CN105334718A - Display switching method and electronic apparatus - Google Patents

Display switching method and electronic apparatus Download PDF

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Publication number
CN105334718A
CN105334718A CN201410302611.1A CN201410302611A CN105334718A CN 105334718 A CN105334718 A CN 105334718A CN 201410302611 A CN201410302611 A CN 201410302611A CN 105334718 A CN105334718 A CN 105334718A
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display
display device
translation region
size
beholder
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CN201410302611.1A
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CN105334718B (en
Inventor
万喜
赵旭
高歌
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Lenovo Beijing Ltd
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Lenovo Beijing Ltd
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Priority to CN201410302611.1A priority Critical patent/CN105334718B/en
Priority to US14/584,630 priority patent/US9727296B2/en
Priority to DE102014019637.2A priority patent/DE102014019637B4/en
Publication of CN105334718A publication Critical patent/CN105334718A/en
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Publication of CN105334718B publication Critical patent/CN105334718B/en
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Abstract

The invention discloses a display switching method and an electronic apparatus. The method is applied to the electronic apparatus. The method comprises the following steps that: a first display device is switched on, so that the first display device can be is a working state; a first image is displayed in a first display output region according to a first display effect through the first display device; first parameter information related to current input operation executed by an observer is obtained through a sensing device; whether the current input operation is first input operation is judged according to the first parameter information, and a first judgment result is obtained; and when the first judgment result indicates that the current input operation is the first input operation, and when a second display device is in a working state, a second image is displayed in a second display output region according to a second display effect through the second display device. With the display switching method adopted, content displayed in the electronic apparatus can be automatically judged and switched according to the watching distances of a user.

Description

Display changeover method and electronic equipment
Technical field
The present invention relates to field of computer technology, more specifically, the present invention relates to a kind of display changeover method and electronic equipment.
Background technology
At present, the Wearable electronic equipment of such as intelligent watch is all equipped with traditional display usually, such as liquid crystal display (LCD), display of organic electroluminescence, Organic Light Emitting Diode (OLED) display etc.But owing to being limited to the size of the Wearable electronic equipment of such as intelligent watch itself, the display area of its traditional monitor be equipped with is usually very little, can only show limited information.
For this reason, need to provide a kind of electronic equipment and display changeover method thereof, it can not by the restriction of size of the Wearable electronic equipment of such as intelligent watch itself, provides more large scale and more high-resolution image or video to show.
Summary of the invention
In order to solve the problems of the technologies described above, according to an aspect of the present invention, provide a kind of display changeover method, described method is applied to electronic equipment, and described electronic equipment comprises: frame body; Stationary installation, described stationary installation is connected with described frame body, and described stationary installation is for being fixed on first operating body of beholder by described electronic equipment; Function body portion, at least be included in the first display device and the second display device and induction installation that arrange in described frame body, described first display device has the first display translation region, described second display device has the second display translation region, and described induction installation is for obtaining the parameter information relevant to the input operation performed by described beholder, and described display changeover method comprises: open described first display device, to make described first display device in running order; In described first display translation region, the first image is presented according to the first display effect by described first display device; First parameter information relevant to the current input operation performed by described beholder is obtained by described induction installation; Judge whether described current input operation is the first input operation and obtains the first judged result according to described first parameter information; And when to indicate described current input operation be described first input operation to described first judged result, and when described second display device is in described duty, in described second display translation region, present second image according to the second display effect by described second display device.
In addition, according to a further aspect in the invention, provide a kind of electronic equipment, described electronic equipment comprises: frame body; Stationary installation, described stationary installation is connected with described frame body, and described stationary installation is for being fixed on first operating body of beholder by described electronic equipment; Function body portion, at least be included in the first display device and the second display device and induction installation that arrange in described frame body, described first display device has the first display translation region, described second display device has the second display translation region, and described induction installation is for obtaining the parameter information relevant to the input operation performed by described beholder; And display switching device, described display switching device comprises: first opens unit, for opening described first display device, to make described first display device in running order; First display unit, for presenting first image according to the first display effect by described first display device in described first display translation region; Information obtainment unit, for obtaining first parameter information relevant to the current input operation performed by described beholder by described induction installation; According to described first parameter information, operation judges unit, for judging whether described current input operation is the first input operation and obtains the first judged result; And second display unit, when being described first input operation for indicating described current input operation when described first judged result, and when described second display device is in described duty, in described second display translation region, present second image according to the second display effect by described second display device.
Compared with prior art, adopt the display switching device according to the embodiment of the present invention, can when current detection performs input operation to beholder for electronic equipment, obtain the parameter information relevant to this input operation, and open different display device according to this parameter information, so that according to the different demands of user, in corresponding display translation region, present display image according to different display effects by different display device.Therefore, in an embodiment of the present invention, first display device is for exporting the real image corresponding with showing image, make the beholder of the first distance being arranged in described electronic equipment can watch described real image in the first display translation region, and the second display device is for exporting the virtual image corresponding with described display image, make the beholder at the second distance place being arranged in described electronic equipment can perceive the described virtual image in the second display translation region, wherein, the size of the described real image watched equals the size in described first display translation region, and the size of the described virtual image perceived is greater than the size in described second display translation region.And, based on the above configuration of display device, provide a kind of electronic equipment and display switching device thereof, it can not by the restriction of size of the Wearable electronic equipment of such as intelligent watch itself, provides more large scale and more high-resolution image or video to show.Moreover, the content shown in this electronic equipment automatically can carry out judging and switching according to the distance of user's viewing distance.In addition, can also be taken over seamlessly for user brings by the dynamic effect between real image and the virtual image, to obtain good user's viewing experience.
Other features and advantages of the present invention will be set forth in the following description, and, partly become apparent from instructions, or understand by implementing the present invention.Object of the present invention and other advantages realize by structure specifically noted in instructions, claims and accompanying drawing and obtain.
Accompanying drawing explanation
Accompanying drawing is used to provide a further understanding of the present invention, and forms a part for instructions, together with embodiments of the present invention for explaining the present invention, is not construed as limiting the invention.In the accompanying drawings:
Fig. 1 illustrates the functional block diagram of the electronic equipment according to the embodiment of the present invention.
Fig. 2 illustrates the structural drawing of the electronic equipment of the instantiation according to the embodiment of the present invention.
Fig. 3 A to 3D is that diagram is according to the structured flowchart of the first configuration example of stationary installation in the electronic equipment of the embodiment of the present invention to the 4th configuration example respectively.
Fig. 4 illustrates the schematic diagram of the second display device according to the embodiment of the present invention.
Fig. 5 A and Fig. 5 B is that diagram is according to the vertical view of the first configuration example of the viewable portion of the electronic equipment of the embodiment of the present invention and side view respectively.
Fig. 5 C and Fig. 5 D is that diagram is according to the vertical view of the second configuration example of the viewable portion of the electronic equipment of the embodiment of the present invention and side view respectively.
Fig. 5 E and Fig. 5 F is that diagram is according to the vertical view of the 3rd configuration example of the viewable portion of the electronic equipment of the embodiment of the present invention and side view respectively.
Fig. 6 illustrates the outside side view of the electronic equipment according to the embodiment of the present invention.
Fig. 7 illustrates the process flow diagram of the display changeover method according to the embodiment of the present invention.
Fig. 8 illustrates and overlooks design sketch according to the electronic equipment of the embodiment of the present invention.
Fig. 9 A to Fig. 9 E illustrates the comparison diagram of the first image according to the embodiment of the present invention and the second image.
Figure 10 illustrates the block diagram of the display switching device according to the embodiment of the present invention.
Embodiment
Describe in detail with reference to the accompanying drawings according to each embodiment of the present invention.Here it is to be noted that it in the accompanying drawings, identical Reference numeral is given there is identical or similar structures and function ingredient substantially, and the repeated description of will omit about them.
As described in the background art, owing to being limited to the size of Wearable electronic equipment itself, the display area of its traditional monitor be equipped with is usually very little, can only show limited information, thus cause in use there is following problem:
1. displaying contents is limited
Wearable electronic equipment (refers to especially, equipment on wrist) because portability, so its volume can than other electronic equipments (such as, mobile phone etc.) much small and exquisite, this must cause the content that shows in display interface limited, as the electronic equipment being equipped with giant-screen, abundanter information more specifically cannot be shown.
2. troublesome poeration
Wearable electronic equipment possesses the function processing some individual things (such as, search contact person, read note, check picture etc.) for user at any time.But, by the display interface only thereon with the small screen, so may need much to operate the reading and typing that just can complete the larger content of quantity of information frequently.
3. obtain key message inconvenience
Due to user, in use Wearable electronic equipment, often not the moment is in the state of concentrating one's energy with obtaining information, and owing to originally needing the content be presented in giant-screen often to have larger quantity of information, so when in the small screen it being directly presented on Wearable electronic equipment, be often not easy to user and obtain key message quickly and easily.
For above-mentioned first problem, in the prior art, the display screen of Wearable electronic equipment can be expanded as much as possible.But, Wearable electronic equipment must be made like this to become heavy, and consider convenience when being worn on user's body, even if the size of the display screen after expansion is still limited.
For above-mentioned Second Problem, the mode of operation about Wearable electronic equipment and human-computer interaction interface can be revised in the prior art.But, still inherently do not improve the comfort level of user's obtaining information at present.
For above-mentioned 3rd problem, temporarily there is no good solution in the prior art
To this, provide a kind of electronic equipment and display changeover method thereof in an embodiment of the present invention, it can not by the restriction of size of the Wearable electronic equipment of such as intelligent watch itself, provides more large scale and more high-resolution image or video to show.In addition, the content shown in this electronic equipment automatically can carry out judging and switching according to the distance of user's viewing distance.
Hereinafter, the electronic equipment according to the embodiment of the present invention will be first described with reference to Figure 1.
Fig. 1 illustrates the functional block diagram of the electronic equipment according to the embodiment of the present invention.
From functional perspective, as illustrated in figure 1, can comprise according to the electronic equipment 100 of the embodiment of the present invention: function body portion 130.Described function body portion 130 can be in the electronic device for completing the circuit part of various operating function (such as, show information, produce sound, catch image etc.).
Particularly, described function body portion 130 can comprise: treating apparatus 103, first display device 104, second display device 105 and induction installation 106.
Obviously, the ingredient in function body portion is not limited thereto.Such as, described function body portion 130 can also comprise: electric supply installation (such as, battery unit), other extra cells unshowned such as image capture device (such as, camera), audio reproducing apparatus (such as, loudspeaker).
Among described function body portion 130, described treating apparatus 103 is for generating the display image that will show and performing display and control.
Such as, described treating apparatus 103 can comprise central processing unit (CPU), microprocessing unit (MPU), digital signal processor (DSP), field programmable gate array (FPGA), special IC (ASIC) and/or other the chip with processing power etc.
Described first display device 104 has the first display translation region, and for presenting the first image according to the first display effect in the first display translation region.More specifically, described first display device 104 under the display and control performed by described treating apparatus 103, can export the first image generated by described treating apparatus 103.Such as, this first image can be the display data of any type, it includes but not limited to: image, video, text, even more generally, and the graphic user interface of application program or the standby picture (or being referred to as main interface) etc. of electronic equipment 100.In addition, described first display device 104 can for following the display device of various displaying principle, and this first display effect depends on the displaying principle of the first display device 104.
Similarly, described second display device 105 has the second display translation region, and for presenting the second image according to the second display effect in the second display translation region.More specifically, described second display device 105 under the display and control performed by described treating apparatus 103, can export the second image generated by described treating apparatus 103.Such as, this second image can be the display data of any type, it includes but not limited to: image, video, text, even more generally, and the graphic user interface of application program or the standby picture (or being referred to as main interface) etc. of electronic equipment 100.In addition, described second display device 105 can for following the display device of various displaying principle, and this second display effect depends on the displaying principle of the second display device 105.
Described induction installation 106 is for obtaining the parameter information relevant to the input operation performed by described beholder.Such as, described parameter information is for characterizing the input operation of beholder for described electronic equipment 100.
Particularly, described induction installation 106 can for following the inductor of various acquisition principle.Such as, described induction installation 106 can include but not limited to for gyroscope, gravity sensor, low coverage sensor, pressure transducer, touch sensor and/or other the sensor that can detect described locus (such as, image capture apparatus, voice capturing device, biological characteristic acquisition equipment etc.), for the parameter information gathering various identical or different type, thus determine whether beholder meets predetermined condition for the input operation of described electronic equipment 100.
From structural point, can be any electronic equipment comprising said apparatus according to the electronic equipment 100 of the embodiment of the present invention.Such as, it can be the electronic equipment of Wearable electronic equipment or other any types.
When described electronic equipment 100 is Wearable electronic equipment, it can comprise: frame body, stationary installation and function body portion, described stationary installation is connected with described frame body, and described stationary installation is used for relative position relation that the is fixing and user of described electronic equipment 100.
Further, when described electronic equipment 100 is wear-type electronic equipment, described stationary installation can have corresponding holding components according to the form of wear-type electronic equipment (such as, wear-type electronic equipment is intelligent glasses or helmet-mounted display).Such as, in intelligent glasses situation, stationary installation be connected to intelligent glasses two ends two holding componentss (namely, leg of spectacles and bridge of the nose holder) or three holding componentss in intelligent glasses two ends and centre are (namely, leg of spectacles, lens frame and bridge of the nose holder), to be positioned at the eyes leg at two ends, space and to be positioned at the middle bridge of the nose holder in space to form the approximate rectangular space of the head for surrounding people.When user configures wear-type electronic equipment, the display translation region of described display device is arranged in the ocular of user, to make the eyes of exit direction towards user of described display device.In addition, described electronic equipment 100 can also be Wrist belt-type electronic equipment (such as, being in wrist-watch form) or refer to belt electronic equipment (being in ring form).
Below, the application scenarios of Wrist belt-type electronic equipment is described in further detail at an instantiation with reference to Fig. 2.
Fig. 2 illustrates the structural drawing of the electronic equipment of the instantiation according to the embodiment of the present invention.
As illustrated in Figure 2, in instantiation, electronic equipment 100 can be Wrist belt-type electronic equipment, and it comprises frame body 110, stationary installation 120 and function body portion 130.
Described stationary installation 120 is connected with described frame body 110, and for described electronic equipment being fixed on first operating body (such as, head, arm, finger etc.) of beholder (such as, user).
Particularly, described stationary installation 120 at least comprises a stationary state, under described stationary state, described stationary installation 120 can as an annulus or the proximate annular space meeting the first shape conditions at least partially, and the column that described annulus or described proximate annular space can be centered around satisfied second shape conditions is peripheral.
Below, the first configuration example of stationary installation will be described to the 4th configuration example with further reference to Fig. 3 A to Fig. 3 D.In this Fig. 3 A to Fig. 3 D, succinct and clear in order to what describe, illustrate only the frame body 110 in described electronic equipment 100 and stationary installation 120.
Particularly, Fig. 3 A and Fig. 3 B respectively illustrate two kinds of stationary states that described stationary installation 120 is connected with described frame body 110.Under the first stationary state as shown in Figure 3A, described stationary installation 120 and described frame body 110 form the annulus of closed loop, and wherein said stationary installation 120 and described frame body 110 form a part for annulus respectively.Under the second stationary state as shown in Figure 3 B, described stationary installation 120 forms the proximate annular space with little opening with described frame body 110, and wherein said stationary installation 120 and described frame body 110 form a part for annulus respectively.In a preferred embodiment of the invention, described frame body 110 is the dial plate part of intelligent watch, and described stationary installation 120 is the band portion of intelligent watch.The described annulus formed by described frame body 110 and described stationary installation 120 or described proximate annular space can be centered around around the wrist of the user of the intelligent watch as described column, and the diameter in described annulus or described proximate annular space is greater than the diameter of user's wrist and is less than the diameter of user's fist.
In addition, Fig. 3 C and Fig. 3 D respectively illustrate other two kinds of stationary states that described stationary installation 120 is connected with described frame body 110.Described annulus or described proximate annular space can certainly be formed separately by described stationary installation 120.As shown in figs. 3 c and 3d, (namely described frame body 110 can be arranged in described stationary installation 120, described frame body 110 is attached to described stationary installation 120 in the mode that face contacts), only there to be described stationary installation 120 self to be formed for the outer described annulus around described column (Fig. 3 C) or described proximate annular space (Fig. 3 D).Described stationary installation 120 is furnished with the fixed mechanism (not shown) of such as hasp, fastener, slide fastener etc.
Referring back to Fig. 2, further describe other configurations of electronic equipment 100.
Because function body portion 130 is in the electronic device for completing various operating function (such as, display information, produce sound, catch image etc.) circuit part, so in order to ensure its safety and stability, function body portion 130 can be arranged on the frame body 110 and stationary installation 120 with certain support strength.
In one example, the repertoire module in function body portion 130 all can be arranged on the inside of frame body 110.Such as, all can be arranged in described frame body 110 inner for treating apparatus 103, first display device 104, second display device 105 and induction installation 106 and other extra cells.
In another example, in order to save thickness and the area of the body as Wearable electronic equipment provided in the embodiment of the present invention, also the functional module at least partially in function body portion 130 can be arranged on the inside of frame body 110, the remainder functional module in function body portion 130 be arranged on the inside of stationary installation 120 simultaneously.Such as, as illustrated in Figure 2, it is inner that the first display device 104, second display device 105 and induction installation 106 can be arranged in described frame body 110, and it is inner treating apparatus 103 and other extra cells to be arranged in described stationary installation 120.Alternatively, also some functional part in some devices can be arranged in the inside of frame body 110, remaining functional part be arranged in described stationary installation 120 simultaneously.Such as, the display translation region of display device can be arranged on a surface of frame body 110, but, the optical device of this display device inside is arranged in stationary installation 120.
In another example, also the repertoire module in function body portion 130 all can be arranged on the inside of stationary installation 120.
Below, the difference configuration of the first display device 104 and the second display device 105 will be explained.
In order to beholder watches the first image, described first display device 104 can comprise the first display translation region 1041, and described first display translation region 1041 is watched by user thus the part of perception displaying contents in described first display device 104.That is, the first display device 104 as described below depends on its principle, comprises multiple parts, and wherein said first display translation region 1041 is the regions being actually observed picture material display by user.At this moment, the position in described first display translation region 1041 in fact can be referred in the position of above-described described first display device 104.
Similarly, in order to beholder watches the second image, described second display device 105 can comprise the second display translation region 1051, and described second display translation region 1051 is watched by user thus the part of perception displaying contents in described second display device 105.That is, described second display device 105 depends on its principle, comprises multiple parts, and wherein said second display translation region 1051 is the regions being actually observed picture material display by user.At this moment, the position in described second display translation region 1051 in fact can be referred in the position of above-described described second display device 105.
In one example, described first display device 104 and the second display device 105 can be identical display device.Such as, described first display device 104 and the second display device 105 can refer to same display device.At this moment, described first display translation region 1041 and described second display translation region 1051 are identical display translation regions.
In another example, described first display device 104 and the second display device 105 can be two logical gates by being divided into two obtained on Presentation Function by same physical display.At this moment, described first display translation region 1041 and described second display translation region 1051 are different display translation regions.Such as, a LCD display can be carried out cutting according to a certain percentage from display screen.
In another example, such as, as illustrated in Figure 2, described first display device 104 and the second display device 105 also can be two different display device.At this moment, described first display translation region 1041 and described second display translation region 1051 are two different display translation regions corresponding respectively from them.
Particularly, in one embodiment, described first display device 104 and the second display device 105 can for following two physical display of identical displaying principle.
Alternatively, described first display device 104 and the second display device 105 also can for following the display device of different displaying principle.That is, described first display device 104 is the display device dissimilar with described second display device 105.
Such as, described first display device 104 can be ordinary optical display system, and it includes but not limited to as liquid crystal indicator, organic electroluminescence display device and method of manufacturing same, organic LED display device, EInk type display device etc.At this moment, described first display device 104 can present the first image according to the display effect of real image in described first display translation region 1041.
Meanwhile, described second display device 105 can be nearly optics of the eye display system.At this moment, described second display device 105 can present the second image according to the display effect of the virtual image in described second display translation region 1051, and that is, described second display device 105 is for exporting the virtual image corresponding with described second image.
Fig. 4 illustrates the schematic diagram of the second display device according to the embodiment of the present invention.
As illustrated in figure 4, described second display device 105 can comprise: the second display module 10 and the second optical module 20.
Described second display module 10 is for exporting the original light (as by light in Fig. 4 solid arrow shown in) corresponding with described second image.
Described second optical module 20, be also called the second light path converting assembly, for receiving the original light corresponding with described second image from described second display module 10, and light path converting is carried out to described original light, to form the virtual image corresponding with described second image, make the beholder 30 of the specific location being positioned at described electronic equipment 100 can perceive the described virtual image, wherein, the size of the described virtual image of institute's perception is greater than the size of described second display module 20.
Particularly, in a preferred embodiment of the invention, described second display module 10 can be the emissive type display module of such as Organic Light Emitting Diode (OLED) display, also can be the backlight display module of such as liquid crystal display.Described second optical module 20 can be comprise for collimating and the lens combination of enlarged image and waveguide sheet or flexible waveguide etc. for changing image emerges direction.In addition, the beholder 30 being positioned at ad-hoc location can perceive the virtual image corresponding with described second image.Particularly, can need by described second optical module 20 to ad-hoc location imaging according to design, such as, as illustrated in figure 4, described ad-hoc location can be the either side relative to described second optical module 20.
Therefore, the second display device 105 according to the embodiment of the present invention as illustrated in figure 4 can not by the restriction of size of electronic equipment itself being configured with this second display device 105, thus can need for the beholder being positioned at ad-hoc location provides more large scale and more high-resolution image or video to show according to design.
Below, will be regular display based on the first display device 104 and the second display device 105 is above-described embodiments of near-to-eye, describe the different configuration examples in described first display translation region and described second display translation region with reference to Fig. 5 A to Fig. 5 F.
Fig. 5 A and Fig. 5 B is that diagram is according to the vertical view of first configuration example in the display translation region of the electronic equipment of the embodiment of the present invention and side view respectively.
As shown in Figure 5A, described first display translation region 1041 and described second display translation region 1051 have the first configuration example overlapped at described frame body 110.The present invention is not limited thereto, described first display translation region 1041 and described second display translation region 1051 also can overlap in described stationary installation 120.
Fig. 5 B illustrates that described first display translation region 1041 and described second display translation region 1051 have the side view of the first configuration example overlapped further.As shown in Figure 5 B, be configured with first display device 104 in described first display translation region 1041 and be configured with second display device 105 in described second display translation region 1051.Configure as shown in Figure 5 B, to make in described first display translation region 1041 and described second display translation region 1051 to be at least in display translation region outside described annulus or described proximate annular space, on the outside direction of described annulus or described proximate annular space, transmittance meets predetermined condition.Described predetermined condition can be that transmittance is more than or equal to predetermined value (such as 70%).In the example shown in Fig. 5 A and Fig. 5 B, described second display translation region 1051 is made to be in described outside.The present invention is not limited thereto, described first display translation region 1041 also can be made to be in described outside.Predetermined value is more than or equal to by making the transmittance in described second display translation region 1051, make to only have one to be in display in described first display translation region 1041 and described second display translation region 1051, and be in non-display in display translation region can not affect the Presentation Function in the display translation region be in display, thus realize more compact configuration.
Fig. 5 C and Fig. 5 D is that diagram is according to the vertical view of second configuration example in the display translation region of the electronic equipment of the embodiment of the present invention and side view respectively.
As shown in Figure 5 C, described first display translation region 1041 and described second display translation region 1051 have the second configuration example be disposed adjacent on described frame body 110 or described stationary installation 120.In Fig. 5 C and Fig. 5 D, described first display translation region 1041 and described second display translation region 1051 are disposed adjacent in described frame body 110.The present invention is not limited thereto, described first display translation region 1041 and described second display translation region 1051 can respectively in described frame body 110 and described stationary installations 120, and the spacing between described first display translation region 1041 and described second display translation region 1051 is less than threshold value (such as 1 centimetre).
Fig. 5 D illustrates that described first display translation region 1041 and described second display translation region 1051 have the side view of the second configuration example be disposed adjacent further.As shown in Figure 5 D, the first display device 104 being configured with described first display translation region 1041 and the second display device 105 being configured with described second display translation region 1051 being disposed adjacent as shown in Figure 5 D, and the display direction in described first display translation region 1041 and described second display translation region 1051 is all on the outside direction of described annulus or described proximate annular space.
Fig. 5 E and Fig. 5 F is that diagram is according to the vertical view of the 3rd configuration example in the display translation region of the electronic equipment of the embodiment of the present invention and side view respectively.
As shown in fig. 5e, described first display translation region 1041 and described second display translation region 1051 have the 3rd configuration example be disposed adjacent on described frame body 110 or described stationary installation 120.Different from the second configuration example shown in Fig. 5 C and Fig. 5 D, as illustrated in figure 5f, the display direction of one in described first display translation region 1041 and described second display translation region 1051 is on the outside direction in described annulus or described proximate annular space, and described first display translation region 1041 and another the display direction in described second display translation region 1051 are on the direction vertical with the outside direction of described annulus or described proximate annular space.
Below, the appearance example of this electronic equipment when adopting the display translation region illustrated in Fig. 5 C and 5D is described in detail referring back to Fig. 6.
Fig. 6 illustrates the outside side view of the electronic equipment according to the embodiment of the present invention.
As shown in Figure 6, described first display device 104 can be ordinary optical display system, and described first display translation region 1041 can be the region corresponding to the first display screen of the first display device 104.In addition, described second display device 105 can be nearly optics of the eye display system, and described second display translation region 1051 can be the surface of described second optical module 20 emergent ray at least partially, and described second display translation region 1051 can be arranged in described frame body 110.
It should be noted that, although in figure 6, the second display module 10 and the second optical module 20 (comprising collimation unit 21 and Wave guide unit 22) are all arranged in described frame body 110, the present invention is not limited thereto.Such as, described second optical module 20 can cross over described frame body 110 and stationary installation 120 is arranged, and described second display module 10 can be arranged in described frame body 110.
In one embodiment, as illustrated in FIG. 6, due to the displaying principle of regular display and near-to-eye, so the size in described first display translation region 1041 can be greater than the size in described second display translation region 1051.Therefore, distance between described beholder and described frame body be first distance (such as, this first distance can have larger distance value) time, the size of the first image presented according to the first display effect in described first display translation region 1041 that described beholder watches is greater than the size of second image presented according to the second display effect in described second display translation region 1051 of described beholder institute perception.
Producing above-mentioned phenomenon due to following reason causes: when beholder 30 ad-hoc location (can not perceive the first distance of the virtual image) place be positioned at away from described electronic equipment 100 is watched, the size of the first image presented according to the first display effect in described first display translation region 1041 that this beholder 30 watches equals the size in described first display translation region 1041, and second image presented according to the second display effect in described second display translation region 1051 of this beholder 30 perception is owing to failing to be formed as scheduled the virtual image, and only produce a hot spot, so its size is also approximately equal to the size in described second display translation region 1051.
In another embodiment, described first display device 104 can comprise the first display screen, and described first display screen has first size, and described first size equals the size in described first display translation region.Meanwhile, described second display device 105 comprises second display screen, and described second display screen has the second size, and described second size is less than the size in described second display translation region.
Due to the displaying principle of regular display and near-to-eye, so when distance between described beholder and described frame body be second distance (such as, this second distance can have nearer distance value) time, the size of the first image presented according to the first display effect in described first display translation region that described beholder watches equals the size in described first display translation region; And the distance between described beholder and described frame body is when being described second distance (supposing that it is the ad-hoc location that can perceive the virtual image), the size of the second image presented according to the second display effect in described second display translation region that described beholder perceives is greater than the size in described second display translation region.
Producing above-mentioned phenomenon due to following reason causes: when beholder 30 ad-hoc location (can perceive the second distance of the virtual image) place be positioned at close to described electronic equipment 100 is watched, the size of the first image presented according to the first display effect in described first display translation region 1041 that this beholder 30 watches still equals the size in described first display translation region 1041, and second image presented according to the second display effect in described second display translation region 1051 of this beholder 30 perception is owing to defining the virtual image of amplification, so its size is greater than the size in described second display translation region 1051.Depend on the setting of the second display device 105, when the specific location that beholder 30 is positioned at described electronic equipment 100 is just watched, it is even possible that the virtual image size of second image presented according to the second display effect in described second display translation region 1051 of this beholder 30 perception may produce several times, even several real image size decupling the first image.
As can be seen here, according in the electronic equipment of the embodiment of the present invention, first display device may be used for exporting the real image corresponding with display image, make the beholder of the first distance being arranged in described electronic equipment can watch described real image in the first display translation region, and the second display device is for exporting the virtual image corresponding with described display image, make the beholder at the second distance place being arranged in described electronic equipment can perceive the described virtual image in the second display translation region, wherein, wherein, the size of the described real image watched equals the size in described first display translation region, and the size of the described virtual image perceived is greater than the size in described second display translation region.Therefore, this electronic equipment can not by the restriction of size of the Wearable electronic equipment of such as intelligent watch itself, provides more large scale and more high-resolution image or video to show.
Below, with reference to Fig. 7, the display changeover method according to the embodiment of the present invention is described.
Fig. 7 illustrates the process flow diagram of the display changeover method according to the embodiment of the present invention.
Display changeover method illustrated in Fig. 7 can be applied to the electronic equipment illustrated in Fig. 1.
Below, still electronic equipment is in the instantiation of Wrist belt-type electronic equipment as illustrated in Figure 2 wherein, explains the display changeover method according to the embodiment of the present invention with reference to figure 7.But, it should be noted that, the present invention is not limited thereto.This electronic equipment can be the electronic equipment of any type, and it includes but not limited to: refer to belt electronic equipment, notebook, panel computer, mobile phone, multimedia player, personal digital assistant etc.First display device and the second display device can be the display device of identical or different type.Such as, one in this first display device and the second display device can be regular display, and another is near-to-eye; Alternatively, both can be also regular display simultaneously, or are near-to-eye simultaneously.In addition, any other process in electronic equipment can also be applied to according to the display changeover method of the embodiment of the present invention.
As illustrated in figure 7, can comprise according to the display changeover method of the embodiment of the present invention:
In step s 110, open the first display device, to make the first display device in running order.
When user needs to bring into use electronic equipment 100 to complete specific function (such as, check time, dialing/receiving telephone, transmitting-receiving note, browse webpage etc.) time, because the visible angle of regular display is large, when watching without the need to carrying out the operations such as position alignment, in use, better convenience is possessed, so this first display device 104 preferentially can be used compared with near-to-eye.
In order to provide graphic user interface to user, in electronic equipment 100, described treating apparatus 103 can constantly generate display image, and controls the first display device 104 and constantly show.
But, because this electronic equipment 100 may be often need to rely on the internal cell portable electric appts of powering (such as, Wearable electronic equipment), and the capacity that the volume due to Wearable electronic equipment determines wherein internal cell is often not high, so constantly perform image display will cause the stand-by time serious curtailment of electronic equipment 100 in the first display device 104.Therefore, electronic equipment 100 is made can to enter holding state when user does not operate, to save power consumption; And when user operates, reactivate this electronic equipment 100.
In order to judge whether to need electronic equipment 100 to be activated to duty from holding state, second parameter information relevant to the current input operation performed by described beholder can be obtained by described induction installation 106, judge whether described current input operation is the second input operation and obtains the second judged result according to described second parameter information; When to indicate described current input operation be described second input operation to described second judged result, open described first display device, to make described first display device in running order.
In the first embodiment of the present invention, can depend on that user uses attitude to perform above-mentioned detection operation for the difference of electronic equipment 100.
Such as, whether the current input operation first detecting user's execution is the second input operation, and this second input operation can be that this electronic equipment 100 is moved to first distance apart from each other with oneself from other positions by driving the arm of oneself by user.Then, only having when detecting that user performs this second input operation, just electronic equipment 100 being switched to duty from holding state.
Below, for the ease of understanding, this first embodiment will be gone on to say with Wrist belt-type electronic equipment (such as, intelligent watch) as the example of electronic equipment 100.
Under the normal service condition of Wrist belt-type electronic equipment, this electronic equipment 100 can be worn on the wrist of oneself by user.This specific use attitude determines the following fact, namely when user does not need to use this electronic equipment 100, user can loosen arm, the health side making arm be attached to oneself (obviously, without the need to repeating, if when user is not in relaxation state but is carrying out other operations, the arm of user also may be in other positions, such as when user is run, its arm is in health both sides and constantly swings); And when user needs the first display device 104 using this electronic equipment 100, user can lift arm and upset wears the limb part of this electronic equipment 100 (such as, wrist), make electronic equipment 100 close to the user as beholder, and the first display translation region 1041 is remained on distance users the first distance far away with state parallel to the ground or less parallel state.Such as, in this first distance, this user can watch the real image corresponding with the first image from the first display translation region 1041 of the first display device 104.
That is, when user needs to bring into use the first display device 104 to complete specific function (such as, check the time, dialing/receiving telephone, transmitting-receiving note, browse webpage etc.) time, first user can drive oneself arm, this electronic equipment 100 to be moved to gradually the front of oneself from health side, until oneself be positioned at the first distance of described electronic equipment 100, then, this user can check the respective user interfaces of electronic equipment 100 by the first display translation region 1041 of the first display device 104, and it is (not shown by specific input media, such as touch-screen, writing pencil, Voice command, body sense control etc.) control this electronic equipment 100 and complete above-mentioned specific function.
Therefore, whether can detect beholder for the input operation of electronic equipment based on electronic equipment 100 principle that its gravitational acceleration component in the frame of reference (such as, three-dimensional system of coordinate) on each direction of principal axis is different is in different usage situations the second input operation.
Suppose to arrange the X-axis, Y-axis and the Z axis that form three-dimensional system of coordinate on an electronic device, the plane that wherein said X-axis and Y-axis form is parallel with the first place, display translation region 1041 screen, and Z axis and the first place, display translation region 1041 screen vertical.At user's this electronic equipment 100 hand-held, when making the first display translation region 1041 placement perpendicular to the ground, the direction of described Y-axis and acceleration of gravity G in line.
Particularly, when user loosens the arm wearing electronic equipment 100, as mentioned above, this electronic equipment 100 must be subject to Action of Gravity Field and slides down to the wrist front portion of user and blocked by palm, like this, the component of acceleration of gravity G in described X-axis is comparatively large, and component in Y-axis and Z axis is less.On the contrary, when user checks the first display device 104 as the electronic equipment 100 of intelligent watch, user needs electronic equipment 100 to raise, and the first display translation region 1041 in electronic equipment 100 is turned to horizontality and towards the eyes of user, like this, the component that acceleration of gravity G can experience a series of change at the component of each axle described and finally be fixed as in described Z axis is maximum, and component in X-axis and Y-axis is less.
For this reason, this induction installation 106 can be the first induction installation, and described first induction installation is for obtaining the spatial positional information of described electronic equipment under the control of the input operation performed by described beholder.At this moment, depend on electronic equipment above-mentioned use attitude under normal circumstances, whether from initial position (such as described electronic equipment can be judged in gravity direction by the spatial positional information obtained according to this induction installation 106, the initial distance place that distance beholder is very far away) move to primary importance (such as, the first distance that distance beholder is far away), and judge that whether described electronic equipment is (perpendicular to the ground from initial angle centered by described first operating body, namely X-axis points to gravity direction) to rotate to the first angle (parallel to the ground, namely Z axis is contrary with gravity direction), carry out above-mentioned measuring ability.
Such as, this induction installation 106 can comprise the gyroscope or gravity sensor etc. that are arranged on electronic equipment 100 inside.Under user's arm is in a certain attitude, this gyroscope or gravity sensor can gravitational acceleration component parameters on detected electrons equipment 100 each direction of principal axis in three-dimensional system of coordinate, and the component of angular acceleration parameter that sensing user upset wrist produces, judges by the combination of two actions whether the current input operation of user is the second input operation.
In addition, in the second embodiment of the present invention, can wake by detecting user's active region touched in electronic equipment 100 electronic equipment 100 be in holding state up, thus open the first display device 104, to make the first display device 104 in running order.
For this reason, this induction installation 106 can be the second induction installation, the control operation information that described second induction installation produces near to or in contact with induction region for the second operating body (such as, pointing) responding to described beholder.Described induction region can to comprise in the first display translation region 1041 at least partially.
Such as, this induction installation 106 can be touch sensor.At this moment, can according to the control operation information by obtaining according to this induction installation 106 (such as, trace information, click information, close to information etc.) judge described second operating body whether touch or close in described first display translation region at least partially, whether operate active region in the first display device 104 of electronic equipment to detect user.
Alternatively, in the third embodiment of the present invention, simply, whether can also detect beholder based on the principle that the distance of electronic equipment 100 in different usage situations between its from user is different for the input operation of electronic equipment is the second input operation.
Particularly, when user does not use electronic equipment 100, this electronic equipment 100 is often away from the eyes of user, and like this, the distance between electronic equipment 100 and user is very far away.On the contrary, when user checks the first display device 104 as the electronic equipment 100 of intelligent watch, user needs to raise electronic equipment 100 and the first display translation region 1041 in electronic equipment is turned to horizontality and towards the eyes of user, like this, electronic equipment 100 (especially, first display translation region 1041) and user between distant, be such as the first distance.
For this reason, this induction installation 106 can be the 3rd induction installation, and described 3rd induction installation is for responding to the distance between described beholder and electronic equipment 100 (particularly, frame body 110).
Such as, this induction installation 106 can be proximity transducer, under user's arm is in a certain attitude, this proximity transducer can distance between detected electrons equipment 100 and user, and whether equals the first distance according to the distance between electronic equipment 100 and user and judge whether the input operation of user is the second input operation.
Fig. 8 illustrates and overlooks design sketch according to the electronic equipment of the embodiment of the present invention.
As shown in Figure 8, this proximity transducer can be arranged in electronic equipment 100 and be in similar face with the first display translation region 1041 and close to the position in this first display translation region 1041.
In addition, in other embodiments, this induction installation 106 can be pressure transducer, whether presses the power knob of equipment in electronic equipment 100 for detecting user.Alternatively, this induction installation 106 can be speech transducer, whether sends phonetic order for opening described first display device for detecting user.
In the step s 120, in the first display translation region, first image is presented according to the first display effect by the first display device.
After the first display device 104 is switched to duty, in the first display translation region 1041, the first image can be presented according to real image display mode.
Particularly, when when beholder electronic equipment 100 to be taken in face of oneself and maintenance first apart near check the first display translation region 1041 time, due to as Wearable electronic equipment, the first display device 104 that a size is less is often equipped with in electronic equipment 100, so be subject to size restriction, the first shown image can be comprise display interface that is simple or summary info.
Such as, as shown in Figure 8, this first image can be the summary info about time and weather forecast.Or, when this electronic equipment 100 is receiving the incoming call from call initiator, the icon etc. of the number of incoming call, whether incoming call answering calling only can shown in this first image.
In step s 130, which, first parameter information relevant to the current input operation performed by beholder is obtained by induction installation.
Next, more abundant, interesting display interface can be seen in this electronic equipment 100 to make user, automatically or by user manually the first less for output display region display device 104 can be switched to the second larger display device 105 of output display region, to obtain better Consumer's Experience.
In order to judge whether to need electronic equipment 100 to be switched to the second display device 105 from the first display device 104, first parameter information relevant to the current input operation performed by described beholder can be obtained by described induction installation 106.
With in step S110 similarly, in the first embodiment of the present invention, can depend on user for electronic equipment 100 difference use attitude to perform above-mentioned detection operation.
Such as, whether the current input operation first detecting user's execution is the first input operation, and this first input operation can be that this electronic equipment 100 is moved to the second distance with oneself close together from oneself the first distance apart from each other by driving the arm of oneself by user.Then, only having when detecting that user performs this first input operation, just performing display device blocked operation.
Below, still this first embodiment is gone on to say with Wrist belt-type electronic equipment (such as, intelligent watch) as the example of electronic equipment 100.
Under the normal service condition of Wrist belt-type electronic equipment, this electronic equipment 100 can be worn on the wrist of oneself by user.This specific use attitude determines the following fact, namely when user needs to use this second display device 105, based on the use attitude of use first display device 104, user can lift arm further and upset wears the limb part of this electronic equipment 100 (such as, wrist), make electronic equipment 100 more close to the user as beholder, and the second display translation region 1051 is remained on the nearer second distance place of distance users with state perpendicular to the ground or near normal state.Such as, at this second distance place, this user can watch the amplification virtual image corresponding with the display interface of electronic equipment 100 from the second display translation region 1051 of the second display device 105.
That is, when user needs to bring into use the second display device 105 to complete specific function (such as, check the time, dialing/receiving telephone, transmitting-receiving note, browse webpage etc.) time, user can continue the arm driving oneself, so that this electronic equipment 100 is moved to oneself at the moment gradually from the front of oneself, until oneself be positioned at the second distance place of described electronic equipment 100, then, this user can check the respective user interfaces of electronic equipment 100 by the second display translation region 1051 of the second display device 105, and it is (not shown by specific input media, such as touch-screen, writing pencil, Voice command, body sense control etc.) control this electronic equipment 100 and complete above-mentioned specific function.
Therefore, whether can detect beholder for the input operation of electronic equipment based on electronic equipment 100 principle that its gravitational acceleration component in the frame of reference (such as, three-dimensional system of coordinate) on each direction of principal axis is different in different usage situations is equally the first input operation.
Still suppose to arrange the X-axis, Y-axis and the Z axis that form three-dimensional system of coordinate on an electronic device, the plane that wherein said X-axis and Y-axis form is parallel with the first place, display translation region 1041 screen, and Z axis and the first place, display translation region 1041 screen vertical.
Particularly, when user checks the second display device 105 as the electronic equipment 100 of intelligent watch, user needs electronic equipment 100 to raise further, and the second display translation region 1051 in electronic equipment 100 is turned to vertical state and aims at the eyes of user, like this, close together between electronic equipment 100 (especially, the second display translation region 1051) and user is such as second distance.
For this reason, this induction installation 106 can be the first above-mentioned induction installation, such as be arranged on the gyroscope of electronic equipment 100 inside or gravity sensor etc., for the spatial positional information of the described electronic equipment of acquisition under the control of the input operation performed by described beholder.At this moment, depend on electronic equipment above-mentioned use attitude under normal circumstances, whether from primary importance (such as described electronic equipment can be judged in gravity direction by the spatial positional information obtained according to this induction installation 106, the first distance that distance beholder is far away) move to the second place (such as, the second distance place that distance beholder is nearer), and judge that whether described electronic equipment is (parallel to the ground from the first angle centered by described first operating body, namely Z axis is contrary with gravity direction) to rotate to the second angle (perpendicular to the ground, namely Y-axis is contrary with gravity direction), carry out above-mentioned measuring ability.
In addition, in the second embodiment of the present invention, the active region that can touch in electronic equipment 100 by detecting user is switched to the second display device 105 from the first display device 104.
For this reason, this induction installation 106 can be the second above-mentioned induction installation, such as be arranged on the touch sensor etc. of electronic equipment 100 inside, the control operation information that the second operating body (such as, pointing) for the described beholder of induction produces near to or in contact with induction region.Further, during described induction region can comprise in the first display translation region 1041 at least partially with the second display translation region 1051 at least partially.
At this moment, can according to the control operation information by obtaining according to this induction installation 106 (such as, trace information, click information, close to information etc.) judge described second operating body whether from sliding in described second display translation region at least partially at least partially described first display translation region, whether operate active region in the second display device 105 of electronic equipment to detect user.
Whether alternatively, in the third embodiment of the present invention, can also be detected beholder by the distance between detected electrons equipment 100 and user for the input operation of electronic equipment is the first input operation.
Particularly, when user checks the second display device 105 as the electronic equipment 100 of intelligent watch, user needs to raise electronic equipment 100 further, and the second display translation region 1051 in electronic equipment is turned to vertical state and aims at the eyes of user, like this, close together between electronic equipment 100 (especially, the second display translation region 1051) and user is such as second distance.
For this reason, this induction installation 106 can be the 3rd above-mentioned induction installation, such as, be arranged on the proximity transducer etc. of electronic equipment 100 inside, and it can share with the proximity transducer detecting the second input operation above; Also can be independent proximity transducer, be arranged in electronic equipment 100 and be in similar face with the second display translation region 1051 and close to the position in this second display translation region 1051.
In addition, in other embodiments, this induction installation 106 can be speech transducer, whether sends phonetic order for being switched to described second display device from described first display device for detecting user.
In step S140, judge whether current input operation is the first input operation and obtains the first judged result according to the first parameter information.
After obtaining first parameter information relevant to the current input operation performed by described beholder, can determine whether the current input operation performed by user is the first input operation according to the first parameter information, that is, judge, under the control of the first input operation performed by user, in the described specific location (second distance of the virtual image can be perceived) of described electronic equipment, whether there is described beholder.
Because concrete judgement principle is being illustrated to the 4th embodiment above with reference to the first embodiment in step S130, describe in detail so will be omitted it.
If obtain judged result certainly, then can perform step S150 below.On the contrary, if obtain the judged result of negative, then can turn back in step S130, to proceed detection operation.
In addition, in one example, in order to save the power consumption of electronic equipment 100, when not using the second display device 105, the power supply supply of the second display device 105 can be closed.Therefore, before execution step S150, when can also work as described first judged result to indicate described current input operation be described first input operation, open described second display device, be in described duty to make described second display device.
In another example, also for ease of and save the power consumption of electronic equipment 100, can by the display device worked from after the first display device 104 is switched to the second display device 105, power save function is performed for the first display device 104.Such as, the display translation of described first display device can be controlled, stop presenting described first image to make described first display device.Alternatively, the power supply supply of the first display device can directly be closed.
In step S150, when current input operation is the first input operation and the second display device is in running order, in the second display translation region, present second image according to the second display effect by the second display device.
After the second display device 105 is switched to duty, in the second display translation region 1051, the second image can be presented according to virtual image display mode.
Particularly, when when beholder electronic equipment 100 is taken oneself at the moment and when remaining on second distance, the eyes of oneself are aimed in the second display translation region 1051 time, due to as Wearable electronic equipment, the second display device 105 be equipped with in electronic equipment 100 is virtual image display apparatus, its virtual images presented be not limited to undersized screen, so the second shown image can be the display interface comprising details.
Fig. 9 A to Fig. 9 E illustrates the comparison diagram of the first image according to the embodiment of the present invention and the second image.
The left picture in picture of Fig. 9 A to Fig. 9 E show in the step s 120 by the first display device in the first display translation region according to the first image that the first display effect presents, and the right picture in picture of Fig. 9 A to Fig. 9 E shown in step S150 by the second display device in the second display translation region according to the second image that the second display effect presents.
Particularly, in figure 9 a, left figure presents the brief information about time showing, wherein only comprises time and temperature; And right figure presents the details about time showing, comprising zebra time, world map, city title etc.
In figures 9 b and 9, left figure presents the brief information about information displaying, wherein only comprises people of unread information quantity and contact name; And right figure presents the details about information displaying, comprising the detailed content (text and image) etc. of contact head image, contact name and information.
In Fig. 9 C, left figure presents the brief information about navigation display, wherein only comprises direction; And right figure presents the details about navigation display, comprising map, path planning and about the position of current location, next node, the position instruction etc. of emphasis.
In Fig. 9 D, left figure presents the brief information about motion display, wherein only comprises timing, milimeter number, speed, heat exhaustion, direction; And right figure presents the details about motion display, comprising timing, milimeter number, velocity histogram, map, movement locus and about instruction etc. that is current and historical position.
In fig. 9e, left figure presents the brief information about icon display, wherein only comprises current display image; And right figure presents the details about icon display, comprising the list etc. of time, temperature, current icon and adjacent icon.
Therefore, in an embodiment of the present invention, can be come in regular display and near-to-eye by two pieces of juxtaposed neighboring screens, change switching display content by far and near distance.In addition, also switching display content in upper sub-screen can be carried out by two pieces of overlapping screens (wherein, screen be transparent screen) above.
The switching of this displaying contents can be diversified.
In a first example, it can be directly simple that the display between the first image and the second image switches, and such as, first can close the display of the first image, and then open the display of the second image.Similarly, also first can open the display of the second image, and then close the display of the first image.Alternatively, also while the display of maintenance first image, the display of the second image can be opened.
In the second example, the viewing experience of user can be improved by the switching at runtime effect between the first image and the second image.
Such as, in the process of above-mentioned step S110 to step S150, that is, the arm of oneself can be driven this electronic equipment 100 moved to gradually the front of oneself from health side and to move to from the front of oneself process at the moment of oneself further user, can far and near viewing effect transition nature be made by the dynamic effect of far and near picture and reach the continuity of experience.
In one embodiment, in described second display translation region, present second image according to the second display effect by described second display device can comprise: when the distance between described beholder and described frame body is described second distance, control the display translation of described second display device in the first moment, the size of the second image presented according to the second display effect in described second display translation region perceived to make described beholder equals the size in described first display translation region; And the distance between described beholder and described frame body is when being described second distance, control the display translation in second moment of described second display device after described first moment, the size of the 3rd image presented according to the second display effect in described second display translation region perceived to make described beholder is greater than the size in described first display translation region, wherein, the displaying contents of described second image is consistent with the displaying contents of described first image.
In this embodiment, following display effect will be produced: namely, when electronic equipment is positioned at beholder front, regular display shows the first image that comprises breviary information, when electronic equipment is moved at the moment from front, on near-to-eye, display one and this first image have the second image of formed objects and content, then, near-to-eye amplifies further to this second image, and the second image is switched to the 3rd image comprising details, thus obtain a display effect of regular display and near-to-eye seamless connection.
In another embodiment, in described second display translation region, present second image according to the second display effect by described second display device can comprise: when the distance between described beholder and described frame body is second distance, control the display translation of described first display device in the first moment, the size of the first image presented according to the first display effect in described first display translation region watched to make described beholder equals the size in described first display translation region, when distance between described beholder and described frame body is described second distance, control the display translation in second moment of described first display device after described first moment, the size of the first image presented according to the first display effect in described first display translation region watched to make described beholder is less than the size in described first display translation region, when distance between described beholder and described frame body is described second distance, control the display translation in three moment of described second display device after described second moment, the size of the second image presented according to the second display effect in described second display translation region perceived to make described beholder is less than the size in described first display translation region, and the distance between described beholder and described frame body is when being described second distance, control the display translation in four moment of described second display device after described 3rd moment, the size of the 3rd image presented according to the second display effect in described second display translation region perceived to make described beholder is greater than the size in described first display translation region, wherein, the size of the second image that described beholder perceived in described 3rd moment equals the size of the first image that described beholder watched in described second moment, and the displaying contents of described second image is consistent with the displaying contents of described first image.
In this embodiment, following display effect will be produced: namely, when electronic equipment is positioned at beholder front, regular display shows the first image that comprises breviary information, when electronic equipment is moved at the moment from front, this first image is little by little reduced, and finally become undersized second image (such as, circular, square, certain pattern, or even without display), then, on near-to-eye, display one and this second image have the 3rd image of formed objects and content, next, near-to-eye little by little amplifies this 3rd image, and finally become the 4th image that comprises details, thus obtain another display effect of regular display and near-to-eye seamless connection.
Obviously, the switching at runtime effect between the first image and the second image is not limited to above-mentioned two kinds of modes, if can ensure from side to front again to the moment drawn near at the moment, the interface cartoon of regular display and near-to-eye keeps consistency.Such as, in another embodiment, the first image shown in regular display changes from small to big and fades out, and while first fades out, the second image shown in near-to-eye produces from the close-by examples to those far off Space, and content is also changed from small to big and faded in.
As can be seen here, adopt the display changeover method according to the embodiment of the present invention, can when current detection performs input operation to beholder for electronic equipment, obtain the parameter information relevant to this input operation, and open different display device according to this parameter information, so that according to the different demands of user, in corresponding display translation region, present display image according to different display effects by different display device.Therefore, in an embodiment of the present invention, first display device is for exporting the real image corresponding with showing image, make the beholder of the first distance being arranged in described electronic equipment can watch described real image in the first display translation region, and the second display device is for exporting the virtual image corresponding with described display image, make the beholder at the second distance place being arranged in described electronic equipment can perceive the described virtual image in the second display translation region, wherein, the size of the described real image watched equals the size in described first display translation region, and the size of the described virtual image perceived is greater than the size in described second display translation region.And, based on the above configuration of display device, provide a kind of electronic equipment and display changeover method thereof, it can not by the restriction of size of the Wearable electronic equipment of such as intelligent watch itself, provides more large scale and more high-resolution image or video to show.Moreover, the content shown in this electronic equipment automatically can carry out judging and switching according to the distance of user's viewing distance.In addition, can also be taken over seamlessly for user brings by the dynamic effect between real image and the virtual image, to obtain good user's viewing experience.
That is, the advantage of the embodiment of the present invention is adopted to be:
1. watch the mode of details nearby by a distance obtaining information summary, present display information intelligently, meet very much the viewing in-mind anticipation of user;
2. simplify and operate frequently on a small screen;
3. displaying contents is not limited to undersized screen, can show abundant information;
4. overcome traditional based on the display device of light-guide optical element (LOE) in due to picture nearby with picture size is inconsistent and bring the technical matters of lofty, uncomfortable sensation to the viewing experience of user at a distance, and by the dynamic effect between far and near picture, make far and near viewing effect transition nature and reach the continuity of experience.
Hereinafter, with reference to Figure 10, the display switching device according to the embodiment of the present invention is described.
Figure 10 illustrates the block diagram of the display switching device according to the embodiment of the present invention.
The display changeover method according to the embodiment of the present invention illustrated in Fig. 7 can be realized by the display switching device 200 illustrated in Figure 10.
Such as, this display switching device 200 automatically can carry out judging and switch in the content shown in this electronic equipment according to the distance of user's viewing distance, and this display switching device 200 can be applied to the electronic equipment 100 illustrated in Fig. 1.
As illustrated in figure 1, can comprise according to the electronic equipment 100 of the embodiment of the present invention: frame body 110, stationary installation 120 and function body portion 130.
Described stationary installation 120 can be connected with described frame body 110, and described stationary installation 120 may be used for described electronic equipment 100 to be fixed on first operating body of beholder.
Described function body portion 130 is for completing the circuit part of various operating function (such as, show information, produce sound, catch image etc.) in electronic equipment 100.
Particularly, described function body portion 130 can comprise: treating apparatus 103, first display device 104, second display device 105 and induction installation 106.
Described treating apparatus 103 is for generating the display image that will show and performing display and control.
Described first display device 104 has the first display translation region, and for presenting the first image according to the first display effect in the first display translation region.
Described second display device 105 has the second display translation region, and for presenting the second image according to the second display effect in the second display translation region.
Described second display device 105 can comprise: the second display module 10 and the second optical module 20.
Described second display module 10 is for exporting the original light corresponding with described display interface.
Described second optical module 20 is for receiving the original light corresponding with described display interface from described second display module 10, and light path converting is carried out to described original light, to form the virtual image corresponding with described display interface, make the beholder 30 of the first specific location being positioned at described electronic equipment 100 can perceive the described virtual image, wherein, the size of the described virtual image of institute's perception is greater than the size of described second display module 20.
Described induction installation 106 is for obtaining the parameter information relevant to the input operation performed by described beholder.Such as, described parameter information is for characterizing the input operation of beholder for described electronic equipment 100.
In one example, described first display device 104 and the second display device 105 and induction installation 106 can be arranged in described frame body 110.
In one example, described first display device and the second display device can be different display device, and described first display translation region and described second display translation region can be different display translation regions.
In one example, described first display device and described second display device can be follow the display device of different displaying principle, and the size in described first display translation region can be greater than the size in described second display translation region, and when the distance between described beholder and described frame body is the first distance, the size of the first image presented according to the first display effect in described first display translation region that described beholder watches can be greater than the size of second image presented according to the second display effect in described second display translation region of described beholder institute perception.
In one example, described first display device can comprise the first display screen, and described first display screen can have first size, and described first size can equal the size in described first display translation region; Described second display device can comprise second display screen, and described second display screen can have the second size, and described second size can be less than the size in described second display translation region; When distance between described beholder and described frame body is second distance, the size of the first image presented according to the first display effect in described first display translation region that described beholder watches can equal the size in described first display translation region; And when the distance between described beholder and described frame body is described second distance, the size of the second image presented according to the second display effect in described second display translation region that described beholder perceives can be greater than the size in described second display translation region.
In addition, this display switching device 200 can be communicated with electronic equipment 100 by any mode.
In one example, this display switching device 200 can be integrated in this electronic equipment 100 as a software module and/or hardware module, and in other words, this electronic equipment 100 can comprise this display switching device 200.Such as, when electronic equipment 100 is mobile phones, this display switching device 200 can be a software module in the operating system of this mobile phone, or can be aimed at the application program that this mobile phone develops; Certainly, this display switching device 200 can be one of numerous hardware modules of this mobile phone equally.
Alternatively, in another example, this display switching device 200 and this electronic equipment 100 also can be the equipment be separated, and this display switching device 200 can be connected to this electronic equipment 100 by wired and/or wireless network, and transmit interactive information according to the data layout of agreement.
Illustrated in Figure 10, this display switching device 200 can comprise: first opens unit 210, first display unit 220, information obtainment unit 230, operation judges unit 240 and the second display unit 250.In addition, this display switching device 200 can also comprise: second opens unit 260.
This first unlatching unit 210 may be used for opening described first display device, to make described first display device in running order;
This first display unit 220 may be used in described first display translation region, presenting the first image by described first display device according to the first display effect;
This information obtainment unit 230 may be used for obtaining first parameter information relevant to the current input operation performed by described beholder by described induction installation;
This operation judges unit 240 may be used for judging whether described current input operation is the first input operation and obtains the first judged result according to described first parameter information; And
This second display unit 250 may be used for when to indicate described current input operation be described first input operation to described first judged result, and when described second display device is in described duty, in described second display translation region, present second image according to the second display effect by described second display device.
In one example, described induction installation 106 can be the first induction installation, described first induction installation is for obtaining the spatial positional information of described electronic equipment under the control of the input operation performed by described beholder, and according to described first parameter information, described operation judges unit 240 can judge whether described current input operation is the first input operation by following operation: judge whether described electronic equipment moves to the second place from primary importance in gravity direction according to described spatial positional information, and judge whether described electronic equipment rotates to the second angle from the first angle centered by described first operating body.
In one example, described induction installation 106 can be the second induction installation, the control operation information that described second induction installation produces near to or in contact with induction region for the second operating body responding to described beholder, described induction region comprise in described first display translation region at least partially with described second display translation region at least partially, and according to described first parameter information, described operation judges unit 240 can judge whether described current input operation is the first input operation by following operation: judge described second operating body whether from sliding in described second display translation region at least partially at least partially described first display translation region according to described control operation information.
In one example, this the second unlatching unit 260 may be used for before described second display unit 250 presents second image according to the second display effect by described second display device in described second display translation region, when to indicate described current input operation be described first input operation to described first judged result, open described second display device, be in described duty to make described second display device.
In one example, described first display unit 220 can also be used for after described second unlatching unit 260 opens described second display device, control the display translation of described first display device, stop presenting described first image to make described first display device.
In one example, when distance between described beholder and described frame body is second distance, the size of the first image presented according to the first display effect in described first display translation region that described beholder watches can equal the size in described first display translation region, and described second display unit 250 can present second image according to the second display effect by described second display device by following operation in described second display translation region: when the distance between described beholder and described frame body is described second distance, control the display translation of described second display device in the first moment, the size of the second image presented according to the second display effect in described second display translation region perceived to make described beholder equals the size in described first display translation region, and the distance between described beholder and described frame body is when being described second distance, control the display translation in second moment of described second display device after described first moment, the size of the 3rd image presented according to the second display effect in described second display translation region perceived to make described beholder is greater than the size in described first display translation region, wherein, the displaying contents of described second image can be consistent with the displaying contents of described first image.
In one example, described second display unit 250 can present second image according to the second display effect by described second display device by following operation in described second display translation region: when the distance between described beholder and described frame body is second distance, control the display translation of described first display device in the first moment, the size of the first image presented according to the first display effect in described first display translation region watched to make described beholder equals the size in described first display translation region, when distance between described beholder and described frame body is described second distance, control the display translation in second moment of described first display device after described first moment, the size of the first image presented according to the first display effect in described first display translation region watched to make described beholder is less than the size in described first display translation region, when distance between described beholder and described frame body is described second distance, control the display translation in three moment of described second display device after described second moment, the size of the second image presented according to the second display effect in described second display translation region perceived to make described beholder is less than the size in described first display translation region, when distance between described beholder and described frame body is described second distance, control the display translation in four moment of described second display device after described 3rd moment, the size of the 3rd image presented according to the second display effect in described second display translation region perceived to make described beholder is greater than the size in described first display translation region, wherein, the size of the second image that described beholder perceived in described 3rd moment can equal the size of the first image that described beholder watched in described second moment, and the displaying contents of described second image can be consistent with the displaying contents of described first image.
Concrete configuration according to the unit in the display switching device 200 of the embodiment of the present invention and each device in electronic equipment 100 is carrying out introducing in detail above with reference to Fig. 1 to Fig. 9 E with operation, and therefore, will omit its repeated description.
As can be seen here, adopt the display switching device according to the embodiment of the present invention, can when current detection performs input operation to beholder for electronic equipment, obtain the parameter information relevant to this input operation, and open different display device according to this parameter information, so that according to the different demands of user, in corresponding display translation region, present display image according to different display effects by different display device.Therefore, in an embodiment of the present invention, first display device is for exporting the real image corresponding with showing image, make the beholder of the first distance being arranged in described electronic equipment can watch described real image in the first display translation region, and the second display device is for exporting the virtual image corresponding with described display image, make the beholder at the second distance place being arranged in described electronic equipment can perceive the described virtual image in the second display translation region, wherein, the size of the described real image watched equals the size in described first display translation region, and the size of the described virtual image perceived is greater than the size in described second display translation region.And, based on the above configuration of display device, provide a kind of electronic equipment and display switching device thereof, it can not by the restriction of size of the Wearable electronic equipment of such as intelligent watch itself, provides more large scale and more high-resolution image or video to show.Moreover, the content shown in this electronic equipment automatically can carry out judging and switching according to the distance of user's viewing distance.In addition, can also be taken over seamlessly for user brings by the dynamic effect between real image and the virtual image, to obtain good user's viewing experience.
In addition, although above-mentioned unit is illustrated each embodiment of the present invention as the executive agent of each step herein, those skilled in the art are it is understood that the present invention is not limited thereto.The executive agent of each step can be served as by other one or more units, unit, even module.
Such as, above-mentioned the first unlatching unit 210, first display unit 220, information obtainment unit 230, operation judges unit 240, second display unit 250 and second each step of opening performed by unit 260 can be realized by the CPU (central processing unit) (CPU) in electronic equipment uniformly.
Through the above description of the embodiments, those skilled in the art can be well understood to the mode that the present invention can add required hardware platform by means of software and realize, and can certainly all be implemented by software or hardware.Based on such understanding, what technical scheme of the present invention contributed to background technology can embody with the form of software product in whole or in part, this computer software product can be stored in storage medium, as ROM/RAM, disk, CD etc., comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) perform the method described in some part of each embodiment of the present invention or embodiment.
Each embodiment of the present invention is described in detail above.But, it should be appreciated by those skilled in the art that without departing from the principles and spirit of the present invention, various amendment can be carried out to these embodiments, combination or sub-portfolio, and such amendment should fall within the scope of the present invention.

Claims (20)

1. a display changeover method, is characterized in that, described method is applied to electronic equipment, and described electronic equipment comprises:
Frame body;
Stationary installation, described stationary installation is connected with described frame body, and described stationary installation is for being fixed on first operating body of beholder by described electronic equipment;
Function body portion, at least be included in the first display device and the second display device and induction installation that arrange in described frame body, described first display device has the first display translation region, described second display device has the second display translation region, and described induction installation is for obtaining the parameter information relevant to the input operation performed by described beholder, and
Described display changeover method comprises:
Open described first display device, to make described first display device in running order;
In described first display translation region, the first image is presented according to the first display effect by described first display device;
First parameter information relevant to the current input operation performed by described beholder is obtained by described induction installation;
Judge whether described current input operation is the first input operation and obtains the first judged result according to described first parameter information; And
When to indicate described current input operation be described first input operation to described first judged result, and when described second display device is in described duty, in described second display translation region, present second image according to the second display effect by described second display device.
2. method according to claim 1, is characterized in that, described first display device and the second display device are different display device, and described first display translation region and described second display translation region are different display translation regions.
3. method according to claim 2, it is characterized in that, described first display device and described second display device follow the display device of different displaying principle, and the size in described first display translation region is greater than the size in described second display translation region, and
When distance between described beholder and described frame body is the first distance, the size of the first image presented according to the first display effect in described first display translation region that described beholder watches is greater than the size of second image presented according to the second display effect in described second display translation region of described beholder institute perception.
4. method according to claim 2, is characterized in that, described first display device comprises the first display screen, and described first display screen has first size, and described first size equals the size in described first display translation region;
Described second display device comprises second display screen, and described second display screen has the second size, and described second size is less than the size in described second display translation region;
When distance between described beholder and described frame body is second distance, the size of the first image presented according to the first display effect in described first display translation region that described beholder watches equals the size in described first display translation region; And
When distance between described beholder and described frame body is described second distance, the size of the second image presented according to the second display effect in described second display translation region that described beholder perceives is greater than the size in described second display translation region.
5. method according to claim 1, is characterized in that, described induction installation is the first induction installation, described first induction installation for obtaining the spatial positional information of described electronic equipment under the control of the input operation performed by described beholder, and
Judge whether described current input operation is that the first input operation comprises according to described first parameter information:
Judge whether described electronic equipment moves to the second place from primary importance in gravity direction according to described spatial positional information, and judge whether described electronic equipment rotates to the second angle from the first angle centered by described first operating body.
6. method according to claim 1, it is characterized in that, described induction installation is the second induction installation, the control operation information that described second induction installation produces near to or in contact with induction region for the second operating body responding to described beholder, described induction region comprise in described first display translation region at least partially with described second display translation region at least partially, and
Judge whether described current input operation is that the first input operation comprises according to described first parameter information:
Described second operating body is judged whether from sliding in described second display translation region at least partially at least partially described first display translation region according to described control operation information.
7. method according to claim 1, is characterized in that, before presenting second image according to the second display effect by described second display device in described second display translation region, described method also comprises:
When to indicate described current input operation be described first input operation to described first judged result, open described second display device, be in described duty to make described second display device.
8. method according to claim 7, is characterized in that, after described second display device of unlatching, described method also comprises:
Control the display translation of described first display device, stop presenting described first image to make described first display device.
9. method according to claim 1, it is characterized in that, when distance between described beholder and described frame body is second distance, the size of the first image presented according to the first display effect in described first display translation region that described beholder watches equals the size in described first display translation region, and
In described second display translation region, present second image according to the second display effect by described second display device to comprise:
When distance between described beholder and described frame body is described second distance, control the display translation of described second display device in the first moment, the size of the second image presented according to the second display effect in described second display translation region perceived to make described beholder equals the size in described first display translation region; And
When distance between described beholder and described frame body is described second distance, control the display translation in second moment of described second display device after described first moment, the size of the 3rd image presented according to the second display effect in described second display translation region perceived to make described beholder is greater than the size in described first display translation region
Wherein, the displaying contents of described second image is consistent with the displaying contents of described first image.
10. method according to claim 1, is characterized in that, presents the second image comprise by described second display device in described second display translation region according to the second display effect:
When distance between described beholder and described frame body is second distance, control the display translation of described first display device in the first moment, the size of the first image presented according to the first display effect in described first display translation region watched to make described beholder equals the size in described first display translation region;
When distance between described beholder and described frame body is described second distance, control the display translation in second moment of described first display device after described first moment, the size of the first image presented according to the first display effect in described first display translation region watched to make described beholder is less than the size in described first display translation region;
When distance between described beholder and described frame body is described second distance, control the display translation in three moment of described second display device after described second moment, the size of the second image presented according to the second display effect in described second display translation region perceived to make described beholder is less than the size in described first display translation region; And
When distance between described beholder and described frame body is described second distance, control the display translation in four moment of described second display device after described 3rd moment, the size of the 3rd image presented according to the second display effect in described second display translation region perceived to make described beholder is greater than the size in described first display translation region
Wherein, the size of the second image that described beholder perceived in described 3rd moment equals the size of the first image that described beholder watched in described second moment, and the displaying contents of described second image is consistent with the displaying contents of described first image.
11. 1 kinds of electronic equipments, is characterized in that, described electronic equipment comprises:
Frame body;
Stationary installation, described stationary installation is connected with described frame body, and described stationary installation is for being fixed on first operating body of beholder by described electronic equipment;
Function body portion, at least be included in the first display device and the second display device and induction installation that arrange in described frame body, described first display device has the first display translation region, described second display device has the second display translation region, and described induction installation is for obtaining the parameter information relevant to the input operation performed by described beholder; And
Display switching device, described display switching device comprises:
First opens unit, for opening described first display device, to make described first display device in running order;
First display unit, for presenting first image according to the first display effect by described first display device in described first display translation region;
Information obtainment unit, for obtaining first parameter information relevant to the current input operation performed by described beholder by described induction installation;
According to described first parameter information, operation judges unit, for judging whether described current input operation is the first input operation and obtains the first judged result; And
Second display unit, when being described first input operation for indicating described current input operation when described first judged result, and when described second display device is in described duty, in described second display translation region, present second image according to the second display effect by described second display device.
12. electronic equipments according to claim 11, is characterized in that, described first display device and the second display device are different display device, and described first display translation region and described second display translation region are different display translation regions.
13. electronic equipments according to claim 12, it is characterized in that, described first display device and described second display device follow the display device of different displaying principle, and the size in described first display translation region is greater than the size in described second display translation region, and
When distance between described beholder and described frame body is the first distance, the size of the first image presented according to the first display effect in described first display translation region that described beholder watches is greater than the size of second image presented according to the second display effect in described second display translation region of described beholder institute perception.
14. electronic equipments according to claim 12, is characterized in that, described first display device comprises the first display screen, and described first display screen has first size, and described first size equals the size in described first display translation region;
Described second display device comprises second display screen, and described second display screen has the second size, and described second size is less than the size in described second display translation region;
When distance between described beholder and described frame body is second distance, the size of the first image presented according to the first display effect in described first display translation region that described beholder watches equals the size in described first display translation region; And
When distance between described beholder and described frame body is described second distance, the size of the second image presented according to the second display effect in described second display translation region that described beholder perceives is greater than the size in described second display translation region.
15. electronic equipments according to claim 11, is characterized in that, described induction installation is the first induction installation, described first induction installation for obtaining the spatial positional information of described electronic equipment under the control of the input operation performed by described beholder, and
According to described first parameter information, described operation judges unit judges whether described current input operation is the first input operation by following operation:
Judge whether described electronic equipment moves to the second place from primary importance in gravity direction according to described spatial positional information, and judge whether described electronic equipment rotates to the second angle from the first angle centered by described first operating body.
16. electronic equipments according to claim 11, it is characterized in that, described induction installation is the second induction installation, the control operation information that described second induction installation produces near to or in contact with induction region for the second operating body responding to described beholder, described induction region comprise in described first display translation region at least partially with described second display translation region at least partially, and
According to described first parameter information, described operation judges unit judges whether described current input operation is the first input operation by following operation:
Described second operating body is judged whether from sliding in described second display translation region at least partially at least partially described first display translation region according to described control operation information.
17. electronic equipments according to claim 11, is characterized in that, described display switching device also comprises:
Second opens unit, before presenting second image according to the second display effect by described second display device at described second display unit in described second display translation region, when to indicate described current input operation be described first input operation to described first judged result, open described second display device, be in described duty to make described second display device.
18. electronic equipments according to claim 17, it is characterized in that, described first display unit also for after described second opens described second display device of unit unlatching, controls the display translation of described first display device, stops presenting described first image to make described first display device.
19. electronic equipments according to claim 11, it is characterized in that, when distance between described beholder and described frame body is second distance, the size of the first image presented according to the first display effect in described first display translation region that described beholder watches equals the size in described first display translation region, and
Described second display unit presents second image according to the second display effect by described second display device by following operation in described second display translation region:
When distance between described beholder and described frame body is described second distance, control the display translation of described second display device in the first moment, the size of the second image presented according to the second display effect in described second display translation region perceived to make described beholder equals the size in described first display translation region; And
When distance between described beholder and described frame body is described second distance, control the display translation in second moment of described second display device after described first moment, the size of the 3rd image presented according to the second display effect in described second display translation region perceived to make described beholder is greater than the size in described first display translation region
Wherein, the displaying contents of described second image is consistent with the displaying contents of described first image.
20. electronic equipments according to claim 11, is characterized in that, described second display unit presents second image according to the second display effect by described second display device by following operation in described second display translation region:
When distance between described beholder and described frame body is second distance, control the display translation of described first display device in the first moment, the size of the first image presented according to the first display effect in described first display translation region watched to make described beholder equals the size in described first display translation region;
When distance between described beholder and described frame body is described second distance, control the display translation in second moment of described first display device after described first moment, the size of the first image presented according to the first display effect in described first display translation region watched to make described beholder is less than the size in described first display translation region;
When distance between described beholder and described frame body is described second distance, control the display translation in three moment of described second display device after described second moment, the size of the second image presented according to the second display effect in described second display translation region perceived to make described beholder is less than the size in described first display translation region; And
When distance between described beholder and described frame body is described second distance, control the display translation in four moment of described second display device after described 3rd moment, the size of the 3rd image presented according to the second display effect in described second display translation region perceived to make described beholder is greater than the size in described first display translation region
Wherein, the size of the second image that described beholder perceived in described 3rd moment equals the size of the first image that described beholder watched in described second moment, and the displaying contents of described second image is consistent with the displaying contents of described first image.
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