CN209511449U - Electronic equipment - Google Patents

Abstract

Electronic equipment disclosed in the present application includes first shell, second shell, third shell, flexible screen, movable plate and bending mechanism, third shell includes the first side, second side and accommodating space, first shell and second shell are rotationally connected with the first side and second side respectively, flexible screen includes the first fixed area, buckled zone and the second fixed area, first fixed area and the second fixed area are individually fixed in first shell and second shell, piecemeal activity plate is contained in accommodating space, movable plate includes movable part and adsorption section, movable part is connected with bending mechanism, adsorption section is connected to surface of the movable part close to flexible screen, adsorption section has the adsorption plane towards buckled zone；When first shell is rotated relative to second shell, when so that electronic equipment changing from bending state to flat, bending mechanism drives bottom wall of the movable part far from accommodating space, adsorption section is squeezed to buckled zone, the partial air between adsorption plane and buckled zone is discharged, at least partly adsorption plane fits in buckled zone.

Description

Electronic equipment

Technical field

This application involves a kind of electronic technology field more particularly to a kind of electronic equipment.

Background technique

With the development increasingly of electronic device technology, user is to large scale and the demand of electronic equipment that is easy to carry about with one Higher and higher, therefore, the electronic equipment with bending-type display screen receives extensive attention.Bending-type display screen is set with electronics When standby shell assembles, to guarantee to switch between bending and unfolded state, the bending deformation region of display screen is usually not It is fixedly connected with the casing.When bending-type display screen during bending, bending deformation region will appear outwardly protrude bending and to Two kinds of possible motion states of interior recessed bending.For aduncate bending-type display screen (i.e. two display surfaces of display screen Can local inclination, and be contained in bending shell between), the bending motion state outwardly protruded will hinder display screen it is normal inwardly Bending, or even display screen can be damaged.

Utility model content

This application provides a kind of preferable electronic equipments of bending effect.

The embodiment of the present application provides a kind of electronic equipment.The electronic equipment includes first shell, second shell, third Shell, flexible screen, movable plate and bending mechanism, the third shell include the first side being oppositely arranged and second side, and described Accommodating space is formed between side and described second side, the first shell is rotationally connected with first side, the second shell Body is rotationally connected with described second side, and the flexible screen includes sequentially connected first fixed area, buckled zone and the second fixed area, First fixed area is fixed on the first shell, and second fixed area is fixed on the second shell, at least partly institute It states buckled zone and is contained in the accommodating space when the electronic equipment is in bending state, the movable plate is contained in the receipts Hold space, the movable plate includes movable part and adsorption section, and the movable part is connected with the bending mechanism, the adsorption section The movable part is connected to close to the side of the flexible screen, the adsorption section has the adsorption plane towards the buckled zone；

When the first shell is rotated relative to the second shell, so that the electronic equipment is from the bending state to exhibition When level state changes, the bending mechanism drives the movable part far from the bottom wall of the accommodating space, and the adsorption section is to institute Buckled zone extruding is stated, with the partial air being discharged between the adsorption plane and the buckled zone, makes at least partly described adsorption plane Fit in the buckled zone.

In the present embodiment, by the way that the first shell is arranged relative to the rotation and the second shell of the third shell The relatively described third housing into rotation, so that the flexible screen bends, and first fixed area and second fixed area It is oppositely arranged, to reduce the frontside area of electronic equipment, and then user is facilitated to carry and use.In addition, passing through setting tool There is the movable plate of adsorption section, and when electronic equipment is in flattened state, the adsorption plane of adsorption section fits in the buckled zone, To the electronic equipment change from flat to bending state in a flash or in one section of short time when, the adsorption section Adsorption capacity between the buckled zone can prevent the buckled zone from being bent to the direction of the bottom wall far from the accommodating space, Prevent the electronic equipment curved in a flash or in one section of short time, the buckled zone of the flexible screen is directed away from The direction of the third shell is arched upward, and then the guarantee electronic equipment has preferable bending effect.

Detailed description of the invention

In order to illustrate more clearly of the technical solution of the application, attached drawing needed in embodiment will be made below Simply introduce, it should be apparent that, the accompanying drawings in the following description is only some embodiments of the application, general for this field For logical technical staff, without any creative labor, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is a kind of structural representation for embodiment that electronic equipment provided by the embodiments of the present application is in flat Figure；

Fig. 2 is a kind of structural schematic diagram for embodiment that electronic equipment shown in FIG. 1 is in bending state；

Fig. 3 is the structural decomposition diagram of electronic equipment shown in FIG. 1；

Fig. 4 is a kind of electronic equipment shown in FIG. 1 diagrammatic cross-section of embodiment at line A-A；

Fig. 5 is a kind of diagrammatic cross-section of embodiment of the electronic equipment shown in Fig. 4 at M；

Fig. 6 is the diagrammatic cross-section of another embodiment of the electronic equipment shown in Fig. 4 at M；

Fig. 7 is the partial cutaway schematic view of another embodiment of the electronic equipment shown in Fig. 4 at M；

Fig. 8 is the micro- structural schematic diagram for inhaling glue of nanometer in electronic equipment shown in Fig. 7；

Fig. 9 is the micro- structural schematic diagram for inhaling glue at N of nanometer shown in Fig. 8；

Figure 10 is the partial cutaway schematic view of another embodiment of the electronic equipment shown in Fig. 4 at M；

Figure 11 is the decomposition diagram of the part-structure of electronic equipment provided by the embodiments of the present application；

Figure 12 is the partial structure diagram that electronic equipment provided by the embodiments of the present application is in bending state；

Figure 13 is the partial structure diagram that electronic equipment provided by the embodiments of the present application is in bending state；

Figure 14 is the partial structure diagram that electronic equipment provided by the embodiments of the present application is in flat；

Figure 15 is the partial structure diagram that electronic equipment provided by the embodiments of the present application is in bending state；

Figure 16 is the partial structure diagram of electronic equipment provided by the embodiments of the present application.

Specific embodiment

Below in conjunction with the attached drawing in the application embodiment, the technical solution in the application embodiment is carried out clear Chu is fully described by.

It is with reference to the accompanying drawing and specific real in order to be more clearly understood that the above objects, features, and advantages of the application Mode is applied the application is described in detail.It should be noted that in the absence of conflict, presently filed embodiment and reality The feature applied in mode can be combined with each other.

Many details are explained in the following description in order to fully understand the application, described embodiment Only a part of embodiment of the application, rather than whole embodiments.Based on the embodiment in the application, this field Those of ordinary skill's every other embodiment obtained without making creative work belongs to the application guarantor The range of shield.

Fig. 1 is please referred to, the application embodiment provides a kind of electronic equipment 100.Electronic equipment 100 can realize bending effect Fruit.Electronic equipment 100 can be tablet computer, mobile phone, camera, personal computer, laptop, mobile unit, can wear Wear the smart machines such as equipment.Wherein, for ease of description, it is in the first visual angle with electronic equipment 100 to be defined for reference, electricity The width direction of sub- equipment 100 is defined as X-direction, and the length direction of electronic equipment 100 is defined as Y-direction, electronic equipment 100 Thickness direction is defined as Z-direction.

As shown in Figure 1 to Figure 3, electronic equipment 100 includes first shell 10, second shell 20, third shell 30, flexible screen 40, movable plate 50 and bending mechanism 60.Third shell 30 includes the first side 31 being oppositely arranged and second side 32.First side 31 with Accommodating space 311 is formed between second side 32.It is understood that third shell 30 further includes being connected to the first side 31 and second The bottom wall 33 of side 32.The substantially u-shaped shape of third shell 30.First side 31 of third shell 30 extends perpendicularly to first party To.Second side 32 of third shell 30 extends perpendicularly to first direction.It is empty that the bottom wall 33 of third shell 30 forms receiving Between 311 bottom wall 33.First shell 10 is rotationally connected with the first side 31.Second shell 20 is rotationally connected with second side 32.It can be with Understand, first shell 10 rotates around the shaft perpendicular to first direction relative to first side 31, i.e., first shell 10 is with respect to the Three shells 30 rotate on Y-Z plane.Second shell 20 is around the rotation of shaft second, opposite, side 32 perpendicular to first direction.First Direction is the first side 31 towards the direction of second side 32, i.e. second shell 20 rotates on Y-Z plane relative to third shell 30.

Wherein, flexible screen 40 includes sequentially connected first fixed area 41, buckled zone 42 and the second fixed area 43.First is solid Determine area 41 and is fixed on first shell 10.Second fixed area 43 is fixed on second shell 20.At least partly buckled zone 42 is set in electronics Standby 100 are contained in accommodating space 311 when being in bending state.At least partly buckled zone 42 is in flattening shape in electronic equipment 100 Accommodating space 311 is right against in state.It is understood that as shown in Fig. 2, when electronic equipment 100 is in bending state, first Fixed area 41 is oppositely arranged with the second fixed area 43, and at least partly buckled zone 42 is contained in accommodating space 311.Such as Fig. 1 and Fig. 4 Shown, when electronic equipment 100 is in flat, the first fixed area 41, buckled zone 42 and the second fixed area 43 form flat Face is between 150 ° to 180 °.Attached drawing 4 is to exemplify with 180 °.

Wherein, as shown in figures 2 and 5, movable plate 50 is contained in accommodating space 311.Movable plate 50 include movable part 51 and Adsorption section 52.Movable part 51 is connected with bending mechanism 60.Adsorption section 52 is connected to movable part 51 close to the side of flexible screen 40, Adsorption section 52 has the adsorption plane 521 towards buckled zone 42.The table it is understood that movable part 51 and bending mechanism 60 are connected When what is shown is that one in bending mechanism 60 or movable part 51 moves, another is also with movement.In addition, working as electronic equipment 100 be in bending state when, bottom wall 33 of the movable plate 50 close to third shell 30.When electronic equipment 100 is in flat, Movable plate 50 is close to flexible screen 40.In the present embodiment, for the convenience of description, the structure that attached drawing 5 provides adsorption section 52 is one The structure of kind embodiment.Certainly, in other embodiments, the structure of adsorption section 52 can also be with other structures.Such as attached drawing 7 To the structure of adsorption section 52 shown in Fig. 9.

Wherein, as shown in figure 5, when first shell 10 is with respect to the rotation of second shell 20, so that electronic equipment 100 is from bending When state changes to flat, bending mechanism 60 drives bottom wall 33 of the movable part 51 far from accommodating space 311, and adsorption section 52 is to curved Bent area 42 squeezes, and with the partial air being discharged between adsorption plane 521 and buckled zone 42, fits at least partly adsorption plane 521 Buckled zone 42.

In the present embodiment, the rotation and second shell 20 by setting first shell 10 relative to third shell 30 are opposite Third shell 30 rotates, so that flexible screen 40 bends, and 43 phase of the first fixed area 41 and the second fixed area of flexible screen 40 To setting, to reduce the frontside area of electronic equipment 100, i.e. the area of electronic equipment 100 on an x-y plane, and then conveniently User carries and uses.In addition, having the movable plate 50 of adsorption section 52 by setting, and flattening is in electronic equipment 100 State when, the adsorption plane 521 of adsorption section 52 fits in buckled zone 42, thus in electronic equipment 100 from flat to bending In a flash or in one section of short time of state change, the adsorption capacity between adsorption section 52 and buckled zone 42 can prevent buckled zone 42 To far from accommodating space 311 bottom wall 33 direction be bent, that is, prevent electronic equipment 100 bending process in a flash or one section In short time, the direction that the buckled zone 42 of flexible screen 100 is directed away from third shell 30 is arched upward.

A kind of embodiment, first shell 10 relative to second shell 20 rotate so that electronic equipment 100 from flat to When bending state changes, bending mechanism 60 drives movable part 51 close to the bottom wall 33 of accommodating space 311, and movable part 51 passes through absorption Adsorption capacity between portion 52 and buckled zone 42 drives buckled zone 42 to be bent to the direction of the bottom wall 33 close to accommodating space 311, i.e., Prevent electronic equipment 100 during bending, the direction that the buckled zone 42 of flexible screen 100 is directed away from third shell 30 is arched upward.

A kind of embodiment, as shown in Fig. 2, adsorption section 52 can be when electronic equipment 100 is in bending state and flexible 40 separation of screen.It is understood that adsorption section 52 can be during buckled zone 42 changes from flat to bending state It is separated with buckled zone 42.Specifically, movable part 51 exists when electronic equipment 100 is bent from flat to bending state Close to the bottom wall 33 of third shell 30 under the drive of bending mechanism 60.At this point, in the bending change of buckled zone 42, buckled zone 42 It is separated with adsorption section 52.Therefore, when electronic equipment 100 is in bending state, adsorption section 52 is separated with buckled zone 42, from And guarantee in the bending state of electronic equipment 100, movable plate 50 will not apply always pressure to flexible screen 40, to avoid soft Property screen 40 is damaged or cracks.In other embodiments, adsorption section 52 can also be in buckled zone 42 to close to receipts The direction of the bottom wall 33 in appearance space 311 is curved to be separated with buckled zone 42 in a flash or in a bit of time.

Further, the surface of 42 face adsorption plane 521 of buckled zone is shiny surface.So when adsorption section 52 is to buckled zone When 42 extruding, since the surface of 42 face adsorption plane 521 of buckled zone is shiny surface, so that the face of adsorption section 52 and smooth face contact Product increases significantly so that the adsorption capacity of adsorption section 52 and buckled zone 42 increases significantly, and then electronic equipment 100 oneself For flat into bending state variation, movable part 51 effectively can drive flexible screen 40 towards close to receiving by the adsorption capacity The direction of the bottom wall in space 311 is bent.

In the present embodiment, the structure of adsorption section 52 has a variety of set-up modes:

Embodiment one: as shown in figures 2 and 5, adsorption section 52 includes one or more suckers 52.When the quantity of sucker 52 When being multiple, multiple suckers 52 are arranged in X direction.The material of sucker 52 may include but be not limited only to include polyvinyl chloride.It inhales Disk 52 has inner concave.The adsorption plane 521 of inner concave formation adsorption section 52.By first shell 10 with respect to 20 turns of second shell Dynamic, when so that electronic equipment 100 changing from bending state to flat, bending mechanism 60 drives movable part 51 empty far from receiving Between 311 bottom wall 33, sucker 52 to buckled zone 42 squeeze.At this point, sucker 52 deforms, and the adsorption plane 521 of sucker 52 with Partial air between buckled zone 42 is discharged.At this point, under the extruding of external atmosphere pressure sucker 52 at least partly adsorption plane 521 fit in buckled zone 42.When electronic equipment 100 is bent from flat to bending state, due to the adsorption plane of sucker 52 There are adsorption capacities between 521 and buckled zone 42, so that movable part 51 drives buckled zone 42 to close to receiving sky by the adsorption capacity Between 311 bottom wall 33 direction bending, that is, prevent electronic equipment 100 during bending, 42 direction of buckled zone of flexible screen 100 It arches upward in direction far from third shell 30.

Optionally, as shown in figure 5, movable plate 50 further includes interconnecting piece 53.Interconnecting piece 53 is connected to movable part 51 and sucker Between 52.The power that interconnecting piece 53 applies the adsorption section 52 for movable part 51 described in buffer portion.The interconnecting piece 53 Material can be consistent with the material of adsorption section 20, i.e., the material of the described interconnecting piece 53 is polyvinyl chloride.Interconnecting piece 53 can be but It is not limited only to as cylindrical body.The interconnecting piece 53 is integrally formed with sucker 52.Interconnecting piece 30 is fixed on movable part 51.At this point, working as When movable part applies pressure to adsorption section 20, interconnecting piece 53 can be applied to the pressure of adsorption section 20 with buffer portion, to avoid Because the power for being applied to adsorption section 20 is excessive, and flexible screen 40 is caused to protrude towards the direction far from accommodating space 311, or even cause soft Property screen 40 split screen or generate risk.Further, the material of interconnecting piece 53 also may include antistatic material, to avoid Flexible screen 40 and interconnecting piece 53 generate electrostatic damage.

Optionally, as shown in fig. 6, movable part 51 is equipped with the first groove 511.First groove 511 is to the side of accommodating space 311 To recess.Sucker 52 is set to the first groove 511.It is understood that at least partly sucker 52 stretch out the first groove 511, with Electronic equipment 100 is in flat, and the concave surface of sucker 52 is adsorbed on buckled zone 42.Movable part 51 is at electronic equipment 100 Flexible screen 40 is held in flat.Specifically, when electronic equipment 100 is flattened from bending state to flat, it is living Movable plate 50 is to close to the movement of the direction of flexible screen 40.When electronic equipment 100 is in flat, sucker 52 deforms, and At least partly concave surface of sucker 52 fits in buckled zone 42.At this point, movable part 51 fits in bending close to the surface of flexible screen 40 Area 42, to play a supporting role to flexible screen 40, i.e., when flexible screen 40 is by user's touch-control, flexible screen 40 will not occur recessed It falls into.

Optionally, the material of sucker 52 includes antistatic material.A kind of embodiment, the antistatic material include conduction Mica powder, i.e. sucker 52 are mixed through polyvinyl chloride and conductive mica powder.In present embodiment, conductive mica powder is particle table Face forms conductive oxide layer through processing.When conductive mica powder and polyvinyl chloride are mixed to form sucker 52, the conduction Mica powder can be blended in polyvinyl chloride completely, so that being formed by sucker 52 with anti-static function.At this point, ought be at least partly When the concave surface fits in buckled zone, sucker 52 and flexible screen is can be effectively avoided in the sucker 52 with conductive mica powder material 40 generate electrostatic, that is, avoid be in flat sucker 52 to the generation electrostatic damage of flexible screen 40 in electronic equipment 100.At it In his embodiment, in the mixture of polyvinyl chloride and conductive mica powder, curing agent can be added, to guarantee that polyvinyl chloride is fast Speed solidification is to form sucker 52.

Embodiment two, major part technology contents identical with embodiment one repeat no more: as shown in Figure 7 to 9, inhaling Attached portion 52 uses micro- 52 material of suction glue of nanometer.Adsorption plane 521 includes multiple depressed areas 5211.It is understood that the micro- suction of nanometer Glue 52 is a kind of polymer.Micro- 52 surface of suction glue of nanometer is similar to plane flannelette.Compared to common viscose glue, the micro- suction glue 52 of nanometer has Whether there is or not the substances such as any viscose glue glue class, i.e., when suction glue 52 micro- with hand touching nanometer, user can be experienced without viscous sense.Nanometer Micro- adsorption plane 521 for inhaling glue 52 has multiple depressed areas 5211.The size of the depressed area 5211 is in micron-scale or nanometer ruler It is very little.As can be seen from figures 8 and 9, the micro- suction glue 52 of nanometer can be by depressed area 5211 come the buckled zone 42 of adsorption flexible screen 40.Specifically , first shell 10 is rotated relative to second shell 20, curved when so that electronic equipment 100 changing from bending state to flat Bent mechanism 60 drives bottom wall 33 of the movable part 51 far from accommodating space 311, and the micro- suction glue 52 of nanometer is squeezed to buckled zone 42.At this point, The micro- suction glue 52 of nanometer deforms, and the partial air between the micro- adsorption plane 521 and buckled zone 42 for inhaling glue 52 of nanometer is discharged. At this point, the micro- adsorption plane 521 for inhaling glue 52 of nanometer fits in buckled zone 42.When electronic equipment 100 is from flat to bending state When bending, since there are adsorption capacities between the adsorption plane 521 and buckled zone 42 of the micro- suction glue 52 of nanometer, so that movable part 51 is by being somebody's turn to do Adsorption capacity drives buckled zone 42 to be bent to the direction of the bottom wall 33 close to accommodating space 311, that is, electronic equipment 100 is prevented to be bent In the process, it arches upward in the direction that the buckled zone 42 of flexible screen 100 is directed away from third shell 30.In other embodiments, nanometer Micro- adsorption plane 521 for inhaling glue 52 includes multiple small sucker structures, i.e., the size of small sucker structure is in micron-scale or nanometer Size.

Optionally, adsorption section 52 includes multiple antistatic particles.At this point, ought at least micro- suction glue 52 of nanometer fit in buckled zone When, the micro- suction glue 52 of nanometer with antistatic particle can be effectively avoided the micro- suction glue 52 of nanometer and generate electrostatic with flexible screen 40, It avoids being in flat nanometer micro- suction glue 52 in electronic equipment 100 and electrostatic damage is generated to flexible screen 40.

Optionally, as shown in Figure 10, movable part 51 is equipped with the second groove 512.Second groove 512 is to accommodating space 311 Direction recess.The micro- suction glue 52 of nanometer is set to the second groove 512.Movable part 51 is in flat in electronic equipment 100 and supports In flexible screen 40.It is understood that at least partly micro- suction glue 52 of nanometer stretches out the second groove 512, at electronic equipment 100 In flat, the micro- suction glue 52 of nanometer can be adsorbed on buckled zone 42 towards the surface of flexible screen 40.In addition, working as the micro- suction of nanometer Glue 52 towards flexible screen 40 adsorption in buckled zone 42, the micro- suction glue 52 of nanometer deforms and to be squeezed into second recessed for part In slot 512.At this point, movable part 51 is in flat in electronic equipment 100 is held in flexible screen 40.So by work The second groove 512 is arranged in dynamic portion 51, and the micro- suction glue 52 of nanometer is arranged in groove 512, so that movable part 51 is close to soft The surface of property screen 40 fits in buckled zone 42 when electronic equipment 100 is in flat, and then plays support to flexible screen 40 Effect, i.e., when flexible screen 40 is by user's touch-control, flexible screen 40 will not be recessed.

As shown in figure 11, bending mechanism 60 includes the first cursor 61 and the second cursor 62.First cursor 61 is fixed In first shell 10.Second cursor 62 is fixed on second shell 20.A kind of embodiment, the first cursor 61 pass through fastener It is fixed in first shell 10.Second cursor 62 is fixed in second shell 20 also by fastener.First cursor 61 is set There is first through hole 611.First through hole 611 is strip through-hole.Second cursor 62 is equipped with the second through-hole 621.Second through-hole 621 For strip through-hole.In conjunction with attached drawing 12, the end of movable plate 50 is arranged at intervals with the first convex block 631 and the second convex block 632.First is convex The shape of block 631 and the shape adaptation of first through hole 611.The shape adaptation of the shape of second convex block 632 and the second through-hole 621. First convex block 631 is slidably connected to first through hole 611.Second convex block 632 is slidably connected to the second through-hole 621.

When first shell 10 is rotated relative to third shell 30, i.e., first shell 10 turns with respect to third shell in Y-Z plane Dynamic, first shell 10 drives the first cursor 61 to rotate relative to third shell 30, i.e., the first cursor 61 is also with respect to third shell 30 rotate in Y-Z plane, at this point, the hole wall of first through hole 611 squeezes the first convex block 631 so that the first convex block 631 is logical from first The one end in hole 611 is moved to the other end.It is identical, the second convex block 632 is squeezed by the hole wall of the second through-hole 621, so that second Convex block 632 is moved to the other end from one end of the second through-hole 621.At this point, movable plate 50 in accommodating space 311, is moved along Z-direction It is dynamic.So being slided in first through hole 611 by the first convex block 631 and the second convex block 632 being sliding in the second through-hole 621 It is dynamic, with when electronic equipment 100 is in flat movable plate 50 be in bending in electronic equipment 100 close to flexible screen 40 Bottom wall 33 of the movable plate 50 close to accommodating space 311 when state.

Further, as shown in Figure 11 to Figure 13, third shell 30 includes fixed plate 34.Fixed plate 34 is fixed on the first side 31 with the end of second side 32.It is understood that fixed plate 34 is between the first side 31 and second side 32.Fixed plate 34 is set There are spaced first slide opening 341 and the second slide opening 342.The extending direction of first slide opening 341 and the second slide opening 342 is parallel In Z-direction.First convex block 631 is loaded on first through hole 611 through the sliding of the first slide opening 341.Second convex block 632 is through the second slide opening 342 Sliding is loaded on the second through-hole 621.It is understood that the first convex block 631 is located at when electronic equipment 100 is in flat The end of the bottom wall 33 of the separate third shell 30 of first slide opening 341, the second convex block 632 be located at the second slide opening 342 far from the The end of the bottom wall 33 of three shells 30, at this point, movable plate 50 supports flexible screen 40.In conjunction with reference attached drawing 13, when electronic equipment 100 When in bending state, the first convex block 631 is located at the end of the close bottom wall 33 of the first slide opening 341, and the second convex block 632 is located at the The end of the close bottom wall 33 of two slide openings 342, at this point, movable plate 50 is housed in accommodating space 311.In the bending of flexible screen 40 Or during flattening, the first convex block 631 is slided in the first slide opening 341 along Z-direction, and the second convex block 632 is in the second slide opening It is slided in 342 along Z-direction.

As shown in FIG. 11 and 12, bending mechanism 60 includes the first support plate 64 and the second support plate 65.First support plate 64 include the first side 641 and the second side 642 of bending connection.First side 641 is rotationally connected with the of third shell 30 Side 31.A kind of embodiment, the first side 31 are equipped with first rotating shaft 63.First side 641 can be connected to by first rotating shaft 63 First side 31.Second side 642 is connected to the first cursor 61.At this point, when first shell 10 is flat in Y-Z with respect to third shell 30 When face rotates, under the drive of the first cursor 61, the first support plate 64 is also existed with respect to third shell 30 by first rotating shaft 63 Y-Z plane rotation.Second support plate 65 includes the third side 651 and the 4th side 652 of bending connection.651 turns of third side Dynamic second side 32 for being connected to third shell 30.A kind of embodiment, third side 651 can be connected to by the second shaft 68 Two sides 32.4th side 652 is connected to the second cursor 62.At this point, when the opposite third shell 30 of second shell 20 is in Y-Z plane When rotation, under the drive of the second cursor 62, the second support plate 65 is by the second shaft 68 also with respect to third shell 30 in Y-Z Plane Rotation.As shown in figure 12, when electronic equipment 100 is in bending state, the first support plate 64 and the second support plate 65 In the two sides of flexible screen 40.As shown in figure 14, in the flat that electronic equipment 100 is in, movable plate 50, the first support plate 64 and second support plate 65 be arranged side by side.Flexible screen 40 is mentioned by movable plate 50, the first support plate 64 and the second support plate 65 For support force, to guarantee the flatness of flexible screen 40, and user can be avoided when touching flexible screen 40, flexible screen 40 will not be sent out Raw recess.

As seen in figures 11 and 14, further, the second side 642 of the first support plate 64 is equipped with the first sliding block 6421, First cursor 61 is equipped with first sliding groove 612, and the sliding of the first sliding block 6421 is loaded on first sliding groove 612.In the present embodiment, first The shape of sliding block 6421 is crescent.The shape of first sliding groove 612 is adapted with the shape of the first sliding block 6421.First sliding block 6421 can at least partly be placed in first sliding groove 612, and can slide relative to first sliding groove 612.First sliding groove 612 includes phase To the first end 6121 and second end 6222 of setting.First end 6121 is the end of the separate first through hole 611 of first sliding groove 612 Portion.Second end 6122 is the end of the close first through hole 611 of first sliding groove 612.When first shell 10 is with respect to third shell 30 When rotation, first shell 10 also drives the first cursor 61 to rotate relative to third shell 30.At this point, turning in the first cursor 61 During dynamic, since the size of first sliding groove 612 is greater than the size of the first sliding block 6421, so that the first sliding block 6421 is sliding first Sliding in slot 612.Therefore, first shell 10 is while driving the first support plate 64 to rotate relative to third shell 30, first shell Body 10 also drives the opposite third shell 30 of the first support plate 64 to slide.As shown in figure 14, when electronic equipment 100 is located at flat When, the first sliding block 6421 is located at the second end 6122 of first sliding groove 612.Figure 15 is please referred to, when electronic equipment 100 is in bending When state, the first sliding block 6421 slides into the first end 6121 of first sliding groove 612.

It is identical, Figure 11 is please referred to, by the way that the second sliding block 6521 is arranged in the 4th side 65, and in the second cursor 62 Upper setting second sliding slot 622, to realize second shell 20 to drive the second support plate 65 to rotate relative to third shell 30 same When, second shell 20 also drives the opposite third shell 30 of the second support plate 65 to slide.

Further, as shown in figure 16, bending mechanism 60 further includes the first slide plate 66.First slide plate 66 includes the first rotation Portion 661 and the first sliding part 662 for being connected to the first rotation section 661.First support plate 64 includes the first sliding groove 643.First Sliding groove 643 runs through the end face 6411 of the first side 641.First sliding part 662, which slides, is loaded on the first sliding groove 643, and first turn Dynamic portion 661 stretches out through the end face 6411 of the first side 641 and is rotationally connected with first rotating shaft 63.At this point, at electronic equipment 100 When flat, the first sliding part 662 is contained in the first sliding groove 643.Certainly, in other embodiments, when electronics is set When being in flat for 100, the first sliding part 662 can also partially stretch out the example outside the first sliding groove 643.Attached drawing 16 is given Go out the first sliding part of part 662 to stretch out except the first sliding groove 643.In conjunction with shown in attached drawing 12 and Figure 15, when electronic equipment 100 When in bending state, the first sliding part of part 662 stretches out except the first sliding groove 643, and 662 ratio of the first sliding part is flattening When state, the distance for stretching out the first sliding groove 643 is longer.So when electronic equipment 100 is bent from flat to bending state When, first shell 10 is rotated relative to third shell 30, and first shell 10 drives the rotation of the first cursor 61.In the first cursor 61 Drive under, and being rotatably assorted by the first rotation section 661 and first rotating shaft 63, the first support plate 64 is with respect to third shell 30 Rotation.In addition, the first support plate 64 is during rotation, the second side 642 of the first support plate 64 is also with respect to the first cursor 61 slidings, at this point, opposite first sliding groove 643 of the first sliding part of cooperation 662 slides, to realize the first support plate 64 opposite first Shell 10 slides.

As seen in figures 11 and 14, third shell 30 includes end cap 35.End cap 35 is covered on fixed plate 34.End cap 35 covers Part bending mechanism 60.In the present embodiment, end cap 35 is set to the end of the first side 31 and second side 32.End cap 35 and first shell 10, second shell 20 and third shell 30 form the appearance portion of electronic equipment 100, the tailored appearance of electronic equipment 100 and complete, Improve the usage experience of electronic equipment 100.

It is the optional embodiment of the application above, it is noted that for those skilled in the art, Under the premise of not departing from the application principle, several improvements and modifications can also be made, these improvements and modifications are also considered as this Shen Protection scope please.

Claims (15)

1. a kind of electronic equipment, which is characterized in that including first shell, second shell, third shell, flexible screen, movable plate and Bending mechanism, the third shell includes the first side being oppositely arranged and second side, between first side and described second side Accommodating space is formed, the first shell is rotationally connected with first side, and the second shell is rotationally connected with described second Side, the flexible screen include sequentially connected first fixed area, buckled zone and the second fixed area, and first fixed area is fixed on The first shell, second fixed area are fixed on the second shell, and at least partly described buckled zone is set in the electronics It is contained in the accommodating space for being in when bending state, the movable plate is contained in the accommodating space, the movable plate packet Movable part and adsorption section are included, the movable part is connected with the bending mechanism, and the adsorption section is connected to the movable part and leans on The side of the nearly flexible screen, the adsorption section have the adsorption plane towards the buckled zone；

When the first shell is rotated relative to the second shell, so that the electronic equipment is from the bending state to flattening shape When state changes, the bending mechanism drives the movable part far from the bottom wall of the accommodating space, and the adsorption section is to described curved Bent area squeezes, and with the partial air being discharged between the adsorption plane and the buckled zone, makes at least partly described adsorption plane fitting In the buckled zone.

2. electronic equipment according to claim 1, which is characterized in that the relatively described second shell of the first shell turns Dynamic, when so that the electronic equipment changing from the flat to the bending state, the bending mechanism drives the work Close to the bottom wall of the accommodating space, the movable part passes through the adsorption capacity band between the adsorption section and the buckled zone in dynamic portion The buckled zone is moved to be bent to the direction of the bottom wall close to the accommodating space.

3. electronic equipment according to claim 1 or 2, which is characterized in that the adsorption section can be in the electronic equipment It is separated when in bending state with the flexible screen.

4. electronic equipment according to claim 1, which is characterized in that the surface of adsorption plane described in the buckled zone face is Shiny surface.

5. according to claim 1, electronic equipment described in any one of 2 and 4, which is characterized in that the adsorption section includes one Or multiple suckers, the inner concave of the sucker form the adsorption plane.

6. electronic equipment according to claim 5, which is characterized in that the movable plate further includes interconnecting piece, the connection Portion is connected between the movable part and the sucker.

7. electronic equipment according to claim 5, which is characterized in that the movable part be equipped with the first groove, described first Groove is recessed to the direction of the accommodating space, and the sucker is set to first groove, and the movable part is set in the electronics It is standby to be held in the flexible screen in flat.

8. electronic equipment according to claim 5, which is characterized in that the material of the sucker includes antistatic material.

9. according to claim 1, electronic equipment described in any one of 2 and 4, which is characterized in that the adsorption section uses nanometer Micro- suction glue material, the adsorption plane include multiple depressed areas.

10. electronic equipment according to claim 9, which is characterized in that the adsorption section includes multiple antistatic particles.

11. electronic equipment according to claim 9, which is characterized in that the movable part be equipped with the second groove, described second Groove is recessed to the direction of the accommodating space, and the micro- suction glue of nanometer is set to second groove, and the movable part is described Electronic equipment is in flat and is held in the flexible screen.

12. according to claim 1, electronic equipment described in any one of 2,4,6,8,10 and 11, which is characterized in that the bending Mechanism includes the first cursor and the second cursor, and first cursor is fixed on the first shell, second rotation Arm is fixed on the second shell, and first cursor is equipped with first through hole, and second cursor is equipped with the second through-hole, institute The end for stating movable plate is equipped with spaced first convex block and the second convex block, and first convex block is slidably connected to described first Through-hole, second convex block are slidably connected to second through-hole, opposite with second cursor in first cursor When the third housing into rotation, first convex block slides in the first through hole, and second convex block is logical described second It is slided in hole, so that the movable plate is in the accommodating space far from or close to the bottom wall of the accommodating space.

13. electronic equipment according to claim 12, which is characterized in that the bending mechanism includes the first support plate and the Two support plates, first support plate include the first side and the second side of bending connection, the first side rotation connection In first side of the third shell, second side is connected to first cursor, the second support plate packet The third side and the 4th side of bending connection are included, the third side is rotationally connected with described the second of the third shell Side, the 4th side are connected to second cursor, when the electronic equipment is in flat, first support Plate and second support plate support the flexible screen, when the electronic equipment is in bending state, first support plate And second support plate is located at the two sides of the flexible screen.

14. electronic equipment according to claim 13, which is characterized in that the bending mechanism includes the first slide plate, described First support plate includes the first sliding groove, and first sliding groove runs through the end face of first side, the first slide plate packet The first sliding part for including the first rotation section and being connected to first rotation section, the first sliding part sliding are loaded on described first First side is stretched out through the end face of first side and are rotationally connected in sliding groove, first rotation section, and described first Second side of support plate is equipped with the first sliding block, and first cursor is equipped with first sliding groove, the first sliding block sliding Loaded on the first sliding groove.

15. electronic equipment according to claim 14, which is characterized in that the third shell includes fixed plate, described solid Fixed board is fixed on the end of first side and described second side, and the fixed plate is equipped with spaced first slide opening and second Slide opening, first convex block are loaded on the first through hole through first slide opening sliding, and second convex block is sliding through described second Hole sliding is loaded on second through-hole.