CN112148142A - Mouse for time-sharing control of multiple computers and control method - Google Patents
Mouse for time-sharing control of multiple computers and control method Download PDFInfo
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- CN112148142A CN112148142A CN202011067497.0A CN202011067497A CN112148142A CN 112148142 A CN112148142 A CN 112148142A CN 202011067497 A CN202011067497 A CN 202011067497A CN 112148142 A CN112148142 A CN 112148142A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/033—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor
- G06F3/038—Control and interface arrangements therefor, e.g. drivers or device-embedded control circuitry
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/033—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor
- G06F3/0354—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor with detection of 2D relative movements between the device, or an operating part thereof, and a plane or surface, e.g. 2D mice, trackballs, pens or pucks
- G06F3/03543—Mice or pucks
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
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Abstract
The invention relates to a mouse for controlling a plurality of computers in time sharing and a control method thereof.A gesture detection receiving module receives gestures detected by an external gesture detection module and transmits the gestures to a selection controller, the selection controller analyzes the gestures, outputs a first selection control instruction and transmits the first selection control instruction to a switching switch, after the switching switch is switched, a cursor highlighting instruction is sent to a corresponding computer by a cursor highlighting sending module, and after the computer receives the cursor highlighting instruction, a cursor of the mouse is highlighted to prompt the position of a user cursor; the power supply selection module is used for supplying power to at least one of the first wireless communication module, the second wireless communication module and the wired transmission communication module according to a second selection control instruction of the selection controller.
Description
Technical Field
The invention relates to the technical field of intelligent control equipment, in particular to a mouse for controlling a plurality of computers in a time-sharing mode.
Background
In the prior art, a mouse controls a computer many times, and with the improvement of science and technology, a mouse is controlled by a mechanical switch to switch a plurality of computers, but when the mechanical switch is mechanically switched, the mechanical switch needs to be manually shifted every time, so that the mechanical switch is very convenient for controlling a plurality of computers at the same time; in the prior art, there is also a device for automatically switching a mouse controlled computer, for example, in the technical scheme disclosed in patent application CN201610389693.7, the actual state of the user is obtained through an image obtaining unit, and switching of the receivers is automatically performed according to the actual state of the user, so that the switching efficiency of mouse control is improved to a certain extent, and the experience of the user is improved.
For example, patent application CN201110067638.3 also performs switching of computers by switching frequencies, although in this technical solution, switching is performed by a pre-stored first operating frequency and a pre-stored second operating frequency, and frequency switching can be responded to quickly to a certain extent, it still performs frequency switching by a sending module, and when performing frequency switching, there is a handover device from the first operating frequency to the second operating frequency, and this handover device may have two operating frequencies in a propagation space, which causes a bug in mouse control and also causes a defect in switching timeliness. Both the two devices can only be controlled wirelessly, and cannot realize wireless and wired compatible control, and when the mouse control object is a notebook computer or a desktop computer, the mouse control object cannot be controlled effectively.
In the prior art, the time for controlling mouse switching is not good, the mouse is not well set when being connected, user visual angle or posture analysis needs to be carried out temporarily, and when a user uses the mouse, matching connection of a computer is carried out in different states, which is an important difficulty for improving user experience.
Disclosure of Invention
The invention relates to a mouse for controlling a plurality of computers in a time-sharing manner, which further comprises: the system comprises a first wireless communication module, a second wireless communication module, a wired transmission communication module, a fling-cut switch, a selection controller, a power supply selection module, a posture detection receiving module and a cursor highlight transmission module; the gesture detection receiving module receives a gesture detected by an external gesture detection module and transmits the gesture to the selection controller, the selection controller analyzes the gesture, outputs a first selection control instruction and transmits the first selection control instruction to the fling-cut switch, the fling-cut switch is controlled to be selectively connected with one of the first wireless communication module, the second wireless communication module and the wired transmission communication module, after the fling-cut switch is switched, a cursor highlighting instruction is sent to a corresponding computer through the cursor highlighting sending module, and after the computer receives the cursor highlighting instruction, a cursor of a mouse is highlighted to prompt the position of a user cursor; the first wireless communication module and the second wireless communication module have different working frequencies; the power supply selection module is used for supplying power to at least one of the first wireless communication module, the second wireless communication module and the wired transmission communication module according to a second selection control instruction of the selection controller.
The mouse for controlling the plurality of computers in a time-sharing manner further comprises a connection state detection module, wherein the connection state detection module is connected with the first wireless communication module, the second wireless communication module and the wired transmission communication module and is used for detecting whether the first wireless communication module, the second wireless communication module and the wired transmission communication module are connected with the computers or not and sending detection results to the selection controller.
The mouse is used for controlling the plurality of computers in a time-sharing manner, and further comprises a connection setting module, wherein the connection setting module is used for carrying out initial setting when the mouse is used.
The time-sharing control of the mouse of the plurality of computers specifically comprises the following steps: an initial connection mode setting and a usage connection mode setting; pressing the connection setting module for 10 seconds, enabling the mouse to enter initial connection mode setting, enabling the first indicator lamp to flicker after the initial connection mode setting is entered, searching a label corresponding to the first wireless communication module or the second wireless communication module on the first receiving module, selecting one of the labels to click to enter connection, and carrying out cursor highlighting prompt through the cursor highlighting sending module after the connection so as to indicate that the connection is successful; searching a label corresponding to the first wireless communication module or the second wireless communication module on the second receiving module, selecting the other label to click to enter the connection, and carrying out cursor highlighting prompt through the cursor highlighting sending module after the connection so as to indicate that the connection is successful; at the moment, the initial connection mode setting of the first wireless communication module and the second wireless communication module of the mouse is finished, the wired transmission communication module does not need to carry out the initial connection mode setting, and the wired transmission communication module is automatically connected when the wired transmission communication module is detected to be connected to a computer at any time; then, the initial connection mode setting is quitted for 10 seconds by pressing the connection setting module;
pressing the connection setting module for 3 seconds, setting the mouse in a connection mode, after the mouse enters the connection mode, flashing a second indicator light, checking whether a first wireless communication module, a second wireless communication module and a wired transmission communication module are connected currently, determining whether the three connected modules are connected with the module of the computer, clicking the connection setting module, randomly selecting one of the modules connected with the computer by switching the switching switch, popping up an operation input interface on the selected computer, carrying out cursor highlighting prompt on the operation input interface through the cursor highlighting sending module, moving a cursor of the mouse through a standard line of the operation input interface of the mouse by the user, and recording the gesture of the user by the gesture detection module, the gesture is transmitted to the selection controller through the gesture detection receiving module, the selection controller associates and stores the received gesture and the position of the switching switch, and at the moment, the first computer completes the setting; and then clicking the connection setting module again, setting a second computer according to the setting mode of the first computer, clicking the connection setting module for the third time if a third computer exists, setting the third computer according to the setting mode of the first computer, and after the setting is finished, pressing the connection setting module for 3 seconds to quit the use connection mode setting.
The mouse for controlling the plurality of computers in a time-sharing manner, the gesture detection module comprises head-mounted gesture detection equipment, the head-mounted gesture detection equipment is used for determining the three-dimensional space coordinate of the user, the selection controller determines the computer currently used by the user according to the change of the three-dimensional space coordinate, and the mouse is automatically switched to be connected to the corresponding computer according to the computer currently used by the user.
The mouse for controlling the plurality of computers in a time-sharing manner is characterized in that a three-dimensional space coordinate of a first computer is determined as a first clustering center, a three-dimensional space coordinate of a second computer is determined as a second clustering center, a three-dimensional space coordinate of the second computer is determined as a third clustering center, when the three-dimensional space coordinate change of a user deviates from the first clustering center of the first computer, the gesture detection receiving module sends the current three-dimensional space coordinate of the user to the selection controller, the selection controller carries out clustering calculation on the second clustering center or the third clustering center according to the current three-dimensional space coordinate, whether the current three-dimensional space coordinate can be clustered towards the second clustering center or the third clustering center is judged, if yes, the mouse is switched to be connected to the second computer or the third computer, and if not, the mouse is kept to be connected to the first computer.
The mouse for controlling a plurality of computers in a time-sharing manner, the gesture detection module comprises a camera of the computer, the change of the visual angle of a user is judged through the camera, the selection controller determines the computer currently used by the user according to the change of the visual angle, automatically switches the mouse to be connected to the corresponding computer according to the computer currently used by the user, determines the visual angle of a first computer as a first visual angle cluster center, determines the visual angle of a second computer as a second visual angle cluster center, determines the visual angle of the second computer as a third visual angle cluster center, when the change of the visual angle of the user deviates from the first visual angle cluster center of the first computer, the gesture detection receiving module sends the current visual angle of the user to the selection controller, the selection controller carries out cluster calculation respectively according to the current visual angle to the second visual angle cluster center or the third visual angle cluster center, and judges whether the current coordinate can be clustered to the second visual angle cluster center or the third visual angle cluster center, if yes, switching the mouse to be connected to the second computer or the third computer, and if not, keeping the mouse to be connected to the first computer.
A method for controlling a mouse for time-sharing control of a plurality of computers as described in any one of the above,
the control method comprises the following steps:
s1), setting a first frequency of the first wireless communication module, and setting a second frequency of the second wireless communication module;
s2) starting the power supply selection module to electrify the first wireless communication module, the second wireless communication module and the wired transmission communication module, sequentially switching the fling-cut switches, judging whether the first wireless communication module, the second wireless communication module and the wired transmission communication module are connected with the receiving device, determining the module which is not connected with the receiving device in the first wireless communication module, the second wireless communication module and the wired transmission communication module, cutting off power supply to the module which is not connected through the power supply selection module, and keeping the connected module to supply power continuously;
s3) determining the gesture of the user facing the computer, matching the gesture with the connected module, determining the position state of the fling-cut switch according to the matched connected module, associating the gesture with the position state, and storing the associated result in the selection controller;
and S4) continuously receiving the attitude information through the attitude detection receiving module, searching the position state of the switch corresponding to more attitudes from the selection controller when the attitude information changes, controlling the switch to switch, and carrying out cursor highlighting prompt through the cursor highlighting sending module after connection so as to indicate successful connection.
In the control method, the determining, in the step S3), a position state of the on-off switch according to the matched connected module, and associating the posture with the position state specifically include: an initial connection mode setting and a usage connection mode setting;
pressing the connection setting module for 10 seconds, enabling the mouse to enter initial connection mode setting, enabling the first indicator lamp to flicker after the initial connection mode setting is entered, searching a label corresponding to the first wireless communication module or the second wireless communication module on the first receiving module, selecting one of the labels to click to enter connection, and carrying out cursor highlighting prompt through the cursor highlighting sending module after the connection so as to indicate that the connection is successful; searching a label corresponding to the first wireless communication module or the second wireless communication module on the second receiving module, selecting the other label to click to enter the connection, and carrying out cursor highlighting prompt through the cursor highlighting sending module after the connection so as to indicate that the connection is successful; at the moment, the initial connection mode setting of the first wireless communication module and the second wireless communication module of the mouse is finished, the wired transmission communication module does not need to carry out the initial connection mode setting, and the wired transmission communication module is automatically connected when the wired transmission communication module is detected to be connected to a computer at any time; then, the initial connection mode setting is quitted for 10 seconds by pressing the connection setting module;
pressing the connection setting module for 3 seconds, setting the mouse in a connection mode, after the mouse enters the connection mode, flashing a second indicator light, checking whether a first wireless communication module, a second wireless communication module and a wired transmission communication module are connected currently, determining whether the three connected modules are connected with the module of the computer, clicking the connection setting module, randomly selecting one of the modules connected with the computer by switching the switching switch, popping up an operation input interface on the selected computer, carrying out cursor highlighting prompt on the operation input interface through the cursor highlighting sending module, moving a cursor of the mouse through a standard line of the operation input interface of the mouse by the user, and recording the gesture of the user by the gesture detection module, the gesture is transmitted to the selection controller through the gesture detection receiving module, the selection controller associates and stores the received gesture and the position of the switching switch, and at the moment, the first computer completes the setting; and then clicking the connection setting module again, setting a second computer according to the setting mode of the first computer, clicking the connection setting module for the third time if a third computer exists, setting the third computer according to the setting mode of the first computer, and after the setting is finished, pressing the connection setting module for 3 seconds to quit the use connection mode setting.
In the control method, the step S2) of cutting off power supply to the unconnected module by the power supply selection module, and keeping the connected module continuously supplying power specifically includes: when the initial connection mode is set, the power supply selection module is connected with the first wireless communication module, the second wireless communication module and the wired transmission communication module to supply power; when the use connection mode is set, the power supply selection module only supplies power to the first wireless communication module, the second wireless communication module and the wired transmission communication module which need to be used.
The invention provides a mouse for controlling a plurality of computers, which realizes that one computer is controlled at the same time by switching the connected computers through the mouse, and can switch the computer controlled by the mouse according to different times and user postures, and the mouse can automatically switch the mouse to be connected to the computer according to the user postures, thereby realizing the rapid, automatic and intelligent switching of mouse control objects. One of the main innovative improvements of the invention is that a plurality of communication modules are arranged in the mouse, each communication module is connected with a corresponding computer in real time after the arrangement is finished, and the switching between the mouse and the computer is carried out through a switching switch, so that the switching delay caused by the modification of the transmission frequency through one communication module in the prior art is avoided, and the response timeliness of the mouse switching is improved; one of the other innovative improvements of the present invention is that, when the connection is set, all communication modules are connected through the power supply module, after a suitable communication module is selected, the unconnected power supply module is disconnected, so that the electric energy is saved, after the power supply of the connected power supply module is kept, the communication module can continuously transmit signals, and after the switching switch is switched, the correspondence is quickly performed, so that the delay caused by frequency conversion when the communication frequency is converted through a single communication module in the prior art is overcome. One of the innovative improvements of the invention is that the gesture of the user can be recorded through the initial connection mode setting and the connection mode setting, so that the problem that the mouse switching speed is slow due to the fact that the gesture analysis of the user is performed only when the user uses the mouse in the prior art and a large amount of temporary calculation analysis is needed is solved. One of the innovative improvements of the invention is that when the mouse is switched to connect with the computer, the cursor is highlighted, so that the cursor is prevented from being too small after switching, and the user is inconvenient to search for the cursor.
Drawings
FIG. 1 is a schematic diagram of a mouse for time-sharing control of multiple computers according to the present invention.
FIG. 2 is a diagram illustrating a method for controlling a plurality of computers in a time-sharing manner according to the present invention.
Detailed Description
The present application will now be described in further detail with reference to the drawings, it should be noted that the following detailed description is given for illustrative purposes only and is not to be construed as limiting the scope of the present application, as those skilled in the art will be able to make numerous insubstantial modifications and adaptations to the present application based on the above disclosure.
FIG. 1 is a schematic diagram of a mouse for time-sharing control of multiple computers according to the present invention.
The invention relates to a mouse for controlling a plurality of computers in a time-sharing manner, which further comprises: the system comprises a first wireless communication module, a second wireless communication module, a wired transmission communication module, a fling-cut switch, a selection controller, a power supply selection module, a posture detection receiving module and a cursor highlight transmission module; the gesture detection receiving module receives a gesture detected by an external gesture detection module and transmits the gesture to the selection controller, the selection controller analyzes the gesture, outputs a first selection control instruction and transmits the first selection control instruction to the fling-cut switch, the fling-cut switch is controlled to be selectively connected with one of the first wireless communication module, the second wireless communication module and the wired transmission communication module, after the fling-cut switch is switched, a cursor highlighting instruction is sent to a corresponding computer through the cursor highlighting sending module, and after the computer receives the cursor highlighting instruction, a cursor of a mouse is highlighted to prompt the position of a user cursor; the first wireless communication module and the second wireless communication module have different working frequencies; the power supply selection module is used for supplying power to at least one of the first wireless communication module, the second wireless communication module and the wired transmission communication module according to a second selection control instruction of the selection controller.
The mouse for controlling the plurality of computers in a time-sharing manner further comprises a connection state detection module, wherein the connection state detection module is connected with the first wireless communication module, the second wireless communication module and the wired transmission communication module and is used for detecting whether the first wireless communication module, the second wireless communication module and the wired transmission communication module are connected with the computers or not and sending detection results to the selection controller.
The mouse is used for controlling the plurality of computers in a time-sharing manner, and further comprises a connection setting module, wherein the connection setting module is used for carrying out initial setting when the mouse is used.
The time-sharing control of the mouse of the plurality of computers specifically comprises the following steps: an initial connection mode setting and a usage connection mode setting; pressing the connection setting module for 10 seconds, enabling the mouse to enter initial connection mode setting, enabling the first indicator lamp to flicker after the initial connection mode setting is entered, searching a label corresponding to the first wireless communication module or the second wireless communication module on the first receiving module, selecting one of the labels to click to enter connection, and carrying out cursor highlighting prompt through the cursor highlighting sending module after the connection so as to indicate that the connection is successful; searching a label corresponding to the first wireless communication module or the second wireless communication module on the second receiving module, selecting the other label to click to enter the connection, and carrying out cursor highlighting prompt through the cursor highlighting sending module after the connection so as to indicate that the connection is successful; at the moment, the initial connection mode setting of the first wireless communication module and the second wireless communication module of the mouse is finished, the wired transmission communication module does not need to carry out the initial connection mode setting, and the wired transmission communication module is automatically connected when the wired transmission communication module is detected to be connected to a computer at any time; then, the initial connection mode setting is quitted for 10 seconds by pressing the connection setting module;
pressing the connection setting module for 3 seconds, setting the mouse in a connection mode, after the mouse enters the connection mode, flashing a second indicator light, checking whether a first wireless communication module, a second wireless communication module and a wired transmission communication module are connected currently, determining whether the three connected modules are connected with the module of the computer, clicking the connection setting module, randomly selecting one of the modules connected with the computer by switching the switching switch, popping up an operation input interface on the selected computer, carrying out cursor highlighting prompt on the operation input interface through the cursor highlighting sending module, moving a cursor of the mouse through a standard line of the operation input interface of the mouse by the user, and recording the gesture of the user by the gesture detection module, the gesture is transmitted to the selection controller through the gesture detection receiving module, the selection controller associates and stores the received gesture and the position of the switching switch, and at the moment, the first computer completes the setting; and then clicking the connection setting module again, setting a second computer according to the setting mode of the first computer, clicking the connection setting module for the third time if a third computer exists, setting the third computer according to the setting mode of the first computer, and after the setting is finished, pressing the connection setting module for 3 seconds to quit the use connection mode setting.
The mouse for controlling the plurality of computers in a time-sharing manner, the gesture detection module comprises head-mounted gesture detection equipment, the head-mounted gesture detection equipment is used for determining the three-dimensional space coordinate of the user, the selection controller determines the computer currently used by the user according to the change of the three-dimensional space coordinate, and the mouse is automatically switched to be connected to the corresponding computer according to the computer currently used by the user.
The mouse for controlling the plurality of computers in a time-sharing manner is characterized in that a three-dimensional space coordinate of a first computer is determined as a first clustering center, a three-dimensional space coordinate of a second computer is determined as a second clustering center, a three-dimensional space coordinate of the second computer is determined as a third clustering center, when the three-dimensional space coordinate change of a user deviates from the first clustering center of the first computer, the gesture detection receiving module sends the current three-dimensional space coordinate of the user to the selection controller, the selection controller carries out clustering calculation on the second clustering center or the third clustering center according to the current three-dimensional space coordinate, whether the current three-dimensional space coordinate can be clustered towards the second clustering center or the third clustering center is judged, if yes, the mouse is switched to be connected to the second computer or the third computer, and if not, the mouse is kept to be connected to the first computer.
The mouse for controlling a plurality of computers in a time-sharing manner, the gesture detection module comprises a camera of the computer, the change of the visual angle of a user is judged through the camera, the selection controller determines the computer currently used by the user according to the change of the visual angle, automatically switches the mouse to be connected to the corresponding computer according to the computer currently used by the user, determines the visual angle of a first computer as a first visual angle cluster center, determines the visual angle of a second computer as a second visual angle cluster center, determines the visual angle of the second computer as a third visual angle cluster center, when the change of the visual angle of the user deviates from the first visual angle cluster center of the first computer, the gesture detection receiving module sends the current visual angle of the user to the selection controller, the selection controller carries out cluster calculation respectively according to the current visual angle to the second visual angle cluster center or the third visual angle cluster center, and judges whether the current coordinate can be clustered to the second visual angle cluster center or the third visual angle cluster center, if yes, switching the mouse to be connected to the second computer or the third computer, and if not, keeping the mouse to be connected to the first computer.
FIG. 2 is a schematic diagram of a mouse control method for time-sharing controlling a plurality of computers according to the present invention. A method for controlling a mouse for time-sharing control of a plurality of computers as described in any one of the above,
the control method comprises the following steps:
s1), setting a first frequency of the first wireless communication module, and setting a second frequency of the second wireless communication module;
s2) starting the power supply selection module to electrify the first wireless communication module, the second wireless communication module and the wired transmission communication module, sequentially switching the fling-cut switches, judging whether the first wireless communication module, the second wireless communication module and the wired transmission communication module are connected with the receiving device, determining the module which is not connected with the receiving device in the first wireless communication module, the second wireless communication module and the wired transmission communication module, cutting off power supply to the module which is not connected through the power supply selection module, and keeping the connected module to supply power continuously;
s3) determining the gesture of the user facing the computer, matching the gesture with the connected module, determining the position state of the fling-cut switch according to the matched connected module, associating the gesture with the position state, and storing the associated result in the selection controller;
and S4) continuously receiving the attitude information through the attitude detection receiving module, searching the position state of the switch corresponding to more attitudes from the selection controller when the attitude information changes, controlling the switch to switch, and carrying out cursor highlighting prompt through the cursor highlighting sending module after connection so as to indicate successful connection.
In the control method, the determining, in the step S3), a position state of the on-off switch according to the matched connected module, and associating the posture with the position state specifically include: an initial connection mode setting and a usage connection mode setting;
pressing the connection setting module for 10 seconds, enabling the mouse to enter initial connection mode setting, enabling the first indicator lamp to flicker after the initial connection mode setting is entered, searching a label corresponding to the first wireless communication module or the second wireless communication module on the first receiving module, selecting one of the labels to click to enter connection, and carrying out cursor highlighting prompt through the cursor highlighting sending module after the connection so as to indicate that the connection is successful; searching a label corresponding to the first wireless communication module or the second wireless communication module on the second receiving module, selecting the other label to click to enter the connection, and carrying out cursor highlighting prompt through the cursor highlighting sending module after the connection so as to indicate that the connection is successful; at the moment, the initial connection mode setting of the first wireless communication module and the second wireless communication module of the mouse is finished, the wired transmission communication module does not need to carry out the initial connection mode setting, and the wired transmission communication module is automatically connected when the wired transmission communication module is detected to be connected to a computer at any time; then, the initial connection mode setting is quitted for 10 seconds by pressing the connection setting module;
pressing the connection setting module for 3 seconds, setting the mouse in a connection mode, after the mouse enters the connection mode, flashing a second indicator light, checking whether a first wireless communication module, a second wireless communication module and a wired transmission communication module are connected currently, determining whether the three connected modules are connected with the module of the computer, clicking the connection setting module, randomly selecting one of the modules connected with the computer by switching the switching switch, popping up an operation input interface on the selected computer, carrying out cursor highlighting prompt on the operation input interface through the cursor highlighting sending module, moving a cursor of the mouse through a standard line of the operation input interface of the mouse by the user, and recording the gesture of the user by the gesture detection module, the gesture is transmitted to the selection controller through the gesture detection receiving module, the selection controller associates and stores the received gesture and the position of the switching switch, and at the moment, the first computer completes the setting; and then clicking the connection setting module again, setting a second computer according to the setting mode of the first computer, clicking the connection setting module for the third time if a third computer exists, setting the third computer according to the setting mode of the first computer, and after the setting is finished, pressing the connection setting module for 3 seconds to quit the use connection mode setting.
In the control method, the step S2) of cutting off power supply to the unconnected module by the power supply selection module, and keeping the connected module continuously supplying power specifically includes: when the initial connection mode is set, the power supply selection module is connected with the first wireless communication module, the second wireless communication module and the wired transmission communication module to supply power; when the use connection mode is set, the power supply selection module only supplies power to the first wireless communication module, the second wireless communication module and the wired transmission communication module which need to be used.
The invention provides a mouse for controlling a plurality of computers, which realizes that one computer is controlled at the same time by switching the connected computers through the mouse, and can switch the computer controlled by the mouse according to different times and user postures, and the mouse can automatically switch the mouse to be connected to the computer according to the user postures, thereby realizing the rapid, automatic and intelligent switching of mouse control objects. One of the main innovative improvements of the invention is that a plurality of communication modules are arranged in the mouse, each communication module is connected with a corresponding computer in real time after the arrangement is finished, and the switching between the mouse and the computer is carried out through a switching switch, so that the switching delay caused by the modification of the transmission frequency through one communication module in the prior art is avoided, and the response timeliness of the mouse switching is improved; one of the other innovative improvements of the present invention is that, when the connection is set, all communication modules are connected through the power supply module, after a suitable communication module is selected, the unconnected power supply module is disconnected, so that the electric energy is saved, after the power supply of the connected power supply module is kept, the communication module can continuously transmit signals, and after the switching switch is switched, the correspondence is quickly performed, so that the delay caused by frequency conversion when the communication frequency is converted through a single communication module in the prior art is overcome. One of the innovative improvements of the invention is that the gesture of the user can be recorded through the initial connection mode setting and the connection mode setting, so that the problem that the mouse switching speed is slow due to the fact that the gesture analysis of the user is performed only when the user uses the mouse in the prior art and a large amount of temporary calculation analysis is needed is solved. One of the innovative improvements of the invention is that when the mouse is switched to connect with the computer, the cursor is highlighted, so that the cursor is prevented from being too small after switching, and the user is inconvenient to search for the cursor.
Claims (10)
1. The utility model provides a mouse of time sharing control many computers which characterized in that, mouse still includes: the system comprises a first wireless communication module, a second wireless communication module, a wired transmission communication module, a fling-cut switch, a selection controller, a power supply selection module, a posture detection receiving module and a cursor highlight transmission module; the gesture detection receiving module receives a gesture detected by an external gesture detection module and transmits the gesture to the selection controller, the selection controller analyzes the gesture, outputs a first selection control instruction and transmits the first selection control instruction to the fling-cut switch, the fling-cut switch is controlled to be selectively connected with one of the first wireless communication module, the second wireless communication module and the wired transmission communication module, after the fling-cut switch is switched, a cursor highlighting instruction is sent to a corresponding computer through the cursor highlighting sending module, and after the computer receives the cursor highlighting instruction, a cursor of a mouse is highlighted to prompt the position of a user cursor; the first wireless communication module and the second wireless communication module have different working frequencies; the power supply selection module is used for supplying power to at least one of the first wireless communication module, the second wireless communication module and the wired transmission communication module according to a second selection control instruction of the selection controller.
2. The mouse for time-sharing control of a plurality of computers according to claim 1, further comprising a connection status detection module, wherein the connection status detection module is connected to the first wireless communication module, the second wireless communication module, and the wired transmission communication module, and is configured to detect whether the first wireless communication module, the second wireless communication module, and the wired transmission communication module are connected to a computer, and send a detection result to the selection controller.
3. The mouse for time-sharing control of a plurality of computers according to claim 1, further comprising a connection setting module for performing an initial setting when the mouse is used.
4. The mouse for time-sharing control of a plurality of computers according to claim 3, wherein the initial setting specifically comprises: an initial connection mode setting and a usage connection mode setting; pressing the connection setting module for 10 seconds, enabling the mouse to enter initial connection mode setting, enabling the first indicator lamp to flicker after the initial connection mode setting is entered, searching a label corresponding to the first wireless communication module or the second wireless communication module on the first receiving module, selecting one of the labels to click to enter connection, and carrying out cursor highlighting prompt through the cursor highlighting sending module after the connection so as to indicate that the connection is successful; searching a label corresponding to the first wireless communication module or the second wireless communication module on the second receiving module, selecting the other label to click to enter the connection, and carrying out cursor highlighting prompt through the cursor highlighting sending module after the connection so as to indicate that the connection is successful; at the moment, the initial connection mode setting of the first wireless communication module and the second wireless communication module of the mouse is finished, the wired transmission communication module does not need to carry out the initial connection mode setting, and the wired transmission communication module is automatically connected when the wired transmission communication module is detected to be connected to a computer at any time; then, the initial connection mode setting is quitted for 10 seconds by pressing the connection setting module;
pressing the connection setting module for 3 seconds, setting the mouse in a connection mode, after the mouse enters the connection mode, flashing a second indicator light, checking whether a first wireless communication module, a second wireless communication module and a wired transmission communication module are connected currently, determining whether the three connected modules are connected with the module of the computer, clicking the connection setting module, randomly selecting one of the modules connected with the computer by switching the switching switch, popping up an operation input interface on the selected computer, carrying out cursor highlighting prompt on the operation input interface through the cursor highlighting sending module, moving a cursor of the mouse through a standard line of the operation input interface of the mouse by the user, and recording the gesture of the user by the gesture detection module, the gesture is transmitted to the selection controller through the gesture detection receiving module, the selection controller associates and stores the received gesture and the position of the switching switch, and at the moment, the first computer completes the setting; and then clicking the connection setting module again, setting a second computer according to the setting mode of the first computer, clicking the connection setting module for the third time if a third computer exists, setting the third computer according to the setting mode of the first computer, and after the setting is finished, pressing the connection setting module for 3 seconds to quit the use connection mode setting.
5. The mouse for time-sharing control of multiple computers according to claim 4, wherein the gesture detection module includes a head-mounted gesture detection device configured to determine three-dimensional space coordinates of the user, and the selection controller determines the computer currently used by the user according to changes in the three-dimensional space coordinates and automatically switches the mouse to the corresponding computer according to the computer currently used by the user.
6. The mouse for time sharing control of a plurality of computers according to claim 5, wherein the three-dimensional space coordinate of the first computer is determined as a first cluster center, the three-dimensional space coordinate of the second computer is determined as a second cluster center, the three-dimensional space coordinate of the second computer is determined as a third cluster center, when the three-dimensional space coordinate change of the user deviates from the first clustering center of the first computer, the gesture detection receiving module sends the current three-dimensional space coordinate of the user to the selection controller, the selection controller respectively carries out clustering calculation to the second clustering center or the third clustering center according to the current three-dimensional space coordinate, judges whether the current three-dimensional space coordinate can be clustered to the second clustering center or the third clustering center, if yes, switching the mouse to be connected to the second computer or the third computer, and if not, keeping the mouse to be connected to the first computer.
7. The mouse for time-sharing control of multiple computers according to claim 4, wherein the gesture detection module includes a camera of the computer, the change of the view angle of the user is judged by the camera, the selection controller determines the computer currently used by the user according to the change of the view angle, and automatically switches the mouse to connect to the corresponding computer according to the computer currently used by the user, the view angle of the first computer is determined as a first view angle cluster center, the view angle of the second computer is determined as a second view angle cluster center, the view angle of the second computer is determined as a third view angle cluster center, when the change of the view angle of the user deviates from the first view angle cluster center of the first computer, the gesture detection receiving module sends the current view angle of the user to the selection controller, and the selection controller performs cluster calculation according to the current view angle to the second view angle cluster center or the third view angle cluster center, and judging whether the current coordinate can be clustered to a second visual angle clustering center or a third visual angle clustering center, if so, switching the mouse to be connected to the second computer or the third computer, and if not, keeping the mouse to be connected to the first computer.
8. A method for controlling a mouse for time-sharing control of a plurality of computers according to any one of claims 1 to 7,
the control method comprises the following steps:
s1), setting a first frequency of the first wireless communication module, and setting a second frequency of the second wireless communication module;
s2) starting the power supply selection module to electrify the first wireless communication module, the second wireless communication module and the wired transmission communication module, sequentially switching the fling-cut switches, judging whether the first wireless communication module, the second wireless communication module and the wired transmission communication module are connected with the receiving device, determining the module which is not connected with the receiving device in the first wireless communication module, the second wireless communication module and the wired transmission communication module, cutting off power supply to the module which is not connected through the power supply selection module, and keeping the connected module to supply power continuously;
s3) determining the gesture of the user facing the computer, matching the gesture with the connected module, determining the position state of the fling-cut switch according to the matched connected module, associating the gesture with the position state, and storing the associated result in the selection controller;
and S4) continuously receiving the attitude information through the attitude detection receiving module, searching the position state of the switch corresponding to more attitudes from the selection controller when the attitude information changes, controlling the switch to switch, and carrying out cursor highlighting prompt through the cursor highlighting sending module after connection so as to indicate successful connection.
9. The control method according to claim 8, wherein the step S3) of determining the position state of the on-off switch according to the matched connected module, and associating the gesture with the position state specifically includes: an initial connection mode setting and a usage connection mode setting;
pressing the connection setting module for 10 seconds, enabling the mouse to enter initial connection mode setting, enabling the first indicator lamp to flicker after the initial connection mode setting is entered, searching a label corresponding to the first wireless communication module or the second wireless communication module on the first receiving module, selecting one of the labels to click to enter connection, and carrying out cursor highlighting prompt through the cursor highlighting sending module after the connection so as to indicate that the connection is successful; searching a label corresponding to the first wireless communication module or the second wireless communication module on the second receiving module, selecting the other label to click to enter the connection, and carrying out cursor highlighting prompt through the cursor highlighting sending module after the connection so as to indicate that the connection is successful; at the moment, the initial connection mode setting of the first wireless communication module and the second wireless communication module of the mouse is finished, the wired transmission communication module does not need to carry out the initial connection mode setting, and the wired transmission communication module is automatically connected when the wired transmission communication module is detected to be connected to a computer at any time; then, the initial connection mode setting is quitted for 10 seconds by pressing the connection setting module;
pressing the connection setting module for 3 seconds, setting the mouse in a connection mode, after the mouse enters the connection mode, flashing a second indicator light, checking whether a first wireless communication module, a second wireless communication module and a wired transmission communication module are connected currently, determining whether the three connected modules are connected with the module of the computer, clicking the connection setting module, randomly selecting one of the modules connected with the computer by switching the switching switch, popping up an operation input interface on the selected computer, carrying out cursor highlighting prompt on the operation input interface through the cursor highlighting sending module, moving a cursor of the mouse through a standard line of the operation input interface of the mouse by the user, and recording the gesture of the user by the gesture detection module, the gesture is transmitted to the selection controller through the gesture detection receiving module, the selection controller associates and stores the received gesture and the position of the switching switch, and at the moment, the first computer completes the setting; and then clicking the connection setting module again, setting a second computer according to the setting mode of the first computer, clicking the connection setting module for the third time if a third computer exists, setting the third computer according to the setting mode of the first computer, and after the setting is finished, pressing the connection setting module for 3 seconds to quit the use connection mode setting.
10. The control method according to claim 9, wherein in step S2), the power supply selection module cuts off power supply to the unconnected module, and the module that remains connected continues to supply power includes: when the initial connection mode is set, the power supply selection module is connected with the first wireless communication module, the second wireless communication module and the wired transmission communication module to supply power; when the use connection mode is set, the power supply selection module only supplies power to the first wireless communication module, the second wireless communication module and the wired transmission communication module which need to be used.
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