu including a first function option of the transfer item is generated, and a second menu including a second function item such as account inquiry, transfer, screen capture, opening external communication software is generated.

In summary, it can be seen that the difference between the present invention and the prior art lies in that when it is determined that the detected first shaking signal matches the first selection signal corresponding to the first function option in the first menu, the target function corresponding to the first function option is executed or the second menu corresponding to the first function option is loaded, and when it is determined that the detected second shaking signal matches the second selection signal corresponding to the second function option in the second menu, the target function corresponding to the second function option is executed. This technical means can solve the problem of the prior art that the user needs to search in the user interface to execute a specific function, which may cause inconvenience and danger, thereby achieving the technical effect of operating the application to execute the target function without viewing the user interface displayed on the screen.

Furthermore, the method of detecting a shaking signal to execute a corresponding function of the present invention can be implemented in hardware, software, or a combination of hardware and software, and can also be implemented in a centralized manner in a computer system or in a distributed manner with different components distributed in a number of interconnected computer systems.

Although the implementation methods disclosed in the present invention are as above, the contents described are not intended to directly limit the scope of patent protection of the present invention. Any person with common knowledge in the technical field to which the present invention belongs, without departing from the spirit and scope disclosed by the present invention, makes slight changes and modifications to the implementation of the present invention in form and details, which are all within the scope of patent protection of the present invention. The scope of patent protection of the present invention shall still be based on the scope defined in the attached patent application.

100: Handheld device 101: Acceleration sensor 110: Signal detection module 120: Menu loading module 130: Function setting module 140: Menu generation module 160: Signal judgment module 170: Function execution module Step 220: Load a first menu, the first menu includes a first function option, and the first function option corresponds to a first selection signal Step 230: Detect a first shaking signal Step 240: Determine whether the first shaking signal matches the first selection signal Step 250: Execute the target function corresponding to the first function option Step 270: When it is determined that the first function option corresponds to the second menu, the second menu is loaded, the second menu includes the second function option, and the second function option corresponds to the second selection signal Step 280: Detect the second shaking signal Step 290: When it is determined that the second shaking signal matches the second selection signal, the target function corresponding to the second function option is executed

FIG. 1 is a system architecture diagram of detecting a shaking signal to execute a corresponding function according to the present invention. FIG. 2 is a flow chart of a method for detecting a shaking signal to execute a corresponding function according to the present invention. FIG. 3A is a schematic diagram of a display screen according to an embodiment of the present invention. FIG. 3B is a schematic diagram of a prompt screen according to an embodiment of the present invention.

Step 220: Load the first menu, the first menu includes a first function option, and the first function option corresponds to the first selection signal

Step 230: Detect the first shaking signal

Step 240: Determine whether the first shaking signal matches the first selection signal

Step 250: Execute the target function corresponding to the first function option

Step 270: When it is determined that the first function option corresponds to the second menu, the second menu is loaded, the second menu includes the second function option, and the second function option corresponds to the second selection signal

Step 280: Detect the second shaking signal

Step 290: When it is determined that the second shaking signal matches the second selection signal, the target function corresponding to the second function option is executed.

Claims (10)

A system for detecting a shaking signal to execute a corresponding function is applied to a handheld device. The system at least comprises: a menu generation module for generating a first menu according to the types of all functions, operations and/or options of an application program, wherein the first menu comprises at least one first function option of the application program, and the at least one first function option corresponds to a first selection signal; a menu loading module electrically connected to the menu generation module for loading the first menu; a signal detection module for detecting a first shaking signal and a second shaking signal through an acceleration sensing element; a signal judgment module electrically connected to the menu loading module and the signal detection module for judging the first selection signal of the application program; The first shaking signal matches the first selection signal, and is used to determine whether the second shaking signal matches a second selection signal. The menu loading module is further used to determine whether a second menu corresponding to the at least one first function option exists when the first shaking signal matches the first selection signal, and load the second menu when the second menu exists, wherein the second menu includes at least one second function option, and the at least one second function option corresponds to a second selection signal; and a function execution module is electrically connected to the signal determination module, and is used to execute a target function corresponding to the at least one second function option when the second shaking signal matches the second selection signal. A system for detecting a shaking signal to execute a corresponding function as described in claim 1, wherein the function execution module is further used to execute a target function corresponding to the at least one first function option when the first shaking signal matches the first selection signal, or to select and execute the target function corresponding to the at least one first function option according to the type of the at least one first function option. A system for detecting a shaking signal to execute a corresponding function as described in claim 1, wherein the system further comprises a function setting module electrically connected to the menu loading module, for detecting a setting signal through the acceleration sensing element to set the at least one first function option included in the first menu and the at least one second function option included in the second menu. A system for detecting a shaking signal to execute a corresponding function as described in claim 1, wherein the system further comprises a function setting module electrically connected to the menu loading module for adjusting the corresponding first selection signal or the second selection signal according to the frequency and/or number of times the at least one first function option and the at least one second function option are executed. A system for detecting a shaking signal to execute a corresponding function as described in claim 1, wherein the menu generation module defines the type of each function, operation and/or option included in the application, and generates each first function option included in the first menu according to the type of each function, operation and/or option included. A method for detecting a shaking signal to execute a corresponding function is applied to a handheld device, and the method at least includes the following steps: executing an application; generating a first menu according to the types of all functions, operations and/or options of the application, the first menu including at least one first function option of the application, the at least one first function option corresponding to a first selection signal; loading the first menu; detecting a first shaking signal through an acceleration sensor; After determining that the first shaking signal matches the first selection signal, when determining that a second menu corresponding to the at least one first function option exists, the second menu is loaded, the second menu includes at least one second function option, and the at least one second function option corresponds to a second selection signal; a second shaking signal is detected through the acceleration sensing element; and when determining that the second shaking signal matches the second selection signal, a target function corresponding to the at least one second function option is executed. A method for detecting a shaking signal to execute a corresponding function as described in claim 6, wherein the method further includes the step of executing a target function corresponding to the at least one first function option or selecting to execute a target function corresponding to the at least one first function option according to the type of the at least one first function option after determining that the first shaking signal matches the first selection signal. A method for detecting a shaking signal to execute a corresponding function as described in claim 6, wherein the method further comprises, before the step of loading the first menu, adjusting the corresponding first selection signal according to the frequency and/or number of times the at least one first function option is executed, and/or before the step of loading the second menu, further comprising the step of adjusting the corresponding second selection signal according to the frequency and/or number of times the at least one second function option is executed. A method for detecting a shake signal to execute a corresponding function as described in claim 6, wherein the method further includes a step of determining whether the intensity value of the first shake signal/the second shake signal is higher than a threshold value. A method for detecting a shaking signal to execute a corresponding function as described in claim 6, wherein the method further includes the step of defining the type of each function, operation and/or option of the application in the step of generating the first menu according to the type of all functions, operations and/or options of the application, and generating each first function option included in the first menu according to the type of each function, operation and/or option.

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