阅读说明：本技术 挠性结构及具有挠性结构的组合体 (Flexible structure and assembly with flexible structure ) 是由 许有村 于 2018-05-18 设计创作，主要内容包括：本发明涉及一种挠性结构,其包括多个节段及彼此平行的两个弹性支撑体,这些节段依序排列于第一弹性支撑体一侧,通过邻近的所述节段交错穿插并相互牵引以产生相对滑动,进而形成相对开合,以在展平状及弯曲状之间进行状态转换,所述节段的相对两侧凹设有沟道,以配合状态转换而彼此分离或相接续,又在第二弹性支撑体的相对两个端部间形成中空部,使其相对两侧边分别配置各侧的这些沟道且夹持这些节段；还进一步以至少两个挠性结构搭配两个端部底座及至少一个中间连接体,形成一种具有挠性结构的组合体。(The present invention relates to a kind of flexible structures, it includes multiple segments and two elastic supports parallel to each other, these segment sequentials are in the first elastic support side, by the neighbouring segment, staggeredly interspersed and mutually traction is to produce relative sliding, and then form opposite folding, to carry out state conversion between flattening shape and bending, the opposite sides of the segment is recessed with channel, it is separated from each other with mated condition conversion or is mutually connected, hollow portion is formed between opposite two ends of the second elastic support again, make its opposite sides side that these channels of each side be respectively configured and clamps these segments；A kind of assembly with flexible structure is further also formed at least two flexible structures, two end seats of collocation and at least one intermediate connecting body.)

1. a kind of flexible structure comprising:

First elastic support；

Segment group comprising sequential is in multiple segments of the first elastic support side, these segments are with adjacent institute State that segment is staggeredly interspersed and mutually traction is to produce relative sliding, and then form opposite folding, make the segment group in flattening shape and State conversion is carried out between bending, and these segments include that there are two multiple between end section and the end section The opposite sides of interstitial segment, the interstitial segment and the end section predetermined patterns is equipped with channel, these ditches of each side Road mated condition is converted and is formed and be separated from each other or mutually connect；And

Second elastic support is parallel to first elastic support, and there are two position end for second elastic support tool And hollow portion is formed between the positioning end, and the opposite sides side of the hollow portion is respectively arranged to these ditches of each side Road is used to clamp these interstitial segments and the end section predetermined patterns.

2. flexible structure according to claim 1, wherein the narrow side of the predetermined patterns of the end section is equipped in first Between channel, these interstitial segment groups still further comprise multiple first interstitial segments and multiple second interstitial segments, described second The opposite two narrow sides of interstitial segment are run through by the second intermediate channel, and first interstitial segment is interspersed among described second The predetermined patterns of segment and the end section；These channels of each side are respectively arranged on the width of the end section predetermined patterns The wide side of side, the wide side of first interstitial segment and second interstitial segment.

3. flexible structure according to claim 2, wherein extend two in the opposite two wide sides of first interstitial segment A end arc is convex, and the opposite two broad side walls faces of first intermediate channel are recessed with the first arc guide channel, first arc respectively The end arc that shape guide channel is equipped with adjacent first interstitial segment is convex, allows its convex for touching the first arc guide channel of the end arc Middle one end forms backstop, and the opposite two broad side walls faces of second intermediate channel are recessed with the second arc guide channel respectively, and described the The end arc that two arc guide channels are equipped with similar two the first interstitial segments is convex, allows the two end arcs are convex can touch And mutually keep off or mutually from and touch the opposite end of same second arc guide channel respectively to form backstop.

4. flexible structure according to claim 2, wherein the opposite two wide side of first interstitial segment each extends over out Middle protrusion, makes between similar second interstitial segment and similar second interstitial segment and the end section Predetermined patterns between be equipped with the middle protrusion, with the segment group present flattening shape when form mutual backstop, will also The channel of first interstitial segment is recessed in the middle protrusion respectively, makes the channel of first interstitial segment than the end The channel of the channel of portion segment predetermined patterns and second interstitial segment is wider.

5. flexible structure according to claim 2, wherein the end section further includes two of removable group To half, a top layer part and a bottom part, and second interstitial segment further includes dismountable two right Half, the two to half are symmetrical arranged to clamp similar first interstitial segment, the top layer part of the end section It is used to clamp the positioning end of second elastic support with bottom part.

6. flexible structure according to claim 2, wherein the side of first interstitial segment have arc concave surface, and The side of the end section and the side of second interstitial segment all have plane and are equipped with fixed part in the plane, and Multiple corresponding fixed parts are equipped at intervals in the side of first elastic support, these, which correspond to fixed part and respectively correspond, is fixed on The fixed part；To make the segment group for flattening shape show consideration for the plane of these the second interstitial segments for first resilient support Lean on, or make forniciform segment group with the arc concave surface of these the first interstitial segments arrange in pairs or groups these the second interstitial segments plane together It reclines for first elastic support.

7. flexible structure according to claim 1 or 5, wherein end section has holding part to be connected to the end section Each lateral sulcus road, the positioning end of second elastic support imports and slides in the holding part, second elastic support Relative positioning end be then fixed on the other end segment.

8. flexible structure according to claim 7, wherein the end section also further accommodates positioning in the holding part Part, and two baffles are arranged at intervals in the positioning end of second elastic support the locating piece is fixed on the positioning End, and it is equipped with corresponding positioning region in the side of the holding part, slide the locating piece in the appearance with the positioning end It sets in portion or the locating piece is made to be positioned at wherein the one of the corresponding positioning region with its Sprag for being pierced by the positioning end Place makes the segment group be positioned at flattening shape or differently curved shape.

9. a kind of assembly with flexible structure comprising:

Two flexible structures as described in claim 1 being parallel to each other；

Two end seats being parallel to each other, the opposite end of one of end seat are connected to two flexible structures End section, and the opposite end of the other end pedestal is connected to the other end segment of two flexible structures, and in institute The side for stating end seat is respectively equipped with magnetic absorption member；And

At least one intermediate connecting body is parallel between two end seats, and opposite the two of at least one intermediate connecting body End is connected at least one interstitial segment of two flexible structures；It is flattened to enable two flexible structures to synchronize State conversion between shape and bending, in addition makes the mutual magnetic of the magnetic absorption member when the side of the end seat is mutually touched It inhales to form positioning.

10. the assembly according to claim 9 with flexible structure, wherein the predetermined patterns of the end section are narrow Side is equipped with the first intermediate channel, these interstitial segment groups still further comprise among multiple first interstitial segments and multiple second The opposite two narrow sides of segment, second interstitial segment are run through by the second intermediate channel, and first interstitial segment is interted In second interstitial segment and the predetermined patterns of the end section；These channels of each side are respectively arranged on the end section The wide side of the wide side of predetermined patterns, the wide side of first interstitial segment and second interstitial segment.

11. the assembly according to claim 10 with flexible structure, wherein opposite the two of first interstitial segment Wide side extends that two end arcs are convex, and the opposite two broad side walls faces of first intermediate channel are recessed with the first arc respectively and lead Ditch, the end arc that the first arc guide channel is equipped with adjacent first interstitial segment is convex, allow the end arc it is convex touch this Wherein one end of one arc guide channel forms backstop, and the opposite two broad side walls faces of second intermediate channel are recessed with the second arc respectively Shape guide channel, the end arc that the second arc guide channel is equipped with similar two the first interstitial segments is convex, makes the two ends Convex touch of portion's arc and mutually keep off or mutually from and touch the opposite end of same second arc guide channel respectively to form backstop.

12. the assembly according to claim 10 with flexible structure, wherein opposite the two of first interstitial segment Wide side each extends over out middle protrusion, makes between similar second interstitial segment and similar second interstitial segment It is equipped with the middle protrusion, between the predetermined patterns of the end section with the shape when flattening shape is presented in the segment group It is also that the channel of first interstitial segment is recessed in the middle protrusion respectively at mutual backstop, make first middle node The channel of section is wider than the channel of the channel of the end section predetermined patterns and second interstitial segment.

13. the assembly according to claim 12 with flexible structure, wherein the side of first interstitial segment has There is arc concave surface, and all has plane and in the plane in the side of the side of the end section and second interstitial segment Equipped with fixed part, and multiple corresponding fixed parts are equipped at intervals in the side of first elastic support, these correspond to fixed part It respectively corresponds and is fixed on the fixed part；To make flatten shape segment group with the plane of these the second interstitial segments for this first Elastic support reclines, or forniciform segment group is made to arrange in pairs or groups these second middle nodes with the arc concave surface of these the first interstitial segments The plane of section supplies first elastic support to recline together.

14. the assembly according to claim 12 with flexible structure, wherein the end section further includes There are two of removable group to half, a top layer part and a bottom part, in addition, second interstitial segment further includes There are dismountable two to half, the two are to be symmetrical arranged to clamp similar first interstitial segment to half, described The top layer part and bottom part of end section are used to clamp the positioning end of second elastic support.

15. according to claim 9 or 14 with flexible structure assembly, wherein end section have holding part with It is connected to each lateral sulcus road of the end section, the positioning end of second elastic support imports and slides in the holding part, should The other end segment is then fixed in the relative positioning end of second elastic support.

16. the assembly according to claim 15 with flexible structure, wherein the end section is also further in the appearance The portion of setting accommodates locating piece, and is arranged at intervals with two baffles in the positioning end of second elastic support with by the positioning Part is fixed on the positioning end, and is equipped with corresponding positioning region in the side of the holding part, makes the locating piece with the positioning End sliding is in the holding part or the locating piece is made to be positioned at the correspondence with its Sprag for being pierced by the positioning end Wherein at one of positioning region, makes the segment group be positioned at flattening shape or differently curved shape.

Technical field

The present invention relates to flexible structure and with the assembly of flexible structure, it is mountable in an electronic, make the electricity Sub-device can carry out state conversion between flat and bending state, in flat, for user as hand Formula electronic device (such as smartphone, tablet computer etc.) operation is held, and in bending state, moreover it is possible to for user as folding Stacked electronic device (such as laptop) operation, can more be bent to doubled state so as to transportation.

Background technique

In general portable electric device, large scale screen is persistently favored by user, along with developing in recent years Scratch (soft) property display device (flexible display device), cause equipped with scratching rolling over for (soft) property display device Folded portable electric device becomes one of the project of the interesting investment exploitation of those skilled in the art, such as Chinese Granted publication Structure disclosed in a kind of hinge module for flexible display device (announcing on August 24th, 2016) of number CN103228114B includes more A hinge bodies, guiding axis, connection lever and angle holding meanss, wherein the hinge bodies further comprise having first Main hinge ontology, the second main hinge ontology and multiple con-rod onlies, these con-rod onlies pass through respective guiding axis respectively and take Axis hole and a pair of of pilot hole with the connection lever, so as to being set between the first, second main hinge ontology, and the angle is protected Holding device further comprises that leaf spring and elastomeric element by a sequence of sliding panel of leaf spring make part of it be fixed on the first main hinge Chain ontology, and so that its another part is slidably disposed in the second main hinge ontology, then elastomeric element of arranging in pairs or groups is to limit leaf spring Position is mobile, to keep certain bending angle in flexible display apparatus bending.

However, in above patent document, due to needing through two connection levers and a reinforcement lever at these The opposite sides of con-rod only forms connection, and the guiding axis need to be incorporated into removable group of shaft tray, and then fix respectively Be incorporated into the opposite sides of the con-rod only, and make the sliding panel of the leaf spring by the opposite sides of the con-rod only it Between, so just the con-rod only can be both designed as elongated rectangular strip, also limit the degree of taper of overall volume；Its It is secondary, since these are as the composition component such as multiple shaft trays with guiding axis of connection and multiple connection levers, need to cooperate The quantity of multiple hinge bodies (the first, second main hinge ontology and these con-rod onlies etc.) assembles needed for being bound to cause Spare part quantity is easy to increase, and also will increase assembling procedure, especially is easier to increase burden after structure size diminution and error.

Based on this, (soft) property display device (being collectively referred to as flexible display device below) is scratched to adapt to be thinned in order to arrange in pairs or groups Development trend, guiding axis described above and the con-rod only are combined as a whole, to reduce volume and form modularization, also The structure design that the con-rod only passes through for the sliding panel of the leaf spring is improved, to reduce required spare part in order to assemble And disassembly, and then reduce overall volume.

Summary of the invention

It is the change carried out directly against the structure of the segment the purpose of the present invention is to provide a kind of flexible structure The adjacent segment is staggeredly interspersed between the similar segment by design, then by the way that these segments are arranged in pairs or groups two bullets Property supporter, and one of elastic support is made other than facilitating ease of assembly, also to make institute for clamping these segments The structure size for stating segment is not easy to be limited to elastic support, moreover it is possible to effectively reduction overall volume, and have in the state transition period It mutually restrains conducive to being formed in movement, misplaces to prevent from being formed with another elastic support.

Another object of the present invention is to provide a kind of assemblys with flexible structure, mainly use at least two Modular flexible structure, two end seats of collocation and at least one intermediate connecting body are stated, in addition to possessing above-mentioned flexible knot Except the advantages of structure, the Dimension Types for the flexible display device that can be arranged in pairs or groups are that foundation is convenient to loading onto design and group It flexibly and connects, reduce components and increase the scope of application, in addition also make when the side of the end seat is mutually touched described The mutual magnetic of magnetic absorption member is to form positioning.

To achieve the above object of the invention, the present invention provides a kind of flexible structure comprising: the first elastic support；Segment Group comprising sequential is in multiple segments of the side of first elastic support, these segments are with the adjacent segment Staggeredly intert and mutually traction is to produce relative sliding, and then form opposite folding, allows the segment group in flattening shape and bending Between carry out state conversion, and these segments include that there are two multiple middle nodes between end section and the end section The opposite sides of section, the interstitial segment and the end section predetermined patterns is equipped with channel, these channels cooperation of each side State is converted and is formed and be separated from each other or mutually connect；And second elastic support, it is parallel to the first elastic support, this Two elastic supports tool is there are two positioning end and forms hollow portion between the positioning end, and by the opposite of the hollow portion Two sides are respectively arranged at these channels of each side, to clamp these interstitial segments and the end section predetermined patterns.

Again in order to reach the another object of foregoing invention, the present invention also provides a kind of assembly with flexible structure, It include: two flexible structures being parallel to each other, the flexible structure is as described above；Two end seats being parallel to each other, wherein The opposite end of one end seat is connected to the end section of two flexible structures, and opposite the two of the other end pedestal End is connected to the other end segment of two flexible structures, and is respectively equipped with magnetic absorption member in the side of the end seat； And at least one intermediate connecting body, it is parallel between two end seats, opposite the two of at least one intermediate connecting body End is connected at least one interstitial segment of two flexible structures；It is flattened to enable two flexible structures to synchronize State conversion between shape and bending, separately when the side of the end seat is mutually touched, makes the mutual magnetic of the magnetic absorption member It inhales to form positioning.

For convenient for that can have a better understanding to the present invention, then by the feature for realizing above-mentioned technical proposal and depend on Other supplementary features of above-mentioned technical proposal are described in detail hereinafter now together with advantage possessed by these features.

Detailed description of the invention

Fig. 1 is the stereoscopic schematic diagram that flattening shape is presented in flexible structure of the present invention.

Fig. 2 is the decomposition diagram of Fig. 1.

Fig. 3 is that the decomposition diagram for flattening shape is presented at another visual angle for flexible structure of the present invention.

Fig. 4 is the top view of Fig. 1.

Fig. 5 is the side view of Fig. 1.

Fig. 6 is that Fig. 4 middle conductor A to A cuts open sectional schematic diagram.

Fig. 7 is that Fig. 4 middle conductor B to B cuts open sectional schematic diagram.

Fig. 8 is flexible structure of the present invention in the forniciform stereoscopic schematic diagram of another visual angle presentation.

Fig. 9 is the side view of Fig. 8.

Figure 10 is the flexible structure of Fig. 6 by schematic diagram after bending.

Figure 11 is the flexible structure of Fig. 7 by schematic diagram after bending.

Figure 12, which is assembly of the invention, (is shown in phantom out flexible display device in the combination diagram of flattening shape in figure It is installed on the assembly).

Figure 13 be Figure 12 assembly removal flexible display device after decomposition diagram (for the ease of illustration, in figure with Dotted line shows at least one intermediate connecting body).

Specific embodiment

As shown in Figure 1 to 11, the present invention provides a kind of flexible structure 51 comprising has segment group 20 and parallel to each other The first elastic support 10 and the second elastic support 30, be aided in figure X, Y, Z axis to, and further by X, Y, Z axis to Opposite two directions be subdivided into the directions such as front, rear, left and right, top, bottom or position respectively as supplementary explanation, be oriented to arrow Positive (preceding, left, top), wherein first elastic support 10 and second elastic support 30 are respectively provided with the length of X axis Degree, the width of Y-axis and Z axis to thickness, the segment group 20 be multiple segments along X axis sequentially linear array in this One elastic support 10 towards Z axis to side, these segments are staggeredly interspersed with the adjacent segment and mutually draw and generate Opposite sliding, and then so that the segment is formed angle gap between adjacent to each other and similar opposite side respectively and opened for opposite It closes, and segment group 20 is made to carry out state conversion between flattening shape and bending, and these segments include that there are two end sections Multiple interstitial segments 22,23 between 21 and the end section 21, the interstitial segment 22,23 and the end section 21 The opposite sides that predetermined patterns each look onto Y-axis is recessed with the channel 211,221,231 along X axis, these ditches of each side Road 211,221,231 cooperates the state conversion of the segment group 20 and formation is separated from one another into discontinuous shape or is formed and mutually connected At the strip channel of sequential like；Second elastic support 30 tool is there are two positioning end 31 and between the positioning end 31 Form hollow portion 33, and the opposite sides side 32 of the hollow portion 33 is respectively configured these channels 211 for being embedded in each side, 221, 231, to clamp 21 predetermined patterns of these interstitial segments 22,23 and the end section.

Among the above, the predetermined patterns of the end section 21 are equipped in the narrow side for facing one of X axis direction First intermediate channel 212, these interstitial segment groups still further comprise modular multiple first interstitial segments 22 and multiple The opposite two narrow sides of two interstitial segments 23, second interstitial segment 23 towards X axis are run through by the second intermediate channel 232, will First interstitial segment 22 is interspersed in the predetermined patterns of second interstitial segment 23 and the end section 21, makes each side These channels 211,221,231 are respectively arranged on the wide sides of 21 predetermined patterns of end section, first interstitial segment 22 Wide side and the wide side of second interstitial segment 23, directly staggeredly to intert and hide in adjacent first interstitial segment 22 After the predetermined patterns and second interstitial segment 23 that enter the end section 21, it is convenient to be embedded in second elastic support 30 Have in the extended hollow portion 33 of X axis, the structure size of the segment is so made to be not only restricted to the two elastic supports And it can effectively reduce overall volume, moreover it is possible to behind these segments sequentially linear array, by the hollow portion 33 opposite the two of Y-axis Side 32 clamps and forms supporting role, facilitates subsequent fixed side in first elastic support 10, make this first Elastic support 10 can form other supporting role to these segments, and because first elastic support 10 be difficult to generate it is flexible Variation, be more advantageous to its Z axis to opposite flank in conjunction with flexible display device 60 (referring to Figure 12)；When in the two elasticity When supporter is bent, the side of first elastic support 10 is allowed to recline for these segments, as second resilient support The hollow portion 33 of body 30 can mutually be led with these first, second interstitial segments 22,23 together with two 21 predetermined patterns of end section System allows the opposite sides end of elastic support to be aligned respectively or the opposite sides end of another elastic support of approximate alignment, Dislocation, the situation to avoid extruding occur for prevention.

Between the segment group 20 and the first elastic support 10, the side of first interstitial segment 22 is towards Z axis to equal With arc concave surface, but the side of the end section 21 towards Z axis to and second interstitial segment 23 side towards Z axis to All have plane and the plane be equipped with fixed part 24, and first elastic support 10 Z axis to the side interval Equipped with multiple corresponding fixed parts 11, these is made to correspond to fixed part 11 along X axis linear array in first elastic support 10 The side, these correspond to fixed parts 11 and respectively correspond the fixed part 24 for being fixed on the segment, have been fixed to one another mode using Know technological means, such as convex bolt collocation shrinkage pool, screw collocation screw hole, makes the predetermined patterns of two end sections 21 of the segment group 20 Be respectively positioned in opposite sides end of the side in X axis of first elastic support 10, and the segment group 20 these Second interstitial segment 23 holds first interstitial segment 22 respectively, to be located in the side of first elastic support 10 Opposite sides end between；To, make flatten shape segment group 20 with the plane of these the second interstitial segments 23 for this first Elastic support 10 reclines, or make forniciform segment group 20 with the arc concave surface of these the first interstitial segments 22 arrange in pairs or groups these second The plane of interstitial segment 23 supplies first elastic support 10 to recline together.

Secondly, being in first interstitial segment 22 to protect the opposite sliding between the segment and restrain effect Opposite two broad side surfaces extend two end arcs convex 222,223, and in the opposite two wide sides of first intermediate channel 212 Wall surface is recessed with the first arc guide channel 213 respectively, and the first arc guide channel 213 is equipped with the one of adjacent first interstitial segment 22 A end arc convex 222,223, is protected, and the end arc convex 222,223 is allowed to touch wherein the one of the first arc guide channel 213 End is recessed with the second arc guide channel in the opposite two broad side walls faces of second intermediate channel 232 to form backstop respectively 233, the second arc guide channel 233 is equipped with an end arc convex 222,223 for similar two the first interstitial segments 22, Equally protected, and the two end arcs convex 222,223 can be touched and mutually keep off or mutually from and respectively touch same second The opposite end of arc guide channel 233 is to form backstop, when so forming backstop in generally flattening shape, referring to Fig. 7, it is preceding, The forward and backward end arc for being equipped with adjacent first interstitial segment 22 in first arc guide channel 213 of rear end segment 21 respectively is convex 222,223, only the front end arc convex 222 touches 213 bottom end of the first arc guide channel of the front end segment 21, and the rear end Arc convex 223 touches 213 bottom end of the first arc guide channel of the rear end segment 21, as the second arc of second interstitial segment 23 In shape guide channel 233, previous first interstitial segment 22 of accommodating is to touch the first interstitial segment of the latter with rear end arc convex 223 22 front end arc convex 222, to form mutual backstop, until being located at first arc when making generally bending shown in Figure 11 Forward and backward end arc convex 222,223 in shape guide channel 213 will respectively reverse shuffle to touching respective first arc guide channel 213 Opposite end and form backstop, the forward and backward end arc convex 222,223 being now placed in the second arc guide channel 233 will be mutual It is separate, and the opposite end of same second arc guide channel 233 is touched respectively, it is similarly formed backstop action；By institute of the invention Stating end section 21 is that respective predetermined patterns are designed to modular construction, it is thus possible to phase double replacement, so in forward and backward position It can be also applicable in after intermodulation.

Furthermore it will form not between second interstitial segment 23 regardless of whole when flattening shape or differently curved shape With there being angle gap with respect to opening degree, in order to reduce because shaking situation caused by gap, then among described first The opposite two wide sides of segment 22 and it is located at this between convex to end arc 222,223 and each extends over out middle protrusion 224, makes close Second interstitial segment 23 between and similar second interstitial segment 23 and the end section 21 default portion The middle protrusion 224 is equipped between position, and in the opposite sides of the middle protrusion 224 and corresponding to described second The narrow side of interstitial segment 22 is respectively equipped with corresponding arc surface, and also divides in the opposite two narrow sides of second interstitial segment 23 Stopper section that She You be not adjacent with arc surface makes similar second interstitial segment 23 when flattening shape is presented in the segment group 20 in this way With another second interstitial segment 23, the second interstitial segment 23 with the predetermined patterns of end section 21 corresponding narrow side respectively with respective Stopper section and the 224 mutual backstop (see Fig. 7) of middle protrusion, simultaneously as first interstitial segment 22 is respectively hidden into institute It states in the second interstitial segment 23 and the predetermined patterns of the end section 21, makes adjacent first interstitial segment 22 and another the The mutual backstop in the narrow side of correspondence (see Fig. 6) of one interstitial segment 22, is respectively interposed the first interstitial segment of two of them 22 in institute In the predetermined patterns for stating end section 21, formed mutually only with the narrow side inner wall of respective narrow side and first intermediate channel 212 Gear, to share backstop and dependent interaction power, and during differently curved state is presented in the segment group 20, due to adjacent Between first interstitial segment 22, between similar second interstitial segment 23 and similar second interstitial segment Between 23 and the predetermined patterns of the end section 21, can there be angle gap with respect to opening, then pass through corresponding circular arc Face can offset each other in favor of these segments of the segment group 20, thus mutually guide in favor of relative movement (referring to Fig. 7, 11) it reduces and shakes situation.

On the other hand, also that the channel 221 of first interstitial segment 22 is recessed in the middle protrusion 224 respectively, and By its channel 221 in Z axis to opposite two inner walls between form wider spacing, refer to and preset portion than the end section 21 The channel 211 of position and the channel 231 of second interstitial segment 23 are wider, to form safely elasticity adjustment spacing, because This adapts to first interstitial segment 22 generated displacement during state is converted, and prevents from oppressing second resilient support The opposite sides side of body 30.Again for convenience of explanation, subsequent that the channel 221 of first interstitial segment 22 is then known as wide ditch Road, 21 predetermined patterns of the end section channel 211 be known as the first narrow channel and by the ditch of second interstitial segment 23 Road 231 is known as the second narrow channel, in addition to this, opposite two inner walls of these channels 211,221,231 is also respectively provided with circular arc Face and plane, in the wide channel 221, ditch top inner wall and bottom of trench inner wall are respectively plane and circular arc (recessed) face, and described In first narrow channel 211 and the second narrow channel 231, ditch top inner wall and bottom of trench inner wall are respectively arc surface and plane, It can allow between the described first, second narrow channel 211,231 and form neck；To which when flattening shape is presented in the segment group 20, this The opposite sides side 32 of two elastic supports 30 bear against the plane of the described first narrow channel 211, the wide channel 221 it is flat The plane of face and the second narrow channel 231；Or when bending is presented in the segment group 20, second elastic support 30 Opposite sides side 32 bears against the arc surface of the described first narrow channel 211, circular arc (recessed) face of the wide channel 221 and institute State the arc surface of the second narrow channel 231.

More modular first interstitial segment 22 cooperates integrality conversion and is respectively hidden into or exposes for convenience The end section 21 is further designed to by the predetermined patterns of second interstitial segment 23 and the end section 21 Modularization and include two of removable group to 214, top layer parts 215 of half and a bottom part 216, the end section The 21 narrow channel 211 in each side first is located to half 214 in the side of Y-axis, and the bottom part 216 is with known technology hand Section, such as convex bolt collocation shrinkage pool, screw arrange in pairs or groups screw hole to dock the top layer part 215, and to clamp second elastic support The 30 positioning end 31 allows the first narrow channel 211 of each side to extend between this two layers towards X axis, and it is therein fixed to make Although position end 31 by the top of end section 21, the clamping of two layers 215,216, bottom, can activity sliding in this two layers it Between, and relative positioning end 31 is clamped and is locked for two layers 215,216 by the top of the other end segment 21, bottom, into And second elastic support 30 sliding is restrained, second interstitial segment 23 is further separately designed to modularization and includes There are dismountable two to half 234, making the two to half 214,234 is symmetrical arranged to clamp in adjacent described first Between segment 22.

In addition, forming different lifted angle positions, this hair relative to keyboard in order to the screen as laptop It is bright to further have multistage positioning states, also there is holding part 217 in end section 21, it is default to be connected to the end section 21 The positioning end 31 in each lateral sulcus road 211 at position, second elastic support 30 imports and slides in the holding part 217, makes The holding part 217 provides activity space for second elastic support 30 deformation, and second elastic support 30 is opposite The other end segment 21 is then fixed in positioning end 31, is restrained by the other end segment 21, simultaneously also by the end Segment 21 is protected by the opposite two positioning end 31 of second elastic support 30；The even end section 21 is also into one Step accommodates locating piece 40 in the holding part 217, which includes lid 41, spring 42 and clamshell 43, by the clamshell 43 It is covered in one end of the spring 42, and by the positioning convex column in the other end grafting of the spring 42 lid 41, makes the spring 42 Be placed in the lid 41 together with the clamshell 43, and the positioning end 31 of second elastic support 30 through have through-hole and Every setting, there are two baffles 34, are locked with clamping the lid 41, the locating piece 40 is made to be fixed on the positioning end 31, and are somebody's turn to do Clamshell 43 separately has the Sprag 431 of protrusion to be pierced by the through-hole of the positioning end 31, and equal in the side of the holding part 217 Equipped with corresponding positioning region 218, the corresponding positioning region 218 includes multiple concave points (such as slot or hole), along X axis linear rows It is listed in any side of the top side of the holding part 217, bottom side, left or right side, the locating piece 40 is with the positioning end The sliding of portion 31 is in the holding part 217 or is positioned at the locating piece 40 with its Sprag 431 for being pierced by the positioning end 31 The wherein concave point at one of the corresponding positioning region 218, allows the segment group 20 to be positioned at flattening shape or differently curved shape, in this way at this The state transition period of segment group 20 makes the locating piece 40 respectively as the positioning end 31 sliding is in the holding part 217, and When the segment group 20 is positioned at flattening shape or differently curved shape, allows the Sprag 431 to respectively correspond and import the correspondence Positioning region 218 wherein at one concave point to form positioning.

In addition, in order to increase cooperate the flexible display device 60 Dimension Types, the present invention can be used two or Multiple modular flexible structures 51, and become a kind of group with flexible structure passing through structural connection to each other and connecing Zoarium 50, such as shown in Figure 12 to Figure 13 comprising two ends for having two flexible structures 51 being parallel to each other, being parallel to each other Pedestal 52 and the multiple intermediate connecting bodies 53 being parallel to each other；Two flexible structures 51 are arranged symmetrically and mutual in X axis In parallel, the flexible structure 51 is illustrated in previously, is just repeated no more, and two end seats 52 are arranged in Y-axis, it is made In the opposite end of an end seat 52 be connected to the end sections of two flexible structures 51, also make the other end pedestal 52 opposite end is connected to the other end segment of two flexible structures 51, and in the side of the end seat 52 point Not She You magnetic absorption member 521, and by least one described intermediate connecting body 53 in Y-axis be arranged to be parallel to two ends bottom Between seat 52, the opposite end of at least one intermediate connecting body 53 is connected at least one of two flexible structures 51 Interstitial segment is to be parallel to the end seat 52, to pass through two end seats 52 and at least one described intermediate connection Body 53 enables two flexible structures 51 to synchronize and carries out flattening shape to cooperate the size of the flexible display device 60 in Y-axis And the state conversion between bending, the flexible display device 60 is avoided damage to, in addition in the side phase of the end seat 52 When mutually touching, make the two mutual magnetic of magnetic absorption member 521 to form positioning.

Therefore, the present invention has the advantage that

The present invention is using the first, second elastic support of multiple segments collocation, wherein passes through the channel of the segment two sides Wherein the opposite sides side of the hollow portion of the second elastic support forms and inlays for collocation, makes the second elastic support for clamping this A little segments, and it is interspersed in the adjacent segment staggeredly between the similar segment, also make except ease of assembly in this way The structure size of the segment is not easy to be limited to the second elastic support, and can effectively reduce overall volume, is more advantageous in shape The state transition period forms mutual containing in movement, misplaces to prevent from being formed with the first elastic support.

The present invention is equipped with locating piece in the wherein one end of the second elastic support respectively, and an end section wherein Section is equipped with holding part, and the locating piece is made to import the holding part, so that sliding and limit stops effect are generated, to assist the second bullet Property supporter and the segment group between restraining function, make whole to form positioning states in flattening or when differently curved.

The present invention is that two or multiple modularizations are supplied by two end seats and at least one intermediate connecting body Above-mentioned flexible structure and connect, be convenient to flexible structure synchronous regime conversion, moreover it is possible to therefore adapt to the flexibility and show The Dimension Types of device increase the scope of application, and provide the flexibility that design and group are loaded onto, in addition in the side of the end seat Make the magnetic absorption member mutual magnetic when side is mutually touched to form positioning.

In conclusion according to content disclosed above, the present invention really can reach expected purpose, in great industry Utility value, therefore application for a patent for invention is proposed in accordance with the law；In addition, though the present invention discloses preferred tool to achieve the above object Body embodiment, but its construction feature for being not intended to limit the invention, any those skilled in the art should be appreciated that In Under technical spirit of the invention, any changes or modifications readily occurred in are all possible and all by claims of the invention Book is covered.

Description of symbols

First elastic support 10 corresponds to fixed part 11

20 end section 21 of segment group

211 first intermediate channel 212 of channel

First arc guide channel 213 is to half 214

215 bottom part 216 of top layer part

Holding part 217 corresponds to positioning region 218

First interstitial segment, 22 channel 221

Convex 222,223 middle protrusion 224 of end arc

Second interstitial segment, 23 channel 231

Second intermediate channel, 232 second arc guide channel 233

To 234 fixed part 24 of half

Second elastic support 30 positions end 31

32 hollow portion 33 of side

34 locating piece 40 of baffle

41 spring 42 of lid

43 Sprag 431 of clamshell

50 flexible structure 51 of assembly with flexible structure

52 magnetic absorption member 521 of end seat

53 flexible display device 60 of intermediate connecting body