CN208538091U - A kind of keyboard with Multifunctional knob - Google Patents
A kind of keyboard with Multifunctional knob Download PDFInfo
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- CN208538091U CN208538091U CN201821071424.7U CN201821071424U CN208538091U CN 208538091 U CN208538091 U CN 208538091U CN 201821071424 U CN201821071424 U CN 201821071424U CN 208538091 U CN208538091 U CN 208538091U
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Abstract
The utility model provides a kind of keyboard with Multifunctional knob, it includes control unit, keyboard body and the knob assembly being set on the keyboard body, the keyboard body and the knob assembly are connected with described control unit, the knob assembly includes rotation control unit and pressing control unit, wherein, described control unit is used to respond the input signal of the pressing control unit and the rotation control unit, and start or exit the function interface of the knob assembly according to the input signal, and it selects and executes the functional module shown in the function interface.In the keyboard of the utility model, by the way that multiple functional modules are arranged for knob assembly and enable these functional modules by control unit, so that can quickly realize multiple and different functions by a knob assembly, to enrich the function of keyboard, be conducive to the working efficiency for improving user.
Description
Technical field
The utility model relates to computer keyboard technique fields, and in particular to a kind of keyboard with Multifunctional knob.
Background technique
In the prior art, it is existing come the way for realizing a certain regulatory function that a knob is set on keyboard, for example, with
To adjust volume etc..However, due to this characteristic having a single function of knob, so that it is for improving the working efficiency of user simultaneously
Not substantive help.On the other hand, for one-handed keyboard, due to the reduction of its volume, so that number of keys is also bright
It is aobvious to reduce, therefore, under the premise of keeping existing smaller size smaller, its function how is enriched, and annoying art technology
One of the problem of personnel.
Utility model content
Based on above-mentioned status, the main purpose of the utility model is to provide a kind of keyboard with Multifunctional knob, energy
The function of enough abundant keyboard, to be conducive to improve the working efficiency of user.
To achieve the above object, the technical solution adopted in the utility model is as follows:
A kind of keyboard with Multifunctional knob, including control unit, keyboard body and be set on the keyboard body
Knob assembly, the keyboard body and the knob assembly be connected with described control unit, and the knob assembly includes rotation
Turn control unit and pressing control unit, wherein described control unit is for responding the pressing control unit and the rotation control unit
Input signal, and start or exit the function interface of the knob assembly according to the input signal, and select and execute
The functional module shown in the function interface.
Preferably, the pressing control unit includes button switch, touch-switch, thin film switch or soft-touch control.
Preferably, the rotation control unit includes knob shell and the knob encoder that is built in the knob shell.
Preferably, the knob shell preferably includes knob shell and knob inner casing, wherein the knob shell is hood-like
Structure is located at the outside of the knob inner casing, for receiving the rotation process of user's finger from top to down；In the knob
Shell is hood-like structure, is located at the outside of the knob encoder from top to down, also, the knob inner casing is relative to described
Knob shell is fixed, and the rotating part of the knob encoder is fixed relative to the knob inner casing.
Preferably, the center of the rotation control unit is arranged in the pressing control unit.
Preferably, the pressing control unit includes the first press section, spring, the second press section and button switch；Described
One press section includes pressing head and positioned at the connecting column for pressing lower head and being connected with the pressing head；The bullet
Spring is set on the connecting column, and the upper end of the spring abuts the lower surface on the pressing head, to press to described first
Splenium provides bounce；Second press section is connected to the lower end of the connecting column, and abuts the button switch.
Preferably, at least part of the pressing control unit is arranged on the outer peripheral surface of the rotation control unit.
Preferably, the keyboard is one-handed keyboard.
Preferably, the keyboard body includes key layout area, and multiple keys are provided in the key layout area, described
The right side or downside in the key layout area is arranged in knob assembly.
Preferably, the lower right corner in the key layout area is provided with no key area, and at least one of the knob assembly
Quartile is in the no key area.
Preferably, the no key area is fan-shaped region.
Preferably, in the key layout area at least one key close to the no key area, it is described at least one press
The key edge contour opposite with the knob assembly is arc.
Preferably, the functional module shown in the function interface includes: volume adjusting module, light adjustment module,
Up and down arrow keys module, left and right directions key module, Brush Size adjustment module, mouse roller module, zoom module and/
Or page module.
In the keyboard of the utility model, by the way that multiple functional modules are arranged for knob assembly and enable this by control unit
A little functional modules, so that multiple and different functions can be quickly realized by a knob assembly, to enrich keyboard
Function is conducive to the working efficiency for improving user.
Detailed description of the invention
Hereinafter reference will be made to the drawings to the preferred embodiment of the keyboard according to the present utility model with Multifunctional knob into
Row description.In figure:
Fig. 1 is the functional block diagram according to a kind of keyboard of preferred embodiment of the utility model；
Fig. 2 is the schematic top plan view according to a kind of keyboard of preferred embodiment of the utility model；
Fig. 3 is a kind of decomposition diagram of preferred embodiment of the knob assembly in the keyboard of the utility model；
Fig. 4 is the preferable example of the function interface of the knob assembly in the keyboard of the utility model；
Fig. 5 is the control method flow chart of the keyboard of the utility model.
Specific embodiment
The first aspect of the utility model provides a kind of keyboard with Multifunctional knob, as shown in Figure 1 comprising control
Unit 300 (MCU being preferably built in keyboard), keyboard body 100 and the knob being set on the keyboard body 100 processed
Component 200, the keyboard body 100 and the knob assembly 200 are connected with described control unit 300, the knob assembly
200 include rotation control unit 210 and pressing control unit 220, wherein described control unit 300 is for responding the pressing control
The input signal in portion 220 and the rotation control unit 210, and start or exit the knob assembly according to the input signal
200 function interface 400 (as shown in Figure 4), and select and execute the functional module shown in the function interface 400.
Wherein, multiple functional modules are preferably included in the function interface 400, it may for example comprise but it is not limited to volume adjustment, light tune
Section, upper and lower page turning, mouse roller etc..
In the keyboard of the utility model, by the way that multiple functional modules and the enabling of control unit 300 are arranged for knob assembly 200
These functional modules, so that only multiple and different functions can be quickly realized by a knob assembly 200, to enrich
The function of keyboard is conducive to the working efficiency for improving user.
Wherein, control program is for example stored in described control unit 300, the control program is for generating the knob
The function interface 400 of component 200, and the function interface 400 is transferred to the device such as computer, thus in computer
It is shown on display, in order to intuitively select functional module therein.
A kind of preferred structure of the keyboard of the utility model is as shown in Fig. 2, the preferred knot of one kind of knob assembly therein 200
Structure is as shown in Figure 3.Certainly, the keyboard of the utility model can also be using other structures different from Fig. 2, equally, set of knobs
Part 200 can also be using the other structures different from Fig. 3.
Preferably, as shown in figure 4, the functional module shown in the function interface 400 includes but is not limited to: volume tune
Section module (such as the volume adjustment key that can correspond in conventional keypad), light adjustment module (such as can correspond to conventional keypad
In brightness regulation or the light regulatory function that can be used in PaintShop), up and down arrow keys module (such as can be right
Should be in the up and down arrow keys in conventional keypad), left and right directions key module (such as can correspond to left and right directions in conventional keypad
Key), Brush Size adjustment module (such as can be used for Brush Size in PaintShop and adjust), mouse roller module (example
Such as the function of replacing mouse idler wheel), zoom module (such as enlarging function in corresponding mouse or keyboard can be replaced
Key perhaps replaces corresponding shortcut key or for the zoom function in PaintShop), page module (such as can
Corresponding to the page turning key up and down in conventional keypad), etc..It is set when it is implemented, those skilled in the art can according to need
Set functional module more or less.In the presence of corresponding functional module, it can be saved in the keyboard of the utility model
Key slightly corresponding with the functional module so as to reduce the volume of keyboard, such as is configured to one-handed keyboard, without influencing it
Function.
Preferably, as shown in figure 4, in the function interface 400, multiple functional modules are shown in the form of wheel disc, by
This rotation process that can correspond to the rotation control unit 210 of knob assembly 200 intuitively realizes the protrusion to each functional module
It shows (being such as highlighted) or selects.Alternatively, the function interface 400 can also otherwise (such as matrix form, including
Row vector or one-column matrix) the multiple functional modules of display.
Preferably, the wheel disc includes annular display area 410, and multiple functional modules are circumferentially shown in described in a row
In annular display area 410, as shown in Figure 4.
Preferably, as shown in figure 4, the wheel disc further includes central display area 420, it is located at the annular display area
410 radially inner side, the two are preferably arranged concentric, wherein information relevant to selected functional module may be displayed on
In the central display area 420, for example, can be used to show the adjusting direction of the corresponding function module, such as clockwise or counterclockwise
Rotate corresponding adjusting direction when the rotation control unit 210.
When specifically used, user can connect by long-pressing (such as a length of 1s or more when pressing, such as 2s) or quickly by (such as
Double-click) mode of the pressing control unit 220 starts the function interface 400 of the knob assembly 200, that is, in the rotation
In the case that the function interface 400 of button component 200 is inactive, described control unit 300 is received from the pressing control unit
The corresponding type of action of 220 input signal is long-pressing or quickly to connect on time, then starts the function interface 400, such as can be
The function interface 400 is shown on computer screen.
Then, user can continue through the mode that short-press (clicks, such as pressing duration is less than 1s) pressing control unit 220
Select one of the functional module shown in the function interface 400.For example, after the function interface 400 starting, the function
A functional module in energy interface 400 is highlighted, remaining functional module is not highlighted then, in this case,
User's short-press or when clicking the pressing control unit 220, then can choose the functional module being currently highlighted.That is, working as
Described control unit 300 receive from it is described pressing control unit 220 the corresponding type of action of input signal be short-press when, then
Described control unit 300 chooses the functional module being currently highlighted.
After corresponding functional module is selected, user can execute the functional module by the rotation control unit 210
Regulatory function, for example, when user's rotation control unit 210 clockwise or counterclockwise, the tune of corresponding functional module
Section function is then adjusted towards different directions.That is, when described control unit 300 is received from the rotation control unit
The corresponding type of action of 210 input signal is when rotating clockwise or rotating counterclockwise, then described control unit 300 is according to institute
It states 210 direction of rotation of rotation control unit and executes the functional module chosen according to scheduled rule.
By taking preferred embodiment shown in Fig. 4 as an example, if volume adjusting module is selected, then user is rotated clockwise
The regulatory function that volume adds can be executed when the rotation control unit 210, when rotating counterclockwise the rotation control unit 210
The regulatory function of volume down can be executed；If light adjustment module is selected, then user is rotated clockwise the rotation control
The regulatory function that light adds can be executed when portion 210 processed, and lamp can be executed when rotating counterclockwise the rotation control unit 210
The regulatory function that light subtracts；If up and down arrow keys module is selected, then when user is rotated clockwise the rotation control unit 210
The function that directionkeys can be executed can execute the function of lower directionkeys when rotating counterclockwise the rotation control unit 210
Energy；If left and right directions key module is selected, then right can be executed when user is rotated clockwise the rotation control unit 210
To the function of key, the function of LeftArrow can be executed when rotating counterclockwise the rotation control unit 210；Such as Brush Size
Adjustment module is selected, then the function that brush becomes larger can be executed when user is rotated clockwise the rotation control unit 210
(such as the function of being equivalent to right bracket key), can execute brush when rotating counterclockwise the rotation control unit 210
The function (such as the function of being equivalent to left bracket key) of becoming smaller；If mouse roller module is selected, then user is square clockwise
To the function that can execute mouse roller rolls forward when rotating the rotation control unit 210, the rotation is rotated counterclockwise
The function that mouse roller rolls backward can be executed when turning control unit 210；If zoom module is selected, then user is clockwise
Direction can execute amplification function when rotating the rotation control unit 210 (such as is equivalent to the combination of " Ctrl " key and "+" key
Key function), the function that diminution can be executed when rotating counterclockwise the rotation control unit 210 (such as is equivalent to " Ctrl "
The key combination function of key and "-" key)；If page module is selected, then user is rotated clockwise the rotation control unit 210
When can execute the function (function of being equivalent to " upper page " key) of paging up, rotate counterclockwise the rotation control unit
The function (function of being equivalent to " nextpage " key) of downward page turning can be executed when 210.
Preferably, in the case where any one functional module is selected, this can be shown in the central display area 420
The specific regulative mode of functional module, as shown in figure 4, for example showing rotation counterclockwise in the upper half of central display area 420
Icon and corresponding changes of function direction (such as light subtracts) icon, central display area 420 lower half show up time
The icon of needle rotation and the icon in corresponding changes of function direction (such as light adds), for prompting the user on how to carry out fast velocity modulation
Section.
In the case where corresponding functional module is selected, such as when adjusting completion or not adjusting, user can pass through
It short-press or clicks the mode of the pressing control unit 220 again and cancels corresponding functional module is chosen.There is no function mould
In the case that block is selected, the specific regulative mode of any functional module is not shown in the central display area 420, at this point,
Preferably, the prompt information for the selection for helping user to carry out functional module can be shown in the central display area 420.
In the case where no functional module is selected, user can be suitable by way of rotating the rotation control unit 210
Secondary to be highlighted each functional module, in order to which corresponding functional module is selected, and the sequence being highlighted is revolved with user
The direction for turning the rotation control unit 210 is consistent.For example, when user rotates clockwise the rotation control unit 210, then the function
Can be according to each functional module be successively highlighted clockwise in energy interface 400, vice versa.That is, working as the control
It is to rotate clockwise or inverse that unit 300 processed, which receives the corresponding type of action of input signal from the rotation control unit 210,
When hour hands rotate, described control unit 300 according to the direction of rotation of the rotation control unit 210 in a predetermined sequence seriatim
It is highlighted each functional module.
In the case where the function interface 400 has been turned on, user can connect by long-pressing again or quickly by the pressing
The mode of control unit 220 exits the function interface 400 of the knob assembly 200.That is, when described control unit 300 receives
The corresponding type of action of input signal from the pressing control unit 220 is long-pressing or quickly connects on time, described control unit
300 exit the function interface 400 of the knob assembly 200.
It can be seen that the knob assembly in the keyboard of the utility model can have multiple and different functions, it can be significantly
The function of abundant keyboard is conducive to the working efficiency for improving user.Particularly, the keyboard of the utility model is especially suitable for carrying out
Graphics process can significantly improve the working efficiency of graphics process worker.
Preferably, the pressing control unit 220 may include button switch, touch-switch, thin film switch or soft-touch control
The pressing control unit 220 can be operated by pressing or touching corresponding switch Deng, user, generate corresponding input signal.
For example, the pressing control unit 220 includes the first press section 221, bullet in preferred embodiment shown in Fig. 3
Spring 222, the second press section 223 and button switch 224；Wherein, first press section 221 is used to receive the pressing of user's finger
Operation preferably includes pressing head 2211 and is located at 2211 lower section of pressing head and is connected with the pressing head 2211
Connecting column 2212；The spring 222 is set on the connecting column 2212, and the upper end of spring 222 abuts the pressing head
2211 lower surface, to provide bounce to first press section 221, in order to automatically reseting after pressing operation；Institute
The lower end that the second press section 223 is connected to the connecting column 2212 is stated, and abuts the button switch 224, for that will come from
The pressing force of user's finger is transferred to the button switch 224, to realize pressing function.Second press section 223 is for example
For screw-like structure, it is connected to the lower end of the connecting column 2212 threadably, the head of screw is then used to abut
The button switch 224.The button switch 224 is, for example, open type button switch, after being pressed every time, will generate triggering
Signal, the trigger signal are transferred to described control unit 300, and are identified as pressing the input signal of control unit 220.
Preferably, as shown in figure 3, the rotation control unit 210 includes knob shell and is built in the knob shell
Knob encoder 213.Wherein, the knob shell preferably includes knob shell 211 and knob inner casing 212, wherein the rotation
Button shell 211 is hood-like structure, the outside of the knob inner casing 212 is located at from top to down, for receiving user's finger
Rotation process, the knob inner casing 212 are also hood-like structure, are located at the outside of the knob encoder 213 from top to down,
Also, the knob inner casing 212 is at least fixed relative to the knob shell 211 in the circumferential, the knob encoder 213
Rotating part is then fixed relative to the knob inner casing 212, and then, the rotary motion of the knob shell 211 can be via institute
It states knob inner casing 212 and passes to the knob encoder 213, to generate rotating signal.The rotating signal is transferred to the control
Unit 300 processed, and it is identified as the input signal of rotation control unit 210.
In the embodiment shown in fig. 3, the top surface of knob shell 211 is equipped with the first centre bore 2111, presses for accommodating
At least part of control unit 220 is pressed, such as accommodates the pressing head 2211 of first press section 221；Knob inner casing 212
Top surface is equipped with the second centre bore 2121, passes through for the connecting column 2212 for first press section 221.It is readily appreciated that, second
The aperture of centre bore 2121 less than the first centre bore 2111 aperture, however, it is preferred that the aperture of the second centre bore 2121 is also small
In the outer diameter of spring 222, and the outer diameter of the screw head less than the second press section 223, so that the spring 222 and institute
The screw head for stating the second press section 223 all cannot be by second centre bore 2121.Then, in the assembled condition, spring
222 lower end abuts the top surface of the knob inner casing 212, and upper end then abuts the lower surface on the pressing head 2211, thus by
It is supported between the top surface of knob inner casing 212 and the pressing head 2211 of the first press section 221 to pressure, it thus can be easily real
Existing first the automatically reseting after pressing operation of press section 221.Meanwhile second press section 223 is in knob inner casing 212
Side is installed to the lower end of the connecting column 2212 of the first press section 221 from bottom to up, therefore, the head of screw of the second press section 223
Portion and spring 222 are located at the two sides up and down of the top surface of knob inner casing 212, and due to the head of screw of the second press section 223
The outer diameter in portion is greater than the aperture of the second centre bore 2121, and therefore, the screw head of the second press section 223 can play limit and make
With to prevent the first press section 221 from separating relative to the knob inner casing 212.
Preferably, as shown in figure 3, the center of the rotation control unit 210 is arranged in the pressing control unit 220.For example,
The first press section 221, spring 222, the second press section 223 and the button switch 224 of diagram are coaxially disposed in rotation control unit
210 center, wherein the pressing head 2211 of the first press section 221 is contained in the first center of 211 top surface of knob shell
In hole 2111.
Preferably, as shown in figure 3, being additionally provided with torque transfer hole 2122 on the top surface of knob inner casing 212, such as relative to
Symmetrically arranged two (or multiple) torques transfer hole 2122 of second centre bore 2121, accordingly, the roof of knob shell 211
Corresponding torque transfer part (not shown) can be set on medial surface, in the assembled condition, the torque transfer part, which is located at, to be corresponded to
Torque transfer hole 2122 in, thus can conveniently realize torque transmitting.Knob inner casing 212 and knob encoder 213 it
Between connection type and torque transfer mode then depending on the structure of the knob encoder 213 of use, specifically can be used existing
There is any available mode in technology, details are not described herein.
Preferably, as shown in figure 3, the lower end of knob inner casing 212 is equipped with outward flange 2123, in the assembled condition, knob
The lower end of shell 211 is supported on the outward flange 2123, so that the roof medial surface and knob inner casing of knob shell 211
Certain gap can be retained between 212 top surface, to ensure that spring 222 has certain compression travel, therefore ensure that first
Press section 221 has certain pressing operation stroke.
Alternatively, the lower end of knob inner casing 212 be not provided with outward flange 2123 be also it is feasible, at this point, in order to ensure preceding
The compression travel stated can thicken the roof of knob shell 211, or be arranged on its roof medial surface corresponding boss with
For being supported on the top surface of knob inner casing 212.
Preferably, the outer diameter of the outward flange 2123 is identical as the outer diameter of the knob shell 211, so that outward flange
2123 outer peripheral surface and the outer peripheral surface of knob shell 211 can form a complete cylindrical surface, to enhance knob assembly 200
Aesthetics.
Preferably, in the assembled condition, the top surface (pressing the upper surface on head 2211) of the first press section 221 and knob
The either flush of shell 211, to enhance the aesthetics of knob assembly 200.
User is in the above-mentioned knob assembly 200 of concrete operations, such as can pinch knob shell 211 by thumb and middle finger
Outer peripheral surface to carry out rotation process, meanwhile, by index finger press the first press section 221 to carry out pressing operation, thus can protect
Demonstrate,prove higher operating efficiency.
Other than the preferred embodiment of the above knob assembly 200 described in conjunction with Figure 3, implement in unshowned substitution
In mode, at least part (such as first press section for pressing for user's finger) of pressing control unit 220 can also be set
It sets on the outer peripheral surface of rotation control unit 210.At this point, user is in the knob assembly 200 of the concrete operations alternate embodiments,
Can only be operated by thumb and index finger, for example, index finger be pressed in pressing control unit 220 be located at rotation control unit 210
Outer peripheral surface on part on, on the other side for the outer peripheral surface that thumb and index finger are relatively pressed in rotation control unit 210, so as to
While carrying out rotation process, pressing operation is carried out by the reinforcing of index finger, thus also can guarantee higher operating efficiency.
Preferably, as shown in Fig. 2, keyboard described in the utility model is one-handed keyboard, due to subtracting for one-handed keyboard volume
Small, number of keys reduces more than half compared to conventional keypad, at this point, the addition of Multifunctional knob can make up well because
Number of keys reduces the problem of caused function reduction.
It is particularly preferred that the keyboard is the keyboard for being suitable for left hand one hand and using, left-handed operation is realized with can be convenient
The high efficiency collocation of keyboard, right hand operation mouse.
Preferably, as shown in Fig. 2, the keyboard body 100 includes key layout area 110, in the key layout area 110
Multiple keys are provided with, the right side or downside in the key layout area 110 is arranged in the knob assembly 200.When user is with a left side
When hand operates the keyboard, switching of the finger between key layout area 110 and knob assembly 200 can be swimmingly realized, switch
Stroke is small, high-efficient.
Preferably, as shown in Fig. 2, the lower right corner in the key layout area 110 is provided with no key area 120, the rotation
At least part of button component 200 is located in the no key area 120.It is readily appreciated that, the keyboard used for left hand one hand
For, user's finger (mainly thumb and index finger) in key layout area 110 towards key layout area 110 the lower right corner (or
Stroke required in opposite direction) mobile is minimum, or even hardly needs the movement of palm and can be completed, therefore can reach more
High working efficiency.
Preferably, as shown in Fig. 2, the no key area 120 be fan-shaped region, knob assembly 200 major part (such as
More than half) it is located in the fan-shaped region, keyboard area thus can be saved, namely (correspond to key in limited keyboard area
Disk body product) in the more keys of arrangement and arrange the knob assembly 200, be further ensured that the function of keyboard is enough.
Preferably, at least one key in the key layout area 110 (there are three keys in embodiment shown in Fig. 2)
Close to the no key area 120, at least one described key edge contour opposite with the knob assembly 200 is arc,
The center of circle corresponding to arc is preferably overlapped with the center of knob assembly 200, and the aesthetics of keyboard thus can be improved.
The keyboard of the utility model is used particularly suitable for all kinds of designers, can be rapidly selected by knob assembly common
Graphics process order, by it is traditional reached by key or mouse mode select to change to reach selection by knob mode,
Not only the working efficiency of designer had been improved, but also has enhanced the work enjoyment of designer.
On the basis of above-mentioned work, the second aspect of the utility model additionally provides the control method of aforementioned keyboard.
As shown in figure 5, the control method of keyboard of the utility model comprising steps of
S10, described control unit 300 receive it is described pressing control unit 220 and/or the rotation control unit 210 it is defeated
Enter signal；
S20, described control unit 300 one of respond the input signal, and perform the following operations:
Start the function interface 400 of the knob assembly 200；
Select one of the functional module shown in the function interface 400；
Execute one of the functional module shown in the function interface 400；
Exit the function interface 400 of the knob assembly 200.
For example, described control unit 300 can according to the input signal of the pressing control unit 220 received start or
It exits the function interface 400 of the knob assembly 200 or selection or cancels and select to show in the function interface 400
One functional module, and can be navigated to and (be shown as prominent according to the input signal of the rotation control unit 210 received
Show) a certain functional module that shows in the function interface 400 is to carry out it to select or to selected a certain function
The function of the functional module is executed in the case where module.
Then, the control method of the utility model realizes multiple and different functions of knob assembly 200 in which can be convenient, and
It is switched between different function with can be convenient, so that the working efficiency of user can be improved.
Preferably, in the step S10, described control unit 300 also identifies that the input signal is corresponding by voltage-controlled
The type of action of portion 220 processed and/or rotation control unit 210, such as pressing control unit 220, type of action include long-pressing,
Short-press, quickly connect by etc., for rotation control unit 210, type of action include rotate clockwise, rotate counterclockwise；
In the step S20, described control unit 300 executes operation corresponding with the type of action.
It is distinguished and is defined as different defeated by the type of action to pressing control unit 220 and rotation control unit 210
Enter signal, can be more accurate with the quickly different functional module of selection executions, so that the work for further increasing user is imitated
Rate.
Preferably, in the step S10, when described control unit 300 receives the input letter of the pressing control unit 220
Number, and identify that the type of action of the corresponding pressing control unit 220 of the input signal is long-pressing or quickly connects on time, then in institute
It states in step S20, described control unit 300 starts or exit the function interface 400 of the knob assembly 200, that is, in institute
State function interface 400 it is inactive in the case where, then start the function interface 400, conversely, having opened in the function interface 400
In the case where dynamic, then the function interface 400 is exited.This allow user simply by described in long-pressing or double hit by voltage-controlled
Portion 220 processed starts or exits the function interface 400 of the knob assembly 200.
Preferably, in the step S10, in the case where the function interface 400 of the knob assembly 200 has been turned on, when
When described control unit 300 receives the input signal of the rotation control unit 210, then in the step S20, the control
Unit 300 seriatim highlights (such as being highlighted) according to the type of action of rotation control unit 210 in a predetermined sequence
The functional module shown in the function interface 400, alternatively, according to the type of action of rotation control unit 210 according to scheduled
Rule executes the functional module chosen.By taking the function interface 400 of preferred embodiment shown in Fig. 4 as an example, each function mould
Block is shown according to annular array, if selected currently without functional module, when described control unit 300 receives
It is when the corresponding type of action of input signal of the rotation control unit 210 is rotates clockwise (or rotation counterclockwise), then described
Control unit 300 can seriatim be highlighted each functional module according to (or counter clockwise direction) clockwise, in order to
Corresponding functional module is selected；Alternatively, if currently existing functional module is selected, when described control unit 300 connects
The corresponding type of action of input signal for receiving the rotation control unit 210 is when rotating clockwise (or rotation counterclockwise), then
Described control unit 300 can execute corresponding functional module according to scheduled rule, for example, for volume adjusting module and
Speech, rotates clockwise, and increases that volume, rotation then reduces volume counterclockwise, alternatively, for light adjustment module, clockwise
Then accent light, rotation counterclockwise then weaken light, etc. for rotation.
Preferably, in the step S10, in the case where the function interface 400 of the knob assembly 200 has been turned on, when
Described control unit 300 receive it is described pressing control unit 220 input signal, and identify the input signal it is corresponding by
When the type of action of control unit 220 being pressed to be short-press, then in the step S20, described control unit 300 chooses the set of knobs
The functional module being currently highlighted in the function interface 400 of part 200, or cancel the choosing to the functional module chosen
It selects.This allows user to select functional module or cancel selection simply by clicking pressing control unit 220.
In the control method of the utility model, the different type of action for pressing control unit 220 can be according to lower section
Formula is defined and distinguishes:
When the single depression time that the pressing control unit 220 is subject to reaching t0 or more, described control unit 300 will be right
The input signal answered is identified as long-pressing, wherein t0 is preset time, it is preferable that t0 >=1s, such as 1s, 1.5s, 2s, 2.5s or 3s.
It is less than t1 when the single depression time that the pressing control unit 220 is subject to, wherein t1 < t0, and after pressing
When depressed again in the t2 time, corresponding input signal is identified as quickly connecting by, i.e. double hit by described control unit 300,
Wherein, t1 and t2 is preset time, it is preferable that t1≤1s, 0.1s≤t2≤1s.
Be less than t1 when the pressing single depression time that is subject to of control unit 220, and after pressing in the t2 time not
When by pressing again, corresponding input signal is identified as short-press by described control unit 300, that is, is clicked.
Preferably, as shown in figure 4, in the step S20, in the function interface 400 according to annular array show as
At least two in lower functional module: volume adjusting module, light adjustment module, up and down arrow keys module, left and right directions key mould
Block, Brush Size adjustment module, mouse roller module, zoom module and page module.
The control method of keyboard of the utility model can be grasped easily in response to user for pressing the pressing of control unit 220
Make and start the function interface 400 of knob assembly 200, and then may be in response to rotation of the user for rotation control unit 210
It operates and positions any one functional module shown into function interface 400, and at the same time may be in response to user to by voltage-controlled
The pressing operation in portion 220 processed and choose one of functional module, and then may be in response to rotation of the user for rotation control unit 210
Turn operation and executes the function of chosen functional module.The control method of keyboard of the utility model can also be at any time in response to user
The function interface 400 of knob assembly 200 is exited for pressing the pressing operation of control unit 220, or is executing one of them
The functional module is exited for pressing the pressing operation of control unit 220 in response to user during functional module.
As it can be seen that the control method of keyboard of the utility model had both greatly enriched the function of keyboard, while also ensuring can
Corresponding function is efficiently called, to be greatly improved the working efficiency of user.
Those skilled in the art will readily recognize that above-mentioned each preferred embodiment can be free under the premise of not conflicting
Ground combination, superposition.
It should be appreciated that above-mentioned embodiment is merely exemplary, and not restrictive, without departing from the utility model
In the case where basic principle, those skilled in the art can be for the various apparent or equivalent modification that above-mentioned details is made
Or replacement, it is all included in the scope of the claims of the utility model.
Claims (13)
1. a kind of keyboard with Multifunctional knob, which is characterized in that including control unit, keyboard body and be set to the key
Knob assembly on disk ontology, the keyboard body and the knob assembly are connected with described control unit, the set of knobs
Part includes rotation control unit and pressing control unit, wherein described control unit is for responding the pressing control unit and the rotation
Turn the input signal of control unit, and starts or exit the function interface of the knob assembly, Yi Jixuan according to the input signal
It selects and executes the functional module shown in the function interface.
2. keyboard according to claim 1, which is characterized in that the pressing control unit include button switch, touch-switch,
Thin film switch or soft-touch control.
3. keyboard according to claim 1, which is characterized in that the rotation control unit includes knob shell and is built in institute
State the knob encoder in knob shell.
4. keyboard according to claim 3, which is characterized in that the knob shell includes knob shell and knob inner casing,
Wherein, the knob shell is hood-like structure, the outside of the knob inner casing is located at from top to down, for receiving user hand
The rotation process of finger；The knob inner casing is hood-like structure, is located at the outside of the knob encoder from top to down, and
And the knob inner casing is fixed relative to the knob shell, the rotating part of the knob encoder is relative to the knob
Inner casing is fixed.
5. keyboard described in one of -4 according to claim 1, which is characterized in that the pressing control unit setting is controlled in the rotation
The center in portion processed.
6. keyboard according to claim 5, which is characterized in that the pressing control unit includes the first press section, spring, the
Two press sections and button switch；It presses including pressing head and positioned at the pressing lower head and with described first press section
The connected connecting column in pressure head portion；The spring is set on the connecting column, and the upper end of the spring abuts the pressing head
Lower surface, so as to first press section provide bounce；Second press section is connected to the lower end of the connecting column,
And abut the button switch.
7. keyboard described in one of -4 according to claim 1, which is characterized in that at least part setting of the pressing control unit
On the outer peripheral surface of the rotation control unit.
8. keyboard described in one of -4 according to claim 1, which is characterized in that the keyboard is one-handed keyboard.
9. keyboard according to claim 8, which is characterized in that the keyboard body includes key layout area, the key
Arrangement is provided with multiple keys in area, and the right side or downside in the key layout area is arranged in the knob assembly.
10. keyboard according to claim 9, which is characterized in that the lower right corner in the key layout area is provided with no key
At least part in region, the knob assembly is located in the no key area.
11. keyboard according to claim 10, which is characterized in that the no key area is fan-shaped region.
12. keyboard according to claim 10, which is characterized in that at least one key is close to institute in the key layout area
No key area is stated, at least one described key edge contour opposite with the knob assembly is arc.
13. keyboard described in one of -4 according to claim 1, which is characterized in that the function mould shown in the function interface
Block includes: volume adjusting module, light adjustment module, up and down arrow keys module, left and right directions key module, Brush Size adjusting mould
Block, mouse roller module, zoom module, and/or page module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821071424.7U CN208538091U (en) | 2018-07-07 | 2018-07-07 | A kind of keyboard with Multifunctional knob |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821071424.7U CN208538091U (en) | 2018-07-07 | 2018-07-07 | A kind of keyboard with Multifunctional knob |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208538091U true CN208538091U (en) | 2019-02-22 |
Family
ID=65387281
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821071424.7U Active CN208538091U (en) | 2018-07-07 | 2018-07-07 | A kind of keyboard with Multifunctional knob |
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| Country | Link |
|---|---|
| CN (1) | CN208538091U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108563339A (en) * | 2018-07-07 | 2018-09-21 | 深圳市多彩实业有限公司 | A kind of keyboard with Multifunctional knob |
| WO2020010839A1 (en) * | 2018-07-07 | 2020-01-16 | 深圳市多彩实业有限公司 | Keyboard with multifunctional knob and method for controlling same |
-
2018
- 2018-07-07 CN CN201821071424.7U patent/CN208538091U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108563339A (en) * | 2018-07-07 | 2018-09-21 | 深圳市多彩实业有限公司 | A kind of keyboard with Multifunctional knob |
| WO2020010839A1 (en) * | 2018-07-07 | 2020-01-16 | 深圳市多彩实业有限公司 | Keyboard with multifunctional knob and method for controlling same |
| CN108563339B (en) * | 2018-07-07 | 2023-11-28 | 深圳市多彩实业有限公司 | Keyboard with multifunctional knob |
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