CN103178866B - A kind of terminal equipment and using method thereof - Google Patents
A kind of terminal equipment and using method thereof Download PDFInfo
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- CN103178866B CN103178866B CN201310057140.8A CN201310057140A CN103178866B CN 103178866 B CN103178866 B CN 103178866B CN 201310057140 A CN201310057140 A CN 201310057140A CN 103178866 B CN103178866 B CN 103178866B
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Abstract
The embodiment of the invention discloses a kind of terminal equipment and using method thereof, wherein terminal equipment comprises: main frame, first selector, second selector, main control processor and output equipment; Described first selector and second selector are all arranged at outside main frame; Each precalculated position of described first selector is corresponding with the functional mode of specifying; Each precalculated position of described second selector is corresponding with the operation under current functional mode; Described main control processor determine described first selector current location and or described second selector current location after, perform functional mode corresponding to described first selector current location and or the operation that performs under the current functional mode corresponding with described second selector current location, obtain operating result, send described operating result to described output equipment and export for described output equipment.Above scheme, undertaken by two selectors combining the feature operation that later can realize comparatively complexity, environmental suitability is strong, and reliability is high.
Description
Technical field
The present invention relates to electronic technology field, particularly a kind of terminal equipment and using method thereof.
Background technology
The kind that terminal equipment comprises is a lot, such as mobile communication terminal device (as mobile phone etc.), PDA(Personal Digital Assistant, palmtop PC), intercom etc.
Along with mobile communication terminal enters into the intelligent machine epoch, network technology also develops into LTE(Long TermEvolution, Long Term Evolution) stage; Large-size screen monitors, quick, good interactivity become the basic requirement of mobile communication terminal;
PDA terminal has the terminal equipments such as industrial PDA, police PDA, intercom PDA; From strength to strength, function also gets more and more intercom PDA function, and even " command centre " is just integrated in hand.
The mobile phone in intelligent machine epoch adopts touch-screen as the scheme of man-machine interaction usually, although touch-screen can realize the operation of sophisticated functions, its agility, environmental suitability are lower, and easily false touch; Therefore the current terminal equipment higher to agility, environmental suitability or reliability requirement does not adopt the scheme of touch-screen to realize man-machine interaction.Such as intercom.Touch-screen, under the adverse circumstances such as extremely cold, poisonous, uses limited morely even cannot to use, and such as: under extremely cold environment, sensitivity of touch screen can reduce even cannot perception touch operation; In addition, user needs to be with cold-proof equipment in extremely cold situation, and such as muffler etc., so also can cause obstacle to the operation of touch-screen, therefore touch-screen is poor for this kind of environmental suitability, and reliability is also lower.The types such as therefore public security, fire-fighting, scientific investigation may be operated in various adverse circumstances under and cannot adapt to touch-screen under the high scene of reliability requirement, the terminal equipment therefore under these adverse circumstances does not adopt the scheme of touch-screen at present.
The mode that current intercom realizes man-machine interaction has two kinds, and a kind of is intercom not with keyboard and display screen, and such intercom can have two knobs, one is wave band knob, for selecting the frequency range communicated, another is volume knob, for switching on and shutting down and adjustment communication volume size; Another kind is band keyboard and the intercom of display screen, the interface that its display screen needs to use for showing current state or user, and keyboard is divided into functional areas and character area, and the button of functional areas is used for menu operation or items selection, and character area is used for character input.
In above two kinds of intercoms, the intercom function not with keyboard and display screen is single, can not realize complicated functional requirement; Although the intercom with keyboard and display screen can realize sophisticated functions operation, service speed is slower.For user provides one can realize sophisticated functions operation, the human-computer interaction device of fast and reliable again, has become comparatively urgent demand.
Summary of the invention
Embodiments provide a kind of terminal equipment and using method thereof, sophisticated functions operation can be realized for user provides, the human-computer interaction device of fast and reliable and using method thereof again.
A kind of terminal equipment, comprising:
Main frame, first selector, second selector, main control processor and output equipment;
Described first selector and second selector are all arranged at outside main frame;
Each precalculated position of described first selector is corresponding with the functional mode of specifying; Each precalculated position of described second selector is corresponding with the operation under current functional mode;
Described main control processor determine described first selector current location and or described second selector current location after, perform functional mode corresponding to described first selector current location and or the operation that performs under the current functional mode corresponding with described second selector current location, obtain operating result, send described operating result to described output equipment and export for described output equipment.
A kind of terminal equipment and using method thereof, comprising:
Start any one terminal equipment that the embodiment of the present invention provides;
Functional mode according to current needs adjusts the position of described first selector, adjusts to the precalculated position corresponding with the functional mode of described current needs; Then according to needing the position assigned operation of the functional mode of described current needs being adjusted to described second selector, the precalculated position corresponding with the assigned operation needed is adjusted to;
The Output rusults of output equipment described in perception.
As can be seen from the above technical solutions, the embodiment of the present invention has the following advantages: can selection function pattern by the position of first selector, second selector can select the functional mode to selecting to carry out concrete operation, two selectors carry out combining the feature operation that later can realize comparatively complexity, fast and reliable.First selector and second selector are compared to schemes such as touch-screens, and because it can adapt to severe applied environment, therefore embodiment of the present invention scheme has better environmental suitability and reliability.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing used required in describing embodiment is briefly introduced, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Figure 1A is embodiment of the present invention terminal equipment structural representation;
Figure 1B is another terminal equipment structural representation of the embodiment of the present invention;
Fig. 2 is embodiment of the present invention intercom structural representation;
Fig. 3 is embodiment of the present invention terminal equipment structural representation;
Fig. 4 is embodiment of the present invention mode dial structural representation;
Fig. 5 A is the first structural representation of embodiment of the present invention mode dial and the first signal generator;
Fig. 5 B is the second structural representation of embodiment of the present invention mode dial and the first signal generator;
Fig. 5 C is the 3rd structural representation of embodiment of the present invention mode dial and the first signal generator;
Fig. 6 is that the embodiment of the present invention judges that resistance value collects the structural representation of signal;
Fig. 7 is for the embodiment of the present invention is by the structural representation of the position residing for light judgment model rotating disk;
Fig. 8 A is the functional schematic of embodiment of the present invention Multifunctional knob;
Fig. 8 B is the functional schematic of embodiment of the present invention Multifunctional knob;
Fig. 8 C is the functional schematic of embodiment of the present invention Multifunctional knob;
Fig. 9 is the structural representation of embodiment of the present invention Multifunctional knob and secondary signal generator;
Figure 10 is embodiment of the present invention method flow schematic diagram.
Embodiment
In order to make the object, technical solutions and advantages of the present invention clearly, below in conjunction with accompanying drawing, the present invention is described in further detail, and obviously, described embodiment is only a part of embodiment of the present invention, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making other embodiments all obtained under creative work prerequisite, belong to the scope of protection of the invention.
As shown in Figure 1A, Figure 1A is the figure having the intercom of display to be example, obvious terminal equipment is not limited to intercom, therefore the structure of Figure 1A should not be construed as the restriction to the embodiment of the present invention, in addition, the dotted line used in Figure 1A only represents its signal of connecting of location or signal each other, is not a part for structure, Fig. 2 is the external structure schematic diagram of intercom, and a kind of terminal equipment that the embodiment of the present invention provides comprises:
Main frame 101, first selector 102, second selector 103, main control processor 107 and output equipment 104;
Above-mentioned first selector 102 and second selector 103 are all arranged at outside main frame 101;
Each precalculated position of above-mentioned first selector 102 is corresponding with the functional mode of specifying; Each precalculated position of above-mentioned second selector 103 is corresponding with the operation under current functional mode;
Above-mentioned main control processor 107 determine above-mentioned first selector 102 current location and or above-mentioned second selector 103 current location after, perform functional mode corresponding to above-mentioned first selector 102 current location and or the operation that performs under the current functional mode corresponding with above-mentioned second selector 103 current location, obtain operating result, send aforesaid operations result to above-mentioned output equipment 104 and export for above-mentioned output equipment.
In above embodiment, can selection function pattern by the position of first selector 102, second selector 103 can select the functional mode to selecting to carry out concrete operation, and two selectors carry out combining the feature operation that later can realize comparatively complexity, fast and reliable.First selector 102 and second selector 103 are compared to schemes such as touch-screens, and because it can adapt to severe applied environment, therefore embodiment of the present invention scheme has better environmental suitability and reliability.
Intercom widely uses in fields such as public security, fire-fighting, scientific investigations.Under these fields often can be operated in various adverse circumstances; and these fields are very high to the reliability requirement of intercom; therefore the adaptive capacity to environment of intercom and reliability are necessary for them and are required, but adopt touch-screen scheme cannot meet their demand.Adopt embodiment of the present invention scheme, then can meet the strong and high such demand of reliability of adaptive capacity to environment.
In the embodiment above, for terminal equipment, it only can know above-mentioned first selector 102 current location or above-mentioned second selector 103 current location, also can know above-mentioned first selector 102 current location and above-mentioned second selector 103 current location, specifically can be as follows:
If terminal equipment only knows above-mentioned first selector 102 current location, the functional mode that so terminal can perform first selector 102 current location corresponding obtains operating result, and user then can see and have selected a certain functional mode of specifying.
If terminal equipment only knows second selector 103 current location, so terminal can first get current functional mode, current functional mode can be the default feature pattern that start runs, also can be functional mode when shutting down last time, can also be the functional mode that other modes are determined, in other words current functional mode might not need terminal by determining that first selector 102 current location is determined; Terminal, after determining current functional mode, just can perform the operation under the current functional mode corresponding with second selector 103 current location, obtain operating result, and user then can see the operation that terminal equipment performs user and specifies.
If terminal equipment has known above-mentioned first selector 102 current location and above-mentioned second selector 103 current location, operation under so then can performing functional mode corresponding to above-mentioned first selector 102 current location and performing the current functional mode corresponding with above-mentioned second selector 103 current location, obtain operating result, user then can see and have selected a certain functional mode of specifying, and terminal performs the operation under above-mentioned functional mode of specifying.
In the embodiment of the present invention, main control processor determination first selector 102 current location and or the mode of above-mentioned second selector 103 current location can be active obtaining, also can be passively know particularly:
The mode of active obtaining can be as follows: above-mentioned main control processor 107 determine above-mentioned first selector 102 current location and or above-mentioned second selector 103 current location comprise: above-mentioned main control processor 107 detect above-mentioned first selector 102 current location and or above-mentioned second selector 103 current location, obtain above-mentioned first selector 102 current location and or above-mentioned second selector 103 current location.
The passive mode known then can be as follows, and as shown in Figure 1B, above-mentioned terminal equipment also comprises: the first signal generator 106 and secondary signal generator 105;
Above-mentioned first signal generator 106 and secondary signal generator 105 are all arranged at inside above-mentioned main frame 101 and are connected with main frame 101;
Above-mentioned main control processor determine above-mentioned first selector current location and or above-mentioned second selector current location comprise:
Above-mentioned first selector 102 is corresponding with above-mentioned first signal generator 106 position; When above-mentioned first selector 102 moves to each precalculated position, above-mentioned first signal generator 106 can be triggered and send first signal instruction corresponding with current location to above-mentioned main control processor 107; Above-mentioned first signal instruction is used to specify functional mode;
Above-mentioned second selector 103 is corresponding with above-mentioned secondary signal generator 105 position; When above-mentioned second selector 103 moves to each precalculated position, above-mentioned secondary signal generator 105 can be triggered and send the secondary signal instruction corresponding with current location to above-mentioned main control processor 107; Above-mentioned secondary signal instruction is used to specify the operation under current functional mode;
Above-mentioned main control processor 107 perform functional mode corresponding to above-mentioned first selector 102 current location and or the operation performed under the current functional mode corresponding with above-mentioned second selector 103 current location comprise: above-mentioned main control processor 107 perform the first signal instruction and or the operation of secondary signal instruction obtain operating result.
In the embodiment above, for terminal equipment, it only can know the first signal instruction or secondary signal instruction, also can know above-mentioned first signal instruction and secondary signal instruction; With previous embodiment, terminal equipment only knows above-mentioned first selector 102 current location or above-mentioned second selector 103 current location, and know above-mentioned first selector 102 current location and above-mentioned second selector 103 current location similar, repeat no longer one by one.
Alternatively, embodiments provide the optional implementation of one of first selector 102, above-mentioned first selector 102 is mode dial, the functional mode that each precalculated position of mark, above-mentioned mode dial surface is corresponding; Subsequent embodiment will be described in more detail this, the concrete optional kind of examples functions pattern;
When above-mentioned first selector 102 moves to each precalculated position, above-mentioned first signal generator 106 can be triggered and comprise to above-mentioned main control processor 107 transmission the first signal instruction corresponding with current location:
Above-mentioned mode dial adopts rotating shaft to be connected with above-mentioned first signal generator 106; When above-mentioned mode dial turns to each predetermined angular, above-mentioned first signal generator 106 can be triggered and send the signal instruction corresponding with current angular to above-mentioned main control processor 107.
Alternatively, above-mentioned first selector 102 also can be gear selector; When above-mentioned first selector 102 moves to each precalculated position, above-mentioned first signal generator 106 can be triggered comprise to above-mentioned main control processor 107 transmission the first signal instruction corresponding with current location: when above-mentioned first selector moves to each precalculated position, above-mentioned first signal generator can be triggered and comprise to above-mentioned main control processor transmission the first signal instruction corresponding with current location:
Above-mentioned gear selector be struck predetermined gear time, above-mentioned first signal generator can be triggered and send the signal instruction corresponding with current gear to above-mentioned main control processor.
Alternatively, the embodiment of the present invention gives the possibility of the first signal generator 106, preferably has following three kinds: above-mentioned first signal generator 106 is code devices, and above-mentioned first signal instruction is the waveform signal of telecommunication; Or, above-mentioned first signal generator 106 comprises the different resistance corresponding from each predetermined angular position and resistance detection chip, the resistance value of corresponding for current angular resistance for detecting resistance corresponding to current angular, and is sent to above-mentioned main control processor 107 as the first signal instruction by above-mentioned resistance detection chip; Or, above-mentioned first signal generator 106 comprises the light-emitting component corresponding with each precalculated position and photodetector, when above-mentioned mode dial turns to each predetermined angular, can change the light signal that current angular light-emitting component is detected by photodetector, above-mentioned photodetector sends first signal instruction corresponding with current angular luminescent device to above-mentioned main control processor 107.Subsequent embodiment will be described in more detail with regard to these three kinds of preferred structures respectively, and subsequent embodiment also will provide other optional implementations, and above three citings should not be construed as the restriction to the embodiment of the present invention.
Alternatively, the angle rotatable of above-mentioned mode dial is 0 ~ 360 °.Alternatively, angle rotatable here also can be slightly less than 360 °, does not also namely allow electrodeless rotation.Angle rotatable is 0 ~ 360 ° and should not be construed as the restriction to the embodiment of the present invention as a preferred implementation.The twocouese arrow of the mode dial side shown in Figure 1A and Figure 1B is depicted as the usable rotational direction of above-mentioned mode dial.
Alternatively, to additionally provide the optional manner of second selector 103 as follows for the embodiment of the present invention: above-mentioned second selector 103 is Multifunctional knob; The precalculated position of above-mentioned Multifunctional knob comprises at least one item in predetermined angle, predetermined direction, predetermined relative altitude.Subsequent embodiment will provide illustrating specifically at this point;
Alternatively, the angle rotatable of above-mentioned Multifunctional knob is 0 ~ 360 °, predetermined direction is for being evenly distributed on four or eight predetermined directions on 0 ~ 360 ° of direction, and predetermined relative altitude is two and is respectively default height and another height near above-mentioned main frame 101.The arrow that Multifunctional knob shown in Figure 1A and Figure 1B is positioned at same level sensing four direction is depicted as above-mentioned four predetermined directions, the direction (height after pressing is namely near another height of above-mentioned main frame 101) that downward arrow is depicted as present level and presses, direction shown in twocouese arrow is then the usable rotational direction of above-mentioned Multifunctional knob.
Alternatively, above-mentioned secondary signal generator 105 is the code devices of band multidirectional switch, and above-mentioned secondary signal instruction is the waveform signal of telecommunication.
Further, due to the first signal instruction and or secondary signal signal instruction can be the signal of telecommunication or other signal instructions, above-mentioned main control processor 107 may not Direct Recognition, embodiments provide corresponding solution, particularly: as shown in Figure 3, above-mentioned terminal equipment also comprises: main control chip 201, for receive the first signal instruction that the first signal generator 106 sends and or the secondary signal instruction that sends of secondary signal generator 105, then be converted to the first signal instruction and or the digital signal instruction corresponding with secondary signal instruction send to above-mentioned main control processor 107,
Above-mentioned main control processor 107 perform the first signal instruction and or secondary signal command operating obtain operating result and comprise:
The operation that above-mentioned main control processor 107 performs above-mentioned digital signal instruction obtains operating result;
Or, or, above-mentioned main control chip 201, for receive the first signal instruction that the first signal generator 106 sends and or the secondary signal instruction that sends of secondary signal generator 105, be then converted to the first signal instruction and or the digital signal instruction corresponding with secondary signal instruction;
Above-mentioned main control processor 107 perform the first signal instruction and or the operation of secondary signal instruction obtain operating result and comprise: main control processor 107 reads the digital signal instruction in above-mentioned main control chip 201, and performs above-mentioned digital signal instruction.
Alternatively, above-mentioned output equipment 104 comprises: display and or loud speaker.
First selector 102 and second selector 103 are respectively mode dial to following examples and Multifunctional knob is that example is described in detail respectively:
1A, mode dial function:
Refer to Fig. 4, mode dial is used for the functional mode selecting user to need fast, it is can the rotation of 360 degree, horizontal plane, the icon of various functional mode can be provided with on the surface on mode dial top, the concrete function of functional mode and quantity can set arbitrarily as required, such as, shown in Fig. 4: SOS, police service process, traffic, monitoring camera-shooting, identification, record a video, take pictures, map.Fig. 4 is as an example, and the number of functional mode and kind should not be construed as the restriction to the embodiment of the present invention.On the right side of Fig. 4, triangular arrowheads position is arranged at host housing and a reference marker fixing with host housing, is used to indicate the functional mode that active user selects.
The function of mode dial mainly collects the signal instruction being used to specify functional mode, the surface of mode dial is designed with various different mode flag according to the demand that the product of terminal equipment uses, labeling method has multiple, can silk-screen in disc surfaces, also can adopt laser engraving, can also disc surfaces be moulded directly into.Host housing arranges reference marker, and this reference marker can be any shape be used to indicate, such as triangle, arrow, bar shaped etc.Purposes of these marks on mode dial and main frame face-piece tell user intuitively in the mode of picture and text, the current residing functional mode of terminal equipment, the corresponding a kind of unique signal instruction of the mark of each functional mode on mode dial, this unique signal instruction is detected by the device arranged below mode dial or structure, after the signal instruction detected is delivered to the main control chip of main frame, main control chip identifies it and responds, thus transfer terminal equipment functions module performs corresponding function.
The structure of 1B, mode dial and the first signal generator:
One, mode dial part can use various structures mode to carry out the collection of signal instruction, and the most direct frame mode is the structure using code devices+mode dial shell.Mode dial shell and encoder adopt rotating shaft to be connected, mode dial shell is fixed on the mode in rotating shaft, refer to the profile shown in Fig. 5 A ~ Fig. 5 C, code devices 501 adopts nut to be fixed on host housing, mode dial 502 shell is fixed on the axle of code devices 501, and fixed form has multiple, and the interference fit shown in Fig. 5 A can be adopted to fix, the mode adding metal inner lining cover 504 shown in Fig. 5 B can be adopted to fix, the screw 505 shown in Fig. 5 C can also be used to fix.The axle of code devices 501 is driven to rotate when mode dial 502 rotates, the axle of code devices 501 turns to each specific position by specific for output one the waveform signal of telecommunication, this waveform signal of telecommunication is delivered to the main control chip of main frame by the pin on code devices 501, main control chip utilizes this waveform signal of telecommunication to carry out the calculating of being correlated with, and sends corresponding control command to main frame and external equipment thereof.
Two, the frame mode that another kind of signal instruction is collected adopts the mode judging resistance value, as shown in Figure 6, the resistance dish 602 of resistance is provided with in the below of mode dial 601, mode dial 601 overlaps beer and have two metal contact pieces 603, metal contact piece 603 and resistance dish 602 form a resistance loop, when metal contact piece 603 is positioned at diverse location, resistance value in resistance loop is different, terminal equipment can be arranged chip to detect these resistance loops on resistance dish 602, the resistance value detected is passed to main control chip, main control chip can the current residing position of judgment model rotating disk 601 according to resistance value size.
Three, another frame mode adopts to come position residing for judgment model rotating disk as shown in Figure 7 to the blocking of light, main frame there is the support 703 of a light sensitive component, support 703 is inverted U cross section, light-emitting component and photodetector is placed respectively on the both sides in cross section, mode dial is provided with an anti-dazzling screen 702, when mode dial 701 often rotates a position, anti-dazzling screen 702 blocks the light that this position light-emitting component sends, the photodetector of opposite side then can't detect light, now produce a shutdown signal instruction, this shutdown signal instruction is sent to main frame main control chip by circuit, the current location that main control chip can come residing for judgment model rotating disk according to blocking ray position.
Certainly, except the frame mode that these three kinds of signal instructions above are collected, also have other a lot of signal instruction collection modes, such as adopt the mode of cutting magnetic line, each position arranges the mode etc. of touch-switch, no matter adopt any frame mode, as long as the structure of judgment model rotating disk current location can be reached, the signal instruction that may be used to the mode dial in the embodiment of the present invention is collected, the main control chip being sent to main frame carries out calculating and identifying by the signal instruction collected, then corresponding operational order is sent to terminal equipment itself and the outside miscellaneous equipment (such as remote control camera) be connected thereof according to result of calculation.
2A, Multifunctional knob function:
The function of Multifunctional knob mainly collects operation signal instruction, and its operating function mainly can have three, and the 1st, in horizontal plane, four direction is stirred up and down, the direction of arrow as shown in Figure 8 A; 2nd, in horizontal plane clockwise or be rotated counterclockwise, direction shown in arrow as shown in Figure 8 B; 3rd, press at vertical axial, direction shown in the arrow of 8C as shown in the figure.When stirring up and down, for realize on-screen menu navigation, movement, enter, the operation such as to return, also can be used for realizing controlling the operations such as external equipment the raising of (such as camera), reduction, when clockwise or when being rotated counterclockwise for realizing the instruction such as screen scaling, quickcam image focusing, when axial pressing for realizing confirming, exiting, the operational order such as shooting.
Seeing also the Multifunctional knob (i.e. second selector 103) shown in Figure 1A and Figure 1B can 360 degree of rotation, can in horizontal plane 360 degree electrodelessly to stir, can also vertical direction press, the functional mode that the function of Multifunctional knob may be used for mode dial is selected carries out concrete menu or feature operation, establish in self-contained to terminal equipment and manipulate, even can remote control peripheral hardware, such as menu navigation, movement, convergent-divergent, rotate, enter, confirm, exit etc.Mode dial and Multifunctional knob can be arranged in the both sides of handheld communication devices (such as intercom) antenna, so comparatively meet user operation habits, are easy to use.This interactive mode structure is simple, and swift to operate, with low cost, reliability is high, even if user does not also affect operation with thick gloves.Even under singlehanded situation, still can realize very complicated operation.
The structure of 2B, Multifunctional knob and secondary signal generator:
Refer to the signal instruction collection structure of the Multifunctional knob shown in Fig. 9.Use the structure of code devices 903+ Multifunctional knob 901 shell of band multidirectional switch, code devices 903 with multidirectional switch is fixed by welding on circuit board, circuit board is fixed on main frame 902 shell by screw, and Multifunctional knob 901 is fixed on the axle of code devices 903.The fixed form of Multifunctional knob 901 shell and code devices 903 axle, as the fixed form of above-mentioned mode dial and code devices 903 axle, has a variety of.In time stirring, rotate or press Multifunctional knob 901, knob drives the axle action together of code devices 903.In the inside of code devices 903 axle, position is provided with touch-switch or DOME(metal dome or dome array or dome sheet. up and down, the one of switch) sheet, when shifting shaft time, the compressing tablet connected together with axle presses these touch-switchs or DOME sheet, namely a make-and-break signal instruction is produced, this make-and-break signal instruction is sent to terminal equipment main control chip by the pin of code devices 903, the main control chip pattern that binding pattern rotating disk is current again, sends instruction control terminal and makes response.The code devices 903 used with above-described mode dial, the code devices 903 of this band multidirectional switch also has coding output function, when the axle of rotary encoder part 903 time, often rotate a position, namely the waveform coding that output one is fixing, when Multifunctional knob 901 rotates time, knob drives the axle of code devices 903 to rotate, each signal instruction successively detected is sent to main control chip by code devices 903, by calculating, main control chip judges that shaft is clockwise or is rotated counterclockwise, thus in conjunction with the pattern selected by present mode rotating disk, send corresponding instruction control terminal or miscellaneous equipment execution corresponding actions.In addition, touch-switch or the DOME sheet of one is provided with immediately below the inside axle of code devices 903, in time pressing Multifunctional knob 901, touch-switch immediately below being positioned at by the axle pressing of code devices 903 or DOME sheet, produce a make-and-break signal, this make-and-break signal is sent to terminal equipment main control chip by pin, main control chip, in conjunction with the pattern selected by present mode rotating disk and current state, sends command adapted thereto control terminal or the action such as equipment performs confirmation, exits, shooting.
The embodiment of the present invention additionally provides a kind of terminal equipment and using method thereof, as shown in Figure 10, sees also Figure 1A, Figure 1B and Fig. 2, comprising:
1001: start any one terminal equipment that the embodiment of the present invention provides;
1002: according to the position of the functional mode adjustment first selector of current needs, adjust to the precalculated position corresponding with the functional mode of above-mentioned current needs; Then according to needing the position assigned operation of the functional mode of above-mentioned current needs being adjusted to above-mentioned second selector, the precalculated position corresponding with the assigned operation needed is adjusted to;
1003: the Output rusults of the above-mentioned output equipment of perception.
Can selection function pattern by the position of first selector, second selector can select the functional mode to selecting to carry out concrete operation, can realize comparatively complicated feature operation, fast and reliable after two selectors carry out combining.First selector and second selector are compared to schemes such as touch-screens, and because it can adapt to severe applied environment, therefore embodiment of the present invention scheme has better environmental suitability and reliability.
The interactive mode that this using method relates to, it is below a feasible use case, such as: need now the map checking certain street, operating process is as follows: first mode dial is rotated to map mode, then Multifunctional knob is used to stir the provinces and cities at the place, position that function selects needs to check, use its pressing function to confirm to enter map interface, and then use navigation feature moving map, use spinfunction mitigation and amplification map.
Can selection function pattern by mode dial, Multifunctional knob can select the functional mode to selecting to carry out concrete operation, can realize comparatively complicated feature operation, fast and reliable after two selectors carry out combining.
These are only the present invention's preferably embodiment; but protection scope of the present invention is not limited thereto; anyly be familiar with those skilled in the art in the technical scope that the embodiment of the present invention discloses, the change that can expect easily or replacement, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of claim.
Claims (5)
1. a terminal equipment, is characterized in that, comprising:
Main frame, first selector, second selector, main control processor and output equipment;
Described first selector and second selector are all arranged at outside main frame; Described first selector is mode dial, the functional mode that each precalculated position of mark, described mode dial surface is corresponding;
Each precalculated position of described first selector is corresponding with the functional mode of specifying; Each precalculated position of described second selector is corresponding with the operation under current functional mode;
Described terminal equipment also comprises: the first signal generator and secondary signal generator; Described first signal generator and secondary signal generator are all arranged at inside described main frame and are connected with main frame;
Described mode dial adopts rotating shaft to be connected with described first signal generator; When described mode dial turns to each predetermined angular, described first signal generator can be triggered and send first signal instruction corresponding with current angular to described main control processor; Described first signal instruction is used to specify functional mode;
Described first signal generator comprises the different resistance corresponding from each predetermined angular position and resistance detection chip, the resistance value of corresponding for current angular resistance for detecting resistance corresponding to current angular, and is sent to described main control processor as the first signal instruction by described resistance detection chip; Or,
Described first signal generator comprises the light-emitting component corresponding with each precalculated position and photodetector, when described mode dial turns to each predetermined angular, can change the light signal that current angular light-emitting component is detected by photodetector, described photodetector sends first signal instruction corresponding with current angular luminescent device to described main control processor;
When described second selector moves to each precalculated position, described secondary signal generator can be triggered and send the secondary signal instruction corresponding with current location to described main control processor; Described secondary signal instruction is used to specify the operation under current functional mode;
Described main control processor perform the first signal instruction and or the operation of secondary signal instruction obtain operating result; Send described operating result to described output equipment to export for described output equipment.
2. terminal equipment according to claim 1, is characterized in that,
Described second selector is Multifunctional knob; The precalculated position of described Multifunctional knob comprises at least one item in predetermined angle, predetermined direction, predetermined relative altitude.
3. terminal equipment according to claim 2, is characterized in that, described secondary signal generator is the code devices of band multidirectional switch, and described secondary signal instruction is the waveform signal of telecommunication.
4. terminal equipment according to claims 1 to 3 any one, is characterized in that, also comprise: main control chip;
Described main control chip, for receive the first signal instruction that the first signal generator sends and or the secondary signal instruction that sends of secondary signal generator, be then converted to the first signal instruction and or the digital signal instruction corresponding with secondary signal instruction send to described main control processor;
Described main control processor perform the first signal instruction and or secondary signal command operating obtain operating result and comprise: the operation that described main control processor performs described digital signal instruction obtains operating result;
Or, described main control chip, for receive the first signal instruction that the first signal generator sends and or the secondary signal instruction that sends of secondary signal generator, be then converted to the first signal instruction and or the digital signal instruction corresponding with secondary signal instruction;
Described main control processor perform the first signal instruction and or the operation of secondary signal instruction obtain operating result and comprise: main control processor reads the digital signal instruction in described main control chip, and performs described digital signal instruction.
5. a using method for terminal equipment, is characterized in that, comprising:
Start the terminal equipment described in Claims 1 to 4 any one;
Functional mode according to current needs adjusts the position of described first selector, adjusts to the precalculated position corresponding with the functional mode of described current needs; Then according to needing the position assigned operation of the functional mode of described current needs being adjusted to described second selector, the precalculated position corresponding with the assigned operation needed is adjusted to;
The Output rusults of output equipment described in perception.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310057140.8A CN103178866B (en) | 2013-02-22 | 2013-02-22 | A kind of terminal equipment and using method thereof |
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Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103676729B (en) * | 2013-11-29 | 2016-06-08 | 青岛歌尔声学科技有限公司 | Digital knob switch multiplexing device and adopt the electronics of described device |
| CN104504892A (en) * | 2014-12-30 | 2015-04-08 | 广州视声电子实业有限公司 | Remote controller and control method thereof |
| CN104601190A (en) * | 2015-02-02 | 2015-05-06 | 李理 | Interphone |
| CN105263189B (en) * | 2015-09-14 | 2019-01-15 | 海能达通信股份有限公司 | Realize the method and terminal of channel type processing |
| CN106933478A (en) * | 2017-03-06 | 2017-07-07 | 宇龙计算机通信科技(深圳)有限公司 | A kind of terminal and control method |
| CN107835350A (en) * | 2017-12-12 | 2018-03-23 | 成都合能创越软件有限公司 | A kind of intercom law-enforcing recorder |
| CN112416131A (en) * | 2020-11-26 | 2021-02-26 | 维沃移动通信有限公司 | Terminal control method and electronic equipment |
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