TWI794995B - Mouse device with multiple vector detection modules - Google Patents

Abstract

A mouse device with multiple vector detection modules, comprises a main body, a control unit, multiple vector detection modules and a virtual sensor module. The control module is installed in the main body, having a signal connection with the computer. The control module includes a virtual vector calculation unit. The multiple vector detection modules are configured on the main body and electrically connected with the control module. Each of the multiple vector detection modules detects the movement of the main body and generates detection data. The virtual sensor module is installed in the main body. The virtual vector calculation unit calculates motion vector data based on the relative relationship between the multiple vector detection modules and the virtual sensor module, and the detection data. The control module provides the motion vector data to a computer.

Description

Mouse device with complex vector detection module

The present invention relates to a mouse device, especially a mouse device with multiple vector detection modules.

The mouse is one of the tools used to control the computer. The main purpose is to locate the computer screen, and then use the buttons to operate the position on the screen. Generally, the mouse displayed on the screen is used to confirm the position of the screen. In the application of game software, the mouse can also be used as the operation of the game perspective, and the application of various programs.

Generally, a detection element is set on the mouse to detect the moving direction and speed of the mouse. However, some mouse technology will set multiple detection elements, such as US8803805B2, which describes a computer with two detection units. Mouse, the bottom surface of the computer mouse is provided with two detection units, the two detection units respectively obtain a motion detection signal, and the controller performs calculations on the two motion detection signals to eliminate the detection caused by one of the detection units In addition, the bottom surface of the computer mouse is provided with a sliding part, and a detection element is slidably arranged on the sliding part, so as to adjust the position of the detection element.

Although the prior art discloses a computer mouse with two detection units, it still has the following disadvantages in actual use:

1. There is no technology to integrate data:

In the prior art, the multiple detection components installed on the computer mouse perform detection respectively, and only one of the obtained multiple motion detection signals can be used as the main detection data, and the other motion detection signals are only used as auxiliary detection data, in other words In other words, although there were multiple detection components in the early mouse, only one of the motion detection signals was used to control the computer, and there was no technology to integrate the multiple motion detection signals.

2. Unable to obtain virtual sensing components:

Although the sensing unit of the computer mouse in the prior art can move in the slider to record different detection positions, the controller of the computer mouse in the prior art cannot obtain the position of the virtual sensor, let alone obtain the position corresponding to the position of the virtual sensor on the computer mouse. The motion vector detection data of the virtual sensor.

3. The position of the virtual sensor cannot be adjusted:

Since the current controller installed on the computer mouse does not have a solution to aggregate multiple sensing units to obtain a virtual sensor, the user cannot customize the position of the virtual sensor, and the controller cannot adjust the position of the virtual sensor .

Therefore, how to make the controller of the computer mouse obtain the virtual sensing element and provide the user with the ability to adjust the position of the virtual sensing element, so that the controller of the computer mouse can adjust the virtual sensing element according to the set parameters The position is the goal that relevant technicians urgently need to work on.

In view of this, the purpose of the present invention is to provide a mouse device with a plurality of vector detection modules, the mouse device provides a movement vector data to a computer, the mouse device includes a body, a control module, Multiple vector detection modules, and a virtual sensing module.

The control module is arranged on the body and connected with the computer information, and a virtual vector calculation unit is arranged in the control module.

The plurality of vector detection modules are respectively arranged on the body and electrically connected with the control module. The plurality of vector detection modules detect the movement behavior of the body and generate a detection data respectively.

The virtual sensing module is arranged on the main body, and the virtual vector calculation unit calculates the moving vector data according to the relative relationship between the complex vector detection module and the virtual sensing module and the complex detection data.

Another technical means of the present invention is that a virtual sensor position setting unit is further set in the above-mentioned control module, and the virtual sensor position setting unit stores the virtual sensor of the virtual sensor module in the main body. device position.

Another technical means of the present invention is that the above-mentioned mouse device with multiple vector detection modules further includes a virtual setting module connected with the control module information, and the virtual setting module can provide the user to set the The virtual sensing module is set at the position of the virtual sensor of the main body.

Yet another technical means of the present invention is that the above-mentioned virtual setting module stores the virtual sensor position set by the virtual sensing module on the main body in the virtual sensor position setting unit.

Yet another technical means of the present invention is that the above-mentioned virtual setting module is set in the computer.

Another technical means of the present invention is that the above-mentioned mouse device with multiple vector detection modules further includes a hand detection module arranged on the body, the hand detection module and the control module It is electrically connected and can detect the contact position where a user's hand touches the main body.

Yet another technical means of the present invention is that the above-mentioned mouse device with multiple vector detection modules further includes a contact correction module connected with the control module information, and the contact correction module can provide the user with Calibrate the contact detection parameters of the hand detection module.

Yet another technical means of the present invention is that a contact parameter storage unit connected with the contact calibration module is further provided in the above-mentioned control module, and the contact calibration module stores the corrected contact detection parameters in the contact in the parameter storage unit.

Another technical means of the present invention is that the above-mentioned contact correction module is set in the computer.

Yet another technical means of the present invention is that the above-mentioned mouse device with multiple vector detection modules further includes a comparison setting module connected with the control module information, and a contact ratio is further set in the control module. For the analysis unit, the comparison setting module is used to set the plurality of contact comparison data, and the plurality of virtual sensor positions corresponding to the plurality of contact comparison data, the plurality of contact comparison data and the plurality of virtual sensor positions Stored in the contact comparison and analysis unit of the control module, the plurality of contact comparison data is the detection data of the hand detection module detecting that the user holds the body in different postures.

Another technical means of the present invention is that the above-mentioned comparison setting module is set in the computer

The beneficial effect of the present invention is that the virtual vector calculation unit of the control module can analyze the positional relationship between the complex vector detection module and the virtual sensing module, as well as the detection data of the complex vector detection module, and integrate The detection data that should be detected by the virtual sensing module is taken as the motion vector data, and the control module provides the motion vector data to the computer for use.

The features and technical contents of the relevant patent applications of the present invention will be clearly presented in the following detailed descriptions of four preferred embodiments with reference to the drawings. Before proceeding with the detailed description, it should be noted that like elements are denoted by the same reference numerals.

Please refer to Fig. 1, general computer 21 is provided with a host computer 211, and a screen 212 that is electrically connected with this host computer 211, and a mouse 213 is connected with this host computer 211 information to transmit the motion detection data of this mouse 213 to this computer. The host 211 of the computer 21, the mouse or other screens will be displayed on the screen 212. The host 211 is equipped with various semiconductor chips such as a motherboard, a CPU, a memory, and a storage disk and corresponding circuits. The operating system is stored in the storage disk. And the application program, so that the host 211 of the computer 21 can receive the movement data of the mouse 213, thereby controlling the screen 212 to output the picture, the eyes 221 of a user 22 look at the mouse on the screen 212, the user 22 The brain 222 of the computer confirms the mouse on the screen 212, and controls the hand 223 of the user 22 to move the mouse 213, thereby controlling the position of the mouse on the screen 212.

Referring to Fig. 2, it is a first preferred embodiment of a mouse device 3 with a plurality of vector detection modules of the present invention, the mouse device 3 is used to provide a movement vector data to a computer 21, the mouse device 3 includes a body 31, a control module 32, a plurality of vector detection modules 33, a virtual sensing module 34, and a virtual setting module 35.

The control module 32 is a microcontroller installed on the main body 31. A virtual vector calculation unit 321 and a virtual sensor position setting unit 322 are set in the control module 32. Preferably, the virtual vector calculation unit 321 and the virtual sensor position setting unit 322 are application programs stored in the control module 32. In actual implementation, the virtual vector calculation unit 321 and the virtual sensor position setting unit 322 can also be manufactured as the The chips in the control module 32 should not be limited thereto.

The plurality of vector detection modules 33 are respectively arranged on the body 31 and electrically connected with the control module 32. In the first preferred embodiment, the plurality of vector detection modules 33 are arranged on the bottom surface of the body 31. The optical detection element, in actual implementation, the vector detection module 33 can use other vector detection elements, the number of the vector detection module 33 is two groups, and is arranged on both sides of the bottom surface of the body 31, The plurality of vector detection modules 33 detect the movement behavior of the main body 31 and generate a detection data respectively, and each detection data is the moving direction and moving speed detected by the corresponding vector detection module 33 .

The virtual sensing module 34 is arranged on the main body 31, the virtual sensor position setting unit 322 stores the virtual sensor position of the virtual sensing module 34 on the main body 31, and the virtual vector calculation unit 321 according to The relative relationship between the complex vector detection module 33 and the virtual sensing module 34 and the complex detection data are used to calculate the motion vector data.

The virtual setting module 35 is informationally connected with the control module 32. Preferably, the virtual setting module 35 is an application program installed in the computer 21. In actual implementation, the virtual setting module 35 can also be directly set In the control module 32, it should not be limited to this.

The user 22 can operate the computer 21 to execute the virtual setting module 35 to set a virtual sensor position on the body 31, and the user 22 can control the computer 21 to store the virtual sensor position in the The virtual sensor position setting unit 322 of the control module 32 enables the control module 32 to calculate the movement vector data with the virtual sensor module 34 of the virtual sensor position.

是以該虛擬感測模組34的虛擬感測器位置431所計算出的移動向量資料； K為可定義的縮放因子； n為該複數向量偵測模組33的數量；

為每一向量偵測模組33的偵測資料； dmax為該虛擬區域421中的最大距離；及 dn為每一向量偵測模組33與該虛擬感測模組34之間的距離。 Please refer to FIG. 3 and the following formulas, which are the calculation formulas of the moving vector data. In actual implementation, other calculation formulas can be used, and should not be limited to this. In FIG. 3, the bottom surface 401 of the body 31 is provided with a distance from each other A first position 411 and a second position 412, the first position 411 and the second position 412 are respectively provided with a vector detection module 33, the first position 411 and the second position 412 define a virtual area 421, the virtual sensor position 431 of the virtual sensing module 34 is set in the virtual area 421, the first position 411 is separated from the virtual sensor position 431 by a first distance 441, the second position 412 is separated from the virtual sensor location 431 by a second distance 442:

is the motion vector data calculated by the virtual sensor position 431 of the virtual sensing module 34; K is a definable scaling factor; n is the number of the complex vector detection modules 33;

is the detection data of each vector detection module 33; dmax is the maximum distance in the virtual area 421; and dn is the distance between each vector detection module 33 and the virtual sensing module 34.

The first position 411 and the second position 412 of the two-vector detection module 33 are stored in the virtual vector calculation unit 321 of the control module 32, and the user 22 operates the virtual setting module 35 to set the virtual sensor position Stored in the virtual sensor position setting unit 322, when the user 22 moves the body 31, the virtual vector calculation unit 321 of the control module 32 can calculate the movement belonging to the virtual sensor module 34 according to the formula vector data, and transmit the motion vector data to the computer 21.

It is worth mentioning that the virtual setting module 35 can provide the user 22 to set multiple virtual sensor positions and multiple corresponding trigger commands, and the virtual setting module 35 will set the multiple virtual sensor positions and multiple corresponding trigger The instructions are stored in the virtual sensor position setting unit 322, and the user 22 can select one of the trigger instructions when operating the mouse device 3, and the control module 32 uses the virtual sensor location corresponding to the trigger instruction as the virtual sensor location. The position of the sensing module 34, for example, the body 31 of the mouse device 3 is provided with a plurality of buttons electrically connected to the control module 32, each button corresponds to a trigger command, and the user 22 presses one of them After the button is pressed, the control module 32 uses the trigger command to retrieve the corresponding virtual sensor position in the virtual sensor position setting unit 322. In actual implementation, the multiple trigger commands can correspond to other settings on the mouse device. 3 or buttons, sliders on the computer 21, or other trigger elements that can be triggered temporarily or permanently, should not be limited thereto.

In addition, the complex vector detection module 33 can detect the state where the body 31 of the mouse device 3 is in the air. Generally speaking, the mouse device 3 must move on a plane, and the complex vector detection module Only the group 33 can detect the detection data. When the body 31 of the mouse device 3 is vacated and not placed on a plane, the control module 32 sends vacant data to the computer 21 .

Please refer to FIG. 4, which is a second preferred embodiment of a mouse device 3 with a plurality of vector detection modules of the present invention, the second preferred embodiment is substantially the same as the first preferred embodiment, the same The difference is that the bottom surface 401 of the body 31 is further provided with a third position 413 spaced from the first position 411 and the second position 412. The first position 411, the second position Position 412 and the third position 413 are provided with a vector detection module 33 respectively, so that three groups of vector detection modules 33 are set in the body 31, the first position 411, the second position 412 and the third position 413 defines a virtual area 421, the virtual sensor position 431 of the virtual sensing module 34 is set in the virtual area 421, and the first position 411 is separated from the virtual sensor position 431 by a first distance 441 , the second position 412 is separated from the virtual sensor position 431 by a second distance 442 , and the third position 413 is separated from the virtual sensor position 431 by a third distance 443 .

The first position 411, the second position 412 and the third position 413 of the three-vector detection module 33 are stored in the virtual vector calculation unit 321 of the control module 32, and the user 22 operates the virtual setting module 35 to set the The position of the virtual sensor is stored in the virtual sensor position setting unit 322. When the user 22 moves the body 31, the virtual vector calculation unit 321 of the control module 32 can calculate the position belonging to the virtual sensor according to the formula. The movement vector data of the module 34, and transmit the movement vector data to the computer 21.

Please refer to Fig. 5, which is a third preferred embodiment of a mouse device 3 with a complex vector detection module of the present invention, the third preferred embodiment is substantially the same as the first preferred embodiment, the same It will not be described in detail here. The difference is that the bottom surface 401 of the body 31 is further provided with a fourth position 414 spaced from the first position 411, the second position 412 and the third position 413. The first position 411, the second position 412, the third position 413 and the fourth position 414 respectively set a vector detection module 33, so that four groups of vector detection modules 33 are set in the body 31, the first position 411 , the second position 412, the third position 413 and the fourth position 414 define a virtual area 421, the virtual sensor position 431 of the virtual sensing module 34 is set in the virtual area 421, the first A position 411 is separated from the virtual sensor position 431 by a first distance 441, the second position 412 is separated from the virtual sensor position 431 by a second distance 442, and the third position 413 is separated from the virtual sensor position 431. The sensor position 431 is separated by a third distance 443 , and the fourth position 414 is separated from the virtual sensor position 431 by a fourth distance 444 .

The first position 411, the second position 412, the third position 413 and the fourth position 414 of the four-vector detection module 33 are stored in the virtual vector calculation unit 321 of the control module 32, and the user 22 operates the virtual vector The setting module 35 stores the virtual sensor position in the virtual sensor position setting unit 322, when the user 22 moves the body 31, the virtual vector calculation unit 321 of the control module 32 can calculate according to the formula Output the motion vector data belonging to the virtual sensing module 34, and transmit the motion vector data to the computer 21.

Please refer to FIG. 6 , which is a fourth preferred embodiment of a mouse device 3 with complex vector detection modules of the present invention, the fourth preferred embodiment is substantially the same as the first preferred embodiment, and the same No more details here, the difference is that the mouse device 3 with multiple vector detection modules further includes a hand detection module 36 arranged on the main body 31, a hand detection module 36 and the control module 32 information The connected contact correction module 37, and a comparison setting module 38 connected with the control module 32, the control module 32 is further provided with a contact parameter storage unit 323, and a contact comparison analysis unit 324.

The hand detection module 36 is electrically connected with the control module 32 and can detect the contact position where the hand 223 of the user 22 touches the body 31. The hand detection module 36 is arranged on the body 31 The internal proximity or touch detection components, such as the capacitive touchpad on the laptop, can detect any position where the hand 223 of the user 22 touches the surface of the body 31 and will touch the body 31 The position of the hand is transmitted to the control module 32. In actual implementation, the hand detection module 36 can also use other touch detection technologies, which should not be limited thereto.

Preferably, the contact calibration module 37 and the comparison setting module 38 are application programs installed in the computer 21, and the contact parameter storage unit 323 and the contact comparison analysis unit 324 are stored in the control module 32, during actual implementation, the contact calibration module 37 and the comparison setting module 38 can also be directly set in the control module 32 of the mouse device 3, the contact parameter storage unit 323 and the contact The comparison and analysis unit 324 is a chip in the control module 32 and should not be limited thereto.

The contact correction module 37 can provide the user 22 to calibrate the contact detection parameters of the hand detection module 36. Since different users 22 have different hand sizes and also have different holding posture preferences, There will be a difference when touching the hand detection module 36, or the hand detection module 36 will sometimes trigger the detection data when the hand 223 of the user 22 has not touched the main body 31, There is an error between the detected touch position and the actual touch position. Therefore, the user 22 can adjust the contact detection parameters of the hand detection module 36 through the contact correction module 37. The module 37 stores the corrected contact detection parameters in the contact parameter storage unit 323, so that the control module 32 can analyze the detection data of the hand detection module 36 according to the contact detection parameters and obtain correct the touch position.

The user 22 can operate the comparison setting module 38 to set a plurality of contact comparison data and a plurality of virtual sensor positions corresponding to the plurality of contact comparison data, wherein the hand 223 of the user 22 Touch the main body 31 with different grip postures, so that the hand detection module 36 can obtain different contact positions to set the multiple contact comparison data, and the user 22 will set the multiple contact comparison data and the multiple virtual sensing The device position is stored in the contact comparison analysis unit 324.

Please refer to FIG. 7, the hand 223 of the user 22 holds the main body 31 of the mouse device 3 in a manner of laying the palm flat, and the hand detection module 36 can detect that the surface of the main body 31 is evenly covered by the When the hand 223 touches, the user 22 manipulates the comparison setting module 38 to store the detection data of the hand detection module 36 as a contact comparison data, and then the virtual sensor corresponding to the contact comparison data The position of the device is set near the rear of the main body 31 of the mouse device 3, because when the hand 223 of the user 22 holds the main body 31 of the mouse device 3 with the palm flat, the hand 223 The physical center of gravity 71 is close to the rear end of the body 31 of the mouse device 3 .

Please refer to FIG. 8 , the hand 223 of the user 22 holds the body 31 of the mouse device 3 in a fingertip manner, and the hand detection module 36 can detect that only the front area of the surface of the body 31 is covered by the When the hand 223 touches, the user 22 manipulates the comparison setting module 38 to store the detection data of the hand detection module 36 as another contact comparison data, and then the contact comparison data corresponds to the virtual The position of the sensor is arranged near the middle of the body 31 of the mouse device 3, because when the hand 223 of the user 22 grips the body 31 of the mouse device 3 in a fingertip manner, the The physical center of gravity 71 is close to the center of the body 31 of the mouse device 3 .

Please refer to FIG. 9, when the hand 223 of the user 22 holds the main body 31 of the mouse device 3 in a claw manner, the hand detection module 36 can detect the front and rear areas of the surface of the main body 31 Touched by the hand 223, the user 22 manipulates the comparison setting module 38 to store the detection data of the hand detection module 36 as another contact comparison data, and the contact comparison data The corresponding virtual sensor position is set near the front of the main body 31 of the mouse device 3, because when the hand 223 of the user 22 grips the main body 31 of the mouse device 3 with a claw, the hand The physical center of gravity 71 of 223 is close to the front of the main body 31 of the mouse device 3 .

The user 22 operates the comparison setting module 38 to store the above-mentioned contact comparison data corresponding to the grip posture with the palm flat, the grip posture of the fingertips, and the grip posture of the claw and the corresponding virtual sensor positions in the contact comparison In the analysis unit 324, when the user 22 uses the mouse device 3, the control module 32 will automatically analyze the detection data of the hand detection module 36 to determine that the hand 223 of the user 22 is holding posture, and automatically go to the contact comparison analysis unit 324 to obtain the corresponding virtual sensor position, and then calculate the movement vector data of the virtual sensing module 34 at the virtual sensor position, and then transmit the movement vector data to In the fourth embodiment, although the computer 21 uses the grip posture of the user 22 to adjust the virtual sensor position of the virtual sensor module 34, the virtual sensor can be further adjusted during actual implementation. The detection resolution of the module 34, or the adjustment of the virtual sensor position of the virtual sensor module 34 by other detection techniques, should not be limited thereto.

The above-mentioned technology of automatically detecting the grip posture can be applied in the game program of the computer 21. When the game player is executing the game program, the virtual sensor of the virtual sensing module 34 can be quickly adjusted by using different postures of the hand 223 position, or the detection resolution of the virtual sensing module 34, or the operation of other game programs, so that the operation of the user 22 is more accurate. For example, in the first-person shooting game program, use The operator 22 can change the position of the virtual sensor of the virtual sensing module 34 with different holding postures to change the viewing angle movement of the game screen, or change the detection analysis of the virtual sensing module 34 with different holding postures To make the aiming of the muzzle in the game more accurate, or to change the weapon held by the user 22 with different holding positions, etc., although the mouse device 3 can achieve various functions with other programs in the computer 21 application or control, but the cooperation between the mouse device 3 and other programs is not the key point of the present invention, and will not be described in detail here.

The characteristics of above-mentioned mouse device 3 are described as follows:

1. The formula for calculating the motion vector data of the virtual sensing module 34 is not fixed and can be adjusted as needed.

2. The mouse device 3 can transmit data with the computer 21 through a wired connection or a wireless connection. The complex vector detection module 33 installed on the main body 31 can not only output the moving vector data according to the formula, the user 22 You can also set some parameters according to your preferences to create your own mouse device3.

3. Adjustment of the mouse device 3:

a. Before the mouse device 3 is used, the parameters of the control module 32 can be set.

b. When the mouse device 3 is in use, parameter setting of the control module 32 can also be performed.

4. The mouse device 3 can be programmed into:

a. The user 22 can use an external application program, such as the virtual setting module 35, the contact correction module 37, and the comparison setting module 38 installed in the computer 21, to perform static operations on the mouse device 3 parameter settings.

b. The mouse device 3 can respond to the operation of the user 22 and at the same time respond to the dynamic parameter settings of the programs (including games) in the computer 21 .

c. The mouse device 3 uses the hand detection module 36 to detect the posture of the user 22 holding the main body 31 .

d. Through the operation of the user 22, the buttons, sliders, or other trigger elements that can be temporarily or permanently triggered on the mouse device 3 can be used to control the virtual vector calculation unit 321 of the control module 32 and the The virtual sensor position setting unit 322 performs setting.

e. A combination of the above functions.

5. Detection of flying mouse.

Please refer to FIG. 10 , which is a usage step of a mouse device 3 with a complex vector detection module according to the present invention, which includes three processes, wherein:

The above-mentioned first process includes a virtual sensor location setting step 901 and a virtual sensor location storage step 902 . In the virtual sensor position setting step 901 , the user 22 can operate the computer 21 to execute the virtual setting module 35 to set a virtual sensor position on the main body 31 . In the virtual sensor position storing step 902 , the user 22 can control the computer 21 to store the virtual sensor position in the virtual sensor position setting unit 322 of the control module 32 . Finally, the control module 32 of the mouse device 3 calculates the movement vector data with the virtual sensing module 34 of the virtual sensor position.

In another embodiment, in the virtual sensor position setting step 901 of the above first process, the user 22 can use the computer 21 to operate the virtual setting module 35 to set a plurality of virtual sensor positions And a plurality of corresponding trigger instructions, the plurality of trigger instructions may correspond to buttons, sliders, or other trigger elements that can be triggered temporarily or permanently. In the virtual sensor position storage step 902, the user operates the virtual setting module 35 in the computer 21 to store the plurality of virtual sensor positions and corresponding trigger commands in the virtual sensor position setting unit 322 in. Finally, the control module 32 of the mouse device 3 executes the virtual sensor position setting unit 322, which can provide the user 22 with one of the trigger elements to trigger the corresponding trigger command, so as to obtain the virtual sensor corresponding to the trigger command. position, the control module 32 uses the virtual sensing module 34 of the virtual sensor position to calculate the motion vector data.

The above-mentioned second process includes a touch position correction step 911 and a touch parameter storage step 912 . In the touch position correction step 911, the user 22 operates the contact correction module 37 in the computer 21, and at the same time, the hand 223 of the user 22 touches the surface of the main body 31, so that the hand detection module Group 36 can detect the touch of the hand 223, the control module 32 transmits the detection data of the hand detection module 36 to the contact correction module 37 in the computer 21, and the user 22 can use The computer 21 checks whether the detection data of the hand detection module 36 meets the user's preference, or judges whether the detection data of the hand detection module 36 produces errors, and the user 22 can use the The contact detection parameters of the hand detection module 36 are adjusted by the contact correction module 37 in the computer 21 . In the touch parameter storage step 912, the user 22 manipulates the touch calibration module 37 in the computer 21 to store the set touch detection parameters in the touch parameter storage unit 323, and finally, the mouse device 3 The data detected by the hand detection module 36 can be obtained through the calculation result of the contact detection parameters stored in the contact parameter storage unit 323 to obtain correct touch data.

The above-mentioned third process includes a holding posture setting step 921 , a virtual sensor position setting step 922 , and a virtual sensor position automatic adjustment step 923 . In the holding posture setting step 921, the user 22 operates the comparison setting module 38 in the computer 21, and simultaneously touches the hand 223 to the main body 31 in different postures, so that the hand detects The module 36 can detect a plurality of different touch data, so as to set the plurality of touch comparison data. In the virtual sensor position setting step 922 , the user 22 operates the comparison setting module 38 in the computer 21 to set a plurality of virtual sensor positions corresponding to the plurality of contact comparison data. In the virtual sensor position automatic adjustment step 923, the user 22 operates the comparison setting module 38 in the computer 21 to store the plurality of contact comparison data and the plurality of virtual sensor positions in the contact ratio In the analysis unit 324, the control module 32 of the mouse device 3 can analyze the grip posture of the hand 223 of the user 22 touching the main body 31 according to the data stored in the contact comparison analysis unit 324, and Obtain the corresponding virtual sensor position, the control module 32 calculates the movement vector data with the virtual sensor module 34 of the virtual sensor position, the control module 32 can achieve the effect of automatically changing the virtual sensor position , the user no longer needs to issue commands to the control module 32 through other trigger switches.

As can be seen from the above description, a mouse device 3 with a complex vector detection module of the present invention does have the following effects:

1. Integrate detection data:

The virtual vector calculation unit 321 of the control module 32 can integrate the detection data of the complex vector detection module 33 and the relative positions of the complex vector detection module 33 and the virtual sensing module 34 to calculate Corresponding to the motion vector data of the virtual sensing module 34 .

2. Obtain virtual moving vector data:

The installation position of the complex vector detection module 33 can define a virtual area, and the user 22 can set the virtual sensor position of the virtual sensing module 34 in the virtual area, so that no sensor is set on the main body 31. A virtual detection component appears in the area of the detection component, and the corresponding motion vector data is calculated based on the virtual sensing module 34 .

3. Automatically adjust the virtual detection position:

The contact comparison analysis unit 324 of the control module 32 stores multiple contact comparison data and corresponding virtual sensor positions. When the user 22 uses the mouse device 3, the control module 32 analyzes the virtual sensor module 34 detection data, and to the contact comparison analysis unit 324 to retrieve the most consistent contact comparison data, and store the corresponding virtual sensor position in the virtual sensor position setting unit 322, so that The control module 32 uses the virtual sensor position to set the virtual sensor position stored in the unit 322 to achieve the effect of automatically adjusting the virtual sensor position with different holding postures.

In summary, the virtual sensor position setting unit 322 of the control module 32 can set a virtual sensing module 34 in the area of the main body 31 where no detection element is installed, and then use the virtual sensing module 34 as a reference to obtain corresponding and virtual movement vector data, as the input data of the computer 21, in addition, the contact comparison analysis unit 324 stores multiple contact comparison data, which can provide the control module 32 to analyze the user 22’s hand 223 holding posture, and corresponds to a virtual sensor position as the setting position of the virtual sensing module 34, so that the mouse device 3 can change the virtual sensing module 34 with different holding postures Therefore, the purpose of the present invention can indeed be achieved.

But the above are only four preferred embodiments of the present invention, and should not limit the scope of the present invention with this, that is, all simple equivalent changes and Modifications still fall within the scope covered by the patent of the present invention.

21: computer 211: Host 212: screen 213: mouse 22: User 221: eyes 222: brain 223: hand 3:Mouse device 31: Ontology 32: Control module 321:Virtual vector computing unit 322: virtual sensor position setting unit 323: Contact parameter storage unit 324: Contact Comparison Analysis Unit 33:Vector detection module 34:Virtual sensing module 35:Virtual setting module 36: Hand detection module 37:Contact correction module 38:Comparison setting module 71:Physical Center of Gravity 401: Bottom 411: first position 412: second position 413: third position 414: Fourth position 421: virtual area 431: virtual sensor position 441: The first distance 442: second distance 443: The third distance 444: The fourth distance 901: Virtual sensor position setting steps 902: virtual sensor position storage step 911:Touch position correction steps 912: Touch parameter storage steps 921: Steps for setting the holding posture 922: Virtual sensor position setting steps 923: Automatically adjust the position of the virtual sensor

FIG. 1 is a schematic diagram illustrating a user operating a mouse to control a computer; Fig. 2 is a schematic diagram of a device, which is a first preferred embodiment of a mouse device with a plurality of vector detection modules in the present invention, illustrating a mouse device with a virtual sensing module; Fig. 3 is a schematic diagram illustrating the mouse device provided with two vector detection modules and a virtual sensing module in the first preferred embodiment; Fig. 4 is a schematic diagram, which is a second preferred embodiment of a mouse device with multiple vector detection modules of the present invention, illustrating a mouse device provided with three vector detection modules and a virtual sensing module; Fig. 5 is a schematic diagram, which is a third preferred embodiment of a mouse device with multiple vector detection modules of the present invention, illustrating a mouse device with four vector detection modules and a virtual sensing module ; 6 is a schematic view of a device, which is a fourth preferred embodiment of a mouse device with a plurality of vector detection modules in the present invention, illustrating a mouse device with a hand detection module; FIG. 7 is a schematic diagram of use, illustrating that in the fourth preferred embodiment, a hand holds the main body of the mouse device flatly with the palm; FIG. 8 is a schematic diagram of use, illustrating that in the fourth preferred embodiment, a hand holds the body of the mouse device with fingertips; Fig. 9 is a schematic diagram of use, illustrating that in the fourth preferred embodiment, a hand grips the main body of the mouse device; and FIG. 10 is a diagram illustrating the usage steps of a mouse device with a complex vector detection module according to the present invention.

21: computer

3: Mouse device with complex vector detection module

31: Ontology

32: Control module

321:Virtual vector computing unit

322: virtual sensor position setting unit

33:Vector detection module

34:Virtual sensing module

35:Virtual setting module

Claims (11)

A mouse device with a plurality of vector detection modules is used to provide a movement vector data to a computer, which includes: a body; A control module, set on the body and connected to the computer information, a virtual vector computing unit is set in the control module; A plurality of vector detection modules are respectively arranged on the body and electrically connected to the control module, the plurality of vector detection modules detect the movement behavior of the body and generate a detection data respectively; and A virtual sensing module installed on the main body, the virtual vector calculation unit calculates the moving vector data according to the relative relationship between the complex vector detection module and the virtual sensing module, and the complex detection data . The mouse device with multiple vector detection modules as described in claim 1, wherein a virtual sensor position setting unit is further set in the control module, and the virtual sensor position setting unit stores the virtual sensor The measuring module is set at the virtual sensor position of the main body. The mouse device with multiple vector detection modules as described in claim 2 further includes a virtual setting module connected to the control module information, and the virtual setting module can provide the user with setting the virtual sensing module Groups are set at the virtual sensor locations of the body. The mouse device with multiple vector detection modules as described in claim 3, wherein the virtual setting module stores the position of the virtual sensor that the virtual sensing module is set on the main body in the virtual sensor in the position setting unit. The mouse device with multiple vector detection modules as described in claim 3, wherein the virtual setting module is set in the computer. The mouse device with multiple vector detection modules as described in claim 2 further includes a hand detection module disposed on the body, the hand detection module is electrically connected to the control module and can A contact position where a user's hand touches the body is detected. The mouse device with multiple vector detection modules as described in claim 6 further includes a contact correction module connected with the control module information, and the contact correction module can provide the user to correct the hand detection Test the contact detection parameters of the module. The mouse device with multiple vector detection modules as described in claim 7, wherein, a contact parameter storage unit connected with the contact correction module information is further set in the control module, and the contact correction module will calibrate The subsequent contact detection parameters are stored in the contact parameter storage unit. The mouse device with multiple vector detection modules as described in claim 7, wherein the contact correction module is set in the computer. The mouse device with multiple vector detection modules as described in claim 6 further includes a comparison setting module connected to the control module information, and a contact comparison analysis unit is further set in the control module, The comparison setting module is used to set the plurality of contact comparison data and the plurality of virtual sensor positions corresponding to the plurality of contact comparison data, and the plurality of contact comparison data and the plurality of virtual sensor positions are stored in the controller In the contact comparison and analysis unit of the module, the plurality of contact comparison data is the detection data of the hand detection module detecting that the user holds the body in different postures. The mouse device with multiple vector detection modules as described in claim 10, wherein the comparison setting module is set in the computer.

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