CN208335143U - control device - Google Patents
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- CN208335143U CN208335143U CN201820110258.0U CN201820110258U CN208335143U CN 208335143 U CN208335143 U CN 208335143U CN 201820110258 U CN201820110258 U CN 201820110258U CN 208335143 U CN208335143 U CN 208335143U
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- control
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- control module
- personal computer
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- 230000006399 behavior Effects 0.000 claims abstract description 46
- 239000003607 modifier Substances 0.000 claims abstract description 9
- 230000006698 induction Effects 0.000 claims abstract description 5
- 239000011159 matrix material Substances 0.000 claims description 5
- 238000004088 simulation Methods 0.000 description 39
- 238000000034 method Methods 0.000 description 12
- 238000009790 rate-determining step (RDS) Methods 0.000 description 9
- 238000010586 diagram Methods 0.000 description 6
- 238000000465 moulding Methods 0.000 description 3
- 230000000694 effects Effects 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 239000013065 commercial product Substances 0.000 description 1
- 230000004069 differentiation Effects 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
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Abstract
The control device that the utility model discloses a kind of to manipulate a personal computer, including a touch control unit, a control unit and an auxiliary unit；The touch control unit includes a touch tablet to incude an outside touching behavior；The control unit includes a control module being electrically connected with the touch tablet and the memory module that is electrically connected with the control module；The memory module is to store an at least initial coordinate；The control module obtains the external touching behavior of touch tablet induction to generate a touch coordinate；The control module using the initial coordinate as basic point analyzes the position of the touch coordinate to generate the control instruction of the manipulation personal computer；The auxiliary unit includes that the modifier key being electrically connected respectively with control module, auxiliary wheel, auxiliary game bar to incude external touching behavior make control module control the personal computer, accordingly, user can choose one of mouse operation and control mode, joystick steer mode and steering wheel steer mode to control the personal computer.
Description
Technical field
The utility model relates to a kind of control device, especially with respect to a kind of behaviour suitable for manipulating personal computer
Control device.
Background technique
Mouse and keyboard are the devices of the very familiar manipulation personal computer of common people, and many computer games are also all
It is manipulated by mouse and keyboard, is a kind of very universal Computer Control Unit.
It is touch tablet there are also a kind of Computer Control Unit, main effect is mouse apparatus to control in personal computer
Mouse, but the mode of operation of touch tablet is more inconvenient, and common people, just can be with only under the situation of not mouse apparatus
Touch tablet replaces mouse apparatus.
Therefore, the manipulation of many individual calculus machine games not touchpad support only merely refers to touch tablet control
It enables and the control instruction of mouse apparatus links, to control the mouse in personal computer, therefore touch tablet and can not effectively control
The game of general personal computer processed, general player will not be using touch tablets as the control device of manipulation individual calculus machine game.
Therefore, how to allow touch tablet that can simulate a variety of game control devices, to support the manipulation of individual calculus machine game,
Player can use the game that touch tablet fully manipulates personal computer, be that related technical personnel need the target made great efforts.
Utility model content
In view of this, a purpose of the utility model is to be to provide a kind of control method of control device, to incude
One outside touches behavior and manipulates a personal computer, and includes a setting procedure, an initial step, a sensing step, a ratio
To step and a rate-determining steps.
The setting procedure is first carried out, defines selection analog manipulation mode according to user.
Then the initial step is executed, in the virtual at least initial coordinate of the control device.
Then the sensing step is executed, which incudes the outside touching behavior to generate a touching information, and remembers
The position for recording the touching information generates a touch coordinate.
Then the comparison step is executed, the position of the touch coordinate is analyzed using the initial coordinate as basic point, and generates a control
System instruction.
The rate-determining steps are finally executed, which is manipulated with the control instruction.
The another technological means of the utility model is to be that the control method of above-mentioned control device also includes one in the control
Repetition step after step processed, certain interval of time execute the sensing step again.
Another technological means of the utility model is in above-mentioned comparison step, which is also possible to this
Initial coordinate generates control instruction by basic point of initial coordinate, in rate-determining steps, simulates mouse operation and control by the control instruction
Mode.
Another technological means of the utility model is in above-mentioned initial step, which is a central point
Coordinate, and in the comparison step, make relative to the touch coordinate of the center point coordinate control instruction, in rate-determining steps
In, by the control instruction simulation bar steer mode.
The another technological means of the utility model is in above-mentioned initial step, which is a central axis
Coordinate, and in the comparison step, make relative to the touch coordinate of the center axial coordinate control instruction, in rate-determining steps
In, steering wheel steer mode is simulated by the control instruction.
Another technological means of the utility model is in above-mentioned setting procedure, and user is by the personal computer
Select one of mouse operation and control mode, joystick steer mode and steering wheel steer mode.
The utility model another object is that being to provide a kind of control device, the control suitable for above-mentioned control device
Method, the control device are electrically connected with a personal computer, touch behavior to incude an outside, and include a touch control unit,
An and control unit.
The touch control unit, including a touch tablet, to incude the outside touching behavior.
The control unit, the control module being electrically connected including one with the touch tablet and one is electrically connected with the control module
Memory module, the control module obtain the touch tablet induction external touching behavior to generate a touch coordinate, the memory module
To store an at least initial coordinate, the initial coordinate be the touch coordinate, a center point coordinate and a center axial coordinate wherein
One of, which analyzes the position of the touch coordinate using the initial coordinate as basic point, manipulates the individual calculus to generate one
The control instruction of machine；The control device of the utility model also includes an auxiliary unit, which includes at least one and the control
The modifier key of molding block electrical connection, an auxiliary wheel being electrically connected with the control module and one are electrically connected with the control module
Auxiliary game bar, the modifier key, the auxiliary wheel and the auxiliary game bar are to incude the outside touching behavior, so that the control
Molding block controls the personal computer.
Another technological means of the utility model is that be above-mentioned control device also include a keyboard unit, the keyboard
Unit includes a keyboard matrix being electrically connected with the control module, the keyboard matrix to incude the outside touching behavior so that
The control module controls the personal computer.
The beneficial functional of the utility model is, is stored in the initial coordinate of the memory module as in the touch coordinate, one
One of heart point coordinate and a center axial coordinate, so that the initial coordinate is by the steer mode that the control module can be different
Basic point analyzes the position of the touch coordinate, to generate the manipulation instruction, selects mouse operation and control mode, joystick behaviour to provide user
One of control mode and steering wheel steer mode, to control the personal computer.
Detailed description of the invention
Fig. 1 is a schematic device, illustrates an a kind of preferred embodiment of control device of the utility model；
Fig. 2 is a schematic device, illustrates a control unit of the preferred embodiment；
Fig. 3 is a flow chart, illustrates the control method of the preferred embodiment；
Fig. 4 is a schematic diagram, illustrates the simulation mouse aspect of the preferred embodiment；
Fig. 5 is a schematic diagram, illustrates the simulation bar aspect of the preferred embodiment；
Fig. 6 is a schematic diagram, illustrates the simulation steering wheel aspect of the preferred embodiment.
Symbol description in attached drawing:
Behavior is touched outside A；2 personal computers；31 touch control units；311 touch tablets；32 control units；321 controls
Molding block；322 memory modules；33 keyboard units；331 keyboard matrixs；34 auxiliary units；341 modifier keys；342 is auxiliary
Help idler wheel；343 auxiliary game bars；41 initial coordinates；42 touching information；43 touch coordinates；44 control instructions；45 centers
Point coordinate；46 center axial coordinates；901~906 steps.
Specific embodiment
Related Applications Patent characteristic and technology contents in relation to the utility model refer to the preferable reality of schema in following cooperation
It applies in the detailed description of example, can clearly present.It should be noted that similar component is with identical before being described in detail
Number indicate.
It refering to fig. 1, is an a kind of preferred embodiment of control device of the utility model, the preferred embodiment and one shown in 2
Personal computer 2 is electrically connected, and manipulates the personal computer 2 to incude an outside touching behavior A, which includes one
Touch control unit 31, a control unit 32, a keyboard unit 33 and an auxiliary unit 34.
Wherein, outside touching behavior A is user to behavior acts such as the touchings, pressing, movement of the control device, to
Manipulate the personal computer 2.
The touch control unit 31 includes a touch tablet 311, to incude outside touching behavior A.Wherein, when the outside is touched
When behavior A touches the touch tablet 311 or when moving on the touch tablet 311, the circuit in the touch tablet 311 can be made to generate anti-
It answers, to detect outside touching behavior A in the position of the touch tablet 311.It has been industry due to controlling computer technology with touch-control
Boundary is known, and is widely used in commercial product, no longer repeats in detail herein.
The control unit 32 includes a control module 321 being electrically connected with the touch tablet 311 and one and the control module
The memory module 322 of 321 electrical connections.The control module 321 obtains the external touching behavior A of the touch tablet 311 induction to generate
One touch coordinate 43.The memory module 322 is to store an at least initial coordinate 41.The initial coordinate 41 is the touch coordinate
43, one of a center point coordinate 45 and a center axial coordinate 46.The control module 321 is basic point point with the initial coordinate 41
The position of the touch coordinate 43 is analysed, to generate a control instruction 44 for manipulating the personal computer 2.
When the control module 321 is that basic point analyzes the position of the touch coordinate 43, and generates the control with the initial coordinate 41
After system instruction 44, which is stored in the initial coordinate 41, new touch coordinate 43 is detected again, the touching can be made
Template 311 simulates mouse operation and control mode.
When the initial coordinate 41 is basic point with the center point coordinate 45, the control produced by the position of the touch coordinate 43 is analyzed
System instruction 44, can make the 311 simulation bar steer mode (Thumbstick) of touch tablet.
When the initial coordinate 41 is basic point with the center axial coordinate 46, the control produced by the position of the touch coordinate 43 is analyzed
System instruction 44, can make the touch tablet 311 simulate steering wheel steer mode (steering wheel).
Wherein, which can receive the operation of user, to carry out the setting of parameter to the control device, or
It is the selection of steer mode.
The keyboard unit 33 includes a keyboard matrix 331 being electrically connected with the control module 321, which uses
To incude outside touching behavior A, so that the control module 321 controls the personal computer 2.Wherein, which is
General keyboard can input literal order to the personal computer 2.
The auxiliary unit 34 includes at least one modifier key 341, one being electrically connected with the control module 321 and the control mould
The auxiliary game bar 343 that the auxiliary wheel 342 and one that block 321 is electrically connected are electrically connected with the control module 321, the modifier key
341, the auxiliary wheel 342 and the auxiliary game bar 343 are to incude outside touching behavior A, so that the control module 321 is controlled
Make the personal computer 2.
Preferably, the modifier key 341 is two keys for being set to 311 lower section of touch tablet, to simulate mouse respectively
The left and right key of target, and arrange in pairs or groups with the touch tablet 311, it is used as simulation mouse.The auxiliary wheel 342 can be to the individual
Computer 2 issues the instruction slided up and down, which can issue move to the personal computer 2.It is practical
When implementation, which, which can set up, sets the touch tablet 311 to manipulate the computer installation 2, should not be with this preferred embodiment
Citing be limited.
As shown in fig.3, being the control method of the preferred embodiment, to make the control device incude outside touching row
The personal computer 2 is manipulated for A, and includes a setting procedure 901, an initial step 902, a sensing step 903, one comparison
Step 904, a rate-determining steps 905 and one repeat step 906.
The setting procedure 901 is first carried out, defines selection analog manipulation mode according to user.In the preferred embodiment,
The analog manipulation mode that the control module 321 can choose has simulation mouse operation and control mode, simulation bar steer mode and mould
Draft direction disk steer mode.
Preferably, the control module 321 has a setting interface in the personal computer 2, user's needle can be provided
The setting that parameter is carried out to the control device, can also provide user's operation mode for selecting the control device, user is by this
Personal computer 2 selects one of mouse operation and control mode, joystick steer mode and steering wheel steer mode.Actual implementation
When, the selection key of the control module 321 or entity directly provides user's operation mode for selecting the touch tablet 311,
It should not be as limit.
Then the initial step 902 is executed, in the virtual at least initial coordinate 41 of the control device.
When user selects simulation mouse operation and control mode, which is for storing previous touch coordinate
43, the basic point mobile in the touch tablet 311 as differentiation outside touching behavior A.
When user select simulation bar steer mode when, the initial coordinate 41 be for storing a center point coordinate 45,
To differentiate distance and direction of the outside touching behavior A in the opposite center point coordinate 45.
When user select simulation steering wheel steer mode when, the initial coordinate 41 be for storing a center axial coordinate 46,
To differentiate outside touching behavior A in the distance or angle of the opposite center axial coordinate 46.
Then the sensing step 903 is executed, which incudes outside touching behavior A to generate a touching information
42, which generates a touch coordinate 43 with the touching information 42.
When user selects simulation mouse operation and control mode, the value of the touch coordinate 43 after analysis is stored in the initial coordinate
41, the initial coordinate 41 can be made to differentiate that outside touching behavior A is mobile in real time in the touch tablet 311.
When user selects simulation bar steer mode, outside touching behavior A is touched into the touch tablet 311 for the first time
Coordinate when actual implementation, the touch tablet 311 also can be used as the initial coordinate 41, that is, center point coordinate 45
Centre coordinate is the initial coordinate 41, should not be as limit.
When user selects simulation steering wheel steer mode, outside touching behavior A is touched into the touch tablet 311 for the first time
Coordinate, the coordinate of vertical line is as the initial coordinate 41, that is, center axial coordinate 46 is as analyzing the touch coordinate 43
Basic point, when actual implementation, the centre coordinate that the touch tablet 311 also can be used is the initial coordinate 41, should not be as limit.
Then the comparison step 904 is executed, the simulation mouse operation and control mode, the simulation bar steer mode and the simulation
Steering wheel steer mode is all that basic point analyzes the relative position of the touch coordinate 43, and generates and control this with the initial coordinate 41
The control instruction 44 of people's computer 2.
For example, when user selects simulation mouse operation and control mode, the initial of previous touch coordinate 43 is stored
Coordinate 41 can analyze out direction and the distance of new touch coordinate 43, to generate the control instruction 44.
When user selects simulation bar steer mode, stores outside touching behavior A and touch the touch tablet for the first time
The initial coordinate 41 of 311 coordinate, that is, center point coordinate 45, can analyze out new touch coordinate 43 direction and away from
From to generate the control instruction 44.
When user selects simulation steering wheel steer mode, stores outside touching behavior A and touch the touch tablet for the first time
The initial coordinate 41 of 311 coordinate, that is, center axial coordinate 46, can analyze out new touch coordinate 43 angle or away from
From to generate the control instruction 44.
Then the rate-determining steps 905 are executed, which is manipulated with the control instruction 44.For example, Ke Yili
The mouse on computer, or the movement of control computer picture are controlled with simulation mouse operation and control mode, can use simulation
Joystick steer mode, simulation bar (Thumbstick) control the game of the personal computer 2, can use simulation side
To disk steer mode, steering wheel (steering wheel) is simulated to control the game of the personal computer 2.
The repetition step 906 is finally executed, certain interval of time executes the sensing step 903 again.Interval time must
Must be fixed, to differentiate the moving distance or rotational angle of unit time, to issue control instruction 44 to the personal computer 2.
And interval time is shorter, the game manipulation resolution ratio of the personal computer 2 is higher, and the control device can be made more accurately to control
Make the personal computer 2.
When user selects simulation mouse operation and control mode, the touch coordinate 43 after comparison is stored in the initial coordinate 41, to make
For the benchmark compared next time, when user selects simulation bar steer mode or simulation steering wheel steer mode, this is first
Beginning coordinate 41 is all the coordinate that outside touching behavior A touches the touch tablet 311 for the first time, until outside touching behavior A
Leave the touch tablet 311.
Cooperation is as shown in fig.4, select the schematic diagram of simulation mouse operation and control mode for user, in the comparison step 904
In, which is also possible to the initial coordinate 41, is basic point generation control instruction 44 with initial coordinate 41, that is, will
Touch coordinate 43 after comparison is stored in the initial coordinate 41, with the touch coordinate 43 new in certain interval of time post analysis.It is controlling
In step 905 processed, mouse operation and control mode is simulated by the control instruction 44.
Cooperation is as shown in fig.5, select the schematic diagram of simulation bar steer mode for user, in the initial step
In 902, which is the center point coordinate 45, and in the comparison step 904, especially with the outside touching behavior
A touches the coordinate of the touch tablet 311 as initial coordinate 41 for the first time, analyzes the touch coordinate 43 with center point coordinate 45,
Make touch coordinate 43 relative to the center point coordinate 45 apart from and the orientation control instruction 44 borrowed in rate-determining steps 905
By the 44 simulation bar steer mode of control instruction.
Cooperation is as shown in fig.6, select the schematic diagram of simulation steering wheel steer mode, the initial step 902 for user
In, which is the center axial coordinate 46, and in the comparison step 904, especially with outside touching behavior A the
The coordinate of the touch tablet 311 is once touched as initial coordinate 41, is center axial coordinate 46 to analyze the touch coordinate 43, makes phase
Touch coordinate 43 for the center axial coordinate 46 is the control instruction 44, especially analyzes the touch coordinate 43 relative in this
The angle of mandrel coordinate 46 and direction.In rate-determining steps 905, steering wheel steer mode is simulated by the control instruction 44.
It is noted that the touch coordinate 43 after comparison can be stored in the initial seat in simulation mouse operation and control mode
Mark 41, therefore when the external touching behavior A is not moved, the touch coordinate 43 is identical as the value meeting of the initial coordinate 41, also
It is that the mouse position of the personal computer 2 will not move.When the external touching behavior A is mobile, the touch coordinate 43 is first with this
The value of beginning coordinate 41 can just generate difference, so as to change the mouse position of the personal computer 2 in real time.
In simulation bar steer mode and simulation steering wheel steer mode, which is fixed as outside touching
The coordinate that behavior A touches the touch tablet 311 for the first time is touched, until when the external touching behavior A leaves the touch tablet 311, it should
Initial coordinate 41 neither changes.Therefore the touch coordinate 43 is not equal to the initial coordinate 41, and outside touching behavior A is continued at
When on the touch tablet 311, even if the position of the touch coordinate 43 does not change, which can continue to manipulate the individual
Computer 2 changes the direction of game in the personal computer 2.
As shown in the above description, the utility model control device and its control method have effects that following really:
One, simulation bar:
The control module 321 is after the touch tablet 311 fictionalizes the center point coordinate 45, then analyzes 43 phase of touch coordinate
For the orientation and distance of the center point coordinate 45, so that the control module 321 generates the control instruction 44, to simulation
Bar controls the personal computer 2.
Two, steering wheel is simulated:
The control module 321 is after the touch tablet 311 fictionalizes the center axial coordinate 46, then analyzes 43 phase of touch coordinate
For the angle or distance of the center axial coordinate 46, so that the control module 321 generates the control instruction 44, to simulate direction
Disk controls the personal computer 2.
Three, mouse is simulated:
The control module 321 obtains the touching information 42 in the moving coordinate of the touch tablet 311, and generates the control instruction
44, so that the picture of the personal computer 2 is mobile in real time with the touching information 42, or simulation mouse control individual calculus
The mouse position of machine 2.
Four, steer mode is selected:
The control module 321 can carry out the setting of parameter, and user can select the manipulation by the control module 321
The control model of device, so that the touch tablet 311 of the control device can choose simulation mouse (Mouse), simulation bar
(Thumbstick), the steer mode of steering wheel (steering wheel) is simulated, to manipulate the personal computer 2.
In conclusion the control module 321, which can provide user, selects steer mode, and virtually should in the touch tablet 311
Initial coordinate 41 is stored in the memory module 322, which incudes outside touching behavior A to generate the touching information
42, and the touch coordinate 43, the steer mode analysis which selects according to user are generated in the control module 321
The relative position and relative distance of the touch coordinate 43 and the initial coordinate 41 control the individual to generate the control instruction 44
Computer 2, therefore the purpose of this utility model can be reached really.
The above, the only preferred embodiment of the utility model are implemented when that cannot limit the utility model with this
Range, i.e., generally according to simple equivalence changes made by present utility model application the scope of the patents and utility model description with
Modification is all still fallen in the range of the utility model patent covers.
Claims (2)
1. a kind of control device is electrically connected with a personal computer, with one outside touching behavior of induction, characterized by comprising:
One touch control unit, the touch tablet including one to incude the outside touching behavior；And
One control unit, the control module being electrically connected including one with the touch tablet and the memory that is electrically connected with the control module
Module, the control module obtain the touch tablet induction external touching behavior to generate a touch coordinate, the memory module to
Store an at least initial coordinate, which is one of the touch coordinate, a center point coordinate and a center axial coordinate,
The control module analyzes the position of the touch coordinate using the initial coordinate as basic point, to generate a control for manipulating the personal computer
System instruction；
One auxiliary unit, including at least one be electrically connected with the control module modifier key, one be electrically connected with the control module
Auxiliary wheel and the auxiliary game bar that is electrically connected with the control module, the modifier key, the auxiliary wheel and the auxiliary game
Bar is to incude the outside touching behavior, so that the control module controls the personal computer.
2. control device according to claim 1, which is characterized in that also include a keyboard unit, including one and the control
The keyboard matrix of module electrical connection, the keyboard matrix is to incude the outside touching behavior, so that the control module controls this
People's computer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820110258.0U CN208335143U (en) | 2018-01-23 | 2018-01-23 | control device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820110258.0U CN208335143U (en) | 2018-01-23 | 2018-01-23 | control device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208335143U true CN208335143U (en) | 2019-01-04 |
Family
ID=64788797
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820110258.0U Active CN208335143U (en) | 2018-01-23 | 2018-01-23 | control device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208335143U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110069147A (en) * | 2018-01-23 | 2019-07-30 | 可赛尔内存股份有限公司 | Control device and its control method |
-
2018
- 2018-01-23 CN CN201820110258.0U patent/CN208335143U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110069147A (en) * | 2018-01-23 | 2019-07-30 | 可赛尔内存股份有限公司 | Control device and its control method |
| CN110069147B (en) * | 2018-01-23 | 2023-02-03 | 可赛尔内存股份有限公司 | Control device and control method thereof |
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