CN106201300A - Touch signal processing method and computer system - Google Patents

Abstract

The invention discloses a processing method of touch signals and a computer system, wherein the processing method comprises the steps of receiving at least one touch signal packet, wherein the at least one touch signal packet is in response to the operation of at least one object on a touch device; performing a determination procedure according to at least one of the at least one touch signal packet and an application currently being executed by the computer system; providing at least one first packet to a first driver or providing at least one second packet to a second driver provided by an operating system according to the result of the judging program; when the first driver receives the at least one first packet, the first driver generates a first command according to the at least one first packet; when the second driver receives the at least one second packet, the second driver generates a second command according to the at least one second packet.

Description

Touch signal processing method and computer system

technical field

The invention relates to a touch signal processing method and a computer system, in particular to a touch signal processing method and a computer system capable of selecting a suitable driver according to usage conditions.

Background technique

Various electronic products with touch input interfaces are widely used, such as notebook computers, smart phones, personal digital assistants (PDAs), and tablet computers (tablet PCs). The touch input function provides a more natural and intuitive human-computer interaction mode. The touch device senses and detects a user's action or gesture on the touch device and generates a corresponding touch signal. The current touch gestures are more and more complicated, and the architecture for processing touch signals needs to be improved to provide better performance.

Contents of the invention

Therefore, the main objective of the present invention is to provide a touch signal processing method and a computer system with optional drivers to solve the above problems.

The invention discloses a touch signal processing method, which includes: receiving at least one touch signal packet, the at least one touch signal packet is corresponding to the operation of at least one object on the touch device; according to the at least one touch At least one of the signal packet and the application program currently being executed by the computer system performs a judgment procedure; and according to the result of the judgment procedure, at least one first packet is provided to the first driver or at least one second packet is provided to the operating system to provide the second driver; wherein the at least one first packet is related to the content of the at least one second packet and the content of the at least one touch signal packet; wherein, when the first driver receives the at least one first packet, The first driver generates a first instruction according to the at least one first packet; when the second driver receives the at least one second packet, the second driver generates a second instruction according to the at least one second packet.

The present invention also discloses a computer system, comprising: a touch device, which generates at least one touch signal packet in response to the operation of at least one object; a first driver; a second driver, provided by the operating system of the computer system; processing A unit, coupled to the first driver and the second driver, the processing unit receives the at least one touch signal packet, and according to at least one of the at least one touch signal packet and the application program currently being executed by the computer system Or carry out a judgment procedure, the result of the judgment procedure is used to decide to output at least one first packet to the first driver or output at least one second packet to the second driver; wherein the at least one first packet and the at least one first packet The content of the second packet is related to the content of the at least one touch signal packet; wherein, when the first driver receives the at least one first packet, the first driver generates a first instruction according to the at least one first packet; when When the second driver receives the at least one second packet, the second driver generates a second command according to the at least one second packet.

The present invention also discloses a touch signal processing method, including: a. receiving the operation of at least one object on the touch device; b. according to the operation and at least one of the application programs currently being executed by the computer system Or, judging that the first driver or the second driver generates an instruction corresponding to the operation; and c. executing an action in the application program according to the instruction.

The present invention also discloses a computer system, which includes: a touch device for receiving the operation of at least one object on the touch device; a first driver; a second driver provided by the operating system of the computer system; a processing unit coupled to The first driver and the second driver are connected, and the processing unit judges that the instruction corresponding to the operation is generated by the first driver or the second driver according to at least one of the operation and the application program currently being executed by the computer system. ; and an execution unit for executing actions in the application program according to the instruction.

Description of drawings

FIG. 1 is a schematic diagram of a computer system according to an embodiment of the present invention.

Fig. 2 is a schematic diagram of the process of the embodiment of the present invention.

FIG. 3 is a schematic diagram of the operation of the selection driver according to the embodiment of the present invention.

FIG. 4 is another schematic diagram of a computer system according to an embodiment of the present invention.

Fig. 5 is another schematic diagram of the process of the embodiment of the present invention.

Main component reference signs:

10, 40 Computer system

102, 402 touch device

104, 404 processing unit

106, 108, 406, 408 drives

110, 410 execution unit

20, 50 process

200, 202, 204, 206, 208, 302, steps

304, 306, 308, 310, 500, 502,

504, 506, 508, 510

P Touch signal packet

P1 first packet

P2 second packet

detailed description

Please refer to FIG. 1 , which is a schematic diagram of a computer system 10 according to an embodiment of the present invention. The computer system 10 includes a touch device 102 , a processing unit 104 , drivers 106 , 108 and an execution unit 110 . The touch device 102 generates at least one touch signal packet P in response to at least one object being operated. The at least one touch signal packet P is corresponding to the operation of at least one object on the touch device. The touch device 102 may be connected to the processing unit 104 in a wired or wireless manner. In general, the touch device continuously sends touch signal packets P, and the touch signal packets P may include touch information such as the contact coordinates of the object, the sensing value of the touched object, the number of touched objects, and so on. The touch device 102 may be a capacitive touch module including a touch input interface connected to a controller (not shown in the figure), and the controller detects a contact object operated on the touch input interface to generate a touch signal packet P. In this embodiment, the driver 108 is a driver program provided by the operating system of the computer system 10, built in the operating system, and the driver 106 is a driver program plugged into the operating system, provided by the provider of the touch device 102 . In different embodiments, the drivers 106 and 108 can also be two drivers built in the operating system, or two drivers plugged into the operating system. The processing unit 104 is coupled to the driver 106 and the driver 108 , and is used for performing a judgment process to determine to output at least one first packet P1 to the driver 106 or to output at least one second packet P2 to the driver 108 . Wherein, the contents of the first packet P1 and the second packet P2 are related to the contents of the touch signal packet P. For example, the content of the first packet P1 may be the same as that of the touch signal packet P. The content of the second packet P2 may be the same as that of the touch signal packet P. That is to say, the processing unit 104 forwards the received touch signal packet P to the driver 106 or 108 . In another embodiment, the content of the first packet P1 may be the same as part of the content of the touch signal packet P. The content of the second packet P2 may be the same as part of the content of the touch signal packet P, but not limited thereto. That is to say, the processing unit 104 performs a processing procedure to generate a packet P1 or P2 according to the content of the received touch signal packet P. This processing procedure can be, for example, adding or deleting touch information in the touch signal packet P, or changing The format of the touch signal packet P. The touch signal packet P may have the same touch information as the first packet P1 or P2 , such as an identification code (ID) representing a touch object (such as a finger), a coordinate, or a type of touch object.

When the driver 106 receives the first packet P1, the driver 106 generates a first command according to the first packet P1. When the driver 108 receives the second packet P2, the driver 108 generates a second command according to the second packet P2. The execution unit 110 is used for performing actions on the application currently being executed by the computer system 10 according to the first instruction or the second instruction.

Regarding the operation of the processing unit 104 , please refer to FIG. 2 , which is a schematic diagram of a process 20 according to an embodiment of the present invention. According to the process 20, when the user uses a touch object (such as a stylus, finger, palm, cheek) to perform a touch operation on the touch device 102, the touch device 102 senses the operation of the object and generates a corresponding Touch signal packet P. The touch signal packet P is sent to the processing unit 104 . In step 202 , the processing unit 104 receives a touch signal packet P from the touch device 102 . Next, the processing unit 104 performs a determination process according to the touch signal packet P and/or the application program currently being executed by the computer system 10 (step 204 ). The processing unit 104 decides to output the first packet P1 to the driver 106 (step 206 ) or output the second packet P2 to the driver 108 (step 208 ) according to the result of the determination procedure. Further, if the driver 106 receives the first packet P1, the driver 106 will generate the first command accordingly. If the driver 108 receives the second packet P2, the driver 108 generates a second command accordingly. In short, the processing unit 104 can decide whether to send the first packet P1 related to the touch signal packet P to the driver 106 or to send the second packet P2 related to the touch signal packet P to the operation of the computer system 10 The driver 108 provided by the system is used to generate related commands.

In one embodiment, the driver 106 or 108 interprets the user's gesture according to the received packet content, and then generates a corresponding function command according to the gesture. In another embodiment, the processing unit 104 interprets the user's gesture according to the received touch signal packet P, and transmits the gesture to the driver 106 or 108 through the first packet P1 or P2. That is to say, the first package P1 or P2 includes gesture information of the user, and the drivers 106 and 108 can directly use the gesture information in the package to generate corresponding function commands.

In addition, in step 204 , after performing the determination procedure, the processing unit 104 may convert the format of the touch signal packet P to obtain the first packet P1 or the second packet P2 .

The judging procedure executed in step 204 is further described below. In an embodiment of the present invention, the processing unit 104 determines the number of touch objects being operated according to the touch signal packet P, and compares the determined number of touch objects with a preset value TH. The processing unit 104 then decides to output at least one first packet P1 to the driver 106 or output at least one second packet P2 to the driver 108 provided by the operating system of the computer system 10 according to the comparison result. That is to say, the processing unit 104 can determine the driver 106 or the driver 108 provided by the operating system according to the number of objects being operated to generate corresponding commands. For example, the default value TH is 2. When the processing unit 104 judges that the number of touch objects is greater than (or equal to) 2, it outputs the first packet P1 to the driver 106. When it is less than 2 (for example, 1 touch object), then Output the second packet P2 to the driver 108 . This means that the processing unit will transfer the operation of more than two fingers to the driver 106 to generate instructions, and the operation of one finger to the driver 108 to generate instructions. For the field of multi-finger operation, the provider of the touch device 102 is generally more familiar than the provider of the operating system, and the driver 106 developed by the provider of the touch device 102 can handle multi-finger gestures, which is helpful to provide users with Better user experience.

In an embodiment of the present invention, the processing unit 104 determines the gesture according to one or more touch signal packets P. And the processing unit 104 judges whether the gesture corresponds to the gesture list supported by the driver 106 . The processing unit 104 determines whether to output at least one first packet P1 to the driver 106 according to the aforementioned determination result. That is to say, the processing unit 104 can determine the driver 106 or the driver 108 provided by the operating system according to the gesture of the object operated on the touch device 102 to generate corresponding instructions. For example, if the gesture corresponds to the gesture list supported by the driver 106 , the processing unit 104 outputs the at least one first packet P1 to the driver 106 . The driver 106 generates a first command according to the at least one first packet P1. If the gesture does not correspond to the supported gesture list of the driver 106 , the processing unit 104 outputs at least one second packet P2 to the driver 108 . The driver 108 generates the second command according to the at least one second packet P2. If the driver 108 does not support the gesture, the driver 108 ignores the gesture operation, that is, the computer system 10 does not respond to the gesture operation. In addition, a list of gestures supported by the driver 106 can be predefined and stored. For example, the gestures supported by the driver 106 or the gestures to be processed by the driver 106 are predefined in the gesture list supported by the driver 106 . In other embodiments, the processing unit 104 may also pre-determine whether the driver 106 or 108 supports the gesture, and transmit the packet to the driver that supports the gesture. If the processing unit 104 determines that neither the drivers 106 nor 108 support the gesture, the processing unit 104 may directly ignore the touch packet P without performing any processing.

In an embodiment of the present invention, after receiving the touch signal packet P, the processing unit 104 can determine whether the application currently being executed by the computer system 10 corresponds to the supported application list of the driver 106 . The processing unit 104 determines whether to output at least one first packet P1 to the driver 106 according to the aforementioned determination result. That is to say, the processing unit 104 can determine the driver 106 or the driver 108 provided by the operating system to process the touch operation according to the application program currently being executed by the computer system 10 to generate corresponding instructions. For example, if the application program currently being executed by the computer system 10 corresponds to the supported application program list of the driver 106, which means that the driver 106 can support the application program currently being executed by the computer system 10, the processing unit 104 outputs the at least one first The packet P1 is sent to the driver 106 . The driver 106 generates a first command according to the at least one first packet P1. If the application currently being executed by the computer system 10 does not correspond to the supported application list of the driver 106 , the processing unit 104 outputs at least one second packet P2 to the driver 108 . The driver 108 generates a second instruction according to the at least one second packet P2. In addition, a list of supported applications for the driver 106 can be pre-defined and stored. In other embodiments, the processing unit 104 may also pre-determine whether the driver 106 or 108 supports the application currently being executed by the computer system 10, and transmit the packet to the driver that supports the application. If the processing unit 104 determines that neither the drivers 106 nor 108 support the application, the processing unit 104 may directly ignore the touch packet P without performing any processing.

In an embodiment of the present invention, the processing unit 104 can determine the type of the object according to the touch signal packet P and determine whether the type of the object is the first preset type. The processing unit 104 determines whether to output at least one first packet P1 to the driver 106 according to the aforementioned determination result. That is to say, the processing unit 104 can determine the driver 106 or the driver 108 provided by the operating system according to the type of the object to generate corresponding commands. For example, the first preset type is a stylus, and if the processing unit 104 determines that the type of the contact object is a stylus, then output at least one first packet P1 to the driver 106 to generate a command. If the processing unit 104 determines that the type of the contact object is not a stylus, it outputs at least one second packet P2 to the driver 108 . It can be understood from the above-mentioned embodiments that the processing unit 104 of the present invention may decide to use the driver 106 or the driver 108 to process the operation of the contact object on the touch device 102 according to the type of the contact object. For example, when the processing unit 104 determines that the contact object is a stylus, it outputs the first packet P1 to the driver 106 , and when the processing unit 104 determines that the contact object is a finger, it outputs the second packet P2 to the driver 108 .

Based on the above description, regarding the determination procedure executed in step 204, the processing unit 104 may base on at least one of the number of objects operated on the touch device 102, the types of objects, gestures, and the application program currently being executed by the computer system 10. One or a combination thereof determines whether the driver 106 or the driver 108 provided by the operating system generates corresponding instructions. For example, referring to FIG. 3 , the processing unit 104 can determine which driver generates the corresponding command according to the number of objects operated on the touch device 102 and the application program being executed. As shown in FIG. 3 , if the user uses a finger to perform a touch operation on the touch device 102 , the touch device 102 senses the operation of the finger and generates a corresponding touch signal packet P accordingly. The processing unit 104 receives (step 302 ) and parses the received one or more touch signal packets P. The processing unit 104 judges whether the number of fingers being operated is greater than a preset value TH according to the touch signal packet P (step 304). The number of fingers may be included in the touch signal packet P, or by the processing unit 104 It is judged according to the content of the touch signal packet P. If the judgment result of step 304 is yes, go to step 306 . If not, go to step 308 . In step 306 , the processing unit 104 outputs at least one first packet P1 to the driver 106 . The driver 106 generates a first command according to the at least one first packet P1. In step 308 , the processing unit 104 detects the currently executing application program of the computer system 10 and determines whether the currently executing application program corresponds to the supported application program list of the driver 106 . If yes, go to step 306. If not, go to step 310 . In step 310 , the processing unit 104 outputs at least one second packet P2 to the driver 108 . The driver 108 generates a second instruction according to the at least one second packet P2.

In short, the processing unit 104 can decide to transmit the packet related to the touch signal packet to the driver 106 or the operating system of the computer system 10 according to the touch signal packet P1 and/or the application program currently being executed by the computer system 10. A driver 108 is provided to generate related commands.

Please refer to FIG. 4 , which is a schematic diagram of a computer system 40 according to an embodiment of the present invention. It is worth noting that since the computer system 40 in FIG. 4 has similar operation modes and functions to the components with the same name in the computer system 10 in FIG. The connection relationship of the components is shown in FIG. 4 , which will not be repeated here. The computer system 40 includes a touch device 402 , a processing unit 404 , drivers 406 , 408 and an execution unit 410 . The touch device 402 receives an operation of at least one object on the touch device. The processing unit 404 is coupled to the driver 406 and the driver 408 for determining whether the driver 406 or the driver 408 generates an instruction corresponding to the operation. The execution unit 410 executes the corresponding processing of the hot-key (Hot-key) in the application program currently being executed according to the instruction corresponding to the operation. This application program can be, for example, image processing software or word processing software. The function of the hot-key It can be, for example, zooming in, zooming out, changing pages, etc. of an image/file. In one embodiment, the execution unit 410 finds the corresponding hotkey in the hotkey database according to the instruction, and then executes the function corresponding to the hotkey. This means that the computer system 40 simulates the user's operation on the touch device 402 as a hotkey, and executes the function of the hotkey.

The spirit of the present invention can be expressed as shown in FIG. 5 , which is a schematic diagram of a process 50 of an embodiment of the present invention, which is applicable to the embodiment shown in FIG. 1 or FIG. 4 . According to the process 50, when the user uses at least one touch object to perform a touch operation on the touch device 402, the touch device 402 receives the operation of the at least one touch object on the touch device 402 (step 502). Next, the processing unit 404 performs a determination procedure according to the operation and/or the application program currently being executed by the computer system 10 . The result of the determination procedure is used to determine whether to generate a command corresponding to the operation by the driver 406 or the driver 408 (step 504). If the result of the judgment procedure indicates that the driver 406 generates an instruction, the driver 406 generates an instruction corresponding to the operation and sends it to the execution unit 410 (step 506 ). If the result of the judgment procedure indicates that the driver 408 provided by the operating system of the computer system 40 generates an instruction, the driver 408 generates an instruction corresponding to the operation and sends it to the execution unit 410 (step 508 ). Further, if the execution unit 410 receives an instruction corresponding to the operation, the execution unit 410 will execute a corresponding action in the application program according to the instruction (step 510 ). In short, the processing unit 404 may determine that the driver 406 or the driver 408 provided by the operating system of the computer system 40 generates an instruction corresponding to the operation to provide to the execution unit 410 . FIG. 5 describes the present invention in a manner different from FIG. 2, because the operation of the object on the touch device will cause the touch device to generate a corresponding touch signal packet P, so step 504 is essentially the same as step 204 in FIG. The technical thinking of the performance is the same.

The determination procedure executed in step 504 is further described below. In one embodiment of the present invention, the processing unit 404 calculates the number of touch objects that are performing the operation according to the operation of the touch objects on the touch device 402, and The calculated number of touch objects is compared with a preset value TH. The processing unit 404 then determines according to the comparison result that the first driver or the second driver generates a command corresponding to the operation. That is to say, the processing unit 404 can determine the driver 406 or the driver 408 provided by the operating system according to the number of objects being operated to generate corresponding commands. For example, the default value TH is 2. When the processing unit determines that the number of touch objects is greater than (or equal to) 2, it determines that the driver 406 generates a command corresponding to the operation. When it is less than 2 (for example, 1 touch object) , then it is determined that the driver 408 generates an instruction corresponding to the operation. This means that the processing unit will transfer the operation of more than two fingers to the driver 406 to generate instructions, and the operation of one finger to the driver 408 to generate instructions. For the field of multi-finger operation, the provider of the touch device 402 is generally more familiar than the provider of the operating system, and the driver 406 developed by the provider of the touch device 402 can handle multi-finger gestures, which is helpful to provide users with Better user experience.

In an embodiment of the present invention, the processing unit 404 determines the gesture corresponding to the operation according to the operation of the touch object on the touch device 402 . The processing unit 404 determines whether the gesture corresponds to the list of supported gestures of the driver 406 . The processing unit 404 judges whether the driver 406 generates an instruction corresponding to the operation according to the foregoing judgment result. That is to say, the processing unit 404 can determine the driver 406 or the driver 408 provided by the operating system according to the gesture of the object on the touch device 402 to generate corresponding instructions. For example, if the gesture corresponding to the operation corresponds to the supported gesture list of the driver 406, the driver 406 generates an instruction corresponding to the operation. If the gesture corresponding to the operation does not correspond to the supported gesture list of the driver 406, the driver 408 generates an instruction corresponding to the operation, and if the driver 408 does not support the gesture, the driver 408 ignores the gesture operation, that is to say , the computer system 40 does not respond to the gesture operation. In addition, a list of gestures supported by the driver 406 can be predefined and stored. For example, the gestures supported by the driver 406 or the gestures to be processed by the driver 406 are predefined in the gesture list supported by the driver 406 . In other embodiments, the processing unit 404 may also pre-determine whether the driver 406 or 408 supports the gesture, and send the packet to the driver that supports the gesture. If the processing unit 404 determines that neither the drivers 406 nor 408 support the gesture, the processing unit 404 may directly ignore the touch signal packet P without performing any processing.

In an embodiment of the present invention, the processing unit 404 can determine whether the application currently being executed by the computer system 40 corresponds to the supported application list of the driver 406 . The processing unit 404 judges whether the driver 406 generates an instruction corresponding to the operation according to the foregoing judgment result. That is to say, the processing unit 404 can determine the driver 406 or the driver 408 provided by the operating system to process the touch operation according to the application program currently being executed by the computer system 40 to generate corresponding instructions. For example, if the application program currently being executed by the computer system 40 corresponds to the supported application program list of the driver 406, it means that the driver 406 can support the application program currently being executed by the computer system 40, and the driver 406 generates commands corresponding to the operation. If the application currently being executed by the computer system 40 does not correspond to the supported application list of the driver 406 , the driver 408 generates an instruction corresponding to the operation. In addition, a list of supported applications for the driver 406 can be pre-defined and stored. In other embodiments, the processing unit 404 may also pre-determine whether the driver 406 or 408 supports the application currently being executed by the computer system 40, and transmit the packet to the driver that supports the application. If the processing unit 404 determines that both the drivers 406 and 408 do not support the application program, the processing unit 404 may directly ignore the touch signal packet P without performing any processing.

In an embodiment of the present invention, the processing unit 404 can determine the type of the object according to the operation (or input) of the touch object on the touch device 402 and determine whether the type of the object is the first preset type. The processing unit 404 determines whether the driver 406 generates an instruction corresponding to the operation according to the aforementioned determination result. That is to say, the processing unit 404 can determine the driver 406 or the driver 408 provided by the operating system according to the type of the object to generate corresponding commands. For example, the first preset type is a stylus, and if the processing unit 404 determines that the type of the contact object is a stylus, the driver 406 generates an instruction corresponding to the operation. If the processing unit 404 determines that the type of the contact object is not a stylus, the driver 408 generates an instruction corresponding to the operation. It can be understood from the above embodiments that the processing unit 404 of the present invention may decide to use the driver 406 or the driver 408 to process the operation of the contact object on the touch device 402 according to the type of the contact object. For example, when the processing unit 404 determines that the contact object is a stylus, it determines that the driver 406 will process the operation of the contact object on the touch device 402 to generate a command corresponding to the operation, and the processing unit 404 determines that the contact object is a finger , the driver 408 is determined to process the operation of the contact object on the touch device 402 to generate a command corresponding to the operation. In the prior art, there are many methods for judging the type of the contact object, such as judging the stylus according to the contact area and moving speed of the touch object. The touch device 402 may also determine that the contact object is a stylus according to the signal received from the active stylus.

In addition, regarding the determination procedure executed in step 504, the processing unit 504 may base on at least one of the number of objects operated on the touch device 102, the types of objects, gestures, and the applications currently being executed by the computer system 10. One or a combination thereof is used to determine whether the driver 106 or the driver 108 provided by the operating system generates an instruction corresponding to the operation.

In the above embodiments, the computer system may be an electronic device with a touch function, such as a smart phone, a tablet computer, a smart TV, a wearable device, etc., but is not limited thereto. The touch device can be a touch pad or a touch panel. The above-mentioned touch object can be a stylus, a finger, a palm, a cheek or any element capable of performing a touch operation on a touch device. The drivers 106 and 406 can be provided by the touch device manufacturer or can be plug-in drivers. The drivers 108, 408 can be provided by the operating system of the computer system.

To sum up, the embodiment of the present invention selects the driver according to the user's operation on the touch device and the application program being executed to generate the corresponding command, that is, the present invention can select the appropriate driver according to the usage Corresponding instructions are generated to optimize the performance of the human-computer interaction interface.

The above descriptions are only preferred embodiments of the present invention, and all equivalent changes and modifications made according to the content defined in the claims of the present invention shall fall within the scope of the present invention.

Claims (30)

1. A method for processing a touch signal, comprising: receiving at least one touch signal packet corresponding to the operation of at least one object on the touch device; performing a judging process according to at least one of the at least one touch signal packet and the application program currently being executed by the computer system; and According to the result of the judgment procedure, at least one first package is provided to the first driver or at least one second package is provided to the second driver provided by the operating system; wherein the contents of the at least one first package and the at least one second package are consistent with The content of the at least one touch signal packet is related; Wherein, when the first driver receives the at least one first packet, the first driver generates a first instruction according to the at least one first packet; when the second driver receives the at least one second packet, the first The second driver generates a second instruction according to the at least one second packet. 2. The method of claim 1, wherein the first packet is the same as the touch signal packet. 3. The method of claim 1, wherein the second packet is the same as the touch signal packet. 4. The method of claim 1, further comprising converting the format of the touch signal packet to obtain the first packet after the determining procedure. 5. The method according to claim 1, wherein the judging procedure comprises: According to the touch signal packet, determine the number of touch objects being operated; and Compare the number of touch objects with the default value. 6. The method according to claim 1, wherein the judging procedure comprises: Judging the gesture according to the touch signal packet; and judging whether the gesture corresponds to the gesture list supported by the first driver; Wherein, according to judging that the gesture corresponds to the list of supported gestures, providing the at least one first packet to the first driver. 7. The method according to claim 1 or 5, wherein the judging procedure comprises: judging whether the application program being executed by the computer system corresponds to the list of supported application programs of the first driver; Wherein, the at least one first package is provided to the first driver according to judging that the running application of the computer system corresponds to the supportable application list. 8. The method as claimed in claim 1, wherein the judging procedure comprises: Determine the type of the object according to the touch signal packet; Wherein, according to judging that the type of the object is a first preset type, the at least one first packet is provided to the first driver. 9. The method as claimed in claim 1, wherein the touch device is a touch pad or a touch panel. 10. A computer system comprising: The touch device generates at least one touch signal packet in response to the operation of at least one object; first drive; a second driver provided by the operating system of the computer system; A processing unit, coupled to the first driver and the second driver, the processing unit receives the at least one touch signal packet, and according to the at least one touch signal packet and at least one of the application programs currently being executed by the computer system One carries out a judging procedure, and the result of the judging procedure is used to decide to output at least one first packet to the first driver or to output at least one second packet to the second driver; wherein the at least one first packet and the at least one The content of the second packet is related to the content of the at least one touch signal packet; Wherein, when the first driver receives the at least one first packet, the first driver generates a first instruction according to the at least one first packet; when the second driver receives the at least one second packet, the first The second driver generates a second instruction according to the at least one second packet. 11. The computer system according to claim 10, wherein the first packet is the same as the touch signal packet. 12. The computer system according to claim 10, wherein the second packet is the same as the touch signal packet. 13. The computer system according to claim 10, wherein the processing unit converts the format of the touch signal packet to obtain the first packet after performing the determination procedure. 14. The computer system according to claim 10, wherein the processing unit determines the number of touch objects being operated according to the touch signal packet, compares the number of touch objects with a preset value, and determines accordingly Outputting the at least one first packet to the first driver or outputting the at least one second packet to the second driver. 15. The computer system according to claim 10, wherein the processing unit judges a gesture according to the touch signal packet and judges whether the gesture corresponds to the gesture list supported by the first driver, and judges that the gesture corresponds to the gesture list supported by the first driver. A gesture list is supported, and the at least one first packet is output to the first driver. 16. The computer system according to claim 10 or 14, wherein the processing unit determines whether the application program being executed by the computer system corresponds to the list of supported application programs of the first driver, and according to the judgment of the application program being executed by the computer system The application program outputs the at least one first packet to the first driver corresponding to the list of supported applications. 17. The computer system according to claim 10, wherein the processing unit determines the type of the object according to the touch signal packet, and outputs the at least one first packet to the first drive. 18. The computer system as claimed in claim 10, wherein the touch device is a touch pad or a touch panel. 19. A method for processing a touch signal, comprising: a. receiving an operation of at least one object on the touch device; b. According to at least one of the operation and the application program currently being executed by the computer system, it is determined that the instruction corresponding to the operation is generated by the first driver or the second driver; and c. Execute actions in the application program according to the instruction. 20. The method of claim 19, wherein step b comprises: calculating the number of touch objects that are performing the operation, and comparing the number of touch objects with a default value to generate a comparison result; and According to the comparison result, it is determined that the command corresponding to the operation is generated by the first driver or the second driver. 21. The method of claim 19, wherein the step b comprises: Determine the gesture corresponding to the operation; determining whether the gesture corresponds to a list of gestures supported by the first driver; and According to judging that the gesture corresponds to the list of supported gestures, it is judged that the first driver generates an instruction corresponding to the operation. 22. The method of claim 19, wherein step b comprises: judging whether the application program being executed by the computer system corresponds to the list of supported application programs of the first driver; and According to judging that the application being executed by the computer system corresponds to the list of supported applications, it is judged that the first driver generates an instruction corresponding to the operation. 23. The method of claim 19, wherein step b comprises: determine the type of the thing; and According to judging that the type of the object is the first preset type, it is judged that the first driver generates a command corresponding to the operation. 24. The method as claimed in claim 19, wherein the touch device is a touch pad or a touch panel. 25. A computer system comprising: a touch device for receiving an operation of at least one object on the touch device; first drive; a second driver provided by the operating system of the computer system; A processing unit, coupled to the first driver and the second driver, the processing unit judges that the first driver or the second driver is related to the operate the corresponding instruction; and The execution unit executes actions on the application program according to the instruction. 26. The computer system as claimed in claim 25, wherein the processing unit calculates the quantity of the at least one object currently performing the operation, compares the quantity with a preset value to generate a comparison result, and judges based on the comparison result The first driver or the second driver generates an instruction corresponding to the operation. 27. The computer system according to claim 25, wherein the processing unit determines whether the gesture corresponding to the operation corresponds to the list of supported gestures of the first driver, and according to determining that the gesture corresponds to the list of supported gestures, determines A command corresponding to the operation is generated by the first driver. 28. The computer system as claimed in claim 25 , wherein the processing unit determines whether the application program being executed by the computer system corresponds to the list of supported application programs of the first driver, and determines whether the application program being executed by the computer system Corresponding to the list of supported applications, it is determined that the first driver generates an instruction corresponding to the operation. 29. The computer system as claimed in claim 25, wherein the processing unit determines the type of the object, and according to determining that the type of the object is a first preset type, determines that the command corresponding to the operation is generated by the first driver. 30. The computer system as claimed in claim 25, wherein the touch device is a touch pad or a touch panel.