CN209545628U - Electronic equipment - Google Patents
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- CN209545628U CN209545628U CN201821823336.8U CN201821823336U CN209545628U CN 209545628 U CN209545628 U CN 209545628U CN 201821823336 U CN201821823336 U CN 201821823336U CN 209545628 U CN209545628 U CN 209545628U
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Abstract
The utility model discloses a kind of electronic equipment, comprising: flexible display screen, including first part, second part and the transition portion between the first part and the second part；First load-bearing part, first load-bearing part is for carrying the first part；Second load-bearing part, second load-bearing part is for carrying the second part；Pedestal, is rotatablely connected first load-bearing part and second load-bearing part, and the pedestal is equipped with housing groove；Movable plate, the movable plate are slidably connected the pedestal, and are connected to first load-bearing part and second load-bearing part；Traction piece, it is fixedly connected with the transition portion and the movable plate, when first load-bearing part and second load-bearing part relatively rotate, first load-bearing part and second load-bearing part drive the movable plate to slide in the housing groove, and the movable plate pulls the transition portion bending by the traction piece.
Description
Technical field
The utility model relates to technical field of electronic device, more particularly, to a kind of electronic equipment.
Background technique
In current foldable mobile phone, by the way that the display screen of mobile phone is carried out doubling, realization minimizes mobile phone, facilitates user
Carrying mobile phone.Under normal conditions, folding cell phone can not effective folding display screen, cause display screen be easy damage reduce user's body
It tests.
Utility model content
The utility model provides a kind of electronic equipment, comprising:
Flexible display screen, including first part, second part and between the first part and the second part
Transition portion；
First load-bearing part, first load-bearing part is for carrying the first part；
Second load-bearing part, second load-bearing part is for carrying the second part；
Pedestal, is rotatablely connected first load-bearing part and second load-bearing part, and the pedestal is equipped with housing groove；
Movable plate, the movable plate are slidably connected the pedestal, and are connected to first load-bearing part and described second and hold
Holder；
Traction piece is fixedly connected with the transition portion and the movable plate,
When first load-bearing part and second load-bearing part relatively rotate, first load-bearing part and described second is carried
Part drives the movable plate to slide in the housing groove, and the movable plate pulls the transition portion by the traction piece
Bending.
The beneficial effects of the utility model are as follows: when the first load-bearing part and the second load-bearing part relatively rotate and making electronic equipment
When tending to folded state, the first load-bearing part and the second load-bearing part drive movable plate to slide in housing groove, and movable plate is by leading
Drawing part pulls transition portion to be bent to pedestal direction, and transition portion is prevented to be bent to the direction far from pedestal, improves folding effect.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, it can also be obtained according to these attached drawings other obvious modes of texturing.
Fig. 1 is the decomposition diagram for the electronic equipment that the embodiment of the present application one provides.
Fig. 2 is schematic cross-section of the electronic equipment in folded state of the offer of the embodiment of the present application one.
Fig. 3 is another decomposition diagram for the electronic equipment that the embodiment of the present application one provides.
Fig. 4 is the enlarged schematic partial view of Fig. 2.
Fig. 5 be a kind of embodiment in electronic equipment folded state schematic cross-section.
Fig. 6 be another embodiment in electronic equipment folded state schematic cross-section.
Fig. 7 is partial schematic diagram of the electronic equipment provided by the present application in folded state.
Fig. 8 is the partial exploded view of electronic equipment provided by the present application.
Fig. 9 is partial exploded view of the electronic equipment provided by the present application in folded state.
Figure 10 is another partial exploded view of electronic equipment provided by the present application.
Figure 11 is another partial schematic diagram of electronic equipment provided by the present application.
Figure 12 is another partial exploded view of electronic equipment provided by the present application.
Figure 13 is another partial schematic diagram of electronic equipment provided by the present application.
Figure 14 is the schematic cross-section in unfolded state of electronic equipment provided by the present application.
Figure 15 is the schematic cross-section in folded state of electronic equipment provided by the present application.
Figure 16 is the stereoscopic schematic diagram in folded state of electronic equipment provided by the present application.
Figure 17 is the stereoscopic schematic diagram in unfolded state of electronic equipment provided by the present application.
Figure 18 is another partial schematic diagram of the electronic equipment provided by the present application in folded state.
Figure 19 is another partial schematic diagram of the electronic equipment provided by the present application in folded state.
Figure 20 is another schematic cross-section in unfolded state of electronic equipment provided by the present application.
Figure 21 is another schematic cross-section in folded state of electronic equipment provided by the present application.
Figure 22 is schematic cross-section of the electronic equipment in folded state of the offer of the embodiment of the present application two.
Figure 23 is schematic cross-section of the electronic equipment in folded state of the offer of the embodiment of the present application three.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Fig. 1 and Fig. 2 are please referred to, the embodiment of the present application one provides a kind of electronic equipment 1000, and electronic equipment 1000 includes folding
Stacking device 900 and flexible display screen 800.Folding device 900 includes the first bearing assembly 100, the second bearing assembly 200, first
Movable component 300, the second movable component 400 and pedestal 500.
Flexible display screen 800 include first part 82, second part 84 and be located at first part 82 and second part 84 it
Between transition portion 86, in fact, first part 82, second part 84 and transition portion 86 can be identical manufacture craft system
It being formed, first part 82, second part 84 and transition portion 86 correspond to the different piece of flexible display screen 800, i.e., and first
Part 82, second part 84 and transition portion 86 are divided according to the position of flexible display screen 800.
First bearing assembly 100 includes the first load-bearing part 110, and the first load-bearing part 110 is for carrying flexible display screen 800
First part 82.
Second bearing assembly 200 includes the second load-bearing part 210, and the second load-bearing part 210 is for carrying flexible display screen 800
Second part 84.
Pedestal 500 is rotationally connected with the first load-bearing part 110 and the second load-bearing part 210.
First movable component 300 is retractable structure, and 300 one end of the first movable component is rotatably connected at the first carrying
Part 110, the other end are rotatably connected at pedestal 500.
Second movable component 400 is retractable structure, and 400 one end of the second movable component is rotatably connected at the second carrying
Part 210, the other end are rotatably connected at pedestal 500.
When opposite second load-bearing part 210 of the first load-bearing part 110 is overturn to be bent flexible display screen 800, the first load-bearing part 110
It drives the first movable component 300 and the second movable component 400 to rotate respectively with the second load-bearing part 210 and is unfolded, the first activity group
Accommodating space is formed between part 300, the second movable component 400 and pedestal 500, accommodating space accommodates flexible display screen after bending
800 transition portion 86.
It is understood that after the first load-bearing part 110 and the second load-bearing part 210 drive flexible display screen 800 to fold, it is flexible
The foldable portion of display screen 800 is not to be closed completely folding, and the foldable portion of flexible display screen 800 forms drops knot
Structure.First movable component 300 and the rotation expansion of the second movable component 400, the first movable component 300 and the second movable component 400
It tilts and draws close, the first movable component 300 and the second movable component 400 and pedestal 500 are substantially in three-legged structure.First activity group
Accommodating space is formed between part 300, the second movable component 400 and pedestal 500, water of the accommodating space to flexible display screen 800
Drop-wise transition portion 86 is accommodated.
It is understood that folding electronic equipment 900 can pass through 210 phase of the first load-bearing part 110 and the second load-bearing part
Mutually it is unfolded or draws close, to drive flexible display screen 800 to fold or expansion, to realizes two kinds of use states.Electronic equipment 900 can
To be the equipment such as mobile phone, tablet computer or laptop.
In present embodiment, the first load-bearing part 110 includes that the first free edge 11 and opposite first free edge 11 are arranged
First connection edge 12.First connection edge 12 is adjacent to pedestal 500.A part of flexible display screen 800 is by the first connection side
Edge 12 is unfolded to the first free edge 11, is held with facilitating using a part of the first load-bearing part 110 to flexible display screen 800 is firm
It carries.First bearing assembly 100 further includes the first cursor 120 for being fixedly connected on the first load-bearing part 110.First cursor 120
The first load-bearing part 110 is fixed at the first connection edge 12.First bearing assembly 100 includes two the first cursors 120.
Two the first cursors 120 are oppositely arranged.Both ends of two the first cursors 120 respectively close to the first connection edge 12.First
The length direction of cursor 120 substantially vertical first connection edge 12.One end of first cursor 120 is rotatablely connected pedestal 500.
Two the first cursors 120 drive the both ends of the first load-bearing part 110 to rotate relative to the second load-bearing part 210 respectively, so that first holds
Holder 110 is balanced relative to the second load-bearing part 20 and is rotated.First cursor 120 connects the first supporting element far from one end of pedestal 500
310, facilitate opposite first load-bearing part 110 of the first supporting element 310 to shrink.
In present embodiment, the second load-bearing part 210 includes that the second free edge 211 and opposite second free edge 211 are set
The the second connection edge 212 set.Second connection edge 212 is adjacent to pedestal 500.Flexible display screen 800 is far from the first load-bearing part 110
A part be unfolded from the second connection edge 212 to the second free edge 211, utilize 210 pairs of flexibilities of the second load-bearing part to facilitate
The firm carrying of a part of display screen 800.Second bearing assembly 200 further includes second turn for being fixedly connected with the second load-bearing part 210
Swing arm 220, the second cursor 220 are fixed on the second load-bearing part 210 at the second connection edge 212.Second bearing assembly 200
Including two the second cursors 220.Two the second cursors 220 are oppositely arranged.Two the second cursors 220 are respectively close to second
Connect the both ends at edge 212.The length direction of second cursor 220 substantially vertical first connection edge 212.Second cursor
220 one end is rotatablely connected pedestal 500.Two the second cursors 220 drive the both ends of the second load-bearing part 210 with respect to first respectively
Load-bearing part 110 rotates, and rotates so that the second load-bearing part 210 is balanced relative to the first load-bearing part 110.First cursor 120 is far from base
One end of seat 500 connects the first supporting element 310, and opposite first load-bearing part 110 of the first supporting element 310 is facilitated to shrink.
In present embodiment, the first movable component 300 includes the first supporting element 310 of the first cursor 120 of connection and slides
First rotating member 320 of the first supporting element 310 of dynamic connection.First supporting element 310 includes the first active margin 311 and opposite first
The first sliding edge 312 that active margin 311 is arranged, and be connected to the first active margin 311 and the first sliding edge 312 it
Between two first sides 313.Two first sides 313 are respectively adjacent to two the first cursors 120.That is the first supporting element 310
It is located substantially between two the first cursors 120.First supporting element 310 is slidably connected first turn at the first sliding edge 312
Moving part 320.First supporting element 310 connects the first cursor 120 in first side 313 at the first active margin 311.First
The part of 311 to the first sliding edge 312 of active margin forms the structure supported to flexible display screen 800.First supporting element 310
It is substantially in plate shape, to increase to 800 bearing area accounting of flexible display screen.
In present embodiment, the second movable component 400 includes the second supporting element 410 of the second cursor 220 of connection and slides
Second rotating member 420 of the second supporting element 410 of dynamic connection.Second supporting element 410 includes the second active margin 411 and opposite second
The second sliding edge 412 that active margin 411 is arranged, and be connected to the second active margin 411 and the second sliding edge 412 it
Between two second sides 413.Two second sides 413 are respectively adjacent to two the second cursors 220.That is the second supporting element 410
It is located substantially between two the second cursors 220.Second supporting element 410 is slidably connected second turn at the second sliding edge 412
Moving part 420.Second supporting element 410 connects the second cursor 220 in second side 413 at the second active margin 411.Second
The part of 411 to the second sliding edge 412 of active margin forms the structure supported to flexible display screen 800.Second supporting element 410
It is substantially in plate shape, to increase to 800 bearing area accounting of flexible display screen.When opposite second load-bearing part of the first load-bearing part 110
210 overturnings are to be unfolded flexible display screen 800, and opposite first supporting element 310 sliding of the first rotating member 320 is shunk, the second rotating member
420 opposite second supporting element 410 slidings are shunk, and are carried with band moving base 500 to 800 part of flexible display screen.
When the first load-bearing part 110 is mutually drawn close with the second load-bearing part 210, the first active margin 311 and the second active margin 411
It is mutually drawn close with the first cursor 120 and the second cursor 220 respectively, and the first sliding edge 312 and the second sliding edge 412
Between there are pedestals 500, there are spacing between the first sliding edge 312 and the second sliding edge 412.That is the first supporting element 310
Under the drive of the first load-bearing part 110, the second supporting element 410 is under the drive of the second load-bearing part 210,310 phase of the first supporting element
First rotating member 320 is unfolded, opposite second rotating member 420 of the second supporting element 410 is unfolded.First supporting element 310 and second
Biggish accommodating space is provided between support member 410, the transition portion 86 of flexible display screen 100 is accommodated using the accommodating space, with
The first support frame 310 and the second supporting element 410 is facilitated to reduce the curvature to flexible display screen 100.
When opposite second load-bearing part 210 of the first load-bearing part 110 is unfolded, opposite first rotating member 320 of the first supporting element 310 is sliding
Dynamic to shrink, opposite second rotating member 420 sliding of the second supporting element 410 is shunk.320 phase of first supporting element 310 and the second supporting element
Concordantly, the first supporting element 310 and the second supporting element 320 are drawn close to the two sides of pedestal 500 respectively, to realize to flexible display screen
800 supports.
In present embodiment, pedestal 500 includes the first rotating shaft 510 and rotation connection of the first rotating member 320 of rotation connection
Second shaft 520 of the second rotating member 420, and equipped with the housing groove between first rotating shaft 510 and the second shaft 520
530, first rotating shaft 510 and the second shaft 520 are parallel, and pedestal 500 is also rotatablely connected the first cursor 120 and the second cursor
220, with the first load-bearing part of drive and the second load-bearing part is mutually closed or phase demodulation.
Pedestal 500 includes connection shell 540.Connecting shell 540 includes the first side plate 541, opposite with the first side plate 541
Second side plate 542 and the third side plate 543 for being fixedly connected with the first side plate 541 and the second side plate 542.First side plate 541, second side
Plate 542 and third side plate 543 are integrally formed.Housing groove 530 is formed in the first side plate 541, the second side plate 542 and third side plate
Between 543.Connecting shell 540 is substantially in U-typed shell.First rotating shaft 510 is fixed on the first side plate 541 far from third side plate
543 edge.Second shaft 520 is fixed on the second edge of the side plate 542 far from third side plate 543.First rotating shaft 510 parallel
The edge of side plate 541 extends.The edge of parallel second side plate 542 of second shaft 520 extends.When the first load-bearing part 110 is opposite
Second load-bearing part, 210 phase demodulation, the first load-bearing part 110 and the second load-bearing part 210 splice respectively in 543 edge of third side plate, the
One load-bearing part 110, the second load-bearing part 210 and third side plate 543 block 1000 internal components of folding device, improve folding device
900 appearances.When opposite second load-bearing part, 210 phase of the first load-bearing part 110 is drawn close, the first load-bearing part 110 and the second load-bearing part 210 divide
Do not splice with the first side plate 541 and the second side plate 542, so that 900 surface structure of folding device is succinct.
By under the first load-bearing part 110 and the opposite unfolded state of the second load-bearing part 210, the first movable component 300 and the
Two movable components 400 support flexible display screen 800, and can be distinguished using the first movable component 300 and the second movable component 400
Sliding expansion, and the first movable component 300 and the second movable component 400 are rotatablely connected pedestal 500 respectively, facilitate the first activity group
Part 300 is mutually drawn close with the second movable component 400, to accommodate the transition portion 86 of flexible display screen 800, that is, is realized aobvious to flexibility
Display screen 800 effectively folds or effectively expansion, improves user experience.
It is separately connected the first cursor 120 and the second cursor 220 by the first supporting element 310 and the second supporting element 410,
To facilitate under the first load-bearing part 110 and the opposite unfolded state of the second load-bearing part 210, the first supporting element 310 and the second supporting element
410 pairs of flexible display screens 800 support, and are mutually drawn close using the first load-bearing part 110 with the second load-bearing part 210, drive the first support
Part 310 and the second supporting element 320 can be respectively with respect to the first rotating members 320 and the sliding expansion of the second rotating member 420, and first rotates
Part 320 and the second rotating member 420 are rotatablely connected pedestal 500 respectively, and housing groove 530 facilitates receiving flexible display screen 800
Transition portion 86 realizes and effectively folds to flexible display screen 800 or be effectively unfolded, improves user experience.
Further, referring to Fig. 3, folding device 900 further includes movable plate 600, movable plate 600 is slidably connected pedestal
500, and it is connected to the first load-bearing part 110 and the second load-bearing part 210, when the first load-bearing part 110 and 210 phase of the second load-bearing part close
It closes, the sliding of 600 part of movable plate is contained in housing groove 530.
In present embodiment, the substantially vertical third side plate 543 of glide direction of 600 opposite base 500 of movable plate.Movable plate
600 include the second side edge 602 of first side edge 601 and opposite first side board edge 601 setting.First side edge 601 is big
It causes close to first rotating shaft 510.Second side edge 602 is substantially adjacent to the second shaft 520.Movable plate 600 further includes being connected to
Two end margins 603 between one side edge 601 and second side edge 602.Two end margins 603 are respectively adjacent to connection shell
540 both ends.The distance between two end margins 603 are roughly the same with the width of flexible display screen 800.When movable plate 600 is sliding
It moves to 530 opening of housing groove, movable plate 600 is substantially concordant with first rotating shaft 510 and the second shaft 520, i.e. movable plate 600
Substantially with 410 flush of the first supporting element 310 and the second supporting element.First supporting element 310, the second supporting element 410 and movable plate
600 jointly support flexible display screen 800.The end of movable plate 600 connects end and the second cursor of the first cursor 120
220 end.The end of first cursor 120 and the end of the second cursor 220 drive the opposite connection shell of movable plate 600
540 slidings.Movable plate 600 is contained in housing groove 530.The transition portion 86 of flexible display screen 800 is contained in housing groove
530。
Referring to Fig. 4, electronic equipment 1000 further includes traction piece 91 in the present embodiment, traction piece 91 is fixedly connected with transition
Part 86 and movable plate 600, when the first load-bearing part 110 and the relative rotation of the second load-bearing part 210, the first load-bearing part 110 and second
Load-bearing part 210 drives movable plate 600 to slide in housing groove 530, and movable plate 600 pulls transition portion 86 by traction piece 91
Bending.In the present embodiment, traction piece 91 is fixedly connected between movable plate 600 and the transition portion 86 of flexible display screen 800, when
When first load-bearing part 110 and the second load-bearing part 210 relatively rotate and electronic equipment 1000 are made to tend to folded state, the first load-bearing part
110 and second load-bearing part 210 drive movable plate 600 to slide in housing groove 530, specifically, movable plate 600 is to housing groove
Sliding in 530, shows as 600 slide downward of movable plate in figure, movable plate 600 by traction piece 91 pull transition portion 86 to
The bending of pedestal direction, prevents transition portion 86 from being bent to the direction far from pedestal, improves folding effect.In the present embodiment, traction
Part 91 can be rope, line etc., or band of sheet etc., traction piece 91 can have certain elasticity, to buffer transition part
Divide 86 stress.
Further, when the first load-bearing part 110 and the second 210 opposite expansion of load-bearing part, the first of flexible display screen 800
Part 82 and second part 84 are opposite to be unfolded, so that transition portion 86 is from bending state toward flat, meanwhile, the first carrying
Part 110 and the second load-bearing part 210 drive movable part to slide to the direction far from housing groove 530, and movable plate is shown as in figure
600 upward slidings, the effect of the process that movable plate 600 is flattened without limitation on transition portion 86, i.e. electronic equipment 1000 expansion is not
It is impacted.
Please refer to Fig. 4 and Fig. 5, in the present embodiment, movable plate 600 includes the first end face 602 and second end being disposed opposite to each other
Face 604, towards transition portion 86, movable plate 600 is equipped with through the logical of first end face 602 and second end face 604 first end face 602
Hole 910,91 part of traction piece is between movable plate 600 and transition portion 86, and traction piece 91 passes through through-hole 910 and fixes
Connect second end face 604.Traction piece 91 passes through through-hole 910, so that 91 part of traction piece is located at the first end face of movable plate 600
602 sides are partially located at 604 side of second end face of movable plate 600.The shape of through-hole 910 and the cross sectional shape of traction piece 91
Corresponding, in a kind of embodiment, traction piece 91 is rope, the line of strip, and the shape of through-hole 910 can be circle etc., another real
It applies in mode, traction piece 91 is band, the piece of sheet, and through-hole 910 can be flat shape.
In the present embodiment, traction piece 91 includes the first end 912 and the second end 914 being oppositely arranged, first end 912
It is fixed on transition portion 86, the second end 914 passes through through-hole 910 and is fixed on second end face 604.Specifically, first end 912
It can be fixedly connected on the surface of 86 facing movament plate of transition portion, 600 side by the modes such as pasting, the second end 914 can be with
The second end face 604 of movable plate 600 is fixedly connected on by modes such as stickups after through-hole 910.It is living in a kind of embodiment
It can be connected, can also be connected by multiple traction pieces 91 by a traction piece 91 between movable plate 600 and transition portion 86, with
Make 800 uniform stressed of flexible display screen, avoids 800 discontinuity of flexible display screen and unnecessary deformation occur.
Please continue to refer to Fig. 5, in the present embodiment, traction piece 91 includes that symmetrically arranged first traction piece 91a and second is led
Draw part 91b, in a kind of embodiment, the first traction piece 91a and the second traction piece 91b pass through the same through-hole 910 and the company of fixation
It takes over a job movable plate 600, specifically, forming similar triangle between the first traction piece 91a, the second traction piece 91b and transition portion 86
Space, the first traction piece 91a and the second traction piece 91b are symmetrical, live when the first load-bearing part 110 and the second load-bearing part 210 drive
When to 530 internal slide of housing groove, movable plate 600 is drawn movable plate 600 by the first traction piece 91a and the second traction piece 91b
It pulls transition portion 86 to be bent to pedestal direction, symmetrically arranged first traction piece 91a and the second traction piece 91b make transition portion 86
Uniform force.
Referring to Fig. 6, through-hole 910 includes the first through hole 916 being disposed adjacent and the second through-hole in another embodiment
918, the first traction piece 91a pass through first through hole 916 and are fixedly connected with movable plate 600, and the second traction piece 91b passes through the second through-hole
918 and be fixedly connected with movable plate 600.Specifically, the first traction piece 91a, the second traction piece 91b, transition portion 86 and movable plate
The space of similar isosceles trapezoid is formed between 600, the first traction piece 91a and the second traction piece 91b are symmetrical, when the first load-bearing part
110 and second load-bearing part 210 drive movable plate 600 when to 530 internal slide of housing groove, movable plate 600 is led by first
Draw part 91a and the second traction piece 91b pull transition portion 86 to pedestal direction be bent, symmetrically arranged first traction piece 91a and
Second traction piece 91b makes the uniform force of transition portion 86.
Further, please refer to Fig. 3, Fig. 7 and Fig. 8, movable plate 600 be equipped with the first sliding part 605 and with the first sliding part
605 the second opposite sliding parts 606, the first sliding part 605 are slidably connected the first cursor 120, and the sliding of the second sliding part 606 connects
Connect the second cursor 220.Opposite second load-bearing part 210 of first load-bearing part 110 is closed, the first cursor 120 and the second cursor
220 drive the first sliding part 605 and 606 opposite base 500 of the second sliding part to slide respectively, to drive movable plate 600 to be contained in
In housing groove 530.
In present embodiment, the first sliding part 605 and the second sliding part 606 are set to end margin 603, and are located at end
603 both ends of edge.Movable plate 600 includes two the first sliding parts 605 and two the second sliding parts 606.Two the first sliding parts
605 are respectively arranged at two end margins 603.Two the second sliding parts 606 are respectively arranged at two end margins 603.First sliding
Portion 605 and the second sliding part 606 are round boss.First side plate 541 and the second side plate 542 are respectively equipped with the first notch 544
With the second notch 545, the first cursor 120 and the second cursor 220 are protruded into through the first notch 544 and the second notch 545 respectively
In housing groove 530, to facilitate the first cursor 120 and the second cursor 220 to be slidably connected respectively the first sliding part 605 and
Two sliding parts 606.First side plate 541 is set at both ends there are two the first notch 544 respectively.Second side plate 542 is set at both ends respectively
There are two the second notches 545.First sliding groove 21, the second cursor 220 is arranged close to one end of pedestal 500 in first cursor 120
Close to one end of pedestal 500, second sliding slot 221 is set.First sliding part 605 is slidably connected in first sliding groove 21.Second sliding
Portion 606 is slidably connected in second sliding slot 221.First sliding part 605 slides on two closed ends of first sliding groove 21, Yi Ji
Two sliding parts 606 slide on two closed ends of second sliding slot 221, the 220 drive activity of the first cursor 120 and the second cursor
Plate 600 slide into it is concordant with the first supporting element 310 and the second supporting element 410, or drive movable plate 600 slide into housing groove
530 bottoms.First sliding groove 21 and second sliding slot 221 are located at the first cursor 120 towards 603 side of end margin and second turn
Swing arm 220 is towards 603 side of end margin.
Further, Fig. 7, Fig. 8 and Fig. 9 are please referred to, the first cursor 120 is equipped with first turn of rotation connection pedestal 500
Rotation connection 22, the first rotating junction 22 are slidably connected the first sliding part 605, and the rotation of the first rotating junction 22 is axially flat
Row first rotating shaft 510.Second cursor 220 is equipped with the second rotating junction 222 of rotation connection pedestal 500.Second rotation connects
Socket part 222 is slidably connected the second sliding part 606, axial parallel second shaft 520 of the rotation of the second rotating junction 222.
In present embodiment, the first rotating junction 22 is located at the first cursor 120 close to one end of pedestal 500.Second
Rotating junction 222 is located at the second cursor 220 close to one end of pedestal 500.First rotating junction 22 is through the first notch 544
It is contained in housing groove 530.Second rotating junction 222 is contained in housing groove 530 through the second notch 545.First turn
Rotation connection 22 is equipped with first rotating shaft hole 23, and the second rotating junction 222 is equipped with the second shaft hole 223.Pedestal 500 turns through shaft
Dynamic connection first rotating shaft hole 23, and the second shaft hole 223 is rotatablely connected through shaft.First sliding groove 21 is set to the first rotation company
Socket part 22, and it is located at 23 side of first rotating shaft hole.Second sliding slot 221 is set to the second rotating junction 222, and is located at second turn
223 side of axis hole.
Further, Fig. 8, Fig. 9 and Figure 10 are please referred to, pedestal 500 is equipped with partition 550, and partition 550 is by housing groove 530
Separate the first groove 531 and the second groove 532.Movable plate 600 is partially housed in the first groove 531, the first sliding part 605 and
Two sliding parts 606 wear partition 550, and the first rotating junction 22 and the second rotating junction 222 are contained in the second groove 532.
In present embodiment, pedestal 500 is set there are two partition 550.Two partitions 550 are along connection 540 length direction of shell
Arrangement.Two partitions 550 are oppositely arranged.Housing groove 530 is divided into first groove 531 and two the second grooves 532.Two
A groove 532 is located at connection 540 length direction both ends of shell.Partition 550 is equipped with the first groove 531 of perforation and the second groove
532 the first sliding groove 551, and the second sliding groove 552 of perforation the first groove 531 and the second groove 532.First sliding groove
The substantially vertical third side plate 543 of 551 extending direction.The substantially vertical third side plate 543 of the extending direction of second sliding groove 552.
Partition 550 is wholely set with the first side plate 541, the second side plate 542 and third side plate 543.First sliding part 605 and the second sliding
Portion 606 wears the first sliding groove 551 and the second sliding groove 552 respectively.First sliding part 605 and the second sliding part 606 edge respectively
First sliding groove 551 and the sliding of the second sliding groove 552.The part that first sliding part 605 wears the first sliding groove 551 is slidably connected
In first sliding groove 21.The part that second sliding part 606 wears the second sliding groove 552 is slidably connected to second sliding slot 221.Using every
Plate 550 carries out slide-and-guide to movable plate 600, and by the main part of movable plate 600 and the first rotating junction 22 and second
Rotating junction 222 separates, to facilitate the first rotating junction 22 and 222 opposite base 500 of the second rotating junction to rotate.
Further, Figure 10, Figure 11 and Figure 12 are please referred to, folding device 900 further includes rotation connection component 700, rotation
Connection component 700 includes the bearing part 710 for being fixedly connected with pedestal 500, the first gear 720 for being rotatablely connected bearing part 710 and turns
The second gear 730 of dynamic connection bearing part.The axial parallel first rotating shaft 510 of first gear 720, the axial direction of second gear 730
Parallel second shaft 520.First rotating junction 22 is fixedly connected with first gear 710, and the second rotating junction 222 is fixedly connected
Second gear 720, first gear 720 and second gear 730 rotate synchronously.
In present embodiment, folding device 900 includes two rotation connection components 700.Two rotation connection components 700 divide
540 both ends of shell Wei Yu not connected.It is separate that bearing part 710 is fixed on the first rotating junction 22 and the second rotating junction 222
550 side of partition.The side of bearing part 710 is fixedly connected with shell 540 is connect.Bearing part 710 is equipped with 711 He of first axle bearing bore
The second bearing hole 712 that opposite first axle bearing bore 711 is arranged.The rotation axis of first gear 720 wears first axle bearing bore 711 and inserts
Enter first rotating shaft hole 23.That is the rotation axis of first gear 720 is fixedly connected with the first rotating junction 22, realizes the first rotation connection
Portion 22 is rotatablely connected bearing part 710, realizes the first rotating junction 22 rotation connection pedestal 500 indirectly.Second gear 730 turns
Moving axis wears second bearing hole 712 and is inserted into the second shaft hole 223.That is the rotation axis of second gear 730 is fixedly connected with second turn
Rotation connection 222 realizes that the second rotating junction 222 is rotatablely connected bearing part 720, realizes the second rotating junction 222 indirectly
It is rotatablely connected pedestal 500.It is rotated synchronously using first gear 720 and second gear 730, so that the first cursor 120 and second
220 opposite base 500 of cursor can rotate synchronously, i.e. the first load-bearing part 110 and the second load-bearing part 210 can be with opposite bases
500 rotate synchronously.
In present embodiment, the setting of 710 parallel baffle 550 of bearing part.Bearing part 710 is from edge to first axle bearing bore 711
The first extension slot 713 and the second extension slot 714 are respectively equipped with second bearing hole 712.The rotation axis of first gear 720 and second
The rotation axis of gear 730 respectively with first axle bearing bore 711 and second bearing hole 712 is non-linear is rotatably assorted.In first gear 720
With second gear 730 with respect in 710 rotation process of bearing part, first axle bearing bore 711 and second bearing hole 712 are in the first extension slot
713 and second caliber size variation may be implemented under the action of extension slot 714, so that bearing part 710 is to first gear 720 and the
The rotation clamping power of two gears 730 can change, and facilitate user can be easily by the first load-bearing part 110 and the second load-bearing part 210
It mutually draws close or mutually opens.
Further, rotation connection component 700 further includes the third gear 740 and the 4th tooth for being rotatablely connected bearing part 710
Wheel 750, third gear 740 is engaged with first gear 720, and the 4th gear 750 is engaged with third gear 740, second gear 730 and
The engagement of 4th gear 750.
In present embodiment, bearing part 710 is additionally provided with 3rd bearing hole 715 and fourth bearing hole 716.3rd bearing hole
715 and fourth bearing hole 716 between first axle bearing bore 711 and second bearing hole 712.The rotation axis of third gear 740 and
The rotation axis of 4th gear 750 is rotationally connected with 3rd bearing hole 715 and fourth bearing hole 716 respectively.First gear 720,
Two gears 730, third gear 740 and the 4th gear 750 are respectively positioned on bearing part 710 far from the first rotating junction 22 and second turn
222 side of rotation connection facilitates the first cursor 120 to rotate relative to the second cursor 220.
Further, Figure 12 and Figure 13 are please referred to, housing groove 530 has opening opening towards parallel first rotating shaft 510
Mouth 531, folding device 900 further include the end cap 760 for being fixed on pedestal 500, and end cap 760 covers opening 531, and covers first turn
Axis 510, the second shaft 520, first gear 720 and second gear 730.
In present embodiment, end cap 760 is equipped with container 761.The opening of container 761 is docked with opening 531.Bearing part
The opening of 710 capping containers 761.First gear 720, second gear 730, third gear 740 and the 4th gear 750 are contained in
In container 761.End cap 760 contacts at connection shell 540, is protected with realizing to rotation connection component 700, and improves folding dress
Set 900 surface structure.All sides of end cap 760 and the flush with outer surface for connecting shell 540.
Further, Figure 14, Figure 15, Figure 16 and Figure 17 are please referred to, the first load-bearing part 110 is equipped with the first accommodating chamber 13, the
One accommodating chamber 13 has the first receiving opening 14 towards pedestal 500, accommodates the first cursor 120 in the first receiving opening 14,
And receiving end cap 760 covers the part of first gear 720.Second load-bearing part 210 is equipped with the second accommodating chamber 213, the second receiving
Chamber is equipped with the second receiving opening 214, and the second cursor 220 is accommodated in the second receiving opening 214, and receiving end cap 760 covers
The part of second gear 730.
In present embodiment, the first load-bearing part 110 includes the first side that the first bottom case 15 and opposite first bottom case 15 lid close
Frame 16.800 part of flexible display screen is fixed between the first bottom case 15 and the first frame 16, by showing on the inside of the first frame 16
Show.Second load-bearing part 210 includes the second frame 216 that the second bottom case 215 and opposite second bottom case 215 lid close.Flexible display screen
800 parts are fixed between the second bottom case 215 and the second frame 216, by showing on the inside of the second frame 216.First accommodating chamber
13 are formed between the first bottom case 15 and the first frame 16.First receiving opening 14 towards substantially parallel first bottom case 15.The
Two accommodating chambers 213 are formed between the second bottom case 215 and the second frame 216.Second receiving opening 214 towards substantially parallel the
Two shells 215.A part of connection shell 540 is covered using the first load-bearing part 110 and the second load-bearing part 210, it is convenient first
When load-bearing part 110 is drawn close or is unfolded with respect to the second load-bearing part 210, the first load-bearing part 110 and the second load-bearing part 210 with connect shell
540 splicings are close, are not easily accessible dust, improve tailored appearance performance, and improve safety.
Further, Figure 18 and Figure 19 are please referred to, the first cursor 120 is equipped with the of first supporting element 310 that is slidably connected
One sliding limiting section 24.Second cursor 220 is equipped with the second sliding limiting section 224 of second supporting element 410 that is slidably connected.Second
The sliding stroke of the opposite second sliding limiting section 224 of supporting element 410 is equal to the opposite first sliding limiting section 24 of the first supporting element 310
Sliding stroke.
In present embodiment, 120 screw of the first cursor is connected to the first frame 16 towards 15 side of the first bottom case.First
Sliding limiting section 24 is oppositely arranged with the first rotating junction 22.Second cursor, 220 screw is connected to 216 direction of the second frame
Second bottom case, 215 side.Second sliding limiting section 224 is oppositely arranged with the second rotating junction 22.First sliding limiting section 24
Equipped with the first arc chute 25, the second sliding limiting section 224 is equipped with the second arc chute 225.First arc chute 25 is arcuately
Curve extends.Arcuately curve extends second arc chute 225.The radian and length and the second arc of first arc chute 25 are sliding
The radian and equal length of slot 225.First supporting element 310 is equipped with the first arc snap-gauge 314 cooperated with the first arc chute 25.
Second supporting element 410 is equipped with the second arc snap-gauge 414 cooperated with the second arc chute 225.First arc snap-gauge 314 is set to
First side 313, and at the first active margin 311.Second arc snap-gauge 414 is set to second side 413, and close to the
At two active margins 411.The buckling curve of first arc chute 25 is approximately towards 15 protrusion of the first bottom case.Second arc chute
225 buckling curve is approximately towards 215 protrusion of the second bottom case.Utilize the opposite first sliding limiting section 24 of the first arc snap-gauge 314
Sliding, the opposite second sliding limiting section 224 of the first arc snap-gauge 414 slide, and facilitate opposite first rotating member of the first supporting element 310
320 expansion, opposite second rotating member 420 of the second supporting element 410 are unfolded.
Further, the first rotating member 320 includes the first rotation section 321 and opposite the of rotation connection first rotating shaft 510
First insertion section 322 of one rotation section 321, the first supporting element 310 are equipped with the first slot 315 cooperated with the first insertion section 322.
Second rotation section 421 and relatively second turn of second rotating member 420 including the second shaft 520 (in figure shown in dotted line) of rotation connection
Second insertion section 422 in dynamic portion 421, the second supporting element 410 are equipped with the second slot 415 cooperated with the second insertion section 422.
Further, please refer to Figure 20 and Figure 21, flexible display screen 800 include include being fixed on the first load-bearing part 110
First display unit 810, the second display unit 820 for being fixed on the second load-bearing part 210 and it is connected to the first display unit 810 and second aobvious
Show the bent display unit 830 between portion 820.
In present embodiment, the first display unit 810 is fixed between the first frame 16 and the first bottom case 15.Second display unit
820 are fixed between the second frame 216 and the second bottom case 215.Bent display unit 830 and the first display unit 810 and second are aobvious
Show that portion 820 is wholely set.When opposite second load-bearing part 210 of the first load-bearing part 110 is drawn close, the first supporting element 310, the second supporting element
Bent display unit 830 is accommodated between 410 and movable plate 600.When opposite second load-bearing part 210 of the first load-bearing part 110 is unfolded, the
One supporting element 310, the second supporting element 410 and movable plate 600 support bent display unit 830 jointly.
Further, electronic equipment 1000 further includes the first function element 910 and the second function element 920.First function
Device 910 and the second function element 920 are individually fixed in the first load-bearing part 110 and the second load-bearing part 210, flexible display screen 800
Cover the first function element 910 and the second function element 920.Electronic equipment 1000 can be fixed more on the first load-bearing part 110
A first function element 910.First function element 910 can be battery, mainboard, loudspeaker or receiver etc..Electronic equipment
1000 can fix multiple second function elements 920 on the second load-bearing part 210.Second function element 920 can be camera
Mould group, antenna, memory, power connector or headset connector etc..
It is separately connected the first cursor and the second cursor by the first supporting element and the second supporting element, to facilitate first
With respect under unfolded state, the first supporting element and the second supporting element support flexible display screen, and sharp for load-bearing part and the second load-bearing part
It can opposite first rotating member and the sliding expansion of the second rotating member, and the first rotating member respectively with the first supporting element and the second supporting element
It is rotatablely connected pedestal respectively with the second rotating member, the first load-bearing part and the second load-bearing part is facilitated mutually to draw close, and housing groove is convenient
The transition portion 86 for accommodating flexible display screen realizes and effectively folds to flexible display screen or be effectively unfolded, improves use
Family experience.
Figure 22 is please referred to, the electronic equipment 1000 that the embodiment of the present application two provides is roughly the same with embodiment one, difference
It is, through-hole 910 includes the first through hole 916 being disposed adjacent and the second through-hole 918, and traction piece 91 includes first be oppositely arranged
End 912 and the second end 914, and the interconnecting piece 916 being connected between first end 912 and the second end 914, interconnecting piece
916 are fixed on transition portion 86, and first end 912 passes through first through hole 916 and is fixed on second end face 604, the second end 914
Across the second through-hole 918 and it is fixed on second end face 604.Specifically, interconnecting piece 916 is fixedly connected with transition by modes such as stickups
Part 86, in a kind of embodiment, traction piece 91 is sheet, i.e., traction piece 91 is leash etc., the interconnecting piece 916 of traction piece 91
Big with the contact area of transition portion 86, sticking effect is good, and force dispersion, is conducive to the bending of flexible display screen 800.This implementation
In example, first end 912 passes through first through hole 916 and is pasted onto second end face 604, and the second end 914 passes through the second through-hole 918
And it is pasted onto second end face 604, in a kind of embodiment, first through hole 916 and the second through-hole 918 are symmetrical, first end
The distance of 912 to interconnecting piece 916 is identical at a distance from the second end 914 to interconnecting piece 916, to improve flexible display screen 800
Bending effect.
Figure 23 is please referred to, the electronic equipment 1000 that the embodiment of the present application three provides is roughly the same with embodiment one, difference
It is, movable plate 600 includes connecting column 93, and connecting column 93 is located in through-hole 910, and through-hole 910 is separated into adjacent first
Gap 93a and Second gap 93b, traction piece 91 includes the first end 912 and the second end 914 being oppositely arranged, and is connected to
Interconnecting piece 916 between first end 912 and the second end 914, it is empty that interconnecting piece 916 sequentially passes through first gap 93a and second
Gap 93b, so that interconnecting piece 916 is overlapped on connecting column 93 in the side of the second end face 604 of movable plate 600, first end 912
It is located at the side of the first end face 602 of movable plate 600 with the second end 914 and is fixed on transition portion 86.In the present embodiment, lead
Draw part 91 and sequentially pass through first gap 93a and Second gap 93b, first end 912 and the second end 914 are located at movable plate 600
Side towards transition portion 86, interconnecting piece 916 is located at the side that movable plate 600 deviates from transition portion 86, when the first load-bearing part
110 and second load-bearing part 210 relatively rotate, the first load-bearing part 110 and the second load-bearing part 210 drive movable plate 600 store it is recessed
Sliding in slot 530, the connecting column 93 of movable plate 600 pulls the interconnecting piece 916 of traction piece 91, thus first end 912 and second
Pull the bending of transition portion 86 in end 914.
When the first load-bearing part 110 and the second load-bearing part 210 relatively rotate and electronic equipment 1000 are made to tend to folded state,
First load-bearing part 110 and the second load-bearing part 210 drive movable plate 600 to slide in housing groove 530, and movable plate 600 is by leading
Drawing part 91 pulls transition portion 86 to be bent to pedestal direction, and transition portion 86 is prevented to be bent to the direction far from pedestal, improves folding
Folded effect.
Above disclosed is only several preferred embodiments of the utility model, certainly cannot be practical to limit with this
Novel interest field, those skilled in the art can understand all or part of the processes for realizing the above embodiment, and according to
Equivalent variations made by the utility model claims, still falls within the scope of the utility model.
Claims (10)
1. a kind of electronic equipment characterized by comprising
Flexible display screen, including first part, second part and the mistake between the first part and the second part
Cross part；
First load-bearing part, first load-bearing part is for carrying the first part；
Second load-bearing part, second load-bearing part is for carrying the second part；
Pedestal, is rotatablely connected first load-bearing part and second load-bearing part, and the pedestal is equipped with housing groove；
Movable plate, the movable plate are slidably connected the pedestal, and are connected to first load-bearing part and second load-bearing part；
And
Traction piece is fixedly connected with the transition portion and the movable plate,
When first load-bearing part and second load-bearing part relative rotation, first load-bearing part and the second load-bearing part band
It moves the movable plate to slide in the housing groove, the movable plate pulls the transition portion curved by the traction piece
It is bent.
2. electronic equipment according to claim 1, which is characterized in that the movable plate includes the first end face being disposed opposite to each other
And second end face, towards the transition portion, the movable plate is equipped with through the first end face and described the first end face
The through-hole of second end face, the traction piece part is between the movable plate and the transition portion, and the traction piece
The second end face is fixedly connected with across the through-hole.
3. electronic equipment according to claim 2, which is characterized in that the traction piece includes the first end being oppositely arranged
And the second end, the first end are fixed on the transition portion, the second end wears the through-hole and is fixed on institute
State second end face.
4. electronic equipment according to claim 3, which is characterized in that the traction piece includes symmetrically arranged first traction
Part and the second traction piece, first traction piece and second traction piece pass through the same through-hole and are fixedly connected described
Movable plate.
5. electronic equipment according to claim 3, which is characterized in that the traction piece includes symmetrically arranged first traction
Part and the second traction piece, the through-hole include the first through hole being disposed adjacent and the second through-hole, and first traction piece passes through institute
It states first through hole and is fixedly connected with the movable plate, second traction piece passes through second through-hole and is fixedly connected with the work
Movable plate.
6. electronic equipment according to claim 2, which is characterized in that the through-hole include the first through hole that is disposed adjacent and
Second through-hole, the traction piece includes the first end and the second end being oppositely arranged, and is connected to the first end and institute
The interconnecting piece between the second end is stated, the interconnecting piece is fixed on the transition portion, and the first end passes through described first
Through-hole is simultaneously fixed on the second end face, and the second end passes through second through-hole and is fixed on the second end face.
7. electronic equipment according to claim 2, which is characterized in that the movable plate includes connecting column, the connecting column
In the through-hole, and the through-hole is separated into adjacent first gap and Second gap, the traction piece includes opposite
The first end and the second end of setting, and the interconnecting piece being connected between the first end and the second end, it is described
Interconnecting piece sequentially passes through the first gap and the Second gap, so that the interconnecting piece is in described the second of the movable plate
The side of end face is overlapped on the connecting column, and the first end and the second end are located at the first end of the movable plate
The transition portion is simultaneously fixed in the side in face.
8. electronic equipment according to claim 1, which is characterized in that the traction piece is strip or sheet.
9. electronic equipment according to claim 1, which is characterized in that the movable plate is equipped with the first sliding part and second and slides
Dynamic portion, first sliding part are oppositely arranged with second sliding part, and first sliding part, which is slidably connected, described first to be held
Holder, second sliding part are slidably connected second load-bearing part, and relatively described second load-bearing part of first load-bearing part turns
Dynamic, first load-bearing part and second load-bearing part drive first sliding part and second sliding part with respect to institute respectively
Pedestal sliding is stated, to drive the movable plate to slide in the housing groove.
10. electronic equipment according to claim 9, which is characterized in that the electronic equipment includes being fixed on described first
First cursor of load-bearing part, first cursor are rotationally connected with the pedestal, and first cursor, which is equipped with to deviate, to be turned
Moving axis to first sliding groove, the electronic equipment includes the second cursor for being fixed on second load-bearing part, described second turn
Swing arm is rotationally connected with the pedestal, and second cursor, which is equipped with, deviates the axial second sliding slot of rotation, first sliding
Portion and second sliding part are slidably connected the first sliding groove and the second sliding slot respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821823336.8U CN209545628U (en) | 2018-11-06 | 2018-11-06 | Electronic equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821823336.8U CN209545628U (en) | 2018-11-06 | 2018-11-06 | Electronic equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209545628U true CN209545628U (en) | 2019-10-25 |
Family
ID=68247910
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821823336.8U Active CN209545628U (en) | 2018-11-06 | 2018-11-06 | Electronic equipment |
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| CN111415586A (en) * | 2020-03-30 | 2020-07-14 | 京东方科技集团股份有限公司 | Flexible display panel and display device |
| CN111583791A (en) * | 2020-05-07 | 2020-08-25 | 昆山国显光电有限公司 | Flexible screen supporting device and flexible screen terminal |
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