CN104049720A - Electronic equipment and display method used for same - Google Patents
Electronic equipment and display method used for same Download PDFInfo
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- CN104049720A CN104049720A CN201310076591.6A CN201310076591A CN104049720A CN 104049720 A CN104049720 A CN 104049720A CN 201310076591 A CN201310076591 A CN 201310076591A CN 104049720 A CN104049720 A CN 104049720A
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Abstract
The invention discloses electronic equipment and a display method used for the same. The electronic equipment comprises a display unit, a projection unit, a light path converting unit, a first projection window and a second projection window, wherein the display unit is located on a first surface of the electronic equipment, and is used for displaying first information; the projection unit is located in the electronic equipment, and is used for emitting a light ray group which corresponds to a predetermined image, so that the predetermined image can be formed in a projection area beyond the electronic equipment to display second information; the light path converting unit is located in the electronic equipment, and is used for converting light rays emitted from the projection unit to a first light path or a second light path; the first projection window is located in a second surface of the electronic equipment, meets a predetermined light transmittance, and can transmit the light rays being emitted from the projection unit and travelling along the first light path to a first projection area outside the electronic equipment; the second projection window is located in a third surface of the electronic equipment, meets the predetermined light transmittance, and can transmit the light rays being emitted from the projection unit and travelling along the second light path to a second projection area outside the electronic equipment.
Description
Technical field
The present invention relates to electronic equipment and for its display packing, more particularly, relate to not by other device in the situation that image projecting in the electronic equipment of different directions and for its display packing.
Background technology
Variation ground is fast-developing for the function of intelligent terminal, to meet the demand of the different use scenes of user.For example, under voice call enhanced scene, user, when receiving calls, wishes to search address list, map or a certain document, if now can go out desired image at certain the upslide shadow beyond electronic equipment, operation that so will convenient user.And for example, under giant-screen projection scene, user may need projecting function when meeting is shown.For another example, under video calling enhanced scene, the face video that shows the other side on the display unit of electronic equipment, for example also be desirably in addition projection another picture different from this face video on desktop, for touching input or showing extra content, as map, grass drawing etc., be equivalent to the screen of the 3rd in video calling (wherein, first and second screen is the screen of both call sides).For another example,, because the size of mobile phone is limited, be therefore not easy to word input.If display text typing frame on mobile phone, and certain the upslide shadow outside mobile phone goes out the image of keyboard, and then user carries out and the similar word input of computor-keyboard on dummy keyboard, and the speed of word input will be faster so.Mobile phone in the market can also have projecting function except common telephony functions.But this mobile phone can only be delivered directly, be projected on wall at a distance.Inconvenient projection on the table, or is being lifted but hand is very tired with hand, otherwise be inconvenient to find suitable supporting object so that projection on the table.
Summary of the invention
In view of above situation, we have proposed a kind of scheme, by projection mobile phone itself, and not by other device, just can be by image projecting in different directions, as metope or desktop, to meet the demand of different use scenes.The method has been improved the deficiency existing in existing product, for user provides more use pattern and interactive mode.
According to an aspect of the present invention, provide a kind of electronic equipment, having comprised:
Display unit, is positioned at the first surface of described electronic equipment, for showing the first information;
Projecting cell, is positioned at described electronic equipment internal, for sending the light group corresponding with predetermined image, to can form described predetermined image in the view field outside described electronic equipment, thereby shows the second information;
Light path converting unit, is positioned at described electronic equipment internal, for the light sending from projecting cell being transformed into the first light path or the second light path;
The first projection window, is positioned at the second surface of described electronic equipment, meets predetermined transmittance and the light sending from described projecting cell, advance along the first light path can be transmitted through to the first view field of described electronic device exterior;
The second projection window, is positioned at the 3rd surface of described electronic equipment, meets predetermined transmittance and the light sending from described projecting cell, advance along the second light path can be transmitted through to the second view field of described electronic device exterior;
Wherein said second surface and described the 3rd surface are surfaces adjacent on described electronic equipment.
Preferably, according to the electronic equipment of the embodiment of the present invention, may further include:
Interactive identification unit, is positioned at described electronic equipment internal, for identifying the specific input in the interactive identification region outside described electronic equipment; And
The first interactive identification window, is positioned at the second surface of described electronic equipment, and meet predetermined transmittance and make described interactive identification unit can observe the input in the first interactive identification region of described electronic device exterior,
The second interactive identification window, is positioned at the 3rd surface of described electronic equipment, and meet predetermined transmittance and make described interactive identification unit can observe the input in the second interactive identification region of described electronic device exterior,
Wherein, described light path converting unit is also for being provided to described interactive identification unit by the light from described electronic device exterior incident via the 3rd light path or the 4th light path.
Preferably, according in the electronic equipment of the embodiment of the present invention, described light path converting unit comprises:
The first reflector element, corresponding to described projecting cell, for the light that incides it is reflected;
The second reflector element, corresponding to described interactive identification unit, for the light that incides it is reflected;
Adjustment unit, for adjusting reflector element, thereby is transformed into the first light path and the 3rd light path or the second light path and the 4th light path by incident ray.
Preferably, according in the electronic equipment of the embodiment of the present invention, described light path converting unit further comprises:
Detecting unit, for detection of described electronic equipment whether in predetermined state;
Control module, for when described detecting unit detects described electronic equipment in described predetermined state, control described adjustment unit, thereby respectively the light that incides the first and second reflector elements is transformed into the first and the 3rd light path, and when described detecting unit detects described electronic equipment not in described predetermined state, control described adjustment unit, thereby the light that incides the first and second reflector elements is transformed into the second and the 4th light path respectively.
Preferably, according in the electronic equipment of the embodiment of the present invention, described first surface and described the 3rd surface are that same surface or described first surface and described the 3rd surface are two surfaces parallel to each other.
Preferably, according in the electronic equipment of the embodiment of the present invention, described first, second reflector element is the curved surface that curvature is different, so that described the first view field and described the first overlapping and/or described the second view field of interactive identification area part and described the second interactive identification area part are overlapping.
Preferably, according to the electronic equipment of the embodiment of the present invention, further comprise: support unit or the interface being connected with support unit, be positioned at described electronic equipment, with parallel the 4th relative surface of described first surface, wherein said support unit be used for supporting described electronic equipment in case on stayed surface in vertical, and the light group of sending by described projecting cell is projected on described stayed surface to form described predetermined image via the first projection window.
According to another aspect of the present invention, provide a kind of display packing, be applied to an electronic equipment, described electronic equipment comprises:
Display unit, is positioned at the first surface of described electronic equipment, for showing the first information;
Projecting cell, is positioned at described electronic equipment internal, for sending the light group corresponding with predetermined image, to can form described predetermined image in the view field outside described electronic equipment, thereby shows the second information;
Light path converting unit, is positioned at described electronic equipment internal, for the light sending from projecting cell being transformed into the first light path or the second light path;
The first projection window, is positioned at the second surface of described electronic equipment, meets predetermined transmittance and the light sending from described projecting cell, advance along the first light path can be transmitted through to the first view field of described electronic device exterior;
The second projection window, is positioned at the 3rd surface of described electronic equipment, meets predetermined transmittance and the light sending from described projecting cell, advance along the second light path can be transmitted through to the second view field of described electronic device exterior;
Described method comprises the steps:
Send the light group corresponding with predetermined image;
The light sending is transformed into the first light path or the second light path;
The light of advancing along the first light path or the second light path is transmitted through to the view field of described electronic device exterior, to can form described predetermined image in described view field, thereby shows the second information.
Preferably, according in the display packing of the embodiment of the present invention, described electronic equipment further comprises:
Interactive identification unit, is positioned at described electronic equipment internal, for identifying the specific input in the interactive identification region outside described electronic equipment; And
The first interactive identification window, is positioned at the second surface of described electronic equipment, and meet predetermined transmittance and make described interactive identification unit can observe the input in the first interactive identification region of described electronic device exterior,
The second interactive identification window, is positioned at the 3rd surface of described electronic equipment, and meet predetermined transmittance and make described interactive identification unit can observe the input in the second interactive identification region of described electronic device exterior,
Described method further comprises:
Light group from described electronic device exterior is transformed into the 3rd light path or the 4th light path to incide described electronic equipment internal;
Observe described light group the identification specific input corresponding with described light group;
Carry out the operation corresponding with described specific input.
Preferably, according in the display packing of the embodiment of the present invention, described light path converting unit comprises:
The first reflector element, corresponding to described projecting cell, for the light that incides it is reflected;
The second reflector element, corresponding to described interactive identification unit, for the light that incides it is reflected;
Adjustment unit, for adjusting reflector element, thereby is transformed into the first light path and the 3rd light path or the second light path and the 4th light path by incident ray,
Described method further comprises:
Judge that whether described electronic equipment is in predetermined state;
When detecting described electronic equipment in described predetermined state, the light group that described electronic equipment is sent is transformed into the first light path, and the light from described electronic device exterior incident is transformed into the 3rd light path, and when detecting described electronic equipment not in described predetermined state, the light group that described electronic equipment is sent is transformed into the second light path, and the light from described electronic device exterior incident is transformed into the 4th light path.
Adopt this programme advantage to be afterwards:
Can carry out conventional projection operation, if projection is in metope, rely on the depth of field sensor of self, can when watching image, carry out aerial gesture interaction;
While making a phone call, can, by extra information projection in desktop, can touch alternately at desktop simultaneously;
When making visual telephone, projection mobile phone can be erect and is positioned on desktop, liquid crystal display display video phone related content, desktop projection shows extra information, can touch alternately at desktop simultaneously.
Accompanying drawing explanation
Fig. 1 is that diagram is according to the skeleton view of the outward appearance of the electronic equipment of the embodiment of the present invention;
Fig. 2 shows the above schematic diagram of described voice call enhanced scene;
Fig. 3 shows the schematic diagram of above described giant-screen projection scene;
Fig. 4 shows the schematic diagram of above described video calling enhanced scene;
Fig. 5 is the functional block diagram of the concrete configuration of diagram light path converting unit;
Fig. 6 shows a kind of possible embodiment of adjustment unit;
Fig. 7 A-7B shows the side view of electronic equipment; And
Fig. 8 shows the process flow diagram being applied to according to the process of the display packing of the electronic equipment of the embodiment of the present invention.
Embodiment
Below with reference to accompanying drawings of the present invention each is preferred embodiment described.Provide the description referring to accompanying drawing, to help the understanding by claim and the example embodiment of the present invention that equivalent was limited thereof.It comprises the various details of help understanding, but that they can only be counted as is exemplary.Therefore, those skilled in the art will recognize that, can make various changes and modifications embodiment described herein, and do not depart from the scope of the present invention and spirit.And, in order to make instructions more clear succinct, by the detailed description of omitting well known function and structure.
First, with reference to Fig. 1, describe according to the electronic equipment of the embodiment of the present invention.For example, the electronic equipment is here the smart mobile phone with projecting function.And the electronic equipment here not only has projecting function.As shown in Figure 1, electronic equipment 100 comprises display unit 101, projecting cell 102, light path converting unit 103, the first projection window 104 and the second projection window 105.
Display unit 101 is positioned at the first surface of electronic equipment 100, for showing the first information.Display unit 101 can be common liquid crystal display or organic EL display panel (OLED).Any information when the first information here can be electronic equipment 100 normal running, the operation interface of interface as main in system or arbitrary application etc.The situation that only comprises a display unit has been shown in Fig. 1.But, the invention is not restricted to this.The quantity of display unit can be more than one, and also can include display unit at the tow sides of electronic equipment 100.
Projecting cell 102 is positioned at the inner (not shown in figure 1) of electronic equipment 100, for sending the light group corresponding with predetermined image, to can form described predetermined image in the view field outside described electronic equipment, thereby shows the second information.Projecting cell 102 can be DLP(Digital Light Processing) projecting cell of projecting cell or liquid crystal or laser form.Second information is here that user is desirably in simultaneously upper information showing of in addition certain of electronic equipment 100.For example, described user wishes to check when receiving calls that, under the application scenarios of address list, described predetermined image is address list hereinbefore.Correspondingly, described the second information is associated person information.
Light path converting unit 103 is positioned at the inner (not shown in figure 1) of electronic equipment 100, for the light sending from projecting cell 102 being transformed into the first light path or the second light path.Concrete configuration and the principle of work of light path converting unit 103 will be described in more detail below.
The first projection window 104 is positioned at the second surface of electronic equipment 100, meets predetermined transmittance and light that send from projecting cell 102, that advance along the first light path can be transmitted through to the first view field of electronic equipment 100 outsides.
The second projection window 105 is positioned at the 3rd surface of electronic equipment 100, meets predetermined transmittance and light that send from projecting cell 120, that advance along the second light path can be transmitted through to the second view field of electronic equipment 100 outsides.
Fig. 2 shows the above schematic diagram of described voice call enhanced scene.As shown in Figure 2, user's hand-hold electronic equipments 100, light that send from projecting cell 102, that advance along the first light path through the first projection window 104 be projected to the first view field (as, desktop, ground, metope).Because the distance of electronic equipment and view field is conventionally less, therefore can project the image of 10-20 cun.
Fig. 3 shows the schematic diagram of above described giant-screen projection scene.As shown in Figure 3, light that send from projecting cell 102, that advance along the first light path is projected to the first view field (as, metope) through the first projection window 104.Because the distance of electronic equipment and view field is conventionally larger, therefore can project the image of 30-50 cun.
Visible, under described voice call enhanced scene and giant-screen projection scene, light is launched via the first projection window, and launches without the second projection window hereinbefore.In addition, it is pointed out that in this case, in reducing the consideration of power consumption, the display unit of electronic equipment does not show conventionally.
Fig. 4 shows the schematic diagram of above described video calling enhanced scene.As shown in Figure 4, in display unit 101 display video pictures, another image of projection on desktop for example also.Due to when via the second projection window 105 projected image, electronic equipment 100 need to be in vertical.Therefore, as preferred embodiment, electronic equipment 100 may further include: support unit or the interface 109 being connected with support unit, be positioned at described electronic equipment, with parallel the 4th relative surface of described first surface, wherein said support unit be used for supporting described electronic equipment in case on stayed surface in vertical, and the light group of sending by described projecting cell is projected on described stayed surface to form described predetermined image via the first projection window.
Visible, different with giant-screen projection scene from voice call enhanced scene, in screen call enhanced scene, light is launched via the second projection window, and launches without the first projection window.In addition, above the situation of the scene of described word input is also similar to voice call enhanced scene.
Here, it should be noted that, described second surface and described the 3rd surface are surfaces adjacent on described electronic equipment.
Referring back to Fig. 1, as can see from Figure 1, display unit 101 and the second projection window 105 are positioned at same plane.That is, first surface and the 3rd surface are same surface.But, the invention is not restricted to this.For example, if the front surface that the surface at regulation display unit 101 places is electronic equipment, the second projection window 105 also can be positioned at the rear surface of electronic equipment 100.In other words, first surface and the 3rd surface are two surfaces parallel to each other.
By the configuration of current electronic equipment 100, can be for the different use scenes of user, the view field by the image projection of user's expectation to different directions, thus improved the convenience that user uses.Yet, by the configuration of current electronic equipment 100, only can realize the function of demonstration.In user's practical application, toward contact, need to realize mutual function.That is, on shown image, by gesture etc., carry out input operation.
Therefore,, as preferred embodiment, electronic equipment 100 may further include: interactive identification unit 106, the first interactive identification window 107 and the second interactive identification window 108.
Interactive identification unit 106 is positioned at the inner (not shown in figure 1) of electronic equipment 100, for identifying the specific input in the interactive identification region outside electronic equipment 100.Interactive identification unit can, by one or more module compositions, according to the difference of specific embodiments, can carry out 2D identification or 3D identification.For example, interactive identification unit 106 can identify user finger touch which the two-dimensional space location point on projecting plane, and then judgement user triggered which pseudo operation button.Or interactive identification unit can identify user's three-dimension gesture.
The first interactive identification window 107 is positioned at the second surface of electronic equipment 100, meets predetermined transmittance and makes described interactive identification unit can observe the input in the first interactive identification region of electronic equipment 100 outsides.
The second interactive identification window 108 is positioned at the 3rd surface of electronic equipment 100, meets predetermined transmittance and makes described interactive identification unit can observe the input in the second interactive identification region of electronic equipment 100 outsides.
Here, above described light path converting unit 103 also for the light from electronic equipment 100 outside incidents is provided to interactive identification unit 106 via the 3rd light path or the 4th light path.
It should be noted that and described hereinbefore 103 pairs of light path converting unit projecting cell 102 and interactive identification unit 106 the two carries out the embodiment of light path converting.But, the invention is not restricted to this.For example, alternatively, also can provide respectively two independently light path converting unit for projecting cell 102 and interactive identification unit 106.
Next, concrete configuration and the principle of work of light path converting unit will be described in detail.Here, take the light path converting unit of situation use to(for) projecting cell 102 and interactive identification unit 106 is described as example.
Fig. 5 shows the functional block diagram of the concrete configuration of light path converting unit.As shown in Figure 5, light path converting unit 103 comprises: the first reflector element 1031, the second reflector element 1032 and adjustment unit 1033.
The first reflector element 1031 is corresponding to above-mentioned projecting cell 102, for the light that incides it is reflected.
The second reflector element 1032 is corresponding to above-mentioned interactive identification unit 106, for the light that incides it is reflected.
For example, first, second reflector element here can be catoptron.
Adjustment unit 1033 is for adjusting reflector element, thereby incident ray is transformed into the first light path and the 3rd light path or the second light path and the 4th light path.
For example, Fig. 6 shows a kind of possible embodiment of adjustment unit 1033.As shown in Figure 6, adjustment unit 1033 can comprise: rotating unit 201 and rotating shaft unit 202.Note, show the situation that the first reflector element and the second reflector element is integrated into a reflector element here.Reflector element is connected in rotating unit by rotating shaft unit, so that adjust the angle of reflector element, thus change projecting direction.Wherein, the reflector space of Reference numeral 301 indication projecting cell 102 correspondences in Fig. 6, and the reflector space of Reference numeral 302 indication interactive identification unit 106 correspondences.
Fig. 7 A-7B shows the side view of electronic equipment 100.By the side view of Fig. 7 A-7B, can understand better state described above 1 and state 2.In Fig. 7 A-7B, because interactive identification unit 106 can be parallel with projecting cell 102 at the placement location of electronic equipment 100 inside, so when watching from the side, the two coincidence.In addition, light path converting unit 103 is similar for the light path converting principle of projecting cell and interactive identification unit.Therefore, for brevity, only for projecting cell 102 diagrams.In Fig. 7 A, when rotating unit turns to angle A, corresponding to the state 1 of reflector element, the image that projecting cell is launched directly projects away (the first light path) from the first projecting cell window, corresponding to delivering directly situation.In Fig. 7 B, when rotating unit turns to angle B, corresponding to the state 2 of reflector element, the image that projecting cell is launched is reflected after unit reflection, from the second projecting cell window (the second light path), projection is gone out, and corresponding to the oblique throwing of desktop or metope, tiltedly throws situation.
Above with reference to Fig. 6,7A-7B, the adjustment unit of take is described as rotating unit as example.But, the invention is not restricted to this.For example, adjustment unit can also be the slide rail to place at a predetermined angle with respect to projecting cell and interactive identification unit.Reflector element is placed on slide rail, to can slide on slide rail.When reflector element is during in primary importance, light path is not passed through reflector element; And when reflector element is during in the second place, light path is reflected unit reflection.
It should be noted that the instruction that the adjustment unit 1033 here can be based on user and adjusting.But as preferred embodiment, adjustment unit 1033 also can automatically be adjusted.In this case, described light path converting unit 103 further comprises: detecting unit 1034 and control module 1035.
Detecting unit 1034 for detection of electronic equipment 100 whether in predetermined state.For example, the predetermined state here can be hand holding state, and user holds electronic equipment 100 in hand.Or the predetermined state here can be also holding state, electronic equipment 100 stands on a supporting surface by support component 109.
When described detecting unit 1034 detects described electronic equipment in described predetermined state, for example, during hand holding state, now be generally voice call enhanced scene or giant-screen projection scene, therefore, control module 1035 is controlled described adjustment unit 1033, thereby respectively the light that incides the first and second reflector elements is transformed into the first and the 3rd light path, that is: by the first projection window 104, launches, pass through the first interactive identification window 107 incidents.And when described detecting unit 1034 detects described electronic equipment not in described predetermined state, now be generally video calling scene or word input scene, therefore control module 1035 is controlled described adjustment unit 1033, thereby respectively the light that incides the first and second reflector elements is transformed into the second and the 4th light path, that is: by the second projection window 105, launches, pass through the second interactive identification window 108 incidents.
The reflector element describing with reference to the accompanying drawings is hereinbefore plane.But, the invention is not restricted to this.For example, reflector element can be also curved surface.The given shape of curved surface can contribute to malformation correction or the modified-image ratio of image.In addition, also can there is respectively specific curve form in the region corresponding to projecting cell and interactive identification unit, for difference matching pursuit unit and interactive identification unit.That is to say, described first, second reflector element can be the different curved surface of curvature, so that described the first view field and described the first overlapping and/or described the second view field of interactive identification area part and described the second interactive identification area part are overlapping.Specifically, in the situation that reflector element is plane, in having the electronic equipment of the configuration of above describing, due to projecting cell and the parallel placement in interactive identification unit (as shown in Figure 6), so view field is the region that there is no two parallel placements of lap with interactive identification region.In this case, user can only input on the region outside projected image, thereby can not provide the experience directly operating for projected image to user.Therefore,, as preferred embodiment, described first, second reflector element can be the different curved surface of curvature, for example convex mirror or concave mirror.Like this, through the corresponding region of light of convex mirror or concave mirror reflection, will zoom in or out, thereby view field at least can be overlapping with interactive identification area part, even in the situation that suitably configuring curvature, can overlap completely with interactive identification region.In the situation that overlapping completely, user's experience is best.
Hereinbefore, referring to figs. 1 through Fig. 7, describe the electronic equipment according to the embodiment of the present invention in detail.Next, with reference to Fig. 8, the display packing that is applied to described electronic equipment is described.As noted before, described electronic equipment comprises: display unit, is positioned at the first surface of described electronic equipment, for showing the first information; Projecting cell, is positioned at described electronic equipment internal, for sending the light group corresponding with predetermined image, to can form described predetermined image in the view field outside described electronic equipment, thereby shows the second information; Light path converting unit, is positioned at described electronic equipment internal, for the light sending from projecting cell being transformed into the first light path or the second light path; The first projection window, is positioned at the second surface of described electronic equipment, meets predetermined transmittance and the light sending from described projecting cell, advance along the first light path can be transmitted through to the first view field of described electronic device exterior; The second projection window, is positioned at the 3rd surface of described electronic equipment, meets predetermined transmittance and the light sending from described projecting cell, advance along the second light path can be transmitted through to the second view field of described electronic device exterior.
As shown in Figure 8, described method comprises the steps:
First, at step S801, send the light group corresponding with predetermined image.
Then, at step S802, the light sending is transformed into the first light path or the second light path.
Finally, at step S802, the light of advancing along the first light path or the second light path is transmitted through to the view field of described electronic device exterior, to can form described predetermined image in described view field, thereby shows the second information.
In the situation that described electronic equipment further comprises as lower member: interactive identification unit, is positioned at described electronic equipment internal, for identifying the specific input in the interactive identification region outside described electronic equipment; And the first interactive identification window, be positioned at the second surface of described electronic equipment, meet predetermined transmittance and make described interactive identification unit can observe the input in the first interactive identification region of described electronic device exterior, the second interactive identification window, be positioned at the 3rd surface of described electronic equipment, meet predetermined transmittance and make described interactive identification unit can observe the input in the second interactive identification region of described electronic device exterior, described method may further include:
At step S804, the light group from described electronic device exterior is transformed into the 3rd light path or the 4th light path to incide described electronic equipment internal;
At step S805, observe described light group the identification specific input corresponding with described light group;
At step S806, carry out the operation corresponding with described specific input.
Here, it should be noted that step S804～S806 and step S801～S803 executed in parallel or execution after step S801～S803.
In addition, as noted before, the selection of light path converting, except manual selection, can also be selected automatically according to the predetermined state of electronic equipment.Therefore,, as preferred embodiment, before step S802, described method may further include:
At step S807, judge that whether described electronic equipment is in predetermined state;
If in predetermined state, at step S802, the light group that described electronic equipment is sent is transformed into the first light path, and at step S804, the light from described electronic device exterior incident is transformed into the 3rd light path at step S807 judgement electronic equipment.On the other hand, if not in predetermined state, at step S802, the light group that described electronic equipment is sent is transformed into the second light path at step S807 judgement electronic equipment, and at step S804, the light from described electronic device exterior incident is transformed into the 4th light path.
Completely corresponding with described electronic equipment owing to being applied to according to the display packing of the electronic equipment of the embodiment of the present invention, therefore for brevity, its details is not launched to describe.
It should be noted that, in this manual, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby the process, method, article or the equipment that make to comprise a series of key elements not only comprise those key elements, but also comprise other key elements of clearly not listing, or be also included as the intrinsic key element of this process, method, article or equipment.The in the situation that of more restrictions not, the key element being limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises described key element and also have other identical element.
Finally, also it should be noted that, above-mentioned a series of processing not only comprise the processing of carrying out by time series with order described here, and comprise parallel or respectively rather than the processing of carrying out in chronological order.
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 essential hardware platform by software and realize, and can certainly all by software, implement.Understanding based on such, 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, magnetic disc, CD etc., comprise that some instructions are with so that a computer equipment (can be personal computer, server, or the network equipment etc.) carry out the method described in some part of each embodiment of the present invention or embodiment.
Above the present invention is described in detail, has applied specific case herein principle of the present invention and embodiment are set forth, the explanation of above embodiment is just for helping to understand method of the present invention and core concept thereof; , for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention meanwhile.
Claims (10)
1. an electronic equipment, comprising:
Display unit, is positioned at the first surface of described electronic equipment, for showing the first information;
Projecting cell, is positioned at described electronic equipment internal, for sending the light group corresponding with predetermined image, to can form described predetermined image in the view field outside described electronic equipment, thereby shows the second information;
Light path converting unit, is positioned at described electronic equipment internal, for the light sending from projecting cell being transformed into the first light path or the second light path;
The first projection window, is positioned at the second surface of described electronic equipment, meets predetermined transmittance and the light sending from described projecting cell, advance along the first light path can be transmitted through to the first view field of described electronic device exterior;
The second projection window, is positioned at the 3rd surface of described electronic equipment, meets predetermined transmittance and the light sending from described projecting cell, advance along the second light path can be transmitted through to the second view field of described electronic device exterior;
Wherein said second surface and described the 3rd surface are surfaces adjacent on described electronic equipment.
2. electronic equipment according to claim 1, further comprises:
Interactive identification unit, is positioned at described electronic equipment internal, for identifying the specific input in the interactive identification region outside described electronic equipment; And
The first interactive identification window, is positioned at the second surface of described electronic equipment, and meet predetermined transmittance and make described interactive identification unit can observe the input in the first interactive identification region of described electronic device exterior,
The second interactive identification window, is positioned at the 3rd surface of described electronic equipment, and meet predetermined transmittance and make described interactive identification unit can observe the input in the second interactive identification region of described electronic device exterior,
Wherein, described light path converting unit is also for being provided to described interactive identification unit by the light from described electronic device exterior incident via the 3rd light path or the 4th light path.
3. electronic equipment according to claim 2, wherein said light path converting unit comprises:
The first reflector element, corresponding to described projecting cell, for the light that incides it is reflected;
The second reflector element, corresponding to described interactive identification unit, for the light that incides it is reflected;
Adjustment unit, for adjusting reflector element, thereby is transformed into the first light path and the 3rd light path or the second light path and the 4th light path by incident ray.
4. electronic equipment according to claim 3, wherein said light path converting unit further comprises:
Detecting unit, for detection of described electronic equipment whether in predetermined state;
Control module, for when described detecting unit detects described electronic equipment in described predetermined state, control described adjustment unit, thereby respectively the light that incides the first and second reflector elements is transformed into the first and the 3rd light path, and when described detecting unit detects described electronic equipment not in described predetermined state, control described adjustment unit, thereby the light that incides the first and second reflector elements is transformed into the second and the 4th light path respectively.
5. electronic equipment according to claim 1, wherein said first surface and described the 3rd surface are that same surface or described first surface and described the 3rd surface are two surfaces parallel to each other.
6. electronic equipment according to claim 3, described first, second reflector element is the curved surface that curvature is different, so that described the first view field and described the first overlapping and/or described the second view field of interactive identification area part and described the second interactive identification area part are overlapping.
7. electronic equipment according to claim 1, further comprise: support unit or the interface being connected with support unit, be positioned at described electronic equipment, with parallel the 4th relative surface of described first surface, wherein said support unit be used for supporting described electronic equipment in case on stayed surface in vertical, and the light group of sending by described projecting cell is projected on described stayed surface to form described predetermined image via the first projection window.
8. a display packing, is applied to an electronic equipment, and described electronic equipment comprises:
Display unit, is positioned at the first surface of described electronic equipment, for showing the first information;
Projecting cell, is positioned at described electronic equipment internal, for sending the light group corresponding with predetermined image, to can form described predetermined image in the view field outside described electronic equipment, thereby shows the second information;
Light path converting unit, is positioned at described electronic equipment internal, for the light sending from projecting cell being transformed into the first light path or the second light path;
The first projection window, is positioned at the second surface of described electronic equipment, meets predetermined transmittance and the light sending from described projecting cell, advance along the first light path can be transmitted through to the first view field of described electronic device exterior;
The second projection window, is positioned at the 3rd surface of described electronic equipment, meets predetermined transmittance and the light sending from described projecting cell, advance along the second light path can be transmitted through to the second view field of described electronic device exterior;
Described method comprises the steps:
Send the light group corresponding with predetermined image;
The light sending is transformed into the first light path or the second light path;
The light of advancing along the first light path or the second light path is transmitted through to the view field of described electronic device exterior, to can form described predetermined image in described view field, thereby shows the second information.
9. display packing according to claim 8, wherein said electronic equipment further comprises:
Interactive identification unit, is positioned at described electronic equipment internal, for identifying the specific input in the interactive identification region outside described electronic equipment; And
The first interactive identification window, is positioned at the second surface of described electronic equipment, and meet predetermined transmittance and make described interactive identification unit can observe the input in the first interactive identification region of described electronic device exterior,
The second interactive identification window, is positioned at the 3rd surface of described electronic equipment, and meet predetermined transmittance and make described interactive identification unit can observe the input in the second interactive identification region of described electronic device exterior,
Described method further comprises:
Light group from described electronic device exterior is transformed into the 3rd light path or the 4th light path to incide described electronic equipment internal;
Observe described light group the identification specific input corresponding with described light group;
Carry out the operation corresponding with described specific input.
10. display packing according to claim 9, wherein said light path converting unit comprises:
The first reflector element, corresponding to described projecting cell, for the light that incides it is reflected;
The second reflector element, corresponding to described interactive identification unit, for the light that incides it is reflected;
Adjustment unit, for adjusting reflector element, thereby is transformed into the first light path and the 3rd light path or the second light path and the 4th light path by incident ray,
Described method further comprises:
Judge that whether described electronic equipment is in predetermined state;
When detecting described electronic equipment in described predetermined state, the light group that described electronic equipment is sent is transformed into the first light path, and the light from described electronic device exterior incident is transformed into the 3rd light path, and when detecting described electronic equipment not in described predetermined state, the light group that described electronic equipment is sent is transformed into the second light path, and the light from described electronic device exterior incident is transformed into the 4th light path.
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| CN201310076591.6A CN104049720B (en) | 2013-03-11 | 2013-03-11 | Electronic equipment and the display methods for it |
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