CN209232313U - Flexible Displays screen assembly and electronic equipment - Google Patents

Abstract

The application provides a kind of Flexible Displays screen assembly and electronic equipment, Flexible Displays screen assembly includes flexible display screen, the first rigid layer and the second rigid layer, wherein flexible display screen includes the first planar portions, the second planar portions and the bending part for connecting the first planar portions and the second planar portions, first planar portions include the first display surface mutually deviated from and the first non-display face, and the second planar portions include the second display surface mutually deviated from and the second non-display face.First rigid layer fits in the first non-display face, and the second rigid layer and the first rigid layer are spaced apart from each other, and the second rigid layer fits in the second non-display face.Flexible Displays screen assembly and electronic equipment provided by the present application are by being arranged the first rigid layer and the second rigid layer in the first planar portions and the non-display face of the second planar portions respective first, the second non-display face, the rigidity for improving the first planar portions and the second planar portions, improve flexible display screen be easy to arch upward deformation and uneven display surface shadow the problems such as.

Description

Flexible Displays screen assembly and electronic equipment

Technical field

This application involves field of electronic devices, in particular to a kind of Flexible Displays screen assembly and electronic equipment.

Background technique

With the development of flexible display technologies, flexible display screen is increasingly used in electronic equipment, can especially roll over In folded electronic equipment.People are also higher and higher to the appearance requirement of foldable electronic, for example, it is desirable to foldable electronic It can show smooth, smooth.However, generating in fact, foldable electronic because bond area is big, is easy to produce trapped gas problem Local bubble, lead to problems such as flexible display screen display generate shadow have some setbacks even display surface arch camber, deformation.

Utility model content

The embodiment of the present application proposes a kind of Flexible Displays screen assembly and electronic equipment, to solve the above problems.

The embodiment of the present application is achieved through the following technical solutions above-mentioned purpose.

In a first aspect, the application provides a kind of Flexible Displays screen assembly, including flexible display screen, the first rigid layer and second Rigid layer, wherein flexible display screen includes the first planar portions, the second planar portions and the first planar portions of connection and the second planar portions Bending part, the first planar portions include the first display surface mutually deviated from and the first non-display face, and the second planar portions include mutual The second display surface deviated from and the second non-display face.First rigid layer fits in the first non-display face, the second rigid layer and first Rigid layer is spaced apart from each other, and the second rigid layer fits in the second non-display face.

In one embodiment, the first rigid layer includes the first supporting surface mutually deviated from and the first non-supported face, and One supporting surface fits in the first planar portions, and the second rigid layer includes the second supporting surface mutually deviated from and the second non-supported face, and Two supporting surfaces fit in the second planar portions；Flexible Displays screen assembly further includes the first elastic layer and the second elastic layer, wherein first Elastic layer is set to the first non-supported face；Second elastic layer is set to the second non-supported face.

In one embodiment, the first rigid layer is also provided with multiple grooves, and multiple grooves are set to the first rigid layer The side for fitting in the first non-display face.

In one embodiment, in multiple grooves the cross-sectional area of any groove along the first display surface to first non-display The direction in face is tapered.

In one embodiment, Flexible Displays screen assembly further includes flexible connection layer, and flexible connection layer is connected to first Between rigid layer and the second rigid layer.

Second aspect, the application provide a kind of electronic equipment, and electronic equipment includes the flexibility in any of the above-described embodiment Display screen component and relatively turnable first shell and second shell, the first planar portions are contained in first shell, and second is flat Face is contained in second shell.

In one embodiment, first shell includes the first lid, and the first rigid layer is set to the first lid, second shell Body includes the second lid, and the second rigid layer is set to the second lid.

In one embodiment, first shell further includes the first side plate, and the first side plate is connect with the edge of the first lid And the first lid is protruded from, there are gaps between the first side plate and the edge of the first planar portions；Second shell further includes second side Plate, the second side plate connect with the edge of the second lid and protrude from the second lid, the edges of the second side plate and the second planar portions it Between there are gaps.

In one embodiment, electronic equipment further includes the first decoration and the second decoration, the setting of the first decoration Form in the first side plate and between the first side plate the first container, the second decoration be set to the second side plate and with the second side plate Between form the second container.

In one embodiment, Flexible Displays screen assembly further includes touch panel, and touch panel includes covering part, first Extension and the second extension, covering part are covered in flexible display screen, and the first extending part is except the boundary of the first planar portions And the first container is stretched to, the second extending part is except the boundary of the second planar portions and stretches to the second container.

Compared to the prior art, Flexible Displays screen assembly and electronic equipment provided by the present application by the first planar portions and The first rigid layer and the second rigid layer is arranged in the non-display face of second planar portions respective first, the second non-display face, improves the The rigidity of one planar portions and the second planar portions, improve flexible display screen be easy to arch upward deformation and display surface shadow it is uneven The problems such as.

These aspects or other aspects of the application can more straightforward in the following description.

Detailed description of the invention

In order to more clearly explain the technical solutions in the embodiments of the present application, make required in being described below to embodiment Attached drawing is briefly described, it should be apparent that, the drawings in the following description are only some examples of the present application, for For those skilled in the art, without creative efforts, it can also be obtained according to these attached drawings other attached Figure.

Fig. 1 is the structural schematic diagram of Flexible Displays screen assembly provided by the embodiments of the present application.

Fig. 2 is sectional view of the Fig. 1 in the direction A-A.

Fig. 3 is the partial structure diagram for the Flexible Displays screen assembly that a kind of embodiment of the embodiment of the present application provides.

Fig. 4 is the diagrammatic cross-section for the Flexible Displays screen assembly that the embodiment of the present application another embodiment provides.

Fig. 5 is the diagrammatic cross-section for the Flexible Displays screen assembly that another embodiment of the embodiment of the present application provides.

Fig. 6 is the structural schematic diagram for the electronic equipment that a kind of embodiment of the embodiment of the present application provides.

Fig. 7 is sectional view of the Fig. 6 in the direction B-B.

Specific embodiment

In order to make those skilled in the art more fully understand application scheme, below in conjunction in the embodiment of the present application Attached drawing, the technical scheme in the embodiment of the application is clearly and completely described.Obviously, described embodiment is only Some embodiments of the present application, instead of all the embodiments.Based on the embodiment in the application, those skilled in the art are not having Every other embodiment obtained under the premise of creative work is made, shall fall in the protection scope of this application.

Please referring to Fig. 1 and Fig. 2, the embodiment of the present application provides a kind of Flexible Displays screen assembly 10, including flexible display screen 13, First rigid layer 15 and the second rigid layer 17.

Flexible display screen 13 includes the first planar portions 132, the second planar portions 134 and the first planar portions 132 of connection and the The bending part 136 of two planar portions 134.First planar portions 132 are non-display including the first display surface 1322 and first mutually deviated from Face 1324, the second planar portions 134 include the second display surface 1342 mutually deviated from and the second non-display face 1344.

First display surface 1322 and the second display surface 1342 are coplanar, the first non-display face 1324 and the second non-display face 1344 It is coplanar.

First rigid layer 15 and the second rigid layer 17 are spaced apart from each other, and the first rigid layer 15 fits in the first non-display face 1324, the second rigid layer 17 fits in the second non-display face 1344.

Rigidly make the first planar portions 132, the second planar portions 134 possessed by first rigid layer 15 and the second rigid layer 17 It is supported, avoids the first planar portions 132, second planar portions 134 arching upward or deforming.

Flexible Displays screen assembly 10 can be folded along at least one preset folding shaft, so that the of flexible display screen 13 One planar portions 132 can fold or be unfolded with respect to the second planar portions 134 along folding shaft, wherein the extending direction of bending part 136 It is almost the same with folding shaft.

The quantity of folding shaft also can according to need setting, such as a folding shaft, two folding shafts, three folding shafts etc. Deng.For each fold axis, the mode of folding, which includes at least, is folded inward and is foldable outwardly two kinds, wherein is folded inward Refer to that two regions (such as the first display surface 1322 and second display surface 1342) on the same surface are close to each other up to being bonded, Outward folding refers to that two regions (such as the first display surface 1322 and second display surface 1342) on the same surface are located remotely from each other Until two regions on the same surface form the positional relationship mutually deviated from.

Correspondingly, the electronic equipment for accommodating Flexible Displays screen assembly 10 can be outer folding electronic equipment, be also possible to interior Folding electronic equipment can also be multistage folding-type electronic device.

Referring to Fig. 1, in the present embodiment, flexible display screen 13 can be OLED (Organic Light- Emitting Diode, Organic Light Emitting Diode) display screen, or AMOLED (Active-matrix organic light- Emitting diode, active matrix organic light-emitting diode or active-matrix Organic Light Emitting Diode) display screen.

Flexible display screen 13 can be the rectangular screen that can completely bend, can be curved along a preset folding shaft Folding, the region bent be bending part 136, bending part 136 between the first planar portions 132 and the second planar portions 134, and And it is connected without interruption with the first planar portions 132, the second planar portions 134.Bending part 136, which can be one, has predetermined width Region, the Numerical Control of the predetermined width is within the scope of reasonable fractional value.

The position of bending part 136 is unlimited, can be located at the central axes of flexible display screen 13, can also be located at flexible display screen 13 any position.In the present embodiment, the folding shaft of Flexible Displays screen assembly 10 occupy the central axes of flexible display screen 13, and Parallel with the short side of flexible display screen 13, the extending direction of bending part 136 is parallel with short side, and the length of bending part 136 is equal to soft The width of property display screen 13.

First planar portions 132 include the first display surface 1322 mutually deviated from and the first non-display face 1324, wherein first Display surface 1322 for showing picture, the first non-display face 1324 for flexible display screen 13 is fixed or with other yuan Part fitting.

The size of second planar portions 134 and the first planar portions 132 can be identical, can also be with size difference, specifically can root It is set according to actual conditions.Second planar portions 134 include the second display surface 1342 mutually deviated from and the second non-display face 1344, the structure of the second planar portions 134 can refer to the first planar portions 132.

Referring to Fig. 2, Flexible Displays screen assembly 10 further includes spaced first rigid layer 15 and the second rigid layer 17, First rigid layer 15 fits in the first non-display face 1324, and the size of the first rigid layer 15 can be with the first non-display face 1324 size is identical, and the second rigid layer 17 fits in the second non-display face 1344, the size of the second rigid layer 17 It can be identical with the size in the second non-display face 1344.

Can be connectionless between first rigid layer 15 and the second rigid layer 17, for example, in assembling respectively by the first rigidity The 15, second rigid layer 17 of layer is set to flexible display screen 13；It can also be by being flexibly connected layer (not shown) for the first rigid layer 15 and second rigid layer 17 connect, specifically, be flexibly connected layer towards bending part 136, can be bonded with bending part 136, It can also there are gaps between bending part 136.The structure for being flexibly connected layer is unlimited, to have flexible and can connect first just Property layer 15 and the second rigid layer 17 be advisable, the first rigid layer 15 and the second rigid layer 17 can be made to form an entirety knot in this way Structure offers convenience for assembling.

First rigid layer 15 and the second rigid layer 17 can be directly connected to flexible display screen 13 respectively, and connection type can be with It is splicing or vacuum adsorption type connection.The material of first rigid layer 15 or the second rigid layer 17 can be steel disc or rigidity compared with The plastic materials such as good PET (Polyethylene terephthalate, polyethylene terephthalate), or including Composite material including multilayer.

Support force that the thickness of first rigid layer 15 and the second rigid layer 17 optionally provides determines, can neither it is too thick and The thickness for influencing flexible screen assembly 13, can not be too thin and influence support effect.

The structure of first rigid layer 15 and the second rigid layer 17 can be identical, below with the structure of the first rigid layer 15 For be illustrated.

Referring to Fig. 3, in one embodiment, the first rigid layer 35 can also include multiple grooves 356, groove 356 It can be recessed along the thickness direction of the first rigid layer 35, can run through or not through the first rigid layer 35.Multiple grooves 356 are set It is placed in the side for fitting in the first non-display face 3324 of the first rigid layer 35.It is non-display that first rigid layer 35 is fitted in first When face 3324, close the first rigid layer 35 between first non-display face 3324 by squeezing the air being discharged in multiple grooves 356 Vacuum is formed, to improve the bonding strength between the first rigid layer 35 and the first non-display face 3324.In addition, the first rigid layer 35 It can also be bonded by mode for dispensing glue and the first non-display face 3324, by the way that multiple grooves 356 are arranged in the first rigid layer 35, The charging capacity between the first rigid layer 35 and the first planar portions 332 can be improved when dispensing, improve the first rigid layer 35 and The intensity of one planar portions 332 fitting.

Multiple grooves 356 can be arranged into 356 array of groove of rule, can also irregularly be arranged in the first rigid layer On 35 surface.Groove 356 is intercepted along the recess direction perpendicular to groove 356, the cross section of groove 356, groove can be obtained 356 cross section can be round, polygon or be irregular shape.The cross-sectional area of groove 356 can be variation, example As groove 356 cross-sectional area can along first the 3322 to the first non-display face 3324 of display surface direction it is tapered, to form circle Cone cell further increases the bonding strength between the first rigid layer 35 and the first non-display face 3324.

Referring to Fig. 4, in another embodiment, the first rigid layer 45 further includes multiple raised 458, multiple protrusions 458 can be positioned at the first rigid layer 45 departing from the side for fitting in the first non-display face 4324, i.e., the first rigid layer 45 can To be attached by multiple raised 458 with other structures (such as first shell), to increase the first rigid layer 45 and other knots The bonding strength of structure.The shape of protrusion 458 can be hemispherical, cylinder etc., and the height of protrusion 458 can be 0.1-0.2mm.

Referring to Fig. 5, in yet another embodiment, the first rigid layer 55 includes the first supporting surface 551 mutually deviated from With the first non-supported face 553, the first supporting surface 551 fits in the first planar portions 532, and the second rigid layer 57 includes mutually deviating from Second supporting surface 571 and the second non-supported face 573, the second supporting surface 573 fit in the second planar portions 534.

Flexible Displays screen assembly 50 further includes the first elastic layer 54 and the second elastic layer 56, wherein the first elastic layer 54 is arranged In the first non-supported face 553, the second elastic layer 56 is set to the second non-supported face 573.

First elastic layer 54 can be independently of the elastic component with the first rigid layer 55, such as foam, silica gel, the first elasticity Layer 54, which can be, the modes such as to be printed by silk-screen and is fixed on the surface of the first rigid layer 55, then by modes such as viscose glues by surface The first rigid layer 55 for being covered with the first elastic layer 54 sticks at shell.

The set-up mode of second elastic layer 56 can be identical as the first elastic layer 54.In the first non-branch of the first rigid layer 55 Support face 553 increase the first elastic layer 54 can improve as shell processing after flatness it is bad and caused by installation error, or Part salient point caused by after being processed by the first elastic layer 54 and the second elastic layer 56 with shell or recesses close, and improve flexible Surface smoothness after display screen component 50 and shell bonding.

Fig. 1 and Fig. 2 are please referred to, Flexible Displays screen assembly 10 can also include touch panel 19, in the present embodiment, touch-control Panel 19 is covered in flexible display screen 13, i.e. touch panel 19 includes the covering part 191 for covering entire flexible display screen 13, and The first extension 192 and the second extension 194 of flexible display screen 13 are not covered, and touch panel 19 can also be curved with flexible screen 13 Folding.

In the present embodiment, touch panel 19 can be stacked with flexible display screen 13, for example, touch panel 19 is direct The first display surface 1322 and the second display surface 1342 that flexible display screen 13 is fitted in by optical cement, can also be it certainly His laminating type.In other embodiments, touch panel 19 can also be spaced with flexible display screen 13 and be arranged, for example, touch-control Conductive layer is set between panel 19 and flexible screen.It is flexible that touch panel 19 can also play protection while providing touch function The effect of display screen 13.It is appreciated that in one embodiment, the touch function of touch panel 19 can also be directly integrated in In flexible display screen 13, in this way, structure shown in touch panel 19 could alternatively be flexible cover in structure shown in Fig. 2 Plate, for protecting flexible display screen 13.

In the present embodiment, the length of touch panel 19 is longer than the length of flexible display screen 13, and width can be aobvious with flexibility The width of display screen 13 is equal.Wherein, touch panel 19 is located at the first planar portions 132 than the part that flexible display screen 13 grows Boundary except, be considered as the first extension 192, except the boundary of the second planar portions 134, be considered as the second extension 194。

To sum up, Flexible Displays screen assembly 10 provided by the embodiments of the present application passes through in the first planar portions 132 and the second plane The first rigid layer 15 and the second rigid layer 17 is arranged in the non-display face 1324 in portion 134 respective first, the second non-display face 1344, The rigidity for improving the first planar portions 132 and the second planar portions 134, improve flexible display screen 13 be easy to arch upward deformation and The problems such as display surface (including the first display surface 1322 and second display surface 1342) shadow is uneven.

Also referring to Fig. 1, Fig. 2 and Fig. 6, the embodiment of the present application also provides a kind of electronic equipment 100, electronic equipment 100 Including above-mentioned Flexible Displays screen assembly 10 and housing unit 20, electronic equipment 100 also include at least camera 60, loudspeaker 70, The elements such as mainboard, battery, wherein the structure and connection relationship of camera 60, loudspeaker 70, mainboard and battery are referred to existing Technology, details are not described herein again.

Specifically, housing unit 20 includes relatively turnable first shell 21 and second shell 23, and is connected to the Rotation axis 12 between one shell 21 and second shell 23.In the present embodiment, first shell 21 and second shell 23 can lead to The rotation of rotation axis 12 is crossed, the concrete form of rotation axis 12 is unlimited, such as can be first shell 21 and pass through pivot pin and second shell 23 is directly hinged, can be and sets individual rotating connector between first shell 21 and second shell 23, can also be logical Hinge to be crossed to fix first shell 21 and second shell 23 respectively, the quantity of hinge does not limit, can be to be multiple, multiple hinges can To be located along the same line.

In the present embodiment, the shape of first shell 21 and second shell 23, size can be equal, thus formed about The axisymmetric overall structure of rotation axis 12.In other embodiments, the chamfered shape of first shell 21 and second shell 23 Can according to need be arranged not identical, size also can according to need and be arranged unequal.For example, first shell 21 and second Shell 23 is equal in length, and unequal on the width, or in length it is unequal, it is equal on the width, or in length It is unequal on degree and width.First shell 21 and second shell 23 can be rectangular rigid plate, material can for plastic cement, The assembly of ceramics, glass or metal or various material.

Referring to Fig. 7, the first planar portions 132 are contained in first shell 21, the second planar portions 134 are contained in second shell 23.First rigid layer 15 and first shell 21 connect, and the second rigid layer 17 and second shell 23 connect.

Specifically, first shell 21 includes the first lid 211, and the first lid 211 includes the first opposite upper surface 2112 With the first lower surface 2114, wherein the first lower surface 2114 can be electronic equipment 100 appearance.First lid 211 and One rigid layer 15 can be directly bonded, and specifically, the first upper surface 2112 and the first rigid layer 15 are directly bonded.

Further, first shell 21 further includes the first side plate 213.First side plate 213 connect with the first lid 211 and The first lid 211 is protruded from, specifically, the first side plate 213 and the first lid 211 can be integral structure, be also possible to pass through The structure that the modes such as bonding connect.

Folding shaft (direction where short side) parallel, second side of the extending direction of first side plate 213 and electronic equipment 100 The extending direction of plate 233 is parallel with the folding shaft of electronic equipment 100.

First side plate 213 is connected to the edge of the first lid 211, the first side plate 213 can perpendicular to the first lid 211, Thus can be using Formation cross-section as the structure of L shape between the first side plate 213 and the first lid 211, the first lid 211 and the first side The first cavity 215 is enclosed between plate 213 to accommodate the first planar portions 132.

First side plate 213 includes opposite the first medial surface 2132 and the first lateral surface 2134, wherein the first lateral surface 2134 can be vertical with the first lower surface 2114, can also tilt with respect to the first lower surface 2114, and the first lateral surface 2134 can be with For the appearance of electronic equipment 100, the first medial surface 2132 vertical with the first upper surface 2112 can be connect.

First side plate 213 further includes the first top surface 2136, and the first top surface 2136 can vertically connect with the first medial surface 2132 It connects, the appearance of the first top surface 2136 or electronic equipment 100, can be used for installation other assemblies such as decoration etc..

There are gaps between first side plate 213 and the edge of the first planar portions 132, specifically in 2132 He of the first medial surface Between the edge of first planar portions 132 have gap, be flexible display screen 13 in the first lid 211 due to folding or be unfolded The displacement of generation provides activity space, prevents flexible display screen 13 when being bent since the blocking of the first side plate 213 causes The ill effects such as screen arch camber.

Similarly, the specific structure of second shell 23 is identical as first shell 21.Second shell 23 includes the second lid 231 With the second side plate 233, the second cavity 235 is enclosed between the second lid 231 and the second side plate 233 to accommodate the second planar portions 134.Second side plate 233 connect with the second lid 231 and protrudes from the second lid 231, and the second lid 231 includes the second upper surface 2312 and second lower surface 2314, the second side plate 233 include the second medial surface 2332, the second lateral surface 2334 and the second top surface 2336。

In the present embodiment, electronic equipment 100 can also include the first decoration 27 and the second decoration 28, the first decoration Part 27 and the second decoration 28 are all set in the short side of electronic equipment 100.

First decoration 27 and the second decoration 28 are in step-like, wherein the first decoration 27 includes the first shielding part 271 and first fixed part 273, the second decoration 28 include the second shielding part 281 and the second fixed part 283.

First decoration 27 is installed in first shell 21, and the second decoration 28 is installed in second shell 23.First fixed part 273 be generally l-shaped, and is installed on the first top surface 2136, and the first shielding part 271 is connected to the first fixed part 273 and towards the The center of one shell 21 is prominent.

First decoration 27 be set to the first side plate 213 formed the first container 272, specifically, the first container 272 by First shielding part 271, the first fixed part 273 and the first side plate 213 are enclosed.First container 272 just extends with first Portion 192 is in same horizontal line, and the first extension 192 can extend into the first container 272, and the first extension 192 is because of Flexible Displays The folding or expansion of screen 13 and gap variation that opposite first shell 21 occurs, can be blocked by the first decoration 27.The There is certain gap between one decoration 27 and the first extension 192, allows the first decoration 27 in 272 position of the first container Variation.

Second decoration 28 is set to the second side plate 233 and forms the second container 282, and the second container 282 can accommodate The structure of second extension 194, the second decoration 28 can be identical with the first decoration 27, and the second decoration 28 and second extends Enough gaps can also be reserved between portion 194.The connection relationship of second decoration 28 and the second side plate 233 can be with reference to the first dress The connection relationship of gadget 27 and the first side plate 213.

In other embodiments, the first decoration 27 can also only be distributed in the length direction or width of first shell 21 Direction, the second decoration 28 can also only be distributed in the length direction or width direction of second shell 23.

To sum up, electronic equipment 100 provided by the embodiments of the present application includes Flexible Displays screen assembly 10, by rigid by first Layer 15 and corresponding first planar portions 132 of the second rigid layer 17 and the setting of the second planar portions 134, improve the non-of flexible display screen 13 The rigidity in bending part domain, improve flexible display screen be easy to arch upward deformation and uneven display surface shadow the problems such as, improve The display quality of electronic equipment 100.

Above embodiments are only to illustrate the technical solution of the application, rather than its limitations；Although with reference to the foregoing embodiments The application is described in detail, those skilled in the art should understand that: it still can be to aforementioned each implementation Technical solution documented by example is modified or equivalent replacement of some of the technical features；And these modification or Replacement, the spirit and scope of each embodiment technical solution of the application that it does not separate the essence of the corresponding technical solution should all include Within the scope of protection of this application.

Claims (10)

1. a kind of Flexible Displays screen assembly characterized by comprising

Flexible display screen, the flexible display screen include the first planar portions, the second planar portions and connection first planar portions With the bending part of second planar portions, first planar portions include that the first display surface mutually deviated from and first are non-display Face, second planar portions include the second display surface mutually deviated from and the second non-display face；

First rigid layer, first rigid layer fit in the described first non-display face；

Second rigid layer, second rigid layer and first rigid layer are spaced apart from each other, and second rigid layer fits in institute State the second non-display face.

2. Flexible Displays screen assembly as described in claim 1, which is characterized in that first rigid layer includes mutually deviating from First supporting surface and the first non-supported face, first supporting surface fit in first planar portions, the second rigid layer packet The second supporting surface mutually deviated from and the second non-supported face are included, second supporting surface fits in second planar portions；It is described Flexible Displays screen assembly further includes the first elastic layer and the second elastic layer, wherein first elastic layer is set to described first Non-supported face；Second elastic layer is set to the described second non-supported face.

3. Flexible Displays screen assembly as described in claim 1, which is characterized in that first rigid layer is also provided with multiple recessed Slot, the multiple groove are set to the side for fitting in the described first non-display face of first rigid layer.

4. Flexible Displays screen assembly as claimed in claim 3, which is characterized in that any groove is transversal in the multiple groove Area is tapered along the direction in first display surface to the described first non-display face.

5. Flexible Displays screen assembly as described in claim 1, which is characterized in that the Flexible Displays screen assembly further includes flexibility Articulamentum, the flexible connection layer are connected between first rigid layer and second rigid layer.

6. a kind of electronic equipment, which is characterized in that including Flexible Displays screen assembly as described in any one in claim 1-5, with And relatively turnable first shell and second shell, first planar portions are contained in the first shell, described second is flat Face is contained in the second shell.

7. electronic equipment as claimed in claim 6, which is characterized in that the first shell include the first lid, described first Rigid layer is set to first lid, and the second shell includes the second lid, and second rigid layer is set to described the Two lids.

8. electronic equipment as claimed in claim 7, which is characterized in that the first shell further includes the first side plate, and described Side plate connect with the edge of first lid and protrudes from first lid, first side plate and first plane There are gaps between the edge in portion；The second shell further includes the second side plate, second side plate and second lid Edge connects and protrudes from second lid, and there are gaps between second side plate and the edge of second planar portions.

9. electronic equipment as claimed in claim 8, which is characterized in that the electronic equipment further includes the first decoration and second Decoration, first decoration are set to first side plate and form the first container, institute between first side plate The second decoration is stated to be set to second side plate and form the second container between second side plate.

10. electronic equipment as claimed in claim 9, which is characterized in that the Flexible Displays screen assembly further includes touch panel, The touch panel includes covering part, the first extension and the second extension, and the covering part is covered in the flexible display screen, First extending part is except the boundary of first planar portions and stretches to first container, and described second extends Portion is located at except the boundary of second planar portions and stretches to second container.