AI intelligent mouse control circuit and AI intelligent mouse

Abstract

The present application relates to the field of mouse input control technology, and discloses an AI intelligent mouse control circuit and an AI intelligent mouse. The circuit includes an environment monitoring module and an AI control module. The AI ​​control module includes: a point sensing unit, which is used to sense the mouse point at the current time of use; a control chip unit, which is connected to the point sensing unit, the environment monitoring module and the mouse input terminal, and the control chip unit is used to determine the AI ​​control instruction without a mouse pad based on the mouse use environment and the mouse point collected by the environment monitoring module; an AI processing unit, which is connected to the control chip unit, and the AI ​​processing unit is used to determine the detection control instruction based on the AI ​​control instruction, wherein the control chip unit is also used to determine the mouse input instruction based on the detection control instruction, so as to realize the control of the AI ​​intelligent mouse based on the mouse input instruction. The present application improves the functionality of mouse control.

Description

Technical Field

[0001] The present invention relates to the technical field of mouse input control, and in particular to an AI (Artificial Intelligence) intelligent mouse control circuit and an AI intelligent mouse. Background Art

[0002] With the development of technology, the use of mouse in various fields is becoming more and more frequent, but along with it comes the pursuit of the functionality of the mouse.

[0003] A traditional mouse needs to be used with a mouse pad. If there is no mouse pad or the mouse pad is used in a poor environment, the normal input function of the mouse will be affected. This type of mouse will not be able to meet the normal use requirements when there is no mouse pad or the mouse pad is used in a poor environment, resulting in low functionality of the mouse.

[0004] The above contents are only used to assist in understanding the technical solution of the present application and do not constitute an admission that the above contents are prior art. Summary of the invention

[0005] The main purpose of the present invention is to propose an AI intelligent mouse control circuit and an AI intelligent mouse, aiming at solving the technical problem of how to improve the functionality of mouse control.

[0006] To achieve the above object, the present invention provides an AI intelligent mouse control circuit, the AI ​​intelligent mouse control circuit includes an environment monitoring module and an AI control module, the AI ​​control module includes:

[0007] A point position sensing unit, the point position sensing unit is used to sense the mouse point position at the current time of use;

[0008] A control chip unit, the control chip unit is connected to the point sensing unit, the use environment monitoring module and the mouse input terminal, and the control chip unit is used to determine the AI ​​control instruction without a mouse pad based on the mouse use environment and mouse point position collected by the use environment monitoring module;

[0009] An AI processing unit, wherein the AI ​​processing unit is connected to the control chip unit, and the AI ​​processing unit is used to determine a detection control instruction based on the AI ​​control instruction, wherein the control chip unit is also used to determine a mouse input instruction based on the detection control instruction, so as to realize control of the AI ​​intelligent mouse based on the mouse input instruction.

[0010] In one embodiment, the use environment monitoring module includes an environment sensing unit, an input sensing unit and an environment monitoring chip, the environment monitoring chip is connected to the input sensing unit and the environment sensing unit, and the environment sensing unit includes:

[0011] A distance sensor, which is arranged at the bottom of the AI ​​smart mouse and connected to the environment monitoring chip, and is used to collect the usage distance of the bottom of the mouse;

[0012] A first optical sensor, which is disposed at the bottom of the AI ​​smart mouse and connected to the environment monitoring chip, and is used to collect the use position of the bottom of the mouse;

[0013] The environment monitoring chip is used to determine the environment information based on the use distance and the use position, and to determine the mouse use environment according to the environment information and the input environment information collected by the input sensing unit.

[0014] In one embodiment, the input sensing unit includes:

[0015] An inertial subunit, which is disposed in the AI ​​intelligent mouse and connected to the environment monitoring chip, and is used to collect the actual moving distance of the AI ​​intelligent mouse, wherein the inertial subunit includes a longitudinal distance sensor and a lateral distance sensor;

[0016] The environment monitoring chip is also connected to the mouse input terminal, and is used to collect the terminal movement distance received by the mouse input terminal, and determine the input environment information according to the terminal movement distance and the actual movement distance.

[0017] In one embodiment, the point sensing unit includes:

[0018] A second optical sensor, the second optical sensor is arranged at the bottom of the AI ​​smart mouse and connected to the control chip unit, and the second optical sensor is used to collect a first lateral movement position of the bottom of the mouse;

[0019] A first motion sensor, which is disposed in the AI ​​smart mouse and connected to the control chip unit, and is used to collect the longitudinal movement position of the AI ​​smart mouse;

[0020] A second motion sensor, the second motion sensor is arranged in the AI ​​smart mouse and connected to the control chip unit, the second motion sensor is used to collect the second lateral movement position of the AI ​​smart mouse, and use the first lateral movement position and the longitudinal movement position as the mouse point position, or the second lateral movement position and the longitudinal movement position as the mouse point position.

[0021] In one embodiment, the control chip unit includes:

[0022] A control chip, wherein the control chip is connected to the environment monitoring chip in the usage environment monitoring module, the second optical sensor in the point sensing unit, the first motion sensor in the point sensing unit, the second motion sensor in the point sensing unit and the mouse input terminal, and the control chip is used to determine the AI ​​working mode based on the mouse usage environment of the environment monitoring chip, and determine the AI ​​control instructions without a mouse pad based on the AI ​​working mode and the mouse point in the point sensing unit.

[0023] In one embodiment, the control chip unit further includes:

[0024] A working power supply, the working power supply is connected to a power supply terminal of the control chip;

[0025] A mode selector, wherein an input end of the mode selector is connected to the working power supply, a first output end of the mode selector is connected to a power supply end of the second optical sensor and a power supply end of the first motion sensor, a second output end of the mode selector is connected to a power supply end of the second motion sensor and a power supply end of the first motion sensor, a control end of the mode selector is connected to the control chip, and the control chip is further used to obtain a mouse point position in the point position sensing unit based on the AI ​​working mode, and determine an AI control instruction without a mouse pad according to the mouse point position.

[0026] In one embodiment, the AI ​​processing unit includes a planar AI processing subunit, and the planar AI processing subunit includes:

[0027] A first pressing sensor, wherein the first pressing sensor is disposed at the bottom of the AI ​​smart mouse, and the first pressing sensor is used to collect a first pressing state of the bottom of the mouse;

[0028] A first trigger chip, wherein the first trigger chip is connected to the first press sensor and the control chip in the control chip unit, and the first trigger chip is used to generate a first position acquisition instruction based on the first press state, and use the first position acquisition instruction as a detection control instruction, wherein the detection control instruction is used to control the point sensing unit to perform acquisition.

[0029] In one embodiment, the AI ​​processing unit includes an in-flight AI processing subunit, and the in-flight AI processing subunit includes:

[0030] An OR gate device, which is arranged in the AI ​​intelligent mouse and connected to the button output port and the scroll output port of the AI ​​intelligent mouse, and is used to collect the use status of the AI ​​intelligent mouse;

[0031] A second trigger chip, the second trigger chip is connected to the OR gate device and the control chip in the control chip unit, the second trigger chip is used to generate a second position acquisition instruction based on the usage status, and use the second position acquisition instruction as a detection control instruction, wherein the detection control instruction is used to control the point sensing unit to perform acquisition.

[0032] In one embodiment, the usage environment monitoring module includes:

[0033] A vibration sensor, which is arranged at the bottom of the AI ​​smart mouse and connected to the environment monitoring chip in the usage environment monitoring module, and is used to collect the vibration state of the bottom of the mouse;

[0034] A second pressing sensor, wherein the second pressing sensor is disposed at the bottom of the AI ​​smart mouse and connected to the environment monitoring chip, and the second pressing sensor is used to collect a second pressing state of the bottom of the mouse;

[0035] Wherein, the environment monitoring chip is also used to determine a detection instruction based on the second pressing state and the vibration state, and obtain the mouse usage environment based on the detection instruction.

[0036] In addition, to achieve the above-mentioned purpose, the present invention provides an AI intelligent mouse, which includes a mouse outer shell and the above-mentioned AI intelligent mouse control circuit, a mouse input terminal is arranged on the mouse outer shell, the AI ​​intelligent mouse control circuit is encapsulated in the mouse outer shell and connected to the mouse input terminal, wherein the mouse input terminal is connected to an external terminal.

[0037] The present invention provides an AI intelligent mouse control circuit, which includes an environment monitoring module and an AI control module, wherein the AI ​​control module includes: a point sensing unit, wherein the point sensing unit is used to sense the mouse point at the current use moment; a control chip unit, wherein the control chip unit is connected to the point sensing unit, the environment monitoring module and the mouse input end, wherein the control chip unit is used to determine an AI control instruction without a mouse pad based on the mouse use environment and the mouse point collected by the environment monitoring module; and an AI processing unit, wherein the AI ​​processing unit is connected to the control chip unit, wherein the AI ​​processing unit is used to determine a detection control instruction based on the AI ​​control instruction, wherein the control chip unit is also used to determine a mouse input instruction based on the detection control instruction, so as to control the AI ​​intelligent mouse based on the mouse input instruction. The control chip unit in the AI ​​control module determines the AI ​​control instruction without a mouse pad by using the mouse use environment and the mouse point collected by the environment monitoring module, and then determines the detection control instruction based on the AI ​​control instruction in the AI ​​processing unit, and finally returns the detection control instruction to the control chip unit, so as to determine the mouse input instruction based on the detection control instruction to control the AI ​​intelligent mouse. This avoids the problem that the prior art cannot meet the requirement of normal use of the mouse when there is no mouse pad or the mouse pad is used in a poor environment. The AI ​​intelligent mouse control circuit determines the AI ​​control instructions without a mouse pad by using the mouse use environment and mouse position collected by the environmental monitoring module, and then determines the detection control instructions of the entire control process based on the AI ​​processing unit, so as to realize the control of the AI ​​intelligent mouse by determining the mouse input instructions based on the detection control instructions. The mouse can be used normally when there is no mouse pad or the mouse pad is used in a poor environment, thereby improving the functionality of the mouse control. BRIEF DESCRIPTION OF THE DRAWINGS

[0038] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on the structures shown in these drawings without paying creative work.

[0039] Figure 1 A schematic diagram of the structure of the AI ​​intelligent mouse control circuit of the present invention;

[0040] Figure 2 A connection diagram of an environment monitoring module used in the AI ​​intelligent mouse control circuit of the present invention;

[0041] Figure 3 A connection diagram of the point sensing unit in the AI ​​intelligent mouse control circuit of the present invention;

[0042] Figure 4 A connection diagram of a control chip unit in the AI ​​intelligent mouse control circuit of the present invention;

[0043] Figure 5 A connection diagram of the AI ​​processing unit in the AI ​​intelligent mouse control circuit of the present invention;

[0044] Figure 6 It is another structural schematic diagram of the AI ​​intelligent mouse control circuit of the present invention.

[0045] Description of Figure Numbers:

[0046] 100, use environment monitoring module; 200, AI control module; 300, mouse input terminal; 10, point sensing unit; 20, control chip unit; 30, AI processing unit; 110, environment sensing unit; 111, distance sensor; 112, first optical sensor; 120, input sensing unit; 121, inertial subunit; 130, environment monitoring chip; 400, AI smart mouse; 410, left button; 420, right button; 430, pulley; 11, second optical sensor; 12, first motion sensor; 13, second motion sensor; 21, control chip; 22, working power supply; 23, mode selector; 31, plane AI processing subunit; 311, first pressure sensor; 312, first trigger chip; 32, aerial AI processing subunit; 321, OR gate device; 322, second trigger chip; 140, vibration sensor; 150, second pressure sensor.

[0047] The realization of the purpose, functional features and advantages of the present invention will be further explained in conjunction with embodiments and with reference to the accompanying drawings. DETAILED DESCRIPTION

[0048] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0049] It should be noted that if the embodiments of the present invention involve directional indications (such as up, down, left, right, front, back...), the directional indications are only used to explain the relative position relationship, movement status, etc. between the components under a certain specific posture (as shown in the accompanying drawings). If the specific posture changes, the directional indication will also change accordingly.

[0050] In addition, if there are descriptions involving "first", "second", etc. in the embodiments of the present invention, the descriptions of "first", "second", etc. are only used for descriptive purposes and cannot be understood as indicating or suggesting their relative importance or implicitly indicating the number of the indicated technical features. Therefore, the features defined as "first" and "second" may explicitly or implicitly include at least one of the features. In addition, the technical solutions between the various embodiments can be combined with each other, but they must be based on the ability of ordinary technicians in the field to implement them. When the combination of technical solutions is contradictory or cannot be implemented, it should be deemed that such a combination of technical solutions does not exist and is not within the scope of protection required by the present invention.

[0051] In order to make the description of the following embodiments clear and concise, a brief introduction to a mouse control circuit is first given:

[0052] The existing mouse needs to be used with a mouse pad, and it must be a mouse pad or similar item. For example, it is not comfortable to perform input control on a smooth book. Therefore, it is impossible to meet the normal use of the mouse when there is no mouse pad or the use environment of the mouse pad is poor.

[0053] This solution proposes an AI intelligent mouse control circuit, which includes an environment monitoring module and an AI control module, wherein the AI ​​control module includes: a point sensing unit, wherein the point sensing unit is used to sense the mouse point at the current time of use; a control chip unit, wherein the control chip unit is connected to the point sensing unit, the environment monitoring module and the mouse input terminal, wherein the control chip unit is used to determine an AI control instruction without a mouse pad based on the mouse use environment and the mouse point collected by the environment monitoring module; an AI processing unit, wherein the AI ​​processing unit is connected to the control chip unit, wherein the AI ​​processing unit is used to determine a detection control instruction based on the AI ​​control instruction, wherein the control chip unit is also used to determine a mouse input instruction based on the detection control instruction, so as to control the AI ​​intelligent mouse based on the mouse input instruction. The control chip unit in the AI ​​control module determines the AI ​​control instruction without a mouse pad by using the mouse use environment and the mouse point collected by the environment monitoring module, and then determines the detection control instruction based on the AI ​​control instruction in the AI ​​processing unit, and finally returns the detection control instruction to the control chip unit, so as to determine the mouse input instruction based on the detection control instruction to control the AI ​​intelligent mouse. This avoids the problem that the prior art cannot meet the requirement of normal use of the mouse when there is no mouse pad or the mouse pad is used in a poor environment. The AI ​​intelligent mouse control circuit determines the AI ​​control instructions without a mouse pad by using the mouse use environment and mouse position collected by the environmental monitoring module, and then determines the detection control instructions of the entire control process based on the AI ​​processing unit, so as to realize the control of the AI ​​intelligent mouse by determining the mouse input instructions based on the detection control instructions. The mouse can be used normally when there is no mouse pad or the mouse pad is used in a poor environment, thereby improving the functionality of the mouse control.

[0054] The invention provides an AI intelligent mouse control circuit.

[0055] In one embodiment of the present invention, Figure 1 As shown, Figure 1 : is a structural diagram of an AI intelligent mouse control circuit, the AI ​​intelligent mouse control circuit includes an environment monitoring module 100 and an AI control module 200, the AI ​​control module 200 includes:

[0056] A point position sensing unit 10, the point position sensing unit 10 is used to sense the mouse point position at the current time of use;

[0057] A control chip unit 20, wherein the control chip unit 20 is connected to the point position sensing unit 10, the use environment monitoring module 100 and the mouse input terminal 300, and the control chip unit 20 is used to determine the AI ​​control instruction without a mouse pad based on the mouse use environment and the mouse point position collected by the use environment monitoring module 100;

[0058] The AI ​​processing unit 30 is connected to the control chip unit 20, and the AI ​​processing unit 30 is used to determine the detection control instruction based on the AI ​​control instruction, wherein the control chip unit 20 is also used to determine the mouse input instruction based on the detection control instruction, so as to realize the control of the AI ​​intelligent mouse 400 based on the mouse input instruction.

[0059] In this embodiment, the AI ​​intelligent mouse control circuit includes an environment monitoring module 100 and an AI control module 200. The environment monitoring module 100 is mainly used to detect that the mouse usage environment at this time is no longer in the situation where there is no mouse pad or the mouse pad usage environment is poor (hereinafter referred to as the execution situation of this scheme), and then inform the AI ​​control module 200 that special control is required at this time (control in the situation where there is no mouse pad or the mouse pad usage environment is poor in this embodiment). Among them, the environment monitoring module 100 can be used to detect the environment under the mouse, and then determine whether it is necessary to use the AI ​​control module 200 for control at this time, such as directly using a camera to capture whether there is a mouse pad, and then informing the AI ​​control module 200 to take over the control process when there is no mouse pad, otherwise continue to use the original control method for control. The above is only a composition and collection process of the environment monitoring module 100, and it can also be other collection processes, which are not limited here. When it is determined that the AI ​​control module 200 is needed for control, the mouse point at the current time of use will be sensed based on the point sensing unit 10, and then the control chip unit 20 determines the AI ​​control instruction without a mouse pad based on the mouse usage environment and the mouse point collected by the usage environment monitoring module 100, wherein the mouse point refers to the point change during the movement of the mouse, and the mouse usage environment refers to the usage environment of the mouse. Because it has been determined that the AI ​​control module 200 is needed for control at this time, the mouse usage environment is generally a situation where a mouse pad is not used, generally a suspended and flat usage environment. At this time, the advantage of determining the mouse point first and then determining the AI ​​control instruction without a mouse pad with the mouse usage environment is that it is not a single determination of the subsequent working mode from the mouse usage environment, but a comprehensive judgment is made in combination with the information collected by the point sensing unit 10, thereby ensuring the accuracy of the subsequent working mode determination. The AI ​​control instruction refers to an instruction to control the AI ​​processing unit 30 to perform detection. Because the mouse moves at this time and there is a situation where the movement ends, it is necessary to control the input in combination with the detection of the AI ​​processing unit 30.Among them, the point sensing unit 10 can be a moving sensor or a position sensor, and then the movement of the mouse is determined by determining the moving point of the mouse. The control chip unit 20 may include a controller to realize the overall logic control. The AI ​​processing unit 30 mainly collects when the user starts to move and when the movement ends through a variety of sensors, and then tells the control chip unit 20 when to start the current point detection and when to start the next point detection. That is, the detection control instruction refers to the information that tells the control chip unit 20 when to start the current point detection and when to start the next point detection. Then, the control chip unit 20 can determine the actual mouse movement distance based on the distance between the two point detections to convert the distance into the actual terminal distance. For example, an equivalent change is made based on the distance to obtain the final mouse movement distance on the terminal, so as to realize the normal control of the mouse in the absence of a mouse pad or the poor use environment of the mouse pad, thereby improving the functionality of the mouse.

[0060] In one embodiment, the core of the AI ​​control module 200 is to set a virtual moving plane for the movement of the mouse (it can be directly the plane of a certain object or a custom plane in the air. In this case, the plane in the air can have a certain height change to ensure the accuracy of operations in the air). This plane does not require a physical object like a mouse pad, and the movement control of the mouse can be realized based on this virtual moving plane to improve the intelligence and functionality of the mouse.

[0061] The present embodiment provides an AI intelligent mouse control circuit, which includes an environment monitoring module and an AI control module, wherein the AI ​​control module includes: a position sensing unit, wherein the position sensing unit is used to sense the mouse position at the current time of use; a control chip unit, wherein the control chip unit is connected to the position sensing unit, the environment monitoring module and the mouse input terminal, wherein the control chip unit is used to determine an AI control instruction without a mouse pad based on the mouse use environment and the mouse position collected by the environment monitoring module; an AI processing unit, wherein the AI ​​processing unit is connected to the control chip unit, wherein the AI ​​processing unit is used to determine a detection control instruction based on the AI ​​control instruction, wherein the control chip unit is also used to determine a mouse input instruction based on the detection control instruction, so as to control the AI ​​intelligent mouse based on the mouse input instruction. The control chip unit in the AI ​​control module determines the AI ​​control instruction without a mouse pad by using the mouse use environment and the mouse position collected by the environment monitoring module, and then determines the detection control instruction based on the AI ​​control instruction in the AI ​​processing unit, and finally returns the detection control instruction to the control chip unit, so as to determine the mouse input instruction based on the detection control instruction to control the AI ​​intelligent mouse. This avoids the problem that the prior art cannot meet the requirement of normal use of the mouse when there is no mouse pad or the mouse pad is used in a poor environment. The AI ​​intelligent mouse control circuit determines the AI ​​control instructions without a mouse pad by using the mouse use environment and mouse position collected by the environmental monitoring module, and then determines the detection control instructions of the entire control process based on the AI ​​processing unit, so as to realize the control of the AI ​​intelligent mouse by determining the mouse input instructions based on the detection control instructions. The mouse can be used normally when there is no mouse pad or the mouse pad is used in a poor environment, thereby improving the functionality of the mouse control.

[0062] Further, in another embodiment of the AI ​​intelligent mouse control circuit of the present application, referring to Figure 2 , Figure 2 The present invention is a connection diagram of an environment monitoring module used in the AI ​​intelligent mouse control circuit. The environment monitoring module 100 includes an environment sensing unit 110, an input sensing unit 120 and an environment monitoring chip 130. The environment monitoring chip 130 is connected to the input sensing unit 120 and the environment sensing unit 110. The environment sensing unit 110 includes:

[0063] A distance sensor 111, which is disposed at the bottom of the AI ​​intelligent mouse 400 and connected to the environment monitoring chip 130, and is used to collect the usage distance of the bottom of the mouse;

[0064] A first optical sensor 112, which is disposed at the bottom of the AI ​​intelligent mouse 400 and connected to the environment monitoring chip 130, and is used to collect the use position of the bottom of the mouse;

[0065] The environment monitoring chip 130 is used to determine the environment information based on the use distance and the use position, and to determine the mouse use environment according to the environment information and the input environment information collected by the input sensing unit.

[0066] Furthermore, the input sensing unit 120 includes:

[0067] An inertial subunit 121, which is disposed in the AI ​​intelligent mouse 400 and connected to the environment monitoring chip 130, and is used to collect the actual moving distance of the AI ​​intelligent mouse 400, wherein the inertial subunit 121 includes a longitudinal distance sensor and a lateral distance sensor;

[0068] The environment monitoring chip 130 is also connected to the mouse input terminal 300, and is also used to collect the terminal movement distance received by the mouse input terminal 300, and determine the input environment information according to the terminal movement distance and the actual movement distance.

[0069] In this embodiment, the use environment monitoring module 100 includes an environment sensing unit 110 and an input sensing unit 120, and the detection of the execution situation is mainly divided into two aspects, namely, the actual environment detected by the environment sensing unit 110 and the input situation detected by the input sensing unit 120. The environment sensing unit 110 includes a distance sensor 111 and a first optical sensor 112, and then the use distance of the bottom of the mouse is collected by the distance sensor 111 and the use position of the bottom of the mouse is collected by the first optical sensor 112, so as to determine whether it is on a plane (not on a mouse pad) or in the air. Among them, the use distance refers to the distance between the bottom of the mouse and the use surface (mouse pad or plane), and the use position refers to the use position of the bottom of the mouse, which is generally judged based on the reflection characteristics, and then it can be determined whether it is on the mouse pad, plane and air based on the use distance, such as distance A is the mouse pad and plane, and distance above A is in the air. When it is a mouse pad and a plane, the use position is continued to be used to determine, that is, the first optical sensor 112 can be determined as a mouse pad based on the reflection relationship of the mouse pad, that is, if the reflection characteristics collected by the first optical sensor 112 in the use position match the characteristics of the mouse pad, it is determined to be a mouse pad, otherwise it is determined to be a plane, wherein the characteristics of the mouse pad are the reflection characteristics of the mouse pad defined by the user. At this time, the environment information can be determined based on the use position and the use distance, wherein the environment information refers to a plane or the air, and then targeted control is performed based on the plane or the air. At the same time, in order to ensure the effective control of the AI ​​control module, input judgment is also required, because in some environments, such as some semi-wooden desktops, the mouse can still be used normally, so the input sensing unit 120 is used for secondary verification to ensure that some use of the AI ​​control module, and will not be directly used for control in the plane environment where the mouse is normally used.

[0070] In one embodiment, after it is determined to be in the air, subsequent control will be performed directly, that is, the AI ​​working mode is determined to be an air control mode. For example, when it is determined to be a mouse pad and a plane, the actual moving distance of the AI ​​intelligent mouse 400 will be detected based on the inertial subunit 121. The inertial subunit 121 includes a longitudinal distance sensor and a lateral distance sensor, and can also be an internal inertial sensor, that is, the lateral distance can be determined based on the lateral distance sensor, and the longitudinal distance sensor is to ensure that the mouse is not moved repeatedly, that is, the two sensors only determine the lateral movement distance once as the actual movement distance, and at the same time obtain the terminal movement distance received by the mouse input terminal 300. At this time, the movement distance of the mouse input terminal 300 connected to the terminal can be directly collected , that is, the distance of movement on the terminal caused by the movement of the mouse, and then the analysis can be performed based on the terminal movement distance on the terminal and the actual movement distance of the actual mouse. For example, if the actual movement distance is A and the terminal movement distance is aA±B, as long as it is determined that the relationship between the two does not meet the above relationship (preset relationship), the input environment information will be determined to be that the mouse is in an execution situation, that is, the mouse is determined to be on a plane that cannot move normally. When it is determined that the relationship between the two meets the above relationship (preset relationship), the input environment information will be determined to be that the mouse is in a normal situation, that is, the mouse is determined to be on a plane that can move normally or on a mouse pad. The input environment information refers to determining whether it is on a plane that cannot move normally or a plane that can move normally or on a mouse pad. The mouse use environment can then be determined based on the input environment information and the environment information, that is, in the air or on a plane that cannot move normally (other situations do not consider the control of the AI ​​control module), so as to ensure the accuracy of the control using the AI ​​control module.

[0071] Further, in another embodiment of the AI ​​intelligent mouse control circuit of the present application, referring to Figure 3 , Figure 3 The present invention is a connection diagram of a point sensing unit in the AI ​​intelligent mouse control circuit. The point sensing unit 10 includes:

[0072] A second optical sensor 11, which is disposed at the bottom of the AI ​​intelligent mouse 400 and connected to the control chip unit 20, and is used to collect a first lateral movement position of the bottom of the mouse;

[0073] A first motion sensor 12, which is disposed in the AI ​​intelligent mouse 400 and connected to the control chip unit 20, and is used to collect the longitudinal movement position of the AI ​​intelligent mouse 400;

[0074] The second motion sensor 13 is arranged in the AI ​​intelligent mouse 400 and connected to the control chip unit 20. The second motion sensor 13 is used to collect the second lateral movement position of the AI ​​intelligent mouse 400, and use the first lateral movement position and the longitudinal movement position as the mouse point position, or the second lateral movement position and the longitudinal movement position as the mouse point position.

[0075] In this embodiment, the point sensing unit 10 includes a second optical sensor 11, a first motion sensor 12 and a second motion sensor 13. Because the mode is control in the air or on a plane that cannot move normally, it is necessary to use the second optical sensor 11 to collect the first lateral movement position of the bottom of the mouse and the first motion sensor 12 to collect the longitudinal movement position of the AI ​​intelligent mouse 400, or the first motion sensor 12 to collect the longitudinal movement position of the AI ​​intelligent mouse 400 and the second motion sensor 13 to collect the second lateral movement position of the AI ​​intelligent mouse 400. For example, in the air, the second lateral movement position and the longitudinal movement position are used as the mouse point position, and in the plane that cannot move normally, the first lateral movement position and the longitudinal movement position are used as the mouse point position. This is because the first lateral movement position and the longitudinal movement position can be collected on the plane that cannot move normally, and this is because the second lateral movement position and the longitudinal movement position can be collected in the air, so that information of different devices can be collected for different environments. Among them, the sensors in this application can be commonly used respective sensors, which are not limited here. The first lateral movement position refers to the lateral movement distance collected by the second optical sensor 11, the longitudinal movement position refers to the longitudinal movement distance sensed by the first motion sensor 12, and the second lateral movement position refers to the lateral movement distance sensed by the second motion sensor 13. The motion sensor can be a commonly used inertial sensor to sense the movement of objects. It is worth noting that after the mouse point position is collected first at this time, a secondary determination is made based on the mouse point position and the mouse usage environment, because the mouse usage environment can determine whether the mouse is in the air or on an immovable plane at this time, and then the mouse point position is used to determine whether it is a certain mouse usage environment, so as to determine the mouse usage environment here and ensure the control accuracy of the subsequent AI working mode.

[0076] Further, in another embodiment of the AI ​​intelligent mouse control circuit of the present application, referring to Figure 4 , Figure 4 FIG. 2 is a connection diagram of a control chip unit in the AI ​​intelligent mouse control circuit of the present invention. The control chip unit 20 includes:

[0077] A control chip 21, wherein the control chip 21 is connected to the environment monitoring chip 130 in the usage environment monitoring module 100, the second optical sensor 11 in the point sensing unit 10, the first motion sensor 12 in the point sensing unit 10, the second motion sensor 13 in the point sensing unit 10 and the mouse input terminal 300, and the control chip 21 is used to determine the AI ​​working mode based on the mouse usage environment of the environment monitoring chip 130, and determine the AI ​​control instructions without a mouse pad based on the AI ​​working mode and the mouse point in the point sensing unit 10.

[0078] Furthermore, the control chip unit 20 also includes:

[0079] A working power supply 22, the working power supply 22 is connected to a power supply terminal of the control chip 21;

[0080] A mode selector 23, wherein the input end of the mode selector 23 is connected to the working power supply 22, the first output end of the mode selector 23 is connected to the power supply end of the second optical sensor 11 and the power supply end of the first motion sensor 12, the second output end of the mode selector 23 is connected to the power supply end of the second motion sensor 13 and the power supply end of the first motion sensor 12, the control end of the mode selector 23 is connected to the control chip 21, and the control chip 21 is also used to obtain the mouse point position in the point position sensing unit 10 based on the AI ​​working mode, and determine the AI ​​control instruction without a mouse pad according to the mouse point position.

[0081] In this embodiment, the control chip unit 20 includes a control chip 21, and the control chip 21 is respectively connected to the second optical sensor 11, the first motion sensor 12, and the second motion sensor 13 in the point sensing unit 10, so as to collect the mouse point to perform a secondary determination of the mouse usage environment, and then determine the AI ​​working mode, that is, the air control mode and the immovable plane mode. At this time, the AI ​​control instruction without a mouse pad will be determined based on the AI ​​working mode and the mouse point in the point sensing unit 10. This is not the first time to obtain the mouse point in the point sensing unit 10, that is, at this time, a specific instrument is used to collect the mouse point to determine the AI ​​working mode. For example, when in the air, the information collected by the first motion sensor 12 and the second motion sensor 13 is used for control. When on an immovable plane, the information collected by the first motion sensor 12 and the second optical sensor 11 is used for control. That is, a control circuit of a working power supply 22 and a mode selector 23 is designed, and then the mode selector 23 is controlled based on different AI working modes to power the first motion sensor 12 and the second optical sensor 11 or the first motion sensor 12 and the second motion sensor 13, so as to ensure the effective use of the device, and then the mouse point in the point sensing unit 10 is obtained according to the AI ​​working mode, and the AI ​​control instruction without a mouse pad is determined based on the mouse point in the point sensing unit 10. If the AI ​​working mode is in the air, the working power supply 22 will be controlled to power the first motion sensor 12 and the second motion sensor 13 alone, and the information collected by the first motion sensor 12 and the second motion sensor 13 will be used as the mouse point in the point sensing unit 10, and then the input instruction will be determined based on the mouse point; if the AI ​​working mode is an immovable plane, the working power supply 22 will be controlled to power the first motion sensor 12 and the second optical sensor 11 alone, and the information collected by the first motion sensor 12 and the second optical sensor 11 will be used as the mouse point in the point sensing unit 10, and then the input instruction will be determined based on the mouse point. It is worth mentioning that at this time, the mouse point position in the point sensing unit 10 can determine the actual mouse movement distance, and then display the movement on the corresponding terminal based on the distance. For example, if the actual mouse movement distance is A, the distance displayed on the corresponding terminal is aA, and the mouse movement control can be accurately realized to improve the functionality of the mouse in the air or on an immovable plane.

[0082] Further, in another embodiment of the AI ​​intelligent mouse control circuit of the present application, referring to Figure 5 , Figure 5 FIG. 1 is a connection diagram of an AI processing unit in the AI ​​intelligent mouse control circuit of the present invention. The AI ​​processing unit 30 includes a planar AI processing subunit 31. The planar AI processing subunit 31 includes:

[0083] A first pressing sensor 311, wherein the first pressing sensor 311 is disposed at the bottom of the AI ​​intelligent mouse 400, and the first pressing sensor 311 is used to collect a first pressing state of the bottom of the mouse;

[0084] The first trigger chip 312 is connected to the first press sensor and the control chip 21 in the control chip unit 20. The first trigger chip 312 is used to generate a first position acquisition instruction based on the first press state, and use the first position acquisition instruction as a detection control instruction, wherein the detection control instruction is used to control the point sensing unit 10 to perform acquisition.

[0085] In one embodiment, the AI ​​processing unit 30 includes an in-flight AI processing subunit 32, and the in-flight AI processing subunit 32 includes:

[0086] An OR gate device 321, which is disposed in the AI ​​intelligent mouse 400 and connected to a key output port and a scroll output port of the AI ​​intelligent mouse 400, and is used to collect the use status of the AI ​​intelligent mouse 400;

[0087] The second trigger chip 322 is connected to the OR gate device 321 and the control chip 21 in the control chip unit 20. The second trigger chip 322 is used to generate a second position acquisition instruction based on the usage status, and use the second position acquisition instruction as a detection control instruction, wherein the detection control instruction is used to control the point sensing unit 10 to perform acquisition.

[0088] In this embodiment, because it is necessary to determine the longest moving distance of the mouse during the entire control process, that is, to output the distance from the start of movement to the end of movement (the end of movement mark is the mouse lift-down), the entire judgment process is processed using the AI ​​processing unit 30. On the one hand, the AI ​​processing unit 30 includes a plane AI processing subunit 31 (that is, processing the immovable plane), and the plane AI processing subunit 31 includes a first press sensor 311, which is set at the bottom of the AI ​​intelligent mouse 400 and can collect the first press state of the bottom of the mouse; a first trigger chip 312, the first trigger chip 312 is connected to the first press sensor and the control chip 21 in the control chip unit 20, and can generate a first position acquisition instruction based on the first press state, and use the first position acquisition instruction as a detection control instruction, wherein the detection control instruction is used to control the point sensing unit 10 to collect. Among them, the first pressing state refers to the state of pressing the plane. If the pressure increases sharply, it is known that the mouse is lifted up and put down at this time, and then the first trigger chip 312 is told that this round of movement is over, and then the next round of position collection begins. That is, when the first pressing state is a state of sudden pressure increase, a new point will continue to be determined as the starting point, and then the next round of movement control will be carried out. The first position collection instruction refers to the instruction for collecting the starting position of a new round, and the detection control instruction refers to the instruction for controlling the point sensing unit 10 to start a new round of point collection, thereby ensuring the accuracy of the mouse movement control on the immovable plane.

[0089] In one embodiment, on the other hand, the AI ​​processing unit 30 includes an air AI processing subunit 32 (i.e., processing in the air), and the air AI processing subunit 32 includes: an OR gate device 321, the OR gate device 321 is set in the AI ​​intelligent mouse 400, and is connected to the key output port and the scroll output port of the AI ​​intelligent mouse 400, and can collect the usage status of the AI ​​intelligent mouse 400; a second trigger chip 322, the second trigger chip 322 is connected to the OR gate device 321 and the control chip 21 in the control chip unit 20, the second trigger chip 322 is used to generate a second position acquisition instruction based on the usage status, and use the second position acquisition instruction as a detection control instruction, wherein the detection control instruction is used to control the point sensing unit 10 to collect. Among them, the usage status refers to the usage status of the left button 410 and the right button 420 in the button output port of the AI ​​smart mouse 400 and the pulley 430 in the scroll output port, such as the left button 410 is pressed, the right button 420 is pressed, or the pulley 430 is rolled, etc., which tells the second trigger chip 322 that this round of movement is over, and then starts to collect the next round of positions, that is, when the left button 410 is pressed, the right button 420 is pressed, or the pulley 430 is rolled, it will continue to determine a new point as the starting point, and then perform the next round of movement control. The second position collection instruction refers to an instruction to collect a new round of starting point positions, and the detection control instruction refers to an instruction to control the point position sensing unit 10 to start a new round of point collection, thereby ensuring the accuracy of the air mouse movement control.

[0090] It is worth noting that for the air mouse movement control, it is not necessary to consider the displacement of the longitudinal axis, and only the left button 410, the right button 420, or the pulley 430 can be pressed as the end trigger instruction. However, in order to avoid the problem of user misoperation, the maximum horizontal distance can be limited or the horizontal distance can be defined as an approximate straight line for normal control, thereby ensuring the intelligence of air control. Another point worth noting is that the control process of the plane that cannot be moved can also use the process of the air control method, but the process of the air control method can only use the process of the air control method, that is, the control process of the movable plane can also use the left button 410, the right button 420, or the pulley 430 as the end trigger instruction, and there is no need to consider the displacement of the longitudinal axis.

[0091] Further, in another embodiment of the AI ​​intelligent mouse control circuit of the present application, referring to Figure 6 , Figure 6 FIG. 1 is another structural diagram of the AI ​​intelligent mouse control circuit of the present invention. The use environment monitoring module 100 includes:

[0092] A vibration sensor 140, which is disposed at the bottom of the AI ​​intelligent mouse 400 and connected to the environment monitoring chip 130 in the use environment monitoring module 100, and is used to collect the vibration state of the bottom of the mouse;

[0093] A second pressing sensor 150, which is disposed at the bottom of the AI ​​intelligent mouse 400 and connected to the environment monitoring chip 130, and is used to collect a second pressing state of the bottom of the mouse;

[0094] The environment monitoring chip 130 is further used to determine a detection instruction based on the second pressing state and the vibration state, and to obtain the mouse use environment based on the detection instruction.

[0095] In this embodiment, the use environment monitoring module 100 includes a vibration sensor 140 and a second pressure sensor 150, and both are connected to the environment monitoring chip 130 in the use environment monitoring module 100, and then the environment monitoring chip 130 can determine whether it is necessary to detect the execution situation based on the vibration sensor 140 and the second pressure sensor 150. The vibration sensor 140 is used to collect the vibration state of the bottom of the mouse of the AI ​​intelligent mouse 400, and the second pressure sensor 150 is used to collect the second pressure state of the bottom of the mouse of the AI ​​intelligent mouse 400, and then it can be determined whether it enters the execution situation at this time. Among them, the vibration state refers to the vibration of the mouse when it is put down from a high place. Only when the vibration value reaches the threshold value, this time is regarded as a valid vibration, because the state from the mouse pad to the plane, such as the vibration value on the mouse pad is 5 (the mouse pad is relatively soft, so the vibration value will be relatively small, and when it is placed on the plane, there will be a larger vibration value), the vibration value on the mouse pad is above 10, and then it can be quickly determined whether it is in the execution situation. At the same time, in order to avoid misjudgment of vibration, if the user uses a large force to move on the mouse pad, the second press state will also be combined for judgment. The second press state refers to the pressure value of the bottom of the mouse pressing the contact surface (mouse pad or plane). Because the pressure value on a relatively soft object will be smaller, an intermediate press value can be directly defined at this time. For example, when it is greater than the press value, it is determined to be on the plane, and when it is less than the press value, it is determined to be on a softer plane, such as a bed. At this time, the execution situation can be more accurately determined based on the second press state and the vibration state. If the execution situation cannot be determined based on the second press state or the vibration state alone, such as in the process from the mouse pad to the plane, only checking the vibration state or the second press state cannot determine this process, and thus the AI ​​control module cannot be switched in time. At this time, the detection instruction is determined based on the second pressing state and the vibration state, and then the use environment monitoring module 100 is controlled to start working. When the detection instruction is not generated, the use environment monitoring module 100 will be controlled to standby to reduce the working loss of the use environment monitoring module 100. At the same time, the wake-up premise (detection instruction, that is, the instruction to control the use environment monitoring module 100 to work) is used to control the use environment monitoring module 100 to work. Two detection thresholds can be set for the use environment monitoring module 100 to ensure the accuracy of the use environment monitoring module 100 in detecting the environment, that is, the use environment monitoring module 100 will not be started randomly or erroneously.

[0096] The invention also provides an AI intelligent mouse.

[0097] The AI ​​intelligent mouse of the present invention comprises a mouse outer shell and the AI ​​intelligent mouse control circuit as described above, wherein a mouse input terminal is arranged on the mouse outer shell, and the AI ​​intelligent mouse control circuit is encapsulated in the mouse outer shell and connected to the mouse input terminal, wherein the mouse input terminal is connected to an external terminal, and the AI ​​intelligent mouse may further comprise a built-in circuit board, on which the AI ​​intelligent mouse control circuit is arranged, and the built-in circuit board is encapsulated in the mouse outer shell.

[0098] In one embodiment of the present invention, the mouse outer shell is configured as a device for encapsulating and fixing the internal circuit board and the mouse input terminal, and the AI ​​intelligent mouse control circuit in the built-in circuit board is wirelessly / wiredly connected to the external terminal through the interface of the mouse input terminal on the mouse outer shell to realize the mouse input control function.

[0099] In one embodiment of the present invention, all or part of the AI ​​intelligent mouse control circuit is arranged on the mouse outer shell and / or the built-in circuit board, and the embodiments are as follows:

[0100] In the first embodiment, all or part of the AI ​​intelligent mouse control circuit is arranged on the built-in circuit board. The AI ​​control module in the AI ​​intelligent mouse control circuit is arranged on the built-in circuit board, the pulley, button and mouse output module, as well as the use environment monitoring module are arranged on the mouse outer shell, and the built-in circuit board is encapsulated in the mouse outer shell;

[0101] In the second embodiment, the control chip unit and the AI ​​processing unit in the AI ​​intelligent mouse control circuit are arranged on the built-in circuit board, the use environment monitoring module and the point sensing unit are arranged on the mouse outer shell at the corresponding button, pulley position or the bottom of the mouse, and the pulley and button output wires are arranged at the interface position of the mouse outer shell, and the built-in circuit board is encapsulated in the mouse outer shell;

[0102] In a third embodiment, the control chip unit in the AI ​​intelligent mouse control circuit is arranged on the built-in circuit board, the use environment monitoring module, the point sensing unit and the AI ​​processing unit are arranged on the mouse shell at the corresponding button, pulley position or the bottom of the mouse, and the pulley and button output wires are arranged at the interface position of the mouse shell, and the built-in circuit board is encapsulated in the mouse shell;

[0103] In the fourth embodiment, all the AI ​​intelligent mouse control circuits are arranged on the built-in circuit board, a pulley is arranged on the mouse shell, an environment monitoring module, a point sensing unit and an AI processing unit are arranged at the pulley position or the inner position of the bottom of the mouse, a pulley and a button output wire are arranged at the interface position of the mouse shell, and the built-in circuit board is encapsulated in the mouse shell.

[0104] The built-in circuit board can be packaged with the housing horizontally or vertically, which is not limited here. The above setting method for the mouse input control interface can be set according to actual conditions, and more or fewer devices can be used to package the mouse input control in the housing or other devices, which is not limited here.

[0105] The present invention also provides an AI intelligent mouse control device, which can also be directly a component of the AI ​​intelligent mouse.

[0106] The AI ​​intelligent mouse control device of the present invention comprises: a memory, a processor, and an AI intelligent mouse control program stored in the memory and executable on the processor. When the AI ​​intelligent mouse control program is executed by the processor, the control of the AI ​​intelligent mouse control circuit as described above is realized.

[0107] The invention also provides a storage medium.

[0108] The storage medium of the present invention may be a computer-readable storage medium, on which an AI intelligent mouse control program is stored. When the AI ​​intelligent mouse control program is executed by a processor, the control of the AI ​​intelligent mouse control circuit as described above is realized.

[0109] Among them, the method implemented when the AI ​​intelligent mouse control program running on the processor is executed can refer to the various control embodiments of the AI ​​intelligent mouse control circuit of the present invention, and will not be repeated here.

[0110] It should be noted that, in this article, the terms "include", "comprises" or any other variations thereof are intended to cover non-exclusive inclusion, so that a process, method, article or system including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or system. In the absence of further restrictions, an element defined by the sentence "comprises a ..." does not exclude the existence of other identical elements in the process, method, article or system including the element.

[0111] The serial numbers of the above embodiments of the present invention are only for description and do not represent the advantages or disadvantages of the embodiments.

[0112] The above descriptions are only optional embodiments of the present invention, and are not intended to limit the patent scope of the present invention. All equivalent structural changes made using the contents of the present invention's specification and drawings, or directly / indirectly applied in other related technical fields, are included in the patent protection scope of the present invention.

Claims

1. An AI intelligent mouse control circuit, characterized in that: The AI ​​intelligent mouse control circuit includes an environment monitoring module and an AI control module. include: Wherein, the use environment monitoring module includes: A vibration sensor, the vibration sensor is arranged at the bottom of the AI ​​smart mouse and connected to the environment monitoring chip in the usage environment monitoring module, and the vibration sensor is used to collect the vibration state of the bottom of the mouse; a second pressure sensor, the second pressure sensor is arranged at the bottom of the AI ​​smart mouse and connected to the environment monitoring chip, and the second pressure sensor is used to collect the second pressure state of the bottom of the mouse; wherein the environment monitoring chip is also used to determine a detection instruction based on the second pressure state and the vibration state, and obtain the mouse usage environment based on the detection instruction; A point position sensing unit, the point position sensing unit is used to sense the mouse point position at the current time of use, wherein the point position sensing unit includes: a second optical sensor, the second optical sensor is arranged at the bottom of the mouse of the AI ​​smart mouse and connected to the control chip unit, the second optical sensor is used to collect a first lateral movement position of the bottom of the mouse; a first motion sensor, the first motion sensor is arranged in the AI ​​smart mouse and connected to the control chip unit, the first motion sensor is used to collect a longitudinal movement position of the AI ​​smart mouse; a second motion sensor, the second motion sensor is arranged in the AI ​​smart mouse and connected to the control chip unit, the second motion sensor is used to collect a second lateral movement position of the AI ​​smart mouse, and the first lateral movement position and the longitudinal movement position are used as a mouse point position, or the second lateral movement position and the longitudinal movement position are used as a mouse point position; A control chip unit, the control chip unit is connected to the point sensing unit, the use environment monitoring module and the mouse input terminal, the control chip unit is used to determine the AI ​​control instruction without a mouse pad based on the mouse use environment and the mouse point collected by the use environment monitoring module, wherein the mouse use environment includes the terminal movement distance collected by the environment monitoring module and the actual movement distance of the actual mouse, wherein the terminal movement distance refers to the movement distance on the terminal caused by the mouse movement; An AI processing unit, the AI ​​processing unit is connected to the control chip unit, the AI ​​processing unit is used to determine the detection control instruction based on the AI ​​control instruction, wherein the control chip unit is further used to determine the mouse input instruction based on the detection control instruction, so as to realize the control of the AI ​​intelligent mouse based on the mouse input instruction, wherein the AI ​​processing unit includes an air AI processing subunit, and the air AI processing subunit includes: An OR gate device, the OR gate device is arranged in the AI ​​intelligent mouse and connected to the button output port and the scroll output port of the AI ​​intelligent mouse, the OR gate device is used to collect the usage status of the AI ​​intelligent mouse; a second trigger chip, the second trigger chip is connected to the OR gate device and the control chip in the control chip unit, the second trigger chip is used to generate a second position acquisition instruction based on the usage status, and use the second position acquisition instruction as a detection control instruction, wherein the detection control instruction is used to control the point sensing unit to collect.

2. The AI ​​intelligent mouse control circuit as claimed in claim 1, characterized in that: The use environment monitoring module includes an environment sensing unit, an input sensing unit and an environment monitoring chip, wherein the environment monitoring chip is connected to the input sensing unit and the environment sensing unit, and the environment sensing unit includes: A distance sensor, which is arranged at the bottom of the AI ​​smart mouse and connected to the environment monitoring chip, and is used to collect the usage distance of the bottom of the mouse; A first optical sensor, which is disposed at the bottom of the AI ​​smart mouse and connected to the environment monitoring chip, and is used to collect the use position of the bottom of the mouse; The environment monitoring chip is used to determine the environment information based on the use distance and the use position, and to determine the mouse use environment according to the environment information and the input environment information collected by the input sensing unit.

3. The AI ​​intelligent mouse control circuit as claimed in claim 2, characterized in that: The input sensing unit comprises: An inertial subunit, which is disposed in the AI ​​intelligent mouse and connected to the environment monitoring chip, and is used to collect the actual moving distance of the AI ​​intelligent mouse, wherein the inertial subunit includes a longitudinal distance sensor and a lateral distance sensor; The environment monitoring chip is also connected to the mouse input terminal, and is used to collect the terminal movement distance received by the mouse input terminal, and determine the input environment information according to the terminal movement distance and the actual movement distance.

4. The AI ​​intelligent mouse control circuit as claimed in claim 1, characterized in that: The control chip unit comprises: A control chip, wherein the control chip is connected to the environment monitoring chip in the usage environment monitoring module, the second optical sensor in the point sensing unit, the first motion sensor in the point sensing unit, the second motion sensor in the point sensing unit and the mouse input terminal, and the control chip is used to determine the AI ​​working mode based on the mouse usage environment of the environment monitoring chip, and determine the AI ​​control instructions without a mouse pad based on the AI ​​working mode and the mouse point in the point sensing unit.

5. The AI ​​intelligent mouse control circuit as claimed in claim 4, characterized in that: The control chip unit also includes: A working power supply, the working power supply is connected to a power supply terminal of the control chip; A mode selector, wherein an input end of the mode selector is connected to the working power supply, a first output end of the mode selector is connected to a power supply end of the second optical sensor and a power supply end of the first motion sensor, a second output end of the mode selector is connected to a power supply end of the second motion sensor and a power supply end of the first motion sensor, a control end of the mode selector is connected to the control chip, and the control chip is further used to obtain a mouse point position in the point position sensing unit based on the AI ​​working mode, and determine an AI control instruction without a mouse pad according to the mouse point position.

6. The AI ​​intelligent mouse control circuit as claimed in claim 1, characterized in that: The AI ​​processing unit includes a plane AI processing sub-unit, and the plane AI processing sub-unit includes: A first pressing sensor, wherein the first pressing sensor is disposed at the bottom of the AI ​​smart mouse, and the first pressing sensor is used to collect a first pressing state of the bottom of the mouse; A first trigger chip, wherein the first trigger chip is connected to the first press sensor and the control chip in the control chip unit, and the first trigger chip is used to generate a first position acquisition instruction based on the first press state, and use the first position acquisition instruction as a detection control instruction, wherein the detection control instruction is used to control the point sensing unit to perform acquisition.

7. An AI intelligent mouse, characterized in that: The AI ​​intelligent mouse comprises a mouse outer shell and the AI ​​intelligent mouse control circuit as claimed in any one of claims 1 to 6, wherein a mouse input terminal is arranged on the mouse outer shell, and the AI ​​intelligent mouse control circuit is encapsulated in the mouse outer shell and connected to the mouse input terminal, wherein the mouse input terminal is connected to an external terminal.

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