CN103677579A - Electronic equipment and control method - Google Patents
Electronic equipment and control method Download PDFInfo
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- CN103677579A CN103677579A CN201210322682.9A CN201210322682A CN103677579A CN 103677579 A CN103677579 A CN 103677579A CN 201210322682 A CN201210322682 A CN 201210322682A CN 103677579 A CN103677579 A CN 103677579A
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Abstract
The invention provides electronic equipment and a control method. The electronic equipment has a first mode, a second mode and a third mode. The electronic equipment comprises an input unit and a processing unit. The input unit is configured to obtain input from a user. The processing unit is configured to generate a corresponding control instruction according to obtained input of the input unit and carry out control operation according to the generated control instruction. When the electronic equipment is in the second mode and the input unit detects the fact that an operation body keeps second input, the processing unit generates a mode keeping instruction, so that the electronic equipment is kept in the second mode. When the electronic equipment is in the second mode and the input unit detects the fact that the operation body stops keeping second input, third input is carried out continuously, and when third input is completed, the processing unit generates a third switching instruction, so that the electronic equipment is switched to the third mode from the second mode.
Description
Technical field
Embodiments of the invention relate to a kind of electronic equipment and are applied to the control method of described electronic equipment.
Background technology
Along with the development of the communication technology, various electronic equipments are widely used, for example, and desk-top computer, portable computer, tablet computer, smart mobile phone and portable media player etc.Current, most of electronic equipments, when operation application, depend on the application that it moves, and electronic equipment has a plurality of patterns conventionally.For example, during by video playback application plays video, electronic equipment can have play mode, park mode, fast-forward mode, backward mode and stop mode etc.This just needs user to know a plurality of switching commands, to switch between a plurality of patterns as required.Yet, in existing electronic equipment, separate for being switched to the switching command of each pattern, be unfavorable for that user remembers and operates.
Summary of the invention
The control method that the object of the embodiment of the present invention is to provide a kind of electronic equipment and is applied to this electronic equipment, to address the above problem.
One embodiment of the present of invention provide a kind of electronic equipment, have first mode, the second pattern and three-mode.Described electronic equipment comprises: input block, and configuration obtains the input from user; Processing unit, the input that configuration obtains according to input block, generate corresponding steering order, and according to generated steering order executivecontrol function, wherein at electronic equipment under first mode, when input block detects operating body and carries out the second input, processing unit generates the second switching command, so that electronic equipment is switched to the second pattern from first mode; At electronic equipment, under the second pattern, when input block detects operating body maintenance the second input, the hold instruction of processing unit generate pattern, to keep electronic equipment in the second pattern; At electronic equipment under the second pattern, when input block detects at operating body, stop keeping the second input, proceed the 3rd input, and completed for the 3rd when input, processing unit generates the 3rd switching command, so that electronic equipment is switched to three-mode from the second pattern.
Another embodiment of the present invention provides a kind of control method, is applied to electronic equipment, and wherein electronic equipment has first mode, the second pattern and three-mode, and electronic equipment comprises: input block, configuration obtains the input from user.Described control method comprises: at electronic equipment, under first mode, when input block detects operating body and carries out the second input, generate the second switching command, so that electronic equipment is switched to the second pattern from first mode; At electronic equipment, under the second pattern, when input block detects operating body maintenance the second input, generate pattern hold instruction, to keep electronic equipment in the second pattern; At electronic equipment, under the second pattern, when input block detects at operating body, stop keeping the second input, proceed the 3rd input, and completed for the 3rd when input, generate the 3rd switching command, so that electronic equipment is switched to three-mode from the second pattern.
By according to the electronic equipment of the embodiment of the present invention and control method, user can be switched easily between a plurality of patterns of electronic equipment, and interrelated between a plurality of switching input, has simplified user's operation.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme of the embodiment of the present invention, will the accompanying drawing of required use in the description of embodiment be briefly described below.Accompanying drawing in the following describes is only exemplary embodiment of the present invention.
Fig. 1 shows the block diagram of electronic equipment according to an embodiment of the invention.
Fig. 2 shows the schematic diagram of electronic equipment according to an embodiment of the invention.
Fig. 3 shows the schematic diagram of the touching induction region of electronic equipment according to an embodiment of the invention.
Fig. 4 shows the schematic diagram of the display unit in the electronic equipment shown in Fig. 2.
Fig. 5 shows the exemplary process diagram of control method according to an embodiment of the invention.
Embodiment
Hereinafter, with reference to accompanying drawing, describe the preferred embodiments of the present invention in detail.Note, in this instructions and accompanying drawing, there is substantially the same step and represent with identical Reference numeral with element, and will be omitted the repetition of explanation of these steps and element.
In following examples of the present invention, the concrete form of electronic equipment includes but not limited to desk-top computer, portable computer, tablet computer, personal digital assistant, smart mobile phone, game machine, portable media player and head-mounted display apparatus etc.
Fig. 1 shows the block diagram of electronic equipment 100 according to an embodiment of the invention.Electronic equipment 100 can have first mode, the second pattern and three-mode.As shown in Figure 1, electronic equipment 100 comprises input block 110 and processing unit 120.Input block 110 can obtain the input from user.The input that processing unit 120 can obtain according to input block, generates corresponding steering order, and according to generated steering order executivecontrol function.
Particularly, at electronic equipment 100, under first mode, when input block 110 detects operating body and carries out the second input, processing unit 120 can generate the second switching command, so that electronic equipment 100 is switched to the second pattern from first mode.And at electronic equipment 100 under the second pattern, when input block 110 detects operating body and keeps the second input, processing unit 120 generate pattern hold instructions, to keep electronic equipment 100 in the second pattern.On the other hand, at electronic equipment 100 under the second pattern, when detecting at operating body, input block 110 stops keeping the second input, proceed the 3rd input, and while completing the 3rd input, processing unit 120 can generate the 3rd switching command, so that electronic equipment 100 is switched to three-mode from the second pattern.That is to say, when user wishes electronic equipment 100 to maintain for second pattern lower time, can continue to carry out the second input by input block 110, and when under the second pattern, when user wishes electronic equipment 100 to be switched to three-mode, when finishing the second input, start to carry out the 3rd input.And do not need as when using existing electronic equipment, when user wishes to be further switched to three-mode after electronic equipment is switched to the second pattern, at operating body, finish, after the second input, to leave the input block of electronic equipment, then again by input block, carry out the 3rd input.
In addition,, according to another example of the present invention, when electronic equipment 100 is in first mode lower time, also can directly electronic equipment be switched to three-mode from first mode.Particularly, at electronic equipment 100 under first mode, when input block 110 detects operating body, electronic equipment 100 is carried out the 4th input and completed for the 4th when input, processing unit 120 generates the 3rd switching commands, so that electronic equipment 100 is switched to three-mode from first mode.Wherein, above-mentioned for electronic equipment being switched to the part that the 3rd input of three-mode is the 4th input under the second pattern.To be described further the 3rd input and the 4th input after a while.According in the electronic equipment of the present embodiment, for electronic equipment 100 being switched to the 3rd input of three-mode under the second pattern, be for electronic equipment being switched to a part for the 4th input of three-mode under first mode.That is, the 3rd input is associated with the 4th input, thereby is convenient to user's memory.
In addition,, according to another example of the present invention, when electronic equipment 100 is in second pattern lower time, also electronic equipment 100 can be switched to first mode from the second pattern.Particularly, at electronic equipment 100 under the second pattern, when detecting operating body, input block 110 stops keeping the second input, and while electronic equipment not being proceeded to input after stopping keeping the second input, processing unit 120 generates the first switching command, so that electronic equipment 100 is switched to first mode from the second pattern.That is to say, according in the electronic equipment 100 of the present embodiment, for under the second pattern, when input block 110 detects user and keeps the second input, processing unit 120 generate pattern hold instructions, to keep electronic equipment 100 in the second pattern, and input block 110 keeps the second input when can't detect user, and user do not detected yet and carry out for example other whens input of above-mentioned the 3rd input and so on, processing unit 120 generates the first switching command, so that electronic equipment 100 is switched to first mode from the second pattern.According in the electronic equipment of the present embodiment, when user wishes electronic equipment 100 to be switched to first mode from the second pattern, do not need by specific input operation, only need to stop the second kept input, thereby simplify user's operation.
In addition, at electronic equipment 100 under three-mode, when input block 110 detects operating body and carries out the first input, processing unit 120 generates the first switching command, so that electronic equipment 100 is switched to first mode from three-mode, wherein for by electronic equipment from three-mode be switched to first mode first input from above-mentioned under the second pattern for by electronic equipment from two modes be switched to first mode stop keep the second input different.
By according to the electronic equipment of the embodiment of the present invention, user can be switched easily between a plurality of patterns of electronic equipment, and interrelated between a plurality of switching input, has simplified user's operation.For example, as mentioned above, by start to carry out the 3rd input when finishing the second input, electronic equipment can be switched to three-mode from the second pattern, and when finishing the second input, do not carry out other inputs and electronic equipment can be switched to first mode from the second pattern, user can be switched consistently between a plurality of patterns of electronic equipment.In addition, as mentioned above, for example the switching input of the 3rd input and the 4th input and so on is interrelated between being, is convenient to user's memory.
According in the electronic equipment 100 of the present embodiment, the concrete form of input block 110 includes but not limited to touch sensing unit, approaches sensing unit, voice-input unit, control button etc.By take input block 110, comprise for obtaining from the touch sensing unit of user's touch input and describing as example below.
Particularly, in the situation that input block is touch sensing unit, above-mentioned the second input can be that operating body carries out the second touch input in the touching induction region of touch sensing unit.At electronic equipment, under first mode, when touch sensing unit detects operating body, carried out for second touch when input in its touching induction region, processing unit generates the second switching command, so that electronic equipment is switched to the second pattern from first mode.At electronic equipment, under the second pattern, when touch sensing unit detects operating body maintenance the second touch input, the hold instruction of processing unit generate pattern, to keep electronic equipment in the second pattern.
According to an example of the present invention, second touches input can be included in the operation of the sustained touch on fixed position in touching induction region.At electronic equipment under first mode, when touch sensing unit detects the touch operation of carrying out on the fixed position of operating body in its touching induction region and surpasses the schedule time, processing unit can generate the second switching command, so that electronic equipment is switched to the second pattern from first mode.And at electronic equipment under the second pattern, when touch sensing unit detects operating body and remains on the touch operation on fixed position, the hold instruction of processing unit generate pattern, to keep electronic equipment in the second pattern.
In the situation that input block is touch sensing unit, above-mentioned the 3rd input can be that operating body carries out the 3rd touch input in the touching induction region of touch sensing unit.At electronic equipment under the second pattern, when touch sensing unit detects, on the fixed position of operating body in its touching induction region, stop keeping the second touch input and start to carry out the 3rd while touching input simultaneously, in touch sensing unit, operating body being detected completes after the 3rd touch input, processing unit can generate the 3rd switching command, so that electronic equipment is switched to three-mode from the second pattern.
As mentioned above, the second touch input can be included in the operation of the sustained touch on fixed position in touching induction region.In addition,, according to another example of the present invention, the 3rd touches the move operation that input can be included in touching induction region, input the fixed position at place since the second touch.At electronic equipment under the second pattern, when touch sensing unit detects while starting to carry out move operation when stopping keeping sustained touch operation on the fixed position of operating body in its touching induction region, in touch sensing unit, operating body being detected completes after move operation, processing unit can generate the 3rd switching command, so that electronic equipment is switched to three-mode from the second pattern.
In addition, the 3rd, touch and to be input as in the situation that in touching induction region, since the move operation of the fixed position at the second touch input place, above-mentioned the 4th operation can be that operating body contact with the touching induction region of touch sensing unit rear, the direct move operation carrying out in touching induction region.As mentioned above, at electronic equipment under first mode, after input block detects operating body and contacts with the touching induction region of touch sensing unit, during the move operation that directly carries out in touching induction region, after completing this move operation, processing unit generates the 3rd switching command, so that electronic equipment is switched to three-mode from first mode.That is to say, the 4th touches input comprises the 3rd touch input, and comprises the action contacting with touching induction region.
In addition, in the situation that the second touch input can be included in the operation of the sustained touch on fixed position in touching induction region, at electronic equipment under the second pattern, when touch sensing unit detects operating body, stop at and on the fixed position in its touching induction region, keep the second touch input, and while leaving touching induction region after stopping keeping the second touch input, processing unit generates the first switching command, so that electronic equipment is switched to first mode from the second pattern.
In addition, above-mentioned the first input can be for example the optional position in point touching induction region first touch input.At electronic equipment, under three-mode, when touch sensing unit detects operating body, click when input in touching induction region, processing unit can generate the first switching command, so that electronic equipment is switched to first mode from three-mode.
At input block for control button in the situation that, operating body electronic equipment approach input in induction region and the above-mentioned touching induction region in touch sensing unit in the input carried out similar, therefore be not described in detail in this.
At input block for approach sensing unit in the situation that, operating body electronic equipment approach input in induction region and the above-mentioned touching induction region in touch sensing unit in the input carried out similar, therefore be not described in detail in this.And for approach sensing unit in the situation that, and operating body do not need to contact with electronic equipment inputting, and only needs the induction region that approaches near electronic equipment at input block.
In addition, as mentioned above, input block can also be for obtaining the voice-input unit from user's phonetic entry.In the case, at electronic equipment, under first mode, when voice-input unit detects the second phonetic entry that user sends, processing unit generates the second switching command, so that electronic equipment is switched to the second pattern from first mode.And under the second pattern, when voice-input unit detects user and keeps sending the second phonetic entry, the hold instruction of processing unit generate pattern, to keep electronic equipment in the second pattern at electronic equipment.In addition, at electronic equipment under the second pattern, when detecting user, voice-input unit when stopping sending the second phonetic entry, proceeds the 3rd phonetic entry, and complete after the 3rd phonetic entry, processing unit can generate the 3rd switching command, so that electronic equipment is switched to three-mode from the second pattern.In addition, at electronic equipment under the second pattern, when detecting user, voice-input unit stopping sending the second phonetic entry, and when stopping not sending the phonetic entry of for example the 3rd phonetic entry and so on after user is stopping sending the second phonetic entry, processing unit generates the first switching command, so that electronic equipment is switched to first mode from the second pattern.
According to another example of the present invention, the electronic equipment 100 shown in Fig. 1 also can comprise display unit and/or audio playing unit.When electronic equipment playing video file and/or audio file, above-mentioned first mode can be play mode, and above-mentioned the second pattern can be park mode; And three-mode is stop mode.For example, when electronic equipment playing video file, under first mode, video file can be opened and obtain to processing unit, and display unit shows image and audio playing unit broadcasting sound corresponding to demonstration image shown with display unit according to video file.Under the second pattern, display unit suspends playing video file, and can in viewing area, remain on while receiving the second input picture shown in display unit, and audio playing unit can suspend sound and plays.Under three-mode, the video file that processing unit reads before can closing, display unit can stop playing video file, and audio playing unit can stop sound broadcasting.Alternatively, under three-mode, processing unit can exit the video playback application of current operation, and display unit can stop playing video file, and audio playing unit can stop sound broadcasting.
In addition,, according to another example of the present invention, electronic equipment also can comprise fixed cell and linkage unit.Fig. 2 shows the schematic diagram of electronic equipment 200 according to an embodiment of the invention.As shown in Figure 2, electronic equipment 200 comprises fixed cell 210, linkage unit 220, display unit 230, input block 240 and processing unit (not shown).Electronic equipment 200 can be worn on head by fixed cell 210.Linkage unit 220 is connected and fixed at least first of unit 210 and display unit 230.Input block 110 shown in input block 240 and processing unit and Fig. 1 and processing unit 120 are similar, therefore be not described in detail in this.As mentioned above, input block 240 is for obtaining the touch sensing unit from user's touch.Input block 240 can be arranged on the outside of electronic equipment.The outside of electronic equipment is a side that deviates from head when electronic equipment is worn on head, for example, input block 240 can be arranged on a side that when electronic equipment 200 is worn on head fixed cell 210 deviates from head, be arranged on the non-side towards user of linkage unit 220 and/or the non-side towards user of display unit 230.Selectively, as shown in Figure 2, electronic equipment 200 also comprises the first housing 250 of the first end that is arranged on fixed cell 210 and the second housing 260 that is arranged on the second end of fixed cell 210.Input block 240 can be arranged on the first housing 250 and/or the second housing 260.In addition,, according to another example of the present invention, processing unit can be arranged in fixed cell 210.
Although when user wears electronic equipment 200 as shown in Figure 2, the viewing area that input block 240 is not positioned at, but due to as mentioned above, for switching according to interrelated between a plurality of switching inputs of the electronic equipment of the embodiment of the present invention, user does not need repeatedly to grope the position of input block 240 when switching input, thereby has facilitated user's operation.For example, as mentioned above, by start to carry out the 3rd input when finishing the second input, electronic equipment can be switched to three-mode from the second pattern, that is to say, when user wishes electronic equipment to switch three-mode under the second pattern, do not need again to locate input block.Again for example, as mentioned above, by do not carry out other inputs when finishing the second input, electronic equipment can be switched to first mode from the second pattern, that is to say, when user wishes electronic equipment to switch first mode under the second pattern, do not need again to locate input block, only operating body need to be left to touching induction region yet.
Fig. 3 shows the schematic diagram of touching induction region of the touch sensing unit of electronic equipment according to an embodiment of the invention.More specifically, Fig. 3 shows according to one embodiment of present invention, is arranged on the first housing 250 of electronic equipment 200 and/or the schematic diagram of touching induction region on the second housing 260.
As shown in Figure 3, the touching induction region 300 of touch sensing unit can comprise the first sub-touching induction region 310 and around the second sub-touching induction region 320 of the first sub-touching induction region 310.According to an example of the present invention, the first sub-touching induction region 310 and the second sub-touching induction region 320 can be corresponding to different touch inputs.
For example, user can for example click, double-clicks in the first sub-touching induction region 310, long by and/or the touch operation of short-range movement and so on, and can be in the touch operation of for example growing the slip and so on of distance along the second touching induction region 320.As shown in Figure 3, the second touching induction region 320 is closed annular, so that user carries out slide around the second touching induction region 320.
In addition, the first sub-touching induction region 310 and the second sub-touching induction region 320 can be corresponding to different instruction set, and sub-touching induction region 310 can corresponding to the first instruction set, the second sub-touching induction region 320 can be corresponding to the second instruction set to that is to say first.For example, the first sub-touching induction region 310 can be corresponding to instruction that need to the absolute coordinates in touching induction region generates according to operating body, such as confirmation instruction in a plurality of options etc.Again for example, the above-mentioned first to the 3rd switching command can be included in the first instruction set, and can in the first sub-touching induction region 310, carry out above-mentioned first to fourth input.And the second sub-touching induction region 320 can be corresponding to instruction that need to the relative coordinate in touching induction region generates according to operating body, such as page-turning instruction when browsing the file that comprises multipage etc.In addition, when operating body is crossed over the first sub-touching induction region 310 and the second sub-touching induction region 320 and is operated, can be corresponding to three instruction set different with the second instruction set from the first instruction set.
Again for example, the first sub-touching induction region 310 can the direction parallel corresponding to the viewing area with display unit on, for the instruction set of the shown operand of display unit, and the second sub-touching induction region 320 can the direction vertical corresponding to the viewing area with display unit on, for the instruction set of the shown operand of display unit.For example, at display unit, with 3-D display effect, a plurality of pictures that are stacked have been shown, and user is while wishing to watch a pictures wherein, when user that touch sensing unit detects carries out slide along clockwise direction in the second sub-touching induction region, processing unit can determine that the picture that is positioned at photo current upper strata is user-selected picture, and when user that touch sensing unit detects carries out slide in the counterclockwise direction in the second sub-touching induction region, processing unit can determine that the picture that is positioned at photo current lower floor is user-selected picture.And when user that touch sensing unit detects touches input in the first sub-touching induction region, the edit instruction that processing unit can carry out editing operation to current selected picture according to this touchs input production.
In addition the operating body operating in the first sub-touching induction region 310 and/or the second sub-touching induction region 320, can be corresponding to different instruction combinations from the different contacts area of touching induction region.For example, when user touches with a finger, two fingers, three fingers respectively, can correspond respectively to the 4th, the 5th and the 6th instruction set.
In addition,, according to another example of the present invention, on the first sub-touching induction region 310, can be provided with on the first identification parts and/or the second sub-touching induction region and can be provided with the second identification parts.The first identification parts can be indicated the first sub-touching induction region, and the second sub-identification parts can be indicated the second sub-touching induction region.Wherein, on the first sub-touching induction region, be provided with configuration and indicate when being provided with configuration on the first identification parts of the first sub-touching induction region and the second sub-touching induction region and indicating the second identification parts of the second sub-touching induction region, the first identification parts are different with the second identification parts.
According to an example of the present invention, the first identification parts can be the second touch identification parts for the first touch identification parts and the second identification parts.For example, the first identification parts can be arranged on the protruding dot-matrix array on the first sub-touching induction region, and it is convex stripe array that the second identification parts can be arranged in the second touch sensing unit.Thereby user does not need to rely on vision, only by touching, can distinguish the first sub-touching induction region and the second sub-touching induction region.
Alternatively, between the first sub-touching induction region and the second sub-touching induction region, be provided with the 3rd and touch identification parts.The 3rd touches identification component configuration separates the first sub-touching induction region and the second sub-touching induction region.For example, the 3rd touch identification parts can be arranged on groove or the projection between the first sub-touching induction region and the second sub-touching induction region.Thereby user does not need to rely on vision, only by touching, can distinguish the first sub-touching induction region and the second sub-touching induction region.And in the time of can preventing that user from operating in the first sub-touching induction region, the sub-touching induction region of false touch to the second, vice versa.
In addition,, according to another example of the present invention, electronic equipment 200 also can comprise and approach sensing unit.When approaching sensing unit and operating body detected and approach the first touching induction region and/or the second touching induction region, electronic equipment can send the feedback of sound, light, vibrations, demonstration image and so on, to point out to user.
Should note, although the embodiment shown in Fig. 3 be take, wear display device as example is described, according to the touch sensing unit of the present embodiment, be also applied to for example other electronic equipment of desk-top computer, portable computer, tablet computer, personal digital assistant, smart mobile phone, game machine, portable media player and so on.
Return to Fig. 2, according to another example of the present invention, linkage unit 220 can have extended configuration and collapsed state.At electronic equipment, under first mode, linkage unit 220 is in extended configuration, makes at least first of display unit 230 be positioned at user's viewing area and towards user.And under three-mode, linkage unit 220, in collapsed state, shifts out at least first of display unit 230 in user's viewing area.Particularly, according to another example of the present invention, display unit 230 can comprise display module, optical system, lens component, the first light guide member and the second light guide member.Display module can show the first image.Optical system can receive the light sending from display module, and the light sending from display module is carried out to light path converting, to form the amplification virtual image.The first light guide member is arranged in lens component.The second light guide member is sent to the first light guide member by the light through optical system.And the light that the first light guide member receives by the second light guide member transmission reflects to user.In the case, the first of above-mentioned display unit 230 can comprise lens component and the first light guide member.Under first mode, linkage unit 220 is in extended configuration, makes first be positioned at user's viewing area and towards user, and display module shows image; Under the second pattern, linkage unit 220 is in extended configuration, makes first be positioned at user's viewing area and towards user, and display module stops showing image; And under three-mode, linkage unit, in collapsed state, shifts out first in user's viewing area, and display module stops showing image.
Alternatively, linkage unit 220 can only have extended configuration.Fig. 4 shows according to another example of the present invention, the schematic diagram of the display unit in the electronic equipment 200 shown in Fig. 2.Particularly, as shown in Figure 4, display unit 400 can comprise display module 410, optical system 420, lens component 430, the first light guide member 440 and the second light guide member 450.Display module 410 can be arranged in the fixed cell of electronic equipment, and for showing the first image.Optical system 420 can receive the light sending from display module 410, and the light sending from display module 410 is carried out to light path converting, to form the amplification virtual image.The first light guide member 440 is arranged in lens component 430.The second light guide member 450 is sent to the first light guide member 440 by the light through optical system 420.And the light that the first light guide member 440 receives by the second light guide member 450 transmission reflects to user.In the case, the first of above-mentioned display unit 230 can comprise lens component and the first light guide member.Under first mode, first is positioned at user's viewing area and towards user, and display module shows image; And under three-mode, first is positioned at user's viewing area and towards user, and display module stops showing image, makes user watching the object that is positioned at eyeglass outside.In addition, under the second pattern, first is positioned at user's viewing area and towards user, and display module suspends and shows that image or display module do not show image.In the present embodiment, lens component has predetermined transmitance, thereby at least under three-mode, also can be clear that the situation of actual environment, to prevent that user from falling, knocking down the fortuitous event of barrier and so on even if user adorns oneself with electronic equipment.
Below, the control method of embodiments of the invention is described with reference to Fig. 5.Fig. 5 is the process flow diagram of having described according to the control method 500 of the embodiment of the present invention.Control method 500 can be used for electronic equipment as shown in Figure 1.In the present embodiment, electronic equipment can have first mode, the second pattern and three-mode.And electronic equipment comprises for obtaining the input block from user's input.
As shown in Figure 5, in step S501, at electronic equipment, under first mode, when input block detects operating body and carries out the second input, generate the second switching command, so that electronic equipment is switched to the second pattern from first mode.In step S502, at electronic equipment, under the second pattern, determine whether operating body keeps the second input.When input block detects operating body maintenance the second input, generate pattern hold instruction in step S503, to keep electronic equipment in the second pattern.And detect when operating body stops keeping the second input when input block, in step S504, detect operating body and whether stopping keeping proceeding the 3rd input in the second input.The in the situation that of proceeding the 3rd input when operating body is stopping keeping the second input, in step S505, when completing the 3rd input, in step, generate the 3rd switching command, so that electronic equipment is switched to three-mode from the second pattern.
That is to say, when user wishes electronic equipment to maintain for second pattern lower time, can continue to carry out the second input by input block, and when under the second pattern, when user wishes electronic equipment to be switched to three-mode, when finishing the second input, start to carry out the 3rd input.And do not need as when using existing electronic equipment, when user wishes to be further switched to three-mode after electronic equipment is switched to the second pattern, at operating body, finish, after the second input, to leave the input block of electronic equipment, then again by input block, carry out the 3rd input.
In addition, according to another example of the present invention, method shown in Fig. 5 is also included in electronic equipment under first mode, when input block detects operating body, electronic equipment is carried out the 4th input and completed for the 4th when input, generate the 3rd switching command, so that electronic equipment is switched to three-mode from first mode.Wherein, above-mentioned for electronic equipment being switched to the part that the 3rd input of three-mode is the 4th input under the second pattern.To be described further the 3rd input and the 4th input after a while.According in the electronic equipment of the present embodiment, for electronic equipment being switched to the 3rd input of three-mode under the second pattern, be for electronic equipment being switched to a part for the 4th input of three-mode under first mode.That is, the 3rd input is associated with the 4th input, thereby is convenient to user's memory.
In addition, according to another example of the present invention, method shown in Fig. 5 is also included in electronic equipment under the second pattern, when detecting operating body, input block stops keeping the second input, and while electronic equipment not being proceeded to input after stopping keeping the second input, generate the first switching command, so that electronic equipment is switched to first mode from the second pattern.That is to say, according in the electronic equipment of the present embodiment, for under the second pattern, when input block detects user and keeps the second input, generate pattern hold instruction, to keep electronic equipment in the second pattern, and input block keeps the second input when can't detect user, and user do not detected yet and carry out for example other whens input of above-mentioned the 3rd input and so on, generate the first switching command, so that electronic equipment is switched to first mode from the second pattern.According in the electronic equipment of the present embodiment, when user wishes electronic equipment to be switched to first mode from the second pattern, do not need by specific input operation, only need to stop the second kept input, thereby simplify user's operation.
In addition, according to another example of the present invention, method shown in Fig. 5 is also included in electronic equipment under three-mode, when input block detects operating body and carries out the first input, generate the first switching command, so that electronic equipment is switched to first mode from three-mode, wherein for by electronic equipment from three-mode be switched to first mode first input from above-mentioned under the second pattern for by electronic equipment from two modes be switched to first mode stop keep the second input different.
By according to the control method of the embodiment of the present invention, user can be switched easily between a plurality of patterns of electronic equipment, and interrelated between a plurality of switching input, has simplified user's operation.For example, as mentioned above, by start to carry out the 3rd input when finishing the second input, electronic equipment can be switched to three-mode from the second pattern, and when finishing the second input, do not carry out other inputs and electronic equipment can be switched to first mode from the second pattern, user can be switched consistently between a plurality of patterns of electronic equipment.In addition, as mentioned above, for example the switching input of the 3rd input and the 4th input and so on is interrelated between being, is convenient to user's memory.
According in the electronic equipment of the present embodiment, the concrete form of input block includes but not limited to touch sensing unit, approaches sensing unit, voice-input unit, control button etc.By take input block, comprise for obtaining from the touch sensing unit of user's touch input and describing as example below.
Particularly, in the situation that input block is touch sensing unit, above-mentioned the second input can be that operating body carries out the second touch input in the touching induction region of touch sensing unit.In step S501, at electronic equipment, under first mode, when touch sensing unit detects operating body carry out the second input in its touching induction region, generate the second switching command, so that electronic equipment is switched to the second pattern from first mode.At electronic equipment, under the second pattern, when touch sensing unit detects operating body maintenance the second touch input, in step S503, generate pattern hold instruction, to keep electronic equipment in the second pattern.
According to an example of the present invention, second touches input can be included in the operation of the sustained touch on fixed position in touching induction region.In step S501, at electronic equipment under first mode, when touch sensing unit detects the touch operation of carrying out on the fixed position of operating body in its touching induction region and surpasses the schedule time, can generate the second switching command, so that electronic equipment is switched to the second pattern from first mode.And at electronic equipment under the second pattern, when touch sensing unit detects operating body and remains on the touch operation on fixed position, can generate pattern hold instruction in step S503, to keep electronic equipment in the second pattern.
In the situation that input block is touch sensing unit, above-mentioned the 3rd input can be that operating body carries out the 3rd touch input in the touching induction region of touch sensing unit.At electronic equipment under the second pattern, when touch sensing unit in step S504 detects when stopping keeping the second touch input on the fixed position of operating body in its touching induction region and starting to carry out the 3rd input simultaneously, in touch sensing unit, operating body being detected completes after the 3rd input, in step S505, can generate the 3rd switching command, so that electronic equipment is switched to three-mode from the second pattern.
As mentioned above, the second touch input can be included in the operation of the sustained touch on fixed position in touching induction region.In addition,, according to another example of the present invention, the 3rd touches the move operation that input can be included in touching induction region, input the fixed position at place since the second touch.At electronic equipment under the second pattern, when touch sensing unit in step S504 detects while starting to carry out move operation when stopping keeping sustained touch operation on the fixed position of operating body in its touching induction region, in touch sensing unit, operating body being detected completes after move operation, in step S505, can generate the 3rd switching command, so that electronic equipment is switched to three-mode from the second pattern.
In addition, the 3rd, touch and to be input as in the situation that in touching induction region, since the move operation of the fixed position at the second touch input place, above-mentioned the 4th operation can be that operating body contact with the touching induction region of touch sensing unit rear, the direct move operation carrying out in touching induction region.As mentioned above, at electronic equipment under first mode, after input block detects operating body and contacts with the touching induction region of touch sensing unit, during the move operation that directly carries out in touching induction region, after completing this move operation, generate the 3rd switching command, so that electronic equipment is switched to three-mode from first mode.That is to say, the 4th touches input comprises the 3rd touch input, and comprises the action contacting with touching induction region.
In addition, in the situation that the second touch input can be included in the operation of the sustained touch on fixed position in touching induction region, at electronic equipment under the second pattern, when touch sensing unit detects operating body, stop at and on the fixed position in its touching induction region, keep the second touch input, and while leaving touching induction region after stopping keeping the second touch input, generate the first switching command, so that electronic equipment is switched to first mode from the second pattern.
In addition, above-mentioned the first input can be for example the optional position in point touching induction region first touch input.At electronic equipment, under three-mode, when touch sensing unit detects operating body, in touching induction region, click when input, can generate the first switching command, so that electronic equipment is switched to first mode from three-mode.
At input block for control button in the situation that, operating body electronic equipment approach input in induction region and the above-mentioned touching induction region in touch sensing unit in the input carried out similar, therefore be not described in detail in this.
At input block for approach sensing unit in the situation that, operating body electronic equipment approach input in induction region and the above-mentioned touching induction region in touch sensing unit in the input carried out similar, therefore be not described in detail in this.And for approach sensing unit in the situation that, and operating body do not need to contact with electronic equipment inputting, and only needs the induction region that approaches near electronic equipment at input block.
In addition, as mentioned above, input block can also be for obtaining the voice-input unit from user's phonetic entry.In the case, in step S501, at electronic equipment, under first mode, when voice-input unit detects the second phonetic entry that user sends, generate the second switching command, so that electronic equipment is switched to the second pattern from first mode.And under the second pattern, when voice-input unit detects user and keeps sending the second phonetic entry, generate pattern hold instruction in step S503, to keep electronic equipment in the second pattern at electronic equipment.In addition, at electronic equipment under the second pattern, when detecting user, voice-input unit in step S504 when stopping sending the second phonetic entry, proceeds the 3rd phonetic entry, and complete after the 3rd phonetic entry, in step S505, can generate the 3rd switching command, so that electronic equipment is switched to three-mode from the second pattern.In addition, at electronic equipment under the second pattern, when detecting user, voice-input unit stopping sending the second phonetic entry, and when stopping not sending the phonetic entry of for example the 3rd phonetic entry and so on after user is stopping sending the second phonetic entry, generate the first switching command, so that electronic equipment is switched to first mode from the second pattern.
Those of ordinary skills can recognize, unit, the module of each example of describing in conjunction with embodiment disclosed herein, can realize with electronic hardware, computer software or the combination of the two, for the interchangeability of hardware and software is clearly described, composition and the step of each example described according to function in the above description in general manner.These functions are carried out with hardware or software mode actually, depend on application-specific and the design constraint of technical scheme.Professional and technical personnel can specifically should be used for realizing described function with distinct methods to each, but this realization should not thought and exceeds scope of the present invention.
Although illustrated and described some embodiments of the present invention, it will be understood by those skilled in the art that without departing from the principles and spirit of the present invention, can carry out various modifications to these embodiment, such modification should fall within the scope of the present invention.
Claims (22)
1. an electronic equipment, has first mode, the second pattern and three-mode, and described electronic equipment comprises:
Input block, configuration obtains the input from user;
Processing unit, the input that configuration obtains according to described input block, generates corresponding steering order, and according to generated steering order executivecontrol function, wherein
At described electronic equipment, under described first mode, when described input block detects operating body and carries out the second input, described processing unit generates the second switching command, so that described electronic equipment is switched to described the second pattern from described first mode;
At described electronic equipment, under described the second pattern, when described input block detects described operating body, keep described second when input, the hold instruction of described processing unit generate pattern, to keep described electronic equipment in described the second pattern;
At described electronic equipment under described the second pattern, when detecting at described operating body, described input block stops keeping described the second input, proceed the 3rd input, and while completing described the 3rd input, described processing unit generates the 3rd switching command, so that described electronic equipment is switched to described three-mode from described the second pattern.
2. electronic equipment as claimed in claim 1, also comprises:
At described electronic equipment under described first mode, when described input block detects described operating body, described electronic equipment is carried out the 4th input and completed described the 4th when input, described processing unit generates described the 3rd switching command, so that described electronic equipment is switched to described three-mode from described first mode.
3. electronic equipment as claimed in claim 2, wherein
Described the 3rd input is a part for described the 4th input.
4. electronic equipment as claimed in claim 1 or 2, wherein
At described electronic equipment under described the second pattern, when detecting described operating body, described input block stops keeping described the second input, and while described electronic equipment not being proceeded to input after stopping keeping described the second input, described processing unit generates the first switching command, so that described electronic equipment is switched to described first mode from described the second pattern.
5. electronic equipment as claimed in claim 4, wherein
Described input block is touch sensing unit, and configuration obtains the touch input from user;
Described input block detects operating body to carry out the second input and comprises:
Described touch sensing unit detects operating body and in its touching induction region, carries out the second touch input;
Described input block detects described operating body and keeps described the second input to comprise:
Described touch sensing unit detects described operating body and in its touching induction region, keeps described second to touch input;
Described input block detects at described operating body and stops keeping described the second input, proceeds the 3rd input, and completes described the 3rd input and comprise:
Described touch sensing unit detects described operating body and stops in its touching induction region and keep described second to touch input, proceeds the 3rd and touches input, and complete the described the 3rd and touch input;
Described input block detects described operating body and stops keeping described the second input, and after stopping keeping described the second input, described electronic equipment is not proceeded to input and comprise:
Described touch sensing unit detects described operating body and stops at described the second touch input of maintenance in its touching induction region, and leaves described touching induction region after stopping keeping described second to touch input.
6. electronic equipment as claimed in claim 5, wherein
Described second touches input comprises: the sustained touch operation in described touching induction region on fixed position;
The described the 3rd touches input comprises: the move operation starting in described touching induction region, from described fixed position;
Described touch sensing unit detects described operating body and stops at described the second touch input of maintenance in its touching induction region, proceeds the 3rd touch input and comprises:
Described touch sensing unit detects described operating body and stops at the pressing operation on described fixed position, and in described touching induction region situation, from described fixed position, starts to carry out described move operation not leaving.
7. electronic equipment as claimed in claim 4, wherein
Described input block is voice-input unit, and configuration obtains the phonetic entry from user;
Described input block detects operating body to carry out the second input and comprises:
Described voice-input unit detects the second phonetic entry that user sends;
Described input block detects described operating body and keeps described the second input to comprise:
Described voice-input unit detects user and keeps sending described the second phonetic entry;
Described input block detects at described operating body and stops keeping described the second input, proceeds the 3rd input, and completes described the 3rd input and comprise:
Described voice-input unit detects user and stops sending described the second phonetic entry, proceeds the 3rd phonetic entry, and completes described the 3rd phonetic entry;
Described input block detects described operating body and stops keeping described the second input, and after stopping keeping described the second input, described electronic equipment is not proceeded to input and comprise:
Described voice-input unit detects user to be stopped keeping sending described the second phonetic entry, and does not continue to send phonetic entry.
8. electronic equipment as claimed in claim 4, wherein
At described electronic equipment under described three-mode, when described input block detects described operating body and carries out the first input, described processing unit generates described the first switching command, so that described electronic equipment is switched to described first mode from described three-mode, wherein said first inputs and stops keeping described the second input different.
9. electronic equipment as claimed in claim 1, wherein
Described first mode is play mode;
Described the second pattern is park mode; And
Described three-mode is stop mode.
10. electronic equipment as claimed in claim 9, also comprises:
Display unit;
Fixed cell, wherein said electronic equipment can be worn on head by this fixed cell;
Linkage unit, configuration connects at least first of described fixed cell and described display unit.
11. electronic equipments as claimed in claim 10, wherein
Described input block is touch sensing unit, and configuration obtains the touch from user, wherein
Described touch sensing unit is arranged on the outside of described electronic equipment, and the outside of wherein said electronic equipment is a side that deviates from head when described electronic equipment is worn on head.
12. electronic equipments as claimed in claim 10, wherein
Described linkage unit has extended configuration and collapsed state,
Under described first mode, described linkage unit is in extended configuration, makes at least described first of described display unit be positioned at user's viewing area and towards described user;
Under described three-mode, described linkage unit, in collapsed state, shifts out at least described first of described display unit in user's viewing area.
13. electronic equipments as claimed in claim 12, wherein
Described display unit comprises:
Display module, configuration shows the first image,
Optical system, configuration receives the light sending from described display module, and the light sending from described display module is carried out to light path converting, to form the amplification virtual image;
Lens component;
The first light guide member, is arranged in described lens component;
The second light guide member, configuration is sent to described the first light guide member by the light through described optical system,
Wherein said the first light guide member, configuration receives the light transmitting by described the second light guide member and reflects to user,
At least described first of wherein said display unit comprises: described lens component and described the first light guide member,
Under described first mode, described linkage unit is in extended configuration, makes described first be positioned at user's viewing area and towards described user, and described display module shows image;
Under described the second pattern, described linkage unit is in extended configuration, makes described first be positioned at user's viewing area and towards described user, and described display module stops showing image;
Under described three-mode, described linkage unit, in collapsed state, described first is shifted out in user's viewing area, and described display module stops showing image.
14. electronic equipments as claimed in claim 10, wherein
Described display unit comprises:
Display module, configuration shows the first image,
Optical system, configuration receives the light sending from described display module, and the light sending from described display module is carried out to light path converting, to form the amplification virtual image;
Lens component;
The first light guide member, is arranged in described lens component;
The second light guide member, configuration is sent to described the first light guide member by the light through described optical system,
Wherein said the first light guide member, configuration receives the light transmitting by described the second light guide member and reflects to user,
At least described first of wherein said display unit comprises: described lens component and described the first light guide member,
Under described first mode, described first is positioned at user's viewing area and towards described user, and described display module shows image;
Under described three-mode, described first is positioned at user's viewing area and towards described user, and described display module stops showing image, makes user watching the object that is positioned at described eyeglass outside.
15. 1 kinds of control methods, are applied to electronic equipment, and wherein said electronic equipment has first mode, the second pattern and three-mode, and described electronic equipment comprises: input block, and configuration obtains the input from user, and described method comprises:
At described electronic equipment, under described first mode, when described input block detects operating body and carries out the second input, generate the second switching command, so that described electronic equipment is switched to described the second pattern from described first mode;
At described electronic equipment, under described the second pattern, when described input block detects described operating body, keep described second when input, generate pattern hold instruction, to keep described electronic equipment in described the second pattern;
At described electronic equipment under described the second pattern, when detecting at described operating body, described input block stops keeping described the second input, proceed the 3rd input, and while completing described the 3rd input, generate the 3rd switching command, so that described electronic equipment is switched to described three-mode from described the second pattern.
16. methods as claimed in claim 15, also comprise:
At described electronic equipment under described first mode, when described input block detects described operating body, described electronic equipment is carried out the 4th input and completed described the 4th when input, generate described the 3rd switching command, so that described electronic equipment is switched to described three-mode from described first mode.
17. methods as claimed in claim 15, wherein
Described the 3rd input is a part for described the 4th input.
18. methods as described in claim 15 or 16, also comprise:
At described electronic equipment under described the second pattern, when detecting described operating body, described input block stops keeping described the second input, and while described electronic equipment not being proceeded to input after stopping keeping described the second input, generate the first switching command, so that described electronic equipment is switched to described first mode from described the second pattern.
19. methods as claimed in claim 18, wherein
Described input block is touch sensing unit, and configuration obtains the touch input from user;
Described input block detects operating body to carry out the second input and comprises:
Described touch sensing unit detects operating body and in its touching induction region, carries out the second touch input;
Described input block detects described operating body and keeps described the second input to comprise:
Described touch sensing unit detects described operating body and in its touching induction region, keeps described second to touch input;
Described input block detects at described operating body and stops keeping described the second input, proceeds the 3rd input, and completes described the 3rd input and comprise:
Described touch sensing unit detects described operating body and stops in its touching induction region and keep described second to touch input, proceeds the 3rd and touches input, and complete the described the 3rd and touch input;
Described input block detects described operating body and stops keeping described the second input, and after stopping keeping described the second input, described electronic equipment is not proceeded to input and comprise:
Described touch sensing unit detects described operating body and stops at described the second touch input of maintenance in its touching induction region, and leaves described touching induction region after stopping keeping described second to touch input.
20. methods as claimed in claim 18, wherein
Described second touches input comprises: the sustained touch operation in described touching induction region on fixed position;
The described the 3rd touches input comprises: the move operation in described touching induction region;
Described touch sensing unit detects described operating body and stops at described the second touch input of maintenance in its touching induction region, proceeds the 3rd touch input and comprises:
Described touch sensing unit detects described operating body and stops at the pressing operation on described fixed position, and in described touching induction region situation, from described fixed position, starts to carry out described move operation not leaving.
21. methods as claimed in claim 18, wherein
Described input block is voice-input unit, and configuration obtains the phonetic entry from user;
Described input block detects operating body to carry out the second input and comprises:
Described voice-input unit detects the second phonetic entry that user sends;
Described input block detects described operating body and keeps described the second input to comprise:
Described voice-input unit detects user and keeps sending described the second phonetic entry;
Described input block detects at described operating body and stops keeping described the second input, proceeds the 3rd input, and completes described the 3rd input and comprise:
Described voice-input unit detects user and stops sending described the second phonetic entry, proceeds the 3rd phonetic entry, and completes described the 3rd phonetic entry;
Described input block detects described operating body and stops keeping described the second input, and after stopping keeping described the second input, described electronic equipment is not proceeded to input and comprise:
Described voice-input unit detects user to be stopped keeping sending described the second phonetic entry, and does not continue to send phonetic entry.
22. methods as claimed in claim 18, also comprise:
At described electronic equipment under described three-mode, when described input block detects described operating body and carries out the first input, generate described the first switching command, so that described electronic equipment is switched to described first mode from described three-mode, wherein said first inputs and stops keeping described the second input different.
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