CN105700841A - Flexible electronic equipment - Google Patents

Flexible electronic equipment Download PDF

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Publication number
CN105700841A
CN105700841A CN201610015754.3A CN201610015754A CN105700841A CN 105700841 A CN105700841 A CN 105700841A CN 201610015754 A CN201610015754 A CN 201610015754A CN 105700841 A CN105700841 A CN 105700841A
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China
Prior art keywords
display screen
flexible display
region
variation
deformation
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CN201610015754.3A
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Chinese (zh)
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CN105700841B (en
Inventor
廉智薰
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Lenovo Beijing Ltd
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Lenovo Beijing Ltd
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Priority to CN201610015754.3A priority Critical patent/CN105700841B/en
Publication of CN105700841A publication Critical patent/CN105700841A/en
Priority to DE102017100477.7A priority patent/DE102017100477A1/en
Priority to US15/403,909 priority patent/US20170199549A1/en
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units
    • G06F3/1415—Digital output to display device ; Cooperation and interconnection of the display device with other functional units with means for detecting differences between the image stored in the host and the images displayed on the displays

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  • Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Devices For Indicating Variable Information By Combining Individual Elements (AREA)
  • Human Computer Interaction (AREA)
  • Physics & Mathematics (AREA)
  • General Engineering & Computer Science (AREA)
  • General Physics & Mathematics (AREA)

Abstract

The invention discloses flexible electronic equipment, which comprises a flexible display screen, wherein the flexible display screen comprises a first surface; under the function of external force, the flexible display screen generates the deformation of a first change curve in a first change area to cause the flexible display screen to be opposite by two display areas divided by the first change area, and maintains that the deformation state of the flexible display screen is kept constant after the flexible display screen carries out deformation by the first change curve when the external force is removed; and the flexible display screen generates the deformation of a second change curve in a second change area under the function of the external force to cause the flexible display screen to be on the contrary by the two display areas divided by the second change area, and maintains that the deformation state of the flexible display screen is kept constant after the flexible display screen carries out deformation by the second change curve when the external force is removed. Through the technical scheme provided by the invention, the technical problem of the single bending way of the flexible display screen of the electronic equipment in the prior art is solved.

Description

A kind of flexible electronic devices
Technical field
The present invention relates to electronic technology field, particularly to a kind of flexible electronic devices。
Background technology
Along with the development of science and technology, various electronic equipments, the electronic equipment especially with flexible display screen constantly occurs, as: with the smart mobile phone of flexible display screen, panel computer, Intelligent bracelet etc.。
In prior art, the flexible display screen of electronic equipment is only capable of carrying out relatively simple bending, as: bending inwards or outwards bend, mode is comparatively single。
Present inventor is in invention the embodiment of the present application in the process of technical scheme, it has been found that above-mentioned prior art at least exists following technical problem:
There is the technical problem that bending mode is comparatively single in the flexible display screen of electronic equipment of the prior art。
Summary of the invention
The embodiment of the present invention provides a kind of flexible electronic devices, and the flexible display screen for solving electronic equipment of the prior art exists the technical problem that bending mode is comparatively single, it is achieved provide the technique effect of the bending mode of relatively horn of plenty。
A kind of flexible electronic devices, including:
Flexible display screen, including first surface, described first surface is the display output area of described flexible display screen；
Wherein, described flexible display screen produces the deformation of the first change curve so that described flexible display screen is relative with two viewing areas of described first region of variation division at the first region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described first change curve；
Described flexible display screen produces the deformation of the second change curve so that described flexible display screen is opposing with two viewing areas of described second region of variation division at the second region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described second change curve。
Optionally, described first region of variation is misaligned with described second region of variation；Described flexible display screen with described first region of variation divide two viewing areas for the first viewing area and the second viewing area；Described flexible display screen with described second region of variation divide two viewing areas for described second viewing area and the 3rd viewing area。
Optionally, corresponding with the first viewing area on described flexible display screen is Part I, and corresponding with the second viewing area on described flexible display screen is Part II, and corresponding with the 3rd viewing area on described flexible display screen is Part III；
Wherein, described Part I is positioned at the first side of described Part II place plane, and described Part III is positioned at second side relative with described first side of described Part II place plane。
Optionally, described first change curve is different with the shape of described second change curve, and described Part III is used as support member。
Optionally, described first region of variation is not fixed；Described second region of variation is not fixed。
Optionally, described flexible display screen also includes:
Flexible supporting device, described flexible supporting device is at least provided with the position corresponding at region of variation；Described flexible supporting device deforms upon to drive the described region of variation deformation therewith of described flexible display screen under the effect of external force, and described flexible supporting device to maintain deformed state after external force is cancelled constant with stablizing after maintaining described flexible display screen deformation。
Optionally, described flexible supporting device bending place after deformation curved structure all the time, described arcuate structure mates with change curve, to support and to protect the dough deformation of described flexible display screen correspondence position。
Optionally, described flexible supporting device includes:
First sliding axle；
Second sliding axle；
Middle slip axle group, described middle slip axle group includes multiple middle slip axle set in a row；
Connecting elements group, described middle slip axle group is movably connected to described first sliding axle and described second sliding axle by described connecting elements group；
Wherein, described flexible apparatus can bend along the bearing of trend of described middle slip axle group, and the bending place of described flexible apparatus curved structure all the time。
Optionally, described bending place includes M root sliding axle, and the arcuate structure of described bending place refers to that the outer tangent plane of described M root sliding axle is arcwall face。
Optionally, when described M root sliding axle forms arcuate structure, it is positioned at each sliding axle geo-stationary of described M root sliding axle the first side；It is positioned at each sliding axle geo-stationary of described M root sliding axle the second side。
Optionally, described flexible display screen has flattened version and the first deformation pattern, wherein, described first deformation pattern is that described flexible display screen produces the deformation of the first change curve so that described flexible display screen is relative with two viewing areas of described first region of variation division at the first region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described first change curve；And described flexible display screen produces the deformation of the second change curve so that two viewing areas dividing with described second region of variation of described flexible display screen are opposing at the second region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described second change curve, wherein, described first region of variation is misaligned with described second region of variation；Described flexible display screen with described first region of variation divide two viewing areas for the first viewing area and the second viewing area；Described flexible display screen with described second region of variation divide two viewing areas for described second viewing area and the 3rd viewing area。
Optionally, described flexible electronic devices also includes:
Apparatus body；
The described Part I of described flexible display screen is fixing with described apparatus body to be connected；
Described flexible display screen also has the second deformation pattern, and described second deformation pattern is the pattern around described apparatus body generation dough deformation。
Optionally, described flexible electronic devices also includes:
Processor；Described processor, for obtaining the pattern information of described flexible display screen, determines the display of the display content three regions at described flexible display screen and/or region of variation according to the described pattern information of described flexible display screen。
Said one in the embodiment of the present application or multiple technical scheme, at least have one or more technique effects following:
One, due to the technical scheme in the embodiment of the present application, including: flexible display screen, including first surface, described first surface is the display output area of described flexible display screen；Wherein, described flexible display screen produces the deformation of the first change curve so that described flexible display screen is relative with two viewing areas of described first region of variation division at the first region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described first change curve；Described flexible display screen produces the deformation of the second change curve so that described flexible display screen is opposing with two viewing areas of described second region of variation division at the second region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described second change curve。Namely will not as in prior art, the flexible display screen of electronic equipment is only capable of carrying out relatively simple bending, as: bend inwards or outwards bend, mode is comparatively single, and in the technical program, the deformation of the first change curve can be produced so that described flexible display screen is relative with two viewing areas of described first region of variation division at the first region of variation, or flexible display screen produces the deformation of the second change curve so that described flexible display screen is opposing with two viewing areas of described second region of variation division at the second region of variation under external force, provide the bending mode of relatively horn of plenty, so, can effectively solve the problem that the flexible display screen of electronic equipment of the prior art exists the technical problem that bending mode is comparatively single, and then realize providing the technique effect of more bending mode。
Two, due to the technical scheme in the embodiment of the present application, described first region of variation is not fixed；Described second region of variation is not fixed。Namely in the technical program, first region of variation of flexible display screen and the second region of variation are not changeless, and what the stress point being as institute's externally applied forces changed, so, flexible electronic devices can be bent by electronic device user according to being actually needed of oneself, different bendings can be carried out, and then reach to improve the technique effect of user experience。
Three, due to the technical scheme in the embodiment of the present application, described flexible supporting device is at least provided with the position corresponding at described region of variation；Described flexible supporting device deforms upon to drive the described region of variation deformation therewith of described flexible display screen under the effect of external force, and described flexible supporting device to maintain deformed state after external force is cancelled constant with stablizing after maintaining described flexible display screen deformation。Namely in the technical program, by flexible supporting device, Part II and Part III to flexible display screen carry out mechanical support, allow the user to better be operated flexible electronic devices, and then reach improving the technique effect of user experience。
Four, due to the technical scheme in the embodiment of the present application, also include: processor；Described processor, for obtaining the pattern information of described flexible display screen, determines the display of the display content three regions at described flexible display screen and/or region of variation according to the described pattern information of described flexible display screen。Namely in the technical program, the pattern information of flexible display screen is obtained by processor, according to the pattern that flexible display screen is presently in, determine the display of the present displayed content three regions at flexible display screen and/or region of variation, the display mode making display content more meets the demand of user, and then further up to improving the technique effect of user experience。
Accompanying drawing explanation
The structural diagrams of a kind of flexible electronic devices that Fig. 1 provides for the embodiment of the present application is intended to；
The schematic diagram of the flexible display screen of a kind of flexible electronic devices that Fig. 2 A-Fig. 2 B provides for the embodiment of the present application；
First region of variation of a kind of flexible electronic devices that Fig. 3 A-Fig. 3 B provides for the embodiment of the present application and the second region of variation schematic diagram after deforming upon under external force；
The first when Fig. 4 is in the first deformation pattern for a kind of flexible electronic devices that the embodiment of the present application provides realizes schematic diagram；
The second when Fig. 5 is in the first deformation pattern for a kind of flexible electronic devices that the embodiment of the present application provides realizes schematic diagram；
The third when Fig. 6 is in the first deformation pattern for a kind of flexible electronic devices that the embodiment of the present application provides realizes schematic diagram；
First region of variation of a kind of flexible electronic devices that Fig. 7 A-Fig. 7 B provides for the embodiment of the present application and the schematic diagram of the second region of variation present position；
Fig. 8 A-Fig. 8 G also comprises the structural representation of apparatus body for a kind of flexible electronic devices that the embodiment of the present application provides；
Fig. 8 H-Fig. 8 U when including apparatus body for a kind of flexible electronic devices that the embodiment of the present application provides, flexible display screen is deformed after variable condition schematic diagram；
The structural representation of flexible supporting device in a kind of flexible electronic devices that Fig. 9 provides for the embodiment of the present application；
In a kind of flexible electronic devices that Figure 10 A-Figure 10 B provides for the embodiment of the present application, flexible supporting device arranges the schematic diagram of position；
Figure 11 is that structure shown in Fig. 9 is at the structural representation of bending state；
Figure 12 is the structural representation when maximum bending degree of the structure shown in Figure 11；
The structural representation of the first connecting elements that Figure 13 A-Figure 13 C provides for the embodiment of the present application；
The structural representation of the second connecting elements that Figure 14 provides for the embodiment of the present application；
Another structural representation of the second connecting elements that Figure 15 provides for the embodiment of the present application；
Another structural representation of the second connecting elements that Figure 16 provides for the embodiment of the present application；
The structural representation of the 3rd connecting elements that Figure 17-Figure 18 provides for the embodiment of the present application；
The structural representation of the 4th connecting elements that Figure 19-Figure 21 provides for the embodiment of the present application；
The assembling schematic diagram of the first connecting elements, the second connecting elements, the 3rd connecting elements, the 4th connecting elements, fill block and sliding axle that Figure 22 provides for the embodiment of the present application；
The structural representation of the fill block that Figure 23 provides for the embodiment of the present application；
The structural representation of lamellar the 3rd connecting elements that Figure 24 provides for the embodiment of the present application；
The structural representation of lamellar the 4th connecting elements that Figure 25 provides for the embodiment of the present application；
The structural representation of the lamellar fill block that Figure 26 provides for the embodiment of the present application；
Figure 27 for the embodiment of the present application provide adopt punching press cut out crimping manufacture the first connecting elements face structural representation；
Figure 28 is the axonometric chart of structure shown in Figure 27；
Figure 29 for the embodiment of the present invention provide adopt punching press cut out crimping manufacture the second connecting elements face structural representation；
Figure 30 is the axonometric chart of structure shown in Figure 29；
The main TV structure schematic diagram in the first component portion that Figure 31 provides for the embodiment of the present application；
Figure 32 is the perspective view in the first component portion shown in Figure 31；
The main TV structure schematic diagram in the second component portion that Figure 33 provides for the embodiment of the present invention；
Figure 34 is the perspective view in the first component portion shown in Figure 33；
The main TV structure schematic diagram in the 3rd component portion that Figure 35 provides for the embodiment of the present invention；
Figure 36 is the perspective view in the 3rd component portion shown in Figure 35；
The main TV structure schematic diagram in the 4th component portion that Figure 37 provides for the embodiment of the present invention；
Figure 38 is the three-dimensional structure diagram in the 4th component portion shown in Figure 37；
The structural representation of the first fixing connector that Figure 39 provides for the embodiment of the present invention；
The structural representation of the second fixing connector that Figure 40 provides for the embodiment of the present invention。
Detailed description of the invention
The technical scheme that the embodiment of the present application provides, for solve existing in the flexible display screen of electronic equipment there is the technical problem that bending mode is comparatively single, it is achieved the technique effect of the bending mode of relatively horn of plenty is provided。
Technical scheme in the embodiment of the present application is for solving above-mentioned technical problem, and general thought is as follows:
A kind of flexible electronic devices, including:
Flexible display screen, including first surface, described first surface is the display output area of described flexible display screen；
Wherein, described flexible display screen produces the deformation of the first change curve so that described flexible display screen is relative with two viewing areas of described first region of variation division at the first region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described first change curve；
Described flexible display screen produces the deformation of the second change curve so that described flexible display screen is opposing with two viewing areas of described second region of variation division at the second region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described second change curve。
Technique scheme, including: flexible display screen, including first surface, described first surface is the display output area of described flexible display screen；Wherein, described flexible display screen produces the deformation of the first change curve so that described flexible display screen is relative with two viewing areas of described first region of variation division at the first region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described first change curve；Described flexible display screen produces the deformation of the second change curve so that described flexible display screen is opposing with two viewing areas of described second region of variation division at the second region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described second change curve。Namely will not as in prior art, the flexible display screen of electronic equipment is only capable of carrying out relatively simple bending, as: bend inwards or outwards bend, mode is comparatively single, and in the technical program, the deformation of the first change curve can be produced so that described flexible display screen is relative with two viewing areas of described first region of variation division at the first region of variation, or flexible display screen produces the deformation of the second change curve so that described flexible display screen is opposing with two viewing areas of described second region of variation division at the second region of variation under external force, provide the bending mode of relatively horn of plenty, so, can effectively solve the problem that the flexible display screen of electronic equipment of the prior art exists the technical problem that bending mode is comparatively single, and then realize providing the technique effect of more bending mode。
In order to be better understood from technique scheme, below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, the specific features being to be understood that in the embodiment of the present application and embodiment is the detailed description to technical solution of the present invention, rather than the restriction to technical solution of the present invention, when not conflicting, the embodiment of the present application and the technical characteristic in embodiment can be mutually combined。
Embodiment one
Refer to Fig. 1, for the structural representation of the flexible electronic devices of the application the first preferred embodiment mode。Below described flexible electronic devices is specifically described。
Flexible display screen 10, including first surface 101, described first surface 101 is the display output area of described flexible display screen 10；
Wherein, described flexible display screen 10 produces the deformation of the first change curve so that described flexible display screen 10 is relative with two viewing areas of described first region of variation division at the first region of variation under external force, and maintain described flexible display screen 10 when external force is cancelled constant with the deformation state after the deformation of described first change curve；
Described flexible display screen 10 produces the deformation of the second change curve so that described flexible display screen 10 is opposing with two viewing areas of described second region of variation division at the second region of variation under external force, and maintain described flexible display screen 10 when external force is cancelled constant with the deformation state after the deformation of described second change curve。
In the embodiment of the present application, flexible electronic devices can be smart mobile phone, panel computer, personal digital assistant, navigator etc., or other has the electronic equipment of flexible display screen 10, is not especially limited in the embodiment of the present application。
In the embodiment of the present application, flexible display screen 10 is made up of soft material, as: flexible glass, it it is the flexible display device of deformable, when flexible electronic devices user need not use flexible electronic devices, flexible display screen 10 can be curved or bends so that flexible display screen 10 has smaller size smaller, facilitate user to carry；And when user needs to use, flexible display screen 10 is launched, bigger display screen is provided, provide the user with good visual experience, further, flexible glass can also such as: realizes on the various substrates of plastic base, metal basal board or paper substrate, and after power-off, also can keep and show being positioned at flexible display screen 10 of the draw above picture。
In the embodiment of the present application, flexible display screen 10 includes first surface 101, display output area for flexible display screen 10, display output area can be one and independently show output area, can also multiple independent display output areas, as: flexible display screen 10 is divided into up and down, four of left-right situs independently show output area, each shows between output area separate, refer to Fig. 2 A-Fig. 2 B, if display output area is multiple independent display output areas, when then one of them output area being operated, other output area can't be produced impact, and operating result will not be shown on other display output area, thus flexible electronic devices is operated by convenient many individuals, good experience effect can be brought to user。
In the embodiment of the present application, refer to Fig. 3 A, the first region of variation 102 on flexible display screen 10 deforms upon under external force, flexible display screen 10 is divided into the first region of variation 102 be shared region viewing area A and viewing area B, and viewing area A is relative with viewing area B, specifically, if with viewing area A in the first sub-surface 1011 of first surface 101 correspondence for reference plane, viewing area A is relative with viewing area B, then refer to that the second corresponding on first surface 101 for viewing area B sub-surface 1012 is directed towards the first sub-surface, and when the external force acting on the first region of variation 102 is cancelled, flexible display screen 10 can remain unchanged。
In the embodiment of the present application, refer to Fig. 3 B, the second region of variation 103 on flexible display screen 10 deforms upon under external force, flexible display screen 10 is divided into viewing area C that the second region of variation is shared region and viewing area D, and viewing area C and viewing area D is opposing, specifically, if with viewing area C in the 3rd sub-surface 1013 of first surface 101 correspondence for reference plane, viewing area C and viewing area D is opposing, then refer to that the 4th corresponding on first surface 101 for viewing area D sub-surface 1014 is the 3rd sub-surface dorsad, in implementing process, when the external force acting on the second region of variation 103 is cancelled, flexible display screen 10 can remain unchanged。
In the embodiment of the present application, the first region of variation and the second region of variation specifically have the following two kinds situation:
The first situation, first region of variation 102 and the second region of variation are specially the region with one fixed width, as: 2 centimetres, 2.5 centimetres or 3 cm widths, in implementing process, first region of variation 102 can identical can also differ with the width of the second region of variation, those of ordinary skill in the art can be set according to actual needs, is not especially limited in the embodiment of the present application。
The second situation, when the width of the first region of variation 102 and the second region of variation is sufficiently narrow, the first region of variation 102 and the second region of variation are then fold line, certainly in implementing process, first region of variation 102 is the region with one fixed width, and the second region of variation is fold line；Or, the first region of variation 102 is fold line, and the second region of variation is the region with one fixed width, and when implementing, those of ordinary skill in the art can be set according to actual needs, is not especially limited in the embodiment of the present application。
Further, in the embodiment of the present application, the first region of variation 102 and the second region of variation can be different region of variation, it is also possible to for identical region of variation, separately below above-mentioned two situations are illustrated。
The first situation, the first region of variation 102 and the second region of variation are different region of variation。
In the embodiment of the present application, described first region of variation 102 is misaligned with described second region of variation；Described flexible display screen 10 with described first region of variation 102 divide two viewing areas for the first viewing area and the second viewing area；Described flexible display screen 10 with described second region of variation divide two viewing areas for described second viewing area and the 3rd viewing area。
In implementing process, refer to Fig. 4, when the first region of variation 102 and the second region of variation are misaligned, two viewing areas that flexible display screen 10 is divided into so that the first region of variation 102 is shared region by the first region of variation 102 are specially the first viewing area and the second viewing area, it is relative between first viewing area and the second viewing area, namely in the first region of variation 102 position, flexible display screen 10 has been carried out infolding；Two viewing areas that on flexible display screen 10, flexible display screen 10 is divided into so that the second region of variation is shared region by the second region of variation on other viewing area except the first viewing area are specially the second viewing area and the 3rd viewing area, namely at the second region of variation, flexible display screen 10 have been carried out outer folding。
In implementing process, can be separate viewing area between first viewing area, the second viewing area and the 3rd viewing area, can also be spliced to form a big viewing area, simultaneously, first viewing area, the second viewing area, the 3rd viewing area can show identical display content, different display contents can also be shown respectively, those of ordinary skill in the art can be set according to actual needs, is not especially limited in the embodiment of the present application。
In the embodiment of the present application, corresponding with the first viewing area on described flexible display screen 10 is Part I, corresponding with the second viewing area on described flexible display screen 10 is Part II, and corresponding with the 3rd viewing area on described flexible display screen 10 is Part III；
Wherein, described Part I is positioned at the first side of described Part II place plane, and described Part III is positioned at second side relative with described first side of described Part II place plane。
In implementing process, refer to Fig. 4, by the Part I partly as flexible display screen 10 corresponding with the first viewing area on flexible display screen 10, by the Part II partly as flexible display screen 10 corresponding with the second viewing area on flexible display screen 10, by the Part III partly as flexible display screen 10 corresponding with the 3rd viewing area on flexible display screen 10, as shown in Figure 4, Part I is positioned at the first side of Part II place plane, Part III is positioned at second side relative with the first side of Part II place plane, namely namely flexible display screen 10 has been carried out infolding operation, also flexible display screen 10 has been carried out outer folding operation。
Described first change curve is different with the shape of described second change curve, and described Part III is used as support member。
In implementing process, refer to Fig. 4, when the first region of variation 102 and the second region of variation are the region with one fixed width, when there being External Force Acting in the first region of variation 102 and the second region of variation, first region of variation 102 and the second region of variation can deform upon, form the arc with certain radian, corresponding it is the formation of the first change curve and the second change curve, in the embodiment of the present application, first change curve is the first arc curve in the first radian, second change curve is the second arc curve in the second radian, further, in the embodiment of the present application, the opening direction first direction of the first arc curve, the concrete direction by E point sensing F is first direction, wherein, E point is the point of contact of the outer tangent line of the first change curve, F point is for make the intersection point after ray with the two-end-point of the first change curve；The opening direction of the second arc curve is second direction, and the concrete direction by G point sensing H is second direction, and wherein, the point of contact of the outer tangent line of E point position the second change curve, H point is for make the intersection point after ray with the two-end-point of the second change curve。
In the embodiment of the present application, the shape of the first change curve and the second change curve is different, it is mainly reflected in the first change curve and radian corresponding to the second change curve differs, as: being the first arc curve in π/6 radian at the first change curve, the second change curve is the second arc curve in π/3 radian；Or first change curve be the first arc curve in π/4 radian, the second change curve is the camber line in π/3 radian；Or form the arc curve in other radian, it is not especially limited in the embodiment of the present application；In the embodiment of the present application, the shape difference of the first change curve and the second change curve is also embodied in the opening direction difference of the first change curve and the second change curve。
In the embodiment of the present application, owing to the first viewing area is relative with the second viewing area, then Part I is also relative with Part II, second viewing area and the 3rd viewing area are opposing, then Part II and Part III are also opposing, in actual application, if the words being the plane of reference with the standing surface of user, Part I is relative with user with Part II, then Part III is then opposing with user, at this moment, Part I and Part II can as input area or viewing areas, Part III is then as the support member of Part II, to ensure the stability of electronic equipment, facilitate user that electronic equipment is operated。
In the embodiment of the present application, except flexible electronic devices is carried out an infolding and once except folding outside, flexible display screen 10 can also be carried out inside and outside folding by those of ordinary skill in the art according to actual needs, as flexible display screen 10 being converted into " W " type, or bend more frequently, flexible display screen 10 is converted into waveform, has and multiple stack part, specifically refer to Fig. 5。
In the embodiment of the present application, it is also possible to flexible electronic devices carries out outer folding repeatedly, as outwards rolled at the two ends of flexible display screen 10, so outer folding part is divided and as the handle of flexible electronic devices, user can be facilitated to hold；On the other hand, outer folding part is divided and as support member, can also be used for supporting the planar section of flexible display screen 10, user is facilitated to watch screen or listen music, so hold flexible electronic devices without user always, and then bring good experience effect to user, specifically refer to Fig. 6。
The second situation, the first region of variation and the second region of variation are identical region of variation。
In the embodiment of the present application, as: if flexible display screen 10 original state is flattened state, the first surface 101 of flexible display screen 10 is upward, then when the first region of variation of flexible display screen 10 applies external force, the deformation of the first change curve that flexible display screen 10 produces at the first region of variation under external force so that flexible display screen 10 to be divided into two viewing areas with the first region of variation relative, at this moment, the second sub-surface corresponding with the second viewing area on first surface 101 is towards the first sub-surface corresponding with the first viewing area on first surface 101, it can be notebook form that flexible electronic devices is presently in state, or be folded between state or other the first sub-surface and the second sub-surface in (0-180 °] angle time be state。
In implementing process, when the first region of variation and the second region of variation are identical change region, external force can also be applied at the first region of variation, flexible display screen 10 under external force first region of variation produce the second change curve deformation so that flexible display screen 10 with first region of variation divide two viewing areas opposing, at this moment, first sub-surface corresponding to the first viewing area on the second sub-surface corresponding with the second viewing area on first surface 101 first surface 101 dorsad, it can be small-sized flat condition or tent state or other state that flexible electronic devices is presently in state。
Further, in the embodiment of the present application, described first region of variation is not fixed；Described second region of variation is not fixed。
In implementing process, it is for identical change region or different region of variation for the first region of variation and the second region of variation, first region of variation and the second region of variation can be all not fixed area, namely, first region of variation and the second region of variation can change along with the difference of the stress point of institute's externally applied forces, as: in the position of stress point of externally applied forces during laterally 1/3rd place at flexible display screen 10, the first region of variation is then at 1/3rd horizontal places of flexible display screen 10；In the position of stress point of externally applied forces during laterally 2/3rds place at flexible display screen 10, the first region of variation is then at laterally 2/3rds places of flexible display screen 10；In the position of stress point of externally applied forces during longitudinally 1/3rd position at flexible display screen 10, the first region of variation is then at longitudinally 1/3rd places of flexible display screen 10；Accordingly, the second region of variation can be different along with the position of the stress point of externally applied forces, are in laterally 2/3rds places of flexible display screen 10；Laterally 1/3rd places of flexible display screen 10 or be in longitudinally 2/3rds places of flexible display screen 10, specifically refer to Fig. 7 A-Fig. 7 B。
In the embodiment of the present application, described flexible display screen 10 has flattened version and the first deformation pattern, wherein, described first deformation pattern is that described flexible display screen 10 produces the deformation of the first change curve so that described flexible display screen 10 is relative with two viewing areas of described first region of variation division at the first region of variation under external force, and maintain described flexible display screen 10 when external force is cancelled constant with the deformation state after the deformation of described first change curve；And described flexible display screen 10 produces the deformation of the second change curve so that two viewing areas dividing with described second region of variation of described flexible display screen 10 are opposing at the second region of variation under external force, and maintain described flexible display screen 10 when external force is cancelled constant with the deformation state after the deformation of described second change curve, wherein, described first region of variation is misaligned with described second region of variation；Described flexible display screen 10 with described first region of variation divide two viewing areas for the first viewing area and the second viewing area；Described flexible display screen 10 with described second region of variation divide two viewing areas for described second viewing area and the 3rd viewing area。
In the embodiment of the present application, flexible display screen 10 has both of which, as: flattened version, and the first deformation pattern。
In implementing process, the flattened version of flexible electronic devices is specially the pattern that the Part I of flexible electronic devices, Part II and Part III are respectively positioned in same level。
In implementing process, flexible electronic devices is except having flattened version, also concrete first deformation pattern, refer to Fig. 4, in the embodiment of the present application, first, after the first region of variation on flexible display screen 10 deforms upon under external force, two viewing areas that flexible display screen 10 is divided into so that the first region of variation is shared region are relative, these two viewing areas are the first viewing area and the second viewing area, specifically, if with the first viewing area in the first sub-surface of first surface 101 correspondence for reference plane, first viewing area is relative with the second viewing area, it is then that the second viewing area second sub-surface of correspondence on first surface 101 is directed towards the first sub-surface；Then, after the second region of variation on the second viewing area on flexible display screen 10 deforms upon under external force, partially flexible display screen 10 corresponding to the second viewing area is then divided into the second viewing area that the second region of variation is shared region and the 3rd viewing area, second viewing area and the 3rd viewing area are opposing, specifically, 3rd viewing area and the second viewing area are opposing, then refer to that the 3rd sub-surface corresponding on first surface 101 in the 3rd viewing area is the second sub-surface dorsad, so that flexible electronic devices to be in the first deformation pattern concrete, in notebook mode。
In implementing process, after the external force acting on primary deformation zone territory and second deformation zone territory is cancelled, the form that flexible display screen 10 is at after deformation is constant, until there being external force again to act on flexible display screen 10, so that electronic device user can better operate flexible electronic devices under the desired pattern of user。
Further, in the embodiment of the present application, refer to Fig. 8 A-Fig. 8 G, described flexible electronic devices also includes:
Apparatus body 80；
The described Part I of described flexible display screen 10 is fixing with described apparatus body 80 to be connected；
Described flexible display screen 10 also has the second deformation pattern, and described second deformation pattern is the pattern that dough deformation occurs around described apparatus body 80。
In the embodiment of the present application, apparatus body 80 includes procapsid 801 and back casing 802, in the space formed by procapsid 801 and back casing 802, it is possible to various electronic component is installed, at least one middle casing can also be additionally set between procapsid 801 and back casing 802。
In implementing process, the Part I of flexible display screen 10 is connected with apparatus body 80, display module as flexible electronic devices, in the embodiment of the present application, it is by overlapping with display module for touch pad and therefore cambium layer structure, therefore show that pattern can serve as touch screen, therefore, it can to input various information to mobile terminal simply by touch display module。Further, it is also possible to dio Output Modules is set in the upper end of the procapsid 801 of apparatus body 80, is specially receiver or speaker；Image acquisition units can also be set, as: the first photographic head, for shooting the either statically or dynamically image of user, specifically refer to Fig. 8 A。
In implementing process, image acquisition units can also be set in the upper end of the back casing 802 of apparatus body 80, as: second camera, first photographic head and second camera are respectively used to the object of shooting different directions, in addition, first photographic head and second camera can have different resolution, concrete, before flexible electronic devices is focused, when first determining whether whether have destination object in coverage, first start the photographic head that resolution is relatively low, determine have destination object time, restart the photographic head that resolution is higher, thus reducing the power consumption of flexible electronic devices；Further, it is also possible to light compensating lamp is set in the upper end of the back casing of apparatus body 80, provide the user with effect of better taking pictures, specifically refer to Fig. 8 B。Certainly, in the embodiment of the present application, above-mentioned cited electronic component can be arranged in the accommodation space of procapsid 801 and back casing 802 composition, it is also possible to is arranged in flexible display screen 10, is not especially limited in the embodiment of the present application。
Further, in the embodiment of the present application, according to concrete design needs, the shape of apparatus body 80 can be: cylindrical, elliptical cylinder-shape, prismatic or other shape etc., it is not especially limited in the embodiment of the present application, equally, after the shape of apparatus body 80 is determined, flexible display screen 10 can fold according to the concrete shape of apparatus body 80, pattern residing after namely deforming upon around apparatus body 80。
In implementing process, when the length × wide on the surface of the apparatus body 80 being connected with Part I is: during 14 cm x 7 centimetres, if the length of flexible display screen 10 × wide is: 12 cm x 7 centimetres, then flexible display screen 10 can the procapsid 801 of just overlay device body 80；If the length of flexible display screen 10 × wide is: 12 cm x 16 centimetres, then flexible display screen 10 can two, the left and right side surface of the just procapsid 801 of overlay device body 80 and back casing 802 and apparatus body 80；If the length of flexible display screen 10 × wide is: 12 cm x 23 centimetres, then flexible display screen 10 can not only the procapsid 801 of overlay device body 80, back casing 802 and apparatus body 80 two, left and right side surface outside, can also be layered on the procapsid 801 of apparatus body 80, specifically refer to Fig. 8 B-Fig. 8 G respectively rearview of the first deformation pattern, left view, right view, top view, upward view and axonometric chart。Those of ordinary skill in the art according to the cladding mode of the shape of apparatus body 80 and the concrete size design flexible display screen 10 of flexible display screen 10, in the embodiment of the present application, can be not especially limited。
In implementing process, when flexible display screen 10 is in the second deformation pattern, if user is in use, as: utilize flexible electronic devices viewing video, browse webpage, when browsing the photo taken, flexible display screen 10 can be launched from apparatus body 80, thus utilizing large-size screen monitors to carry out aforesaid operations, good visual experience can be brought to user, additionally, in some cases, user needs to utilize flexible electronic devices to handle official business, flexible electronic devices is then needed to be in notebook mode, at this moment, flexible display screen 10 can be launched from apparatus body 80, then Part I and Part II are carried out infolding and outer folding, make to be in notebook mode with the flexible electronic devices of apparatus body 80, and Part II can be used in supporting Part II, user is facilitated to be operated on the second viewing area corresponding with Part II, thus bringing higher experience effect to user, variable condition schematic diagram for flexible display screen 10, refer to Fig. 8 H-Fig. 8 U。
Further, in the embodiment of the present application, described flexible electronic devices also includes:
Processor；Described processor, for obtaining the pattern information of described flexible display screen 10, determines the display of the display content three regions at described flexible display screen 10 and/or region of variation according to the described pattern information of described flexible display screen 10。
In order to provide the user with good experience effect, in implementing process, can flexible display screen 10 up and down or two ends, left and right be respectively provided with gravity sensor or airborne sensor, judge whether flexible display screen 10 is bent by the Gravity changer of flexible display screen 10；Can also display screen up and down or two ends, left and right be respectively provided with angular transducer, when the angle of display screen changes, angular transducer is then able to detect that, thus sending collecting parameter information in the processor of flexible electronic devices。
After processor receives the parameter information of sensor, then can determine, according to the parameter information received, the deformation form that flexible electronic devices is presently in, such as flat, the first deformation pattern or the second deformation pattern, and then determine the display of the display content three regions at flexible display screen 10 and/or region of variation according to the deformation pattern of flexible electronic devices。
In the embodiment of the present application, processor can be arranged in flexible display screen 10, it is also possible to being arranged in apparatus body 80, those of ordinary skill in the art can be set according to actual needs, is not especially limited in the embodiment of the present application。
Display mode when flexible electronic devices is in different shape separately below is described。
Wherein, when flexible electronic devices is in the second deformation pattern。
In implementing process, when flexible electronic devices is in the second deformation pattern, as: during handset mode, three viewing areas can as main viewing area, region of variation is as extra display area, as: utilize main viewing area to show the interface that a program is relevant, utilize extra display area to show the related interfaces of another program；Concrete, utilize main viewing area display file handler, as: pdf document, word document or ppt document, and utilizing extra display area display music program so that user while reading documents, can listen to and control the broadcasting of music, without in order to music is controlled, as: switch other music, control playing progress rate etc., and the documentor shown by main viewing area is switched over, thus processing while realizing real multitask。
Wherein, when flexible electronic devices is in flat。
It is in flat in flexible electronic devices, as: during plate mode, the Part I of flexible display screen 10, Part II and Part III are in the same plane, so, if user using flexible electronic devices as game machine, then can using first viewing area corresponding with the Part I that apparatus body 80 is connected and the Part II adjacent with Part I and the second viewing area main viewing area as flexible electronic devices, using the extra display area as flexible electronic devices, threeth viewing area corresponding with Part III, game picture is then shown in main viewing area, relevant manipulation button is shown in extra display area, user can carry out input direction by manipulation button, the instructions such as dynamics and carry out game control。So, user when being not take up the main viewing area of mobile phone, can farthest extend the region for showing game picture, improves the visual experience of user。Certainly, extra display area can also be utilized to show other information, as: when user plays game, if the short message of receiving, then can utilize extra display area that the short message received is displayed etc., or other display mode, those of ordinary skill in the art can be set according to actual needs, is not especially limited in the embodiment of the present application。
Wherein, when flexible electronic devices is in the first deformation pattern。
When flexible electronic devices is in the first deformation pattern, flexible electronic devices is specifically as follows following two situation。
Wherein, the first situation is notebook mode。
In implementing process, when for notebook mode, Part I can as input area, and Part II and Part III are viewing area, and Part III is as the support member of Part II simultaneously, to ensure the stability of Part II。In this embodiment, second viewing area corresponding with Part II and threeth viewing area corresponding with Part III can show identical content, and the user to be guaranteed at different azimuth can both see identical content, keep the concordance of information；And the second viewing area and the 3rd viewing area can also show different contents, as: the application program of some office classes is shown in the second viewing area, the application program etc. of some amusement classes is shown in the 3rd viewing area, for above two display mode, those of ordinary skill in the art can be set according to actual needs, is not especially limited in the embodiment of the present application。
Wherein, the second situation, Part I forms plane, Part II and Part III and forms curved surface, as the handle of game machine, thus user friendly operation；And for example: when user uses flexible electronic devices to play video, if gripping flexible electronic devices for a long time, not only bad for heat radiation, and can feel tired, in this case, the curved surface that Part III is formed can be utilized to be stably placed on desk as support member by flexible electronic devices so that user can watch for a long time or watch for many people。
In implementing process, user is in using flexible electronic devices process, the inevitable switching that flexible display screen 10 is carried out above-mentioned Three models, in switching over process, the Part I of flexible display screen 10 and Part II can correspond to various application operating, concrete, when Part III being detected and/or Part II launches, specific function or menu can be automatically carried out, as: when flexible display screen 10 is in the second deformation pattern, the Part I of flexible display screen 10 is in screen lock state, and when Part II being detected and/or Part III launches, control Part I and be in released state, thus avoiding user to carry out other solution latching operation, it is user-friendly to。
In the embodiment of the present application, in order to ensure under flattened version and the first deformation pattern, flexible display screen 10 is supported, in order to flexible display screen 10 is operated by user, in implementing process, have two kinds of implementations。
Wherein, the first implementation。
Owing to flexible display screen 10 primary structure is: substrate, middle display medium, encapsulated layer up of three layers, wherein, the substrate of flexible display screen 10 and flexible substrate are the bases of flexible display screen 10, therefore, this substrate can be made up of special material, and this special material is under specific circumstances, ensure that flexible display screen 10 deformation form after deformation is constant, as: this material is when the temperature of flexible display screen 10 is higher than preset temperature, concrete, as: more than 10 degree；Or 12 degree；Or when 15 degree, it is possible to ensure flexible display screen 10 deform upon under external force after deformation form constant；Or this flexible display screen 10 bends under external force or the number of times that bends exceedes preset times, concrete, as: higher than 10 times；Or 12 times；Or when 15 times, it is possible to ensure flexible display screen 10 deform upon under external force after deformation form constant；Or this material is when being higher than predetermined current by the electrical current of flexible display screen 10 and less than rated current, ensure that flexible display screen 10 deform upon under external force after deformation form constant, or other situation, it is not especially limited in the embodiment of the present application。
Wherein, the second implementation。
By flexible supporting device, flexible display screen 10 being carried out mechanical support, in the embodiment of the present application, flexible supporting device, described flexible supporting device is at least provided with the position corresponding at described region of variation；Described flexible supporting device deforms upon to drive the described region of variation deformation therewith of described flexible display screen 10 under the effect of external force, and described flexible supporting device to maintain deformed state after external force is cancelled constant with stablizing after maintaining the deformation of described flexible display screen 10。
In implementing process, refer to flexible supporting device described in Fig. 9 and include:
First sliding axle 90；
Second sliding axle 91；
Middle slip axle group 92, described middle slip axle group includes multiple middle slip axle set in a row；
Connecting elements group 93, described middle slip axle group is movably connected to described first sliding axle and described second sliding axle by described connecting elements group；
Wherein, described flexible apparatus can bend along the bearing of trend of described middle slip axle group, and the bending place of described flexible apparatus curved structure all the time。
In the embodiment of the present application, in order to flexible display screen 10 is carried out mechanical support, in the embodiment of the present application, flexible display screen 10 also includes flexible supporting device。
In implementing process, when flexible electronic devices comprises apparatus body 80 and does not comprise apparatus body 80, the situation that the concrete position arranged of flexible supporting device is corresponding two kinds different, it is described for different situations separately below。
Wherein, the first situation, flexible electronic devices does not comprise apparatus body 80。
When flexible electronic devices does not comprise apparatus body 80, according to the position that flexible supporting device is arranged, specifically there are two kinds of implementations, separately below both of these case described。
Wherein, the first situation, flexible supporting device is arranged on the whole surface of the second surface corresponding with first surface 101 of flexible display screen 10, refer to Figure 10 A。
In implementing process, in order to ensure that flexible display screen 10 can bend at an arbitrary position, and any bending state can be kept, then the optional position on the second surface relative with the first surface 101 of the flexible display screen 10 of flexible electronic devices is provided with flexible supporting device。
Wherein, the second situation, the flexible supporting device position that to be only arranged on the second surface relative with first surface 101 of flexible display screen 10 corresponding with the first region of variation and the second region of variation, refer to Figure 10 B。
In implementing process, if setting flexible electronic devices to be merely capable of bending in pre-position, as the first region of variation on flexible display screen 10 and the second region of variation bend, then need only to position corresponding with the first region of variation and the second region of variation on the second surface corresponding with first surface 101 and flexible supporting device is set。
Wherein, the second situation, flexible electronic devices comprises apparatus body 80。
In implementing process, when flexible display screen 10 is located just on a surface of apparatus body 80, flexible supporting device can be arranged on the second surface corresponding with first surface 101, flexible supporting device can also be arranged in the accommodation space being made up of procapsid 801 and back casing 802, above two implementation all can realize, those of ordinary skill in the art can be set according to actual needs, is not especially limited in the embodiment of the present application。
Further, in implementing process, when the Part I of flexible display screen 10 is connected with apparatus body 80, when other parts are coated on apparatus body 80, what flexible supporting device was same is to be arranged on the second surface relative with first surface 101。
Further, in implementing process, in order to ensure that flexible display screen 10 can bend at an arbitrary position, and can keep any bending state, then the optional position on the second surface relative with the first surface 101 of the flexible display screen of flexible electronic devices is provided with flexible supporting device；Certainly, flexible supporting device can also be arranged on default position, as: the first region of variation on flexible display screen 10 or the second region of variation。
In implementing process, it is no matter be provided with flexible supporting device in the optional position of second surface or position corresponding with the first region of variation and the second region of variation on a second surface arranges flexible supporting device, the structure of flexible supporting device is all identical, below only to arrange flexible supporting device illustrate with the first region of variation and the second region of variation corresponding position。
In the embodiment of the present application, when being respectively arranged with flexible supporting device in the first position corresponding with the first region of variation and the second position corresponding with the second region of variation, then corresponding flexible supporting device is then the first flexible supporting device and the second flexible supporting device, below, only illustrate with the structure of one of them flexible supporting device。
In implementing process, first sliding axle the 90, second sliding axle 91 is parallel mutually with the axis of middle slip axle group 92, and the both sides of the first sliding axle 90 and the centrally located sliding axle group 92 of the second sliding axle 91, movable for middle slip axle group is connected to the first sliding axle 90 and the second sliding axle 91 by connecting elements group 93；Wherein, this flexible apparatus can bend along the bearing of trend of middle slip axle group, and the bending place of flexible apparatus curved structure all the time, refer to Figure 11-Figure 12。
In the embodiment of the present application, described flexible supporting device bending place after deformation curved structure all the time, described arcuate structure mates with change curve, to support and to protect the dough deformation of described flexible display screen 10 correspondence position。
In implementing process, owing to the two ends of connecting elements group 93 are set with in the first sliding axle 90 and the second sliding axle 91, the mid portion of connecting elements group is sheathed on middle slip axle group 92。
Further, in implementing process, connecting elements group could be arranged to include being set in the twin shaft tooth block of sliding axle group, twin shaft tooth block makes sliding axle be connected as entirety, and meshing formation of adjacent twin shaft tooth block interferes connection, thus realize enabling the middle slip axle set in a row in this flexible supporting device to form arcuate structure。So; in implementing process; flexible supporting device bending place after deformation curved structure all the time, and the arcuate structure formed mate with change curve, with support with protect flexible display screen 10 at the dough deformation of the first region of variation or the second region of variation correspondence position。
In the embodiment of the present application, arcuate structure and the change curve coupling that formed is particularly as follows: mate between the arc curve corresponding with the arcuate structure change curve corresponding with the first region of variation or the second region of variation, in implementing process, mate between arc curve with change curve, refer to, arc curve is identical with the opening direction of change curve, in Fig. 4: is pointed to the direction of F by E point or is pointed to the direction of H by G point；The radian that radian that arc curve is corresponding is corresponding with change curve is only poor less than default radian, as: π/10；Or π/15；Pi/2 0 or other default radian, those of ordinary skill in the art can be set according to actual needs, is not especially limited in the embodiment of the present application。
Further, in the embodiment of the present application, described bending place includes M root sliding axle, and the arcuate structure of described bending place refers to that the outer tangent plane of described M root sliding axle is arcwall face。
When described M root sliding axle forms arcuate structure, it is positioned at each sliding axle geo-stationary of described M root sliding axle the first side；It is positioned at each sliding axle geo-stationary of described M root sliding axle the second side。
In implementing process, the arcuate structure in bending place refers to the arcwall face that the outer tangent plane of the M root sliding axle of bending place is formed, concrete, and when forming arcuate structure in the bending place of flexible supporting device, the section of bending place arcuate structure is then arcwall face。
Each sliding axle geo-stationary respectively of its both sides in the process of M root sliding axle formation arcuate structure, namely M root sliding axle is formed in the process of arcuate structure, on flexible supporting device, the both sides of bending part all do not deform upon, and facilitate user to bend flexible supporting device according to actual needs。Certainly, above-mentioned M root sliding axle could be arranged to include the first sliding axle 90 and part middle slip axle group 92 or include the second sliding axle 91 and part middle slip axle group 92；M root sliding axle may be configured as and includes the first sliding axle the 90, second sliding axle 91 and sliding axle group 92, and accordingly, this flexible supporting device can form C type arcuate structure, it is also possible to is curled into spool-shape, facilitates user to receive。In order to simplify structure, convenient for assembly, above-mentioned connecting elements group could be arranged to:
First connecting elements 930, refer to Figure 13 A-Figure 13 C, and the first connecting elements 930 has five suit holes along the first rectilinear direction distribution, and wherein, middle suit hole is the first suit hole 9301, and the suit hole of both sides is the second suit hole 9302 respectively；First suit hole 9301 can make the sliding axle coordinated with this first suit hole 9301 around own axis, and this sliding axle can be made to slide along the direction vertical with above-mentioned first rectilinear direction；Second suit hole 9302 can make the sliding axle coordinated with this second suit hole 9302 around own axis；
Second connecting elements 931, refer to Figure 14, second connecting elements 931 has five suit holes along the second rectilinear direction distribution, wherein, middle suit Kong Wei tri-is set with hole 9311, with the 3rd respectively the 4th suit hole 9312, two suit holes being set with hole 9311 next-door neighbour, two that are positioned at two ends are set with respectively the 5th suit hole 9313, holes；3rd suit hole 9311 enough makes the sliding axle coordinated with the 3rd suit hole 9311 around own axis, and this sliding axle can be made to slide along the direction vertical with above-mentioned second rectilinear direction；4th suit hole 9312 enough makes the sliding axle coordinated with the 4th hole around own axis, and this sliding axle can be made to slide along above-mentioned second rectilinear direction；5th suit hole 9313 can make the sliding axle coordinated with the 5th suit hole 9313 around own axis；
Wherein, the first connecting elements 930 connects along the orientation head and the tail successively of middle slip axle group, and forms the first connecting elements group；Second connecting elements 931 connects along the orientation head and the tail successively of middle slip axle group, and forms the second connecting elements group；First suit hole 9301 and the 5th suit hole 9313 are set in same sliding axle。The connection of above-mentioned head and the tail refers to that the suit hole, end of adjacent two connecting elements is set on same sliding axle, thus forming the first connecting elements group and the second connecting elements group of connecting elements interlaced arrangement respectively。Certainly, for the ease of manufacturing, above-mentioned 3rd suit hole 9311 and two the 4th suit holes 9312 may be configured as and are interconnected, and specifically refer to Figure 15 and Figure 16。
In the flexible supporting device that the present embodiment provides, two kinds of connecting elements are set on sliding axle, the micro-strain that can in use utilize sliding axle motion in suit hole and sliding axle itself realizes making M sliding axle form arcuate structure, simple in construction, and easy to assembly。By the size in each suit hole is carried out reasonable reality in actual application, the circumscribed facial disfigurement that can make above-mentioned M sliding axle is arc surface, disclosure satisfy that the use needs of user on the one hand, it is beneficial on the other hand the volume reduced when flexible supporting device is folded into U-shape structure or serpentine configuration, facilitates user to receive。
In the flexible supporting device that above-described embodiment provides, in first connecting elements group, the number of the first connecting elements 930 is at least 5, in second connecting elements group, the number of the second connecting elements 931 is at least 4, to guarantee that this flexible supporting device can bend, and in BENDING PROCESS, sweep is curved all the time。
In implementing process, when only in flexible display screen 10 when flexible supporting device is set with the first region of variation or the second region of variation corresponding position, in first connecting elements group, the number of the first connecting elements can be 5, and in the second connecting elements group, the number of the second connecting elements 931 is 4。
When the optional position on the second surface corresponding with first surface 101 of flexible display screen 10 is respectively provided with flexible supporting device, then need the concrete size according to flexible display screen 10 that the number of the second connecting elements in the number of the first connecting elements in the first connecting elements group and the second connecting elements group is set, as: in the first connecting elements group, the number of the first connecting elements is 10, and in the second connecting elements group, the number of the second connecting elements is 8；Or first the number of the first connecting elements in connecting elements group be 15, in the second connecting elements group, the number of the second connecting elements is 12 etc., and this can be arranged according to the concrete size of flexible display screen 10, is not especially limited in the embodiment of the present application。
Above-mentioned flexible supporting device could be arranged to be only capable of along curving, and accordingly, the one end in the first suit hole 9301 protrudes from the side of the first straight line, and the other end in the first suit hole 9301 and the end in the second suit hole 9302 are concordant；The one end in above-mentioned 3rd suit hole 9311 protrudes from the side of the second straight line, and the end that the end in the 3rd suit hole 9311 is set with suit hole 9313, hole the 9312, the 5th with the 4th is concordant；Meanwhile, first it is set with the projected direction homonymy towards flexible supporting device in hole 9301 and the 3rd suit hole 9311。The flexible supporting device that the present embodiment provides is only capable of by the straightened condition curving towards this flexible supporting device, it is possible to avoid by this flexible supporting device support such as device generation back-flexings such as flexible screen, it is prevented that as the devices such as above-mentioned flexible screen are damaged。
Certainly, according to actual needs, flexible supporting device may be arranged as can to two lateral bends, and accordingly, the two ends in the first suit hole 9301 protrude from the both sides of the first straight line respectively, and the two ends in the 3rd suit hole 9311 protrude from the both sides of the second straight line respectively。The bending direction of this flexible supporting device is not limited by the present embodiment, only need to adjust the protrusion direction in the first suit hole 9301 and the 3rd suit hole 9311 according to actual needs。It addition, the degree of crook of flexible supporting device can be adjusted according to actual needs by adjusting the length dimension in the first suit hole 9301 and the 3rd suit hole 9311。
The flexible display screen 10 supported due to flexible supporting device often need to keep stationary state in application process, and the flexible supporting device that therefore above-described embodiment provides is preferably arranged to be maintained at any bending state。
Concrete, above-mentioned flexible supporting device can pass through to arrange extra component and realize being maintained at any bending state, as being set to connecting elements group also include the 3rd connecting elements 932 and the 4th connecting elements 933, specifically refer to Figure 17-Figure 21,3rd connecting elements 932 is identical with the structure of the first connecting elements 930 and arrangement mode, and the 3rd connecting elements 932 and the first connecting elements 930 are sleeved on identical sliding axle；Structure and the arrangement mode of the 4th connecting elements 933 and the second connecting elements 931 are set to identical, and both are sleeved on identical sliding axle；Two the second suit holes 9302 being positioned at two ends in 3rd connecting elements 932 respectively can provide rotation damping by corresponding sliding axle；5th suit hole 9313 of the 4th connecting elements 933 can provide rotation damping for being set with the 5th sliding axle corresponding to hole 9313。The 5th suit hole 9313 in two the second suit holes 9302 and the 4th connecting elements 933 that are positioned at two ends on above-mentioned 3rd connecting elements 932 can be respectively set to open pore, both convenient both and the assembling of suit hole, can realize again making above two suit hole provide rotary damping by the mode of interference fit for corresponding sliding axle, specifically refer to Figure 22。
Certainly, in order to reduce the quantity of connecting elements, simplify assembly manipulation, the flexible supporting device that above-described embodiment provides may be arranged as being configured to provide by the second suit hole 9302 at two ends on the first connector and the 5th suit hole 9313 of the second connector the suit hole of rotation damping into corresponding sliding axle, to realize enabling this flexible supporting device to be maintained at any bending state。Specifically can be fixed for friction pad close-fitting with sliding axle in above-mentioned suit hole, such as rubber blanket etc.。
In above-mentioned flexible supporting device, connecting elements in connecting elements group is all in interlaced arrangement, therefore there is more space, the equipment easily causing the support of this flexible supporting device is damaged by after external force, therefore the flexible supporting device that above-described embodiment provides also includes fill block 934, specifically refer to Figure 23, this fill block 934 is sleeved on sliding axle, and between its two connecting elements arranged separately in connecting elements group。Having three sliding axles between two connecting elements arranged separately in above-mentioned connecting elements group, in order to avoid the relative motion of sliding axle is impacted, above-mentioned fill block 934 is only sleeved on a sliding axle in three sliding axles；Certainly according to actual needs, also in three sliding axles, fill block 934 can be respectively provided with on any two, or be respectively provided with fill block 934 on three sliding axles。
Preferably, the flexible supporting device that above-described embodiment provides its side when flattening is smooth, being easy to arrange flexible screen, this flexible supporting device can adopt the 3rd connecting elements 932 shown in the second connecting elements 931 shown in the first connecting elements 930 shown in Figure 13 A, Figure 14, Figure 17 and the 4th connecting elements 933 shown in Figure 19。
In above-mentioned flexible supporting device, first connecting elements the 930, second connecting elements 931 can be respectively set to block structure, corresponding 3rd connecting elements the 932, the 4th connecting elements 933, fill block 934 it can also be provided that block structure。First connecting elements the 930, second connecting elements 931 may also be configured to the convenient laminated structure adopting stamped, accordingly, the 3rd connecting elements the 932, the 4th connecting elements 933, the fill block 934 respectively structure being easy to stamped as shown in Figure 24, Figure 25, Figure 26。
In order to reduce the size of flexible supporting device, above-mentioned first connecting elements the 930, second connecting elements 931 may also be configured to the structure as shown in Figure 27-Figure 30, first connecting elements 930 and the second connecting elements 931 are respectively adopted the mode of steel disc punching press bending crimping and make, make each suit hole surround by crimping, and make the 5th suit hole 9313 place crimping being positioned at second suit hole 9302, second connecting elements 931 at the first connecting elements 930 two ends roll tightly sliding axle and provide rotation to damp for sliding axle。
Further, manufacture to save crimping procedures, being easy to, in above-mentioned flexible supporting device, the first connecting elements 930 may also be configured to be made up of the first component portion 93011 and second component portion 93012, two component portions are set on identical sliding axle, and both collectively form the first suit hole 9301 and the second suit hole 9302, as shown in Figure 31-Figure 38；Accordingly, second connecting elements 931 is set to include the 3rd component portion 93111 and the 4th component portion 93112, two component portions are set on identical sliding axle, and both collectively form the 3rd suit hole, suit hole the 9311, the 4th 9312 and the 5th flexible supporting device being set with hole 9313 the present embodiment offer can accomplish integral thickness only 1.2mm。
In implementing process, no matter it is flexible supporting device is arranged on the second surface relative with first surface 101 of flexible display screen 10, also it is provided in the accommodation space being made up of procapsid 801 and back casing 802 of apparatus body 80, then will have and flexible display screen 10 or fixing the first dead joint member being connected of apparatus body 80, refer to Figure 39, above-mentioned first dead joint member includes installing handle 391 and fixes the suit portion 390 being connected with installing handle, suit portion 390 is provided with suit hole, and suit portion is for being sleeved on the first sliding axle 90 and the middle slip axle group 92 adjacent with the first sliding axle 90, or for being set in the second sliding axle 91 and the middle slip axle group 92 adjacent with the second sliding axle 91。According to the exact arrangement of the first connecting elements 930 and the second connecting elements 931 in flexible supporting device, above-mentioned suit hole may be configured as identical or identical with the suit hole on the second connecting elements 931 with the suit hole on the first connecting elements 930, may be arranged as only including three suit holes, and three suit holes and the first suit hole 9301 and be positioned at two second of the first suit hole homonymy to be set with hole 9302 difference identical, or three suit Kong Yu tri-are set with hole 9311 and are positioned at the 4th suit hole 9312 of the 3rd suit hole 9311 homonymy, 5th suit hole 9313 is identical respectively。The number and structure that are set with hole in suit portion are not limited by the present embodiment, but it makes the normal deformation of this flexible supporting device after need to guaranteeing to be set in sliding axle。
Further, in above-mentioned flexible supporting device, refer to Figure 40, also include the second fixing connector 400, second fixing connector and the first fixing connecting-piece structure are identical, and the suit hole being positioned at end in its suit portion is open pore, for corresponding sliding axle interference fit。
In the embodiment of the present application, when flexible electronic devices comprises apparatus body 80, can also is that the traversing carriage in the accommodation space being made up of procapsid 801 and the back casing 802 of apparatus body 80, flexible display screen 10 is by mechanical support, in the embodiment of the present application, this traversing carriage can adopt metal material or other solid-state material, such as plastics, in implementing process, spring material can be adopted to make this support, thus strengthening the operating handle of user, in implementing process, when flexible display screen 10 is in flattened version, this support can skid off in the horizontal direction, the second surface corresponding with first surface 101 of the upper surface laminating flexible display screen 10 of this support, constant to keep flexible display screen 10 to be in flattened version。
By the one or more technical schemes in the embodiment of the present application, it is possible to achieve following one or more technique effects:
One, due to the technical scheme in the embodiment of the present application, including: flexible display screen, including first surface, described first surface is the display output area of described flexible display screen；Wherein, described flexible display screen produces the deformation of the first change curve so that described flexible display screen is relative with two viewing areas of described first region of variation division at the first region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described first change curve；Described flexible display screen produces the deformation of the second change curve so that described flexible display screen is opposing with two viewing areas of described second region of variation division at the second region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described second change curve。Namely will not as in prior art, the flexible display screen of electronic equipment is only capable of carrying out relatively simple bending, as: bend inwards or outwards bend, mode is comparatively single, and in the technical program, the deformation of the first change curve can be produced so that described flexible display screen is relative with two viewing areas of described first region of variation division at the first region of variation, or flexible display screen produces the deformation of the second change curve so that described flexible display screen is opposing with two viewing areas of described second region of variation division at the second region of variation under external force, provide the bending mode of relatively horn of plenty, so, can effectively solve the problem that the flexible display screen of electronic equipment of the prior art exists the technical problem that bending mode is comparatively single, and then realize providing the technique effect of more bending mode。
Two, due to the technical scheme in the embodiment of the present application, described first region of variation is not fixed；Described second region of variation is not fixed。Namely in the technical program, first region of variation of flexible display screen and the second region of variation are not changeless, and what the stress point being as institute's externally applied forces changed, so, flexible electronic devices can be bent by electronic device user according to being actually needed of oneself, different bendings can be carried out, and then reach to improve the technique effect of user experience。
Three, due to the technical scheme in the embodiment of the present application, described flexible supporting device is at least provided with the position corresponding at described region of variation；Described flexible supporting device deforms upon to drive the described region of variation deformation therewith of described flexible display screen under the effect of external force, and described flexible supporting device to maintain deformed state after external force is cancelled constant with stablizing after maintaining described flexible display screen deformation。Namely in the technical program, by flexible supporting device, Part II and Part III to flexible display screen carry out mechanical support, allow the user to better be operated flexible electronic devices, and then reach improving the technique effect of user experience。
Four, due to the technical scheme in the embodiment of the present application, also include: processor；Described processor, for obtaining the pattern information of described flexible display screen, determines the display of the display content three regions at described flexible display screen and/or region of variation according to the described pattern information of described flexible display screen。Namely in the technical program, the pattern information of flexible display screen is obtained by processor, according to the pattern that flexible display screen is presently in, determine the display of the present displayed content three regions at flexible display screen and/or region of variation, the display mode making display content more meets the demand of user, and then further up to improving the technique effect of user experience。
Although preferred embodiments of the present invention have been described, but those skilled in the art are once know basic creative concept, then these embodiments can be made other change and amendment。So, claims are intended to be construed to include preferred embodiment and fall into all changes and the amendment of the scope of the invention。
Obviously, the present invention can be carried out various change and modification without deviating from the spirit and scope of the present invention by those skilled in the art。So, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification。

Claims (13)

1. a flexible electronic devices, including:
Flexible display screen, including first surface, described first surface is the display output area of described flexible display screen；
Wherein, described flexible display screen produces the deformation of the first change curve so that described flexible display screen is relative with two viewing areas of described first region of variation division at the first region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described first change curve；
Described flexible display screen produces the deformation of the second change curve so that described flexible display screen is opposing with two viewing areas of described second region of variation division at the second region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described second change curve。
2. flexible electronic devices as claimed in claim 1, it is characterised in that described first region of variation is misaligned with described second region of variation；Described flexible display screen with described first region of variation divide two viewing areas for the first viewing area and the second viewing area；Described flexible display screen with described second region of variation divide two viewing areas for described second viewing area and the 3rd viewing area。
3. flexible electronic devices as claimed in claim 2, it is characterized in that, corresponding with the first viewing area on described flexible display screen is Part I, corresponding with the second viewing area on described flexible display screen is Part II, and corresponding with the 3rd viewing area on described flexible display screen is Part III；
Wherein, described Part I is positioned at the first side of described Part II place plane, and described Part III is positioned at second side relative with described first side of described Part II place plane。
4. flexible electronic devices as claimed in claim 3, it is characterised in that described first change curve is different with the shape of described second change curve, and described Part III is used as support member。
5. flexible electronic devices as claimed in claim 1, it is characterised in that described first region of variation is not fixed；Described second region of variation is not fixed。
6. the flexible electronic devices as described in claim 2 or 5, it is characterised in that described flexible display screen also includes:
Flexible supporting device, described flexible supporting device is at least provided with the position corresponding at region of variation；Described flexible supporting device deforms upon to drive the described region of variation deformation therewith of described flexible display screen under the effect of external force, and described flexible supporting device to maintain deformed state after external force is cancelled constant with stablizing after maintaining described flexible display screen deformation。
7. flexible electronic devices as claimed in claim 6; it is characterized in that; described flexible supporting device bending place after deformation curved structure all the time, described arcuate structure mates with change curve, to support and to protect the dough deformation of described flexible display screen correspondence position。
8. flexible electronic devices as claimed in claim 7, it is characterised in that described flexible supporting device includes:
First sliding axle；
Second sliding axle；
Middle slip axle group, described middle slip axle group includes multiple middle slip axle set in a row；
Connecting elements group, described middle slip axle group is movably connected to described first sliding axle and described second sliding axle by described connecting elements group；
Wherein, described flexible supporting device can bend along the bearing of trend of described middle slip axle group, and the bending place of described flexible supporting device curved structure all the time。
9. flexible electronic devices as claimed in claim 8, it is characterised in that described bending place includes M root sliding axle, and the arcuate structure of described bending place refers to that the outer tangent plane of described M root sliding axle is arcwall face。
10. flexible electronic devices as claimed in claim 9, it is characterised in that when described M root sliding axle forms arcuate structure, be positioned at each sliding axle geo-stationary of described M root sliding axle the first side；It is positioned at each sliding axle geo-stationary of described M root sliding axle the second side。
11. flexible electronic devices as claimed in claim 6, it is characterized in that, described flexible display screen has flattened version and the first deformation pattern, wherein, described first deformation pattern is that described flexible display screen produces the deformation of the first change curve so that described flexible display screen is relative with two viewing areas of described first region of variation division at the first region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described first change curve；And described flexible display screen produces the deformation of the second change curve so that two viewing areas dividing with described second region of variation of described flexible display screen are opposing at the second region of variation under external force, and maintain described flexible display screen when external force is cancelled constant with the deformation state after the deformation of described second change curve, wherein, described first region of variation is misaligned with described second region of variation；Described flexible display screen with described first region of variation divide two viewing areas for the first viewing area and the second viewing area；Described flexible display screen with described second region of variation divide two viewing areas for described second viewing area and the 3rd viewing area。
12. flexible electronic devices as claimed in claim 11, it is characterised in that described flexible electronic devices also includes:
Apparatus body；
The described Part I of described flexible display screen is fixing with described apparatus body to be connected；
Described flexible display screen also has the second deformation pattern, and described second deformation pattern is the pattern around described apparatus body generation dough deformation。
13. the flexible electronic devices as described in claim 11 or 12, it is characterised in that described flexible electronic devices also includes:
Processor；Described processor, for obtaining the pattern information of described flexible display screen, determines the display of the display content three regions at described flexible display screen and/or region of variation according to the described pattern information of described flexible display screen。
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