CN109819076A - A kind of screen display method of flexible screen mobile phone - Google Patents
A kind of screen display method of flexible screen mobile phone Download PDFInfo
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- CN109819076A CN109819076A CN201910205636.2A CN201910205636A CN109819076A CN 109819076 A CN109819076 A CN 109819076A CN 201910205636 A CN201910205636 A CN 201910205636A CN 109819076 A CN109819076 A CN 109819076A
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Abstract
A kind of screen display method of flexible screen mobile phone, includes the following steps, the display area of flexible screen is divided into plane display area and the part of vertical plane display area two；The image shown on mobile phone screen will be needed to be divided into flat image and vertical plane image according to two parts；Flat image is directly displayed on plane display area, by display after vertical plane image or so mirror image on vertical plane display area；The light of vertical plane display area reflexes on mobile phone screen by side reflection unit, and the light of plane display area is directly projected on mobile phone screen, and flat image and vertical plane image are stitched together to form the image on mobile phone screen.It is an advantage of the current invention that increasing the display area of mobile phone, it can show more contents, increase the width of flexible screen side, when mobile phone being made to be in double-sided screen state, the mobile phone screen bilateral symmetry of any surface allows user to feel left-right balance when in use.
Description
Technical field
The present invention relates to a kind of mobile phone manufacture technology field, a kind of especially screen display method of flexible screen mobile phone.
Background technique
Application No. is CN201910136647.X entitled " a kind of dismountable flexible screen mobile phones " for the original one kind of applicant
Chinese invention patent application disclose a kind of dismountable flexible screen mobile phone, casing is by that can dismantle isolated left shell and right shell
Body composition, left flexible screen are connected at the top of left shell, and right flexible screen is connected at the top of right shell body, in left flexible screen and right flexible screen
Top surface be covered each by respective transparency protected, the left end of right shell body is provided with the first bindiny mechanism, in right shell body
Right end bottom surface is provided with the first protrusion, and the right end of left shell is provided with the second bindiny mechanism, sets in the left end bottom surface of left shell
It is equipped with the second protrusion, when the first bindiny mechanism is connected with the second bindiny mechanism, left flexible screen is aligned with right flexible screen top surface
For one piece of screen of large-screen mobile phone, when the first bindiny mechanism is connected and the second bindiny mechanism and the first raised phase with the second protrusion
When connection, left shell fits into a casing of Double-face-screen mobile phone with right shell body bottom surface.The advantages of invention is: screen is not easy
It scratches, can be used as large-screen mobile phone but also as Double-face-screen mobile phone.However, the mobile phone is used as Double-face-screen mobile phone
When, upper sub-screen be not it is arranged symmetrically, screen visual effect is undesirable, therefore the structure of the mobile phone also needs to be further improved.
Summary of the invention
The technical problem to be solved by the present invention is to a kind of showing for mobile phone screen is provided for above-mentioned state of the art
Show the screen display method of the flexible screen mobile phone of region left-right balance.
The technical scheme of the invention to solve the technical problem is: the screen display method of this flexible screen mobile phone,
It is characterized by comprising following steps,
One, the display area of flexible screen is divided into plane display area and the part of vertical plane display area two；
Two, the image shown on mobile phone screen will be needed to be divided into flat image and vertical plane according to two parts
Image；
Three, flat image is directly displayed on plane display area, by display after vertical plane image or so mirror image in vertical plane
On display area；
Four, the light of vertical plane display area reflexes on mobile phone screen by side reflection unit, plane display area
Light is directly projected on mobile phone screen, and flat image and vertical plane image are stitched together to form the figure on mobile phone screen
Picture.
As an improvement, the junction of plane display area and vertical plane display area is marked off in new in step 1
Between region, the intermediate region is corner area, in step 2, will be located in corner area in flat image and vertical plane image
Part is divided into corner image, in step 3, by display after corner image laterally scaling on corner area, in step 4
In, the light of corner area is directly incident upon on mobile phone screen, and one end of corner image is mutually spliced with flat image, corner image
The other end and vertical plane image be mutually spliced to form the image.
It is further improved, in step 1, vertical plane display area is marked off new the far from plane display area side
The part for being located at the second corner area in vertical plane image in step 2, is divided into second by two corner areas and not display area
Second corner image will be located at the second corner area in step 3 by corner image together with vertical plane image after the mirror image of left and right
Image laterally scaling after be shown on the second corner area, the remainder of vertical plane image is shown in perpendicular with the second corner image
Face display area, image is not distributed in display area, and in step 4, the light of the second corner area is by side reflection unit
Reflex on mobile phone screen, flat image, corner image, the image positioned at the second corner area, vertical plane image remainder
It is successively stitched together to form the image with the second corner image.
As an improvement, the specific structure of flexible screen mobile phone used by this screen display method is, including casing and flexibility
Screen, the casing are also set on casing by that can be separated from each other and the upper housing of left and right pairing can form after isolation with lower case
Being equipped with can overlap and when upper housing and lower case or so pairing positions upper housing and lower case above and below upper housing and lower case
Positioning mechanism, the top surface of upper housing is arranged in upper flexible screen, and the bottom surface of lower case is arranged in lower flexible screen, it is characterised in that:
The right end bending of upper flexible screen is fixed on the right end of upper housing, and the left end bending of lower flexible screen is fixed on the left end of lower case,
Be provided on the right end top surface of lower case the vertical plane image of upper flexible screen can be projected on mobile phone top surface and make vertical plane image with
The right image projective structure that the horizontal image of upper flexible screen mutually splices, being provided on the left end bottom surface of upper housing can be flexible by under
The vertical plane image of screen projects the left image for splicing that the horizontal image of vertical plane image and lower flexible screen mutually on mobile phone bottom surface and throws
Structure is penetrated, the right image projective structure is right transparent cover plate, and the lower end inclined-plane of right transparent cover plate is right reflecting surface, described right anti-
The vertical plane image of upper flexible screen can be reflexed to the top surface of right transparent cover plate by the face of penetrating, and the left image projective structure is left transparency cover
The upper end inclined-plane of plate, left transparent cover plate is left reflecting surface, and the vertical plane image of lower flexible screen can be reflexed to a left side by the left reflecting surface
The bottom surface of transparent cover plate, being provided in the control module of this flexible screen mobile phone can be by the display image of flexible screen by flexible screen
The image display that vertical plane image and the horizontal plane image of flexible screen are split and show vertical plane image mirrors, the figure
As display module is connected by Wireline or radiolink with upper flexible screen, lower flexible screen.
It is further improved, the right transparent cover plate is made of right transparent panel and right transparent block, and right transparent panel is arc-shaped, right saturating
The top surface flush of the top surface of isotropic disk and upper flexible screen, the left end of upper flexible screen are fixed in the left end cambered surface of upper housing, upper soft
Property screen top surface and right transparent panel split and form symmetrical upper display screen, right transparent block is triangular in shape, right transparent block
Ramp is the cambered surface that can be fitted with right transparent panel；The left transparent cover plate is made of left transparent panel and left transparent block, left saturating
Isotropic disk is arc-shaped, and the right end of the top surface flush of the top surface of left transparent panel and lower flexible screen, lower flexible screen is fixed on lower case
In right end cambered surface, the top surface of lower flexible screen and left transparent panel split and form symmetrical lower display screen, left transparent block is in three
Angular, the lower inclined plane of left transparent block is the cambered surface that can be fitted with left transparent panel.
It being further improved, the specific structure of the positioning mechanism is that the inner cavity left end of lower case is provided with the first magnetic stripe,
It is provided with the first protrusion on the right end top surface of lower case, upper casing intracoelomic cavity right end is provided with the second magnetic stripe, in upper housing
Left end bottom surface is provided with the second protrusion, and the left end of the first magnetic stripe and the right end of the second magnetic stripe are magnetic on the contrary, the first raised left end
Face is the first adsorption plane that can adsorb the second magnetic stripe, and the right side of the second protrusion is the second adsorption plane that can adsorb the first magnetic stripe；
The left end of lower case is provided with Connection protrusion, lower flexible screen is connected by route with Connection protrusion, in the right end of upper housing
And the coupling recess portion that can be inserted into Connection protrusion is respectively arranged in the second protrusion of upper housing, coupling recess portion passes through respective line
Road is connected with the control module in upper housing, when Connection protrusion is inserted into any coupling recess portion, the lower flexible screen and control
Molding block is connected；The right image projective structure is arranged in the right mounting groove between the first protrusion and upper housing, described
Left image projective structure is arranged in the left mounting groove between the second protrusion and lower case.
It is further improved, the bottom surface of upper housing is provided with telescopic device, the telescopic device includes left-hand rotation cylinder, right-hand rotation cylinder
And the bull stick that can be moved left and right with respect to left-hand rotation cylinder and right-hand rotation cylinder, the top surface that the right-hand rotation cylinder is fixed in the middle part of lower case top surface are recessed
In portion, the left-hand rotation cylinder is fixed in the underside recess in the middle part of upper housing bottom surface, and left-hand rotation cylinder is covered in the left end of bull stick, right-hand rotation cylinder set
In the right end of bull stick, it is respectively arranged with the annular protrusion that anti-dog link end is deviate from from corresponding rotating cylinder at the both ends of bull stick,
It is provided with the left-hand rotation cylinder bulge loop that can contact limit with annular protrusion on the right-end openings inner wall of left-hand rotation cylinder, is opened in the left end of right-hand rotation cylinder
The right-hand rotation cylinder bulge loop that limit can be contacted with annular protrusion is provided on mouth inner wall.
It is further improved, the bull stick is the hollow stem of both ends open, has placed reset spring in the hollow stem, multiple
One end of position spring passes through hollow stem left end opening and mutually fixes with left-hand rotation cylinder or upper housing, and the other end of reset spring passes through hollow
Bar right-end openings are mutually fixed with right-hand rotation cylinder or lower case.
It is further improved, the upper housing is overlapped up and down with second shell by first shell and linked together, in first shell
The first recess portion for being capable of fixing flexible screen is provided at the overlapping of body and second shell, the lower case is by third shell and the 4th
Shell overlaps link together up and down, is provided at the overlapping of third shell and the 4th shell and is capable of fixing the second of lower flexible screen
Recess portion, when upper flexible screen is interposed in the first recess portion, the vertical plane of upper flexible screen and the right end flush of upper housing are instantly flexible
When screen is interposed in the second recess portion, the vertical plane of lower flexible screen and the left end flush of lower case.
It is further improved, the upper flexible screen includes upper transparent protective layer, upper substratum transparent, upper film surface layer, upper display
Layer and upper buffer layer, the right end of upper transparent protective layer and the right end flush of upper housing, in the underrun of upper transparent protective layer
Substratum transparent is connected on film surface layer, and the end on upper film surface layer is mutually fixed with corresponding upper housing respectively, described aobvious
Show that layer is connected by route with control module, the upper buffer layer is connected to the bottom of display layer and is fitted in upper housing
On, the gap filling between the bending place and upper transparent protective layer on upper film surface layer has transparent adhesive tape；Lower flexible screen is transparent under including
Protective layer, lower substratum transparent, lower film surface layer, lower display layer and bottom breaker, the left end of lower transparent protective layer and lower case
The top surface of right end flush, lower transparent protective layer is connected on lower film surface layer by lower substratum transparent, the end on lower film surface layer
Portion is mutually fixed with corresponding lower case respectively, and the lower display layer is connected by route with control module, the bottom breaker
It is connected to the top of lower display layer and is fitted in lower case, the seam between the bending place on lower film surface layer and lower transparent protective layer
Gap is filled with transparent adhesive tape.
Compared with the prior art, the advantages of the present invention are as follows: the image on flexible screen vertical plane can be reflected into mobile phone top surface
On, the display area of mobile phone is increased, mobile phone display area becomes much larger, and can show that more contents, usage experience are outstanding；Figure
As projective structure increases the width of flexible screen side, when mobile phone being made to be in double-sided screen state, mobile phone screen of any surface or so
Symmetrically, user is allowed to feel left-right balance when in use, visual effect is more preferable；Two pieces are realized by telescopic device and positioning mechanism
One Double-face-screen mobile phone fast transition is a large-screen mobile phone by the separation of screen, overturning, pairing；Upper housing and lower case
Separation pairing is easy to operate, and use is very convenient；Shell since telescopic device is connected with two shells always, after separation
Body will not surprisingly slide, and safety is more preferable；Reset spring can also be set in telescopic device, and handoff procedure is more laborsaving；Mobile phone
In the handoff procedure of large-screen mobile phone and Double-face-screen mobile phone, without pulling flexible screen, the damage to flexible screen is reduced, is extended flexible
The service life of screen；Interval region when upper housing and lower case pairing between screen is small, and small to visual impact, screen is integrally imitated
Fruit is good, and the cost of implementation that screen size changes is low；It is covered with layer of transparent protective layer on the surface of flexible screen, can be reduced flexible screen
Scuffing；Overall structure is simple, and without using hinge, the components of use are few, easy to make, hard using rigid structure shell
Gu durable, stable structure, can effective protection flexible screen；The frame of mobile phone is narrow, light-weight, easy to carry, takes into account different uses
Demand.
Detailed description of the invention
Fig. 1 is the division figure of the image-region of the embodiment of the present invention；
Fig. 2 is the division figure in the corresponding flexible screen region Fig. 1；
Fig. 3 is the displaying principle figure of Fig. 2；
Fig. 4 is the division figure of the image-region of another embodiment of the invention；
Fig. 5 is the division figure in the corresponding flexible screen region Fig. 4；
Fig. 6 is the displaying principle figure of Fig. 5；
Fig. 7 is the division figure of the image-region of the third embodiment of the invention；
Fig. 8 is the division figure in the corresponding flexible screen region Fig. 7；
Fig. 9 is the displaying principle figure of Fig. 8；
Figure 10 is the perspective view of mobile phone used in the embodiment of the present invention；
Figure 11 is the top view of Figure 10；
Figure 12 is the sectional view in Figure 11 along line A-A；
Figure 13 is the sectional view in Figure 11 along line B-B；
Figure 14 is perspective view when upper housing is separated with lower case in Figure 10；
Figure 15 be in Fig. 5 after lower case rotation with the perspective view after upper housing or so pairing；
Figure 16 is the display knot for once bending fixed, lower flexible screen in Figure 15 using the right end of the display structure of upper flexible screen
The left end of structure once bends top view when fixed this fixed structure；
Figure 17 is the sectional view in Figure 16 along line C-C；
Figure 18 is the structural exploded view that Figure 16 is in another angle；
Figure 19 is the further structural exploded view that part has been decomposed in Figure 18；
Figure 20 is the display knot for bending fixed, lower flexible screen in Figure 15 twice using the right end of the display structure of upper flexible screen
The structural exploded view when left end of structure bends fixed this fixed structure twice after horizontal rotation；
Figure 21 is upper housing and lower case postrotational perspective view again in Figure 20；
Figure 22 is the structural exploded view of Figure 12；
Figure 23 is the structural exploded view of upper housing and lower case in Figure 18；
Figure 24 is the perspective view that upper housing and lower case use another structure in Figure 23；
Figure 25 is the enlarged drawing of the part I in Figure 12；
Figure 26 is the enlarged drawing of the part II in Figure 17；
Figure 27 is the enlarged drawing of the part III in Figure 25.
Specific embodiment
The present invention will be described in further detail below with reference to the embodiments of the drawings.
As shown in Figure 1 to Figure 3, the screen display method of the flexible screen mobile phone of the present embodiment, includes the following steps,
One, the display area of flexible screen is divided into two parts plane display area A and vertical plane display area C；
Two, image of the display on mobile phone screen will be needed to be divided into flat image A1 according to two parts and erect
Face image C1；
Three, flat image A1 is directly displayed on the A of plane display area, display after vertical plane image C1 or so mirror image is existed
On the C of vertical plane display area；
Four, the light of vertical plane display area C reflexes on mobile phone screen by side reflection unit, plane display area A
Light be directly projected on mobile phone screen, flat image A1 and vertical plane image C1 are stitched together to form institute on mobile phone screen
The image stated.
As shown in Figures 4 to 6, the screen display method of the flexible screen mobile phone of second of embodiment, includes the following steps,
One, the display area of flexible screen is divided into two parts plane display area A and vertical plane display area C, will put down
The junction of face display area A and vertical plane display area C marks off new intermediate region, and the intermediate region is corner area B；
Two, image of the display on mobile phone screen will be needed to be divided into flat image A1 according to two parts and erect
Face image C1 is divided into corner image B1 for the part in corner area B is located in flat image A1 and vertical plane image C1；
Three, flat image A1 is directly displayed on the A of plane display area, display after vertical plane image C1 or so mirror image is existed
On the C of vertical plane display area, by display after corner image B1 laterally scaling on corner area B；
Four, the light of vertical plane display area C reflexes on mobile phone screen by side reflection unit, plane display area A
Light be directly projected on mobile phone screen, the light of corner area B is directly incident upon on mobile phone screen, the one of corner image B1
End is spliced with flat image A1 phase, and the other end and the vertical plane image C1 phase of corner image B1 is spliced to form the image.
As shown in Figure 7 to 9, the screen display method of the flexible screen mobile phone of the third embodiment, includes the following steps,
One, the display area of flexible screen is divided into two parts plane display area A and vertical plane display area C, will put down
The junction of face display area A and vertical plane display area C marks off new intermediate region, and the intermediate region is corner area B,
Vertical plane display area C is marked off into new the second corner area D and not display area E far from the plane display area side A；
Two, image of the display on mobile phone screen will be needed to be divided into flat image A1 according to two parts and erect
Face image C1 is divided into corner image B1 for the part in corner area B is located in flat image A1 and vertical plane image C1, will erect
Part in the image C1 of face positioned at the second corner area D is divided into the second corner image D1；
Three, flat image A1 is directly displayed on the A of plane display area, display after vertical plane image C1 or so mirror image is existed
On the C of vertical plane display area, by display after corner image B1 laterally scaling on corner area B, by the second corner image D1 and erect
Display is in the second corner area D after face image C1 will laterally be scaled after the mirror image of left and right together positioned at the image of the second corner area D
On, the remainder of vertical plane image C1 and the second corner image D1 are shown in vertical plane display area C, and display area E is not distributed
Image；
Four, the light of vertical plane display area C reflexes on mobile phone screen by side reflection unit, plane display area A
Light be directly projected on mobile phone screen, the light of corner area B is directly incident upon on mobile phone screen, the second corner area D
Light reflexed on mobile phone screen by side reflection unit, flat image A1, corner image B1, be located at the second corner area
The image of D, the remainder of vertical plane image C1 and the second corner image D1 are successively stitched together to form the image.
The specific structure of flexible screen mobile phone used by this screen display method is, including casing and flexible screen, the machine
For shell by can be separated from each other and the upper housing 1 of left and right pairing can form after isolation with lower case 2, being additionally provided on casing can be
Positioning upper housing 1 and lower case 2 when upper housing 1 and about 2 lower case overlapping and upper housing 1 and 2 or so pairing of lower case
The top surface of upper housing 1 is arranged in positioning mechanism, upper flexible screen 11, and the bottom surface of lower case 2, upper flexible screen is arranged in lower flexible screen 21
11 right end bending is fixed on the right end of upper housing 1, and the left end bending of lower flexible screen 21 is fixed on the left end of lower case 2, under
Be provided on the right end top surface of shell 2 the vertical plane image of upper flexible screen 11 can be projected on mobile phone top surface and make vertical plane image with
The right image projective structure that the horizontal image of upper flexible screen 11 mutually splices, be provided on the left end bottom surface of upper housing 1 can will under
The vertical plane image of flexible screen 21 projects on mobile phone bottom surface and splices that the horizontal image of vertical plane image and lower flexible screen 21 mutually
Left image projective structure.Right image projective structure is right transparent cover plate, and the lower end inclined-plane of right transparent cover plate is right reflecting surface 51, institute
The vertical plane image of upper flexible screen 11 can be reflexed to the top surface of right transparent cover plate, the left image projective structure by stating right reflecting surface 51
Upper end inclined-plane for left transparent cover plate, left transparent cover plate is left reflecting surface 61, and the left reflecting surface 61 can be by lower flexible screen 21
Vertical plane image reflexes to the bottom surface of left transparent cover plate, and being provided in the control module 7 of this flexible screen mobile phone can be by flexible screen
Display image is split by the vertical plane image of flexible screen and the horizontal plane image of flexible screen and shows vertical plane image mirrors
Image display, described image display module pass through Wireline or radiolink and upper flexible screen 11,21 phase of lower flexible screen
Connection.Right transparent cover plate is made of right transparent panel 52 and right transparent block 5, and right transparent panel 52 is arc-shaped, the top surface of right transparent panel 52
It is fixed in the left end cambered surface of upper housing 1 with the left end of the top surface flush of upper flexible screen 11, upper flexible screen 11, upper flexible screen 11
Top surface and right 52 split of transparent panel and form symmetrical upper display screen, right transparent block 5 is triangular in shape, right transparent block 5
Ramp is the cambered surface that can be fitted with right transparent panel 52；The left transparent cover plate is made of left transparent panel 62 and left transparent block 6,
Left transparent panel 62 is arc-shaped, the top surface flush of the top surface of left transparent panel 62 and lower flexible screen 21, and the right end of lower flexible screen 21 is solid
Be scheduled in the right end cambered surface of lower case 2, the top surface of lower flexible screen 21 and left 62 split of transparent panel and formed symmetrical lower aobvious
Display screen, left transparent block 6 is triangular in shape, and the lower inclined plane of left transparent block 6 is the cambered surface that can be fitted with left transparent panel 62.Image is shown
Module can also have image zooming function, and image display zooms in and out the cambered surface of flexible screen bending place, make flexible screen
Top surface, the bending place of flexible screen and the vertical plane of flexible screen can successively splice in the same scale when being shown on mobile phone top surface
Complete display image is formed together.Due to flexible screen bending place cambered surface compared with the flexible screen gross area accounting very little, because
This does not handle bending place and will not influence too much, and when image display has image zooming function, can obtain
To better Showing Effectiveness On Screen.The particular circuit configurations of control module 7 and image display belong to the prior art, therefore not
It repeats again.The width for being fixed on the upper flexible screen 11 in the left end cambered surface of upper housing 1 can be equal to the width of right transparent block 5, this
Display screen or so is full symmetric on sample, and display effect is more preferable, similarly, is fixed in the right end cambered surface of lower case 2
The width of lower flexible screen 21 can be equal to the width of left transparent block 6.
For the above display screen shows image, image display will need to show the complete image point on upper display screen
For flat image, corner image and vertical plane image are zoomed in and out corner image, by vertical plane image or so mirror image processing, at this moment
It is discontinuous three parts image that time, which is shown in flexible screen, and it is soft respectively that the display area of flexible screen, which is also classified into three parts,
Property screen top surface plane display area, it is perpendicular after corner display area and flexible screen bending after flexible screen bending is fixed are fixed
Face display area, three display areas successively display plane image, corner image and vertical plane image, due on the right side of upper housing 1
Side is provided with right transparent cover plate, and the lower end inclined-plane of right transparent cover plate is right reflecting surface 51, and right reflecting surface 51 is mirror surface, can incite somebody to action
From flexible screen vertical plane display area issue light reflex on the top surface of right transparent cover plate, therefore finally on upper display screen according to
Secondary to be shown as flat image, the vertical plane image after the corner image of scaling and reflection, vertical plane image is by mirror twice
Reason, therefore untreated preceding vertical plane image is reverted on upper display screen, therefore corner image is due to counteracting arc by scaling
The influence of degree also reverts to untreated preceding corner image, final flat image, corner image and vertical plane figure on upper display screen
As being continuously stitched together, the aspect ratio of image is identical, is shown as needing complete image to be shown.
The specific structure of positioning mechanism is the inner cavity left end of lower case 2 to be provided with the first magnetic stripe 25, in lower case 2
It is provided with the first protrusion 22 on right end top surface, 1 inner cavity right end of upper housing is provided with the second magnetic stripe 15, in the left end of upper housing 1
Bottom surface is provided with the second protrusion 12, and the right end of the left end of the first magnetic stripe 25 and the second magnetic stripe 15 is magnetic on the contrary, the first protrusion 22
Left side is the first adsorption plane that can adsorb the second magnetic stripe 15, and the right side of the second protrusion 12 is can adsorb the first magnetic stripe 25
Two adsorption planes.The left end of lower case 2 is provided with Connection protrusion 29, lower flexible screen 21 is connected by route with Connection protrusion 29
Connect, be respectively arranged on the right end of upper housing 1 and the second protrusion 12 of upper housing 1 can be inserted into Connection protrusion 29 connection it is recessed
Portion 19, coupling recess portion 19 are connected by respective route with the control module 7 in upper housing 1, when the insertion of Connection protrusion 29 is appointed
When in one coupling recess portion 19, the lower flexible screen 21 is connected with control module 7.Right image projective structure setting is the
In right mounting groove 53 between one protrusion 22 and upper housing 1, the left image projective structure setting is in the second protrusion 12 and lower casing
In left mounting groove 63 between body 2.Positioning mechanism can also be joinery and its construction, but joinery and its construction plug is inconvenient, is also easy
Abrasion and fracture, using effect are not so good as the positioning mechanism using magnet absorption principle.First protrusion 22 and the second protrusion 12 are iron
Or steel is made, or, being respectively fixed with magnetic strips or iron bar in the left end of the first protrusion 22 and in the right end of the second protrusion 12.Even
Connecing protrusion 29 is two, and the first magnetic stripe 25 is located in the middle part of the left end of lower case 2, and two Connection protrusions 29 are symmetricly set on the first magnetic
The two sides of item 25, four coupling recess portions 19 are symmetricly set on the right end of upper housing 1 and the second protrusion 12 of upper housing 1 two-by-two
On corresponding position.Connection protrusion is blade inserting connector, and specific structure belongs to well-known technique.
The bottom surface of upper housing 1 is provided with telescopic device, the telescopic device includes left-hand rotation cylinder 31, right-hand rotation cylinder 32 and energy
The bull stick 3 that opposite left-hand rotation cylinder 31 is moved left and right with right-hand rotation cylinder 32, the right-hand rotation cylinder 32 are fixed on the top surface in the middle part of lower case top surface
In recess portion 20, the left-hand rotation cylinder 31 is fixed in the underside recess 10 in the middle part of upper housing bottom surface, 31 sets of the left-hand rotation cylinder left sides in bull stick 3
It is de- from corresponding rotating cylinder to be respectively arranged with anti-dog link end at the both ends of bull stick 3 for end, 32 sets of the right-hand rotation cylinder right ends in bull stick 3
Annular protrusion 30 out is provided with the left-hand rotation cylinder that limit can be contacted with annular protrusion 30 on the right-end openings inner wall of left-hand rotation cylinder 31
Bulge loop is provided with the right-hand rotation cylinder bulge loop that limit can be contacted with annular protrusion 30 on the opening inner wall of the left end of right-hand rotation cylinder 32.It is described
Bull stick 3 is the hollow stem of both ends open, and reset spring 33 has been placed in the hollow stem, and one end of reset spring 33 passes through sky
Core bar left end opening is fixed with left-hand rotation cylinder 31 or 1 phase of upper housing, the other end of reset spring 33 pass through hollow stem right-end openings and
Right-hand rotation cylinder 32 or 2 phase of lower case are fixed.When upper housing 1 and about 2 lower case overlap, the bottom surface of upper housing 1 can be with lower case 2
Top surface be bonded to each other.The end of reset spring 33 is respectively fitted on corresponding fixing pin 34, and fixing pin 34 can use
The small schematic structure in the big one end in one end, the end of such reset spring 33 can rotate after being inserted in fixing pin 34, deform smaller.
The small end of fixing pin 34 is connected on corresponding rotating cylinder with being able to rotate.Fixing pin 34 can also be directly anchored to corresponding turn
On cylinder.
Upper housing 1 is overlapped up and down by first shell and second shell and is linked together, in first shell and second shell
Be provided with the first recess portion 13 for being capable of fixing flexible screen 11 at overlapping, the lower case 2 by third shell and the 4th shell above and below
Overlapping links together, and the second recess portion for being capable of fixing lower flexible screen 21 is provided at the overlapping of third shell and the 4th shell
23, when upper flexible screen 11 is interposed in the first recess portion 13, the vertical plane of upper flexible screen 11 and the right end flush of upper housing 1, when
When lower flexible screen 21 is interposed in the second recess portion 23, the vertical plane of lower flexible screen 21 and the left end flush of lower case 2.Upper flexible screen
11 can also only fix by primary bending with 1 phase of upper housing, at this point, upper housing 1 is not necessarily to consist of two parts, upper flexible screen 11
Right end bending after be fixed in the recess portion of 1 right end of upper housing, lower flexible screen 21 also passes through primary bending left end and is fixed on lower casing
In the recess portion of body left end.
Upper flexible screen 11 includes upper transparent protective layer 111, upper substratum transparent 112, upper film surface layer 113, upper display layer 114
With upper buffer layer 115, the right end of upper transparent protective layer 111 and the right end flush of upper housing 1, the bottom of upper transparent protective layer 111
Face is connected on upper film surface layer 113 by upper substratum transparent 112, the end on upper film surface layer 113 respectively with corresponding upper casing
1 phase of body is fixed, and the upper display layer 114 is connected by route with control module 7, and the upper buffer layer 115 is connected to aobvious
Show the bottom of layer 114 and is fitted on upper housing 1, the seam between the bending place and upper transparent protective layer 111 on upper film surface layer 113
Gap is filled with transparent adhesive tape 4；Lower flexible screen 21 includes lower transparent protective layer, and lower substratum transparent, lower film surface layer, lower display layer is under
Buffer layer, the left end of lower transparent protective layer and the right end flush of lower case 2, the top surface of lower transparent protective layer passes through lower transparent adhesive tape
Layer is connected on lower film surface layer, and the end on lower film surface layer is fixed with corresponding 2 phase of lower case respectively, and the lower display layer is logical
Route to be crossed to be connected with control module 7, the bottom breaker is connected to the top of lower display layer and is fitted in lower case 1, under
Gap filling between the bending place on film surface layer and lower transparent protective layer has transparent adhesive tape 4.Transparent protective layer uses transparent glass
It is made, substratum transparent is made of transparent optical cement, and film surface layer is made of plastic film, and plastic film can be PI plastics system
At buffer layer is made of buffering foam.When mobile phone is accidentally fallen, transparent protective layer first touches rammer and absorbs impact energy
Amount, reduces the probability of damage of display layer, the service life of extending cell phone.Upper film surface layer 113, upper display layer 114 and upper buffering
Layer 115 is the overall structure to link together.Lower film surface layer, lower display layer and bottom breaker are the whole knot to link together
Structure.For the above display screen shows image, corner image is zoomed in and out and vertical plane image carries out mirror image and all shows mould by image
Block is handled and is controlled, and since flexible screen is kept fixed, upper display layer 114 and upper transparent protective layer 111 and the right side are saturating
The positional relationship of bright cover board remains unchanged, if the image of display in need be divided by being uniformly processed for image display
Three parts, finally show on upper transparent protective layer 111 and right transparent panel 52 and being restored to original needs image to be shown.
Be provided in the inner cavity of lower case 2 by lower housing cavity be divided into the first of the first cavity 27 and the second cavity 28 every
Plate 26, first magnetic stripe 25 can be connected in the first cavity 27 to unloading, be provided in the inner cavity of upper housing 1 by upper housing
1 inner cavity is divided into the second partition 16 of third cavity 17 and the 4th cavity 18, and second magnetic stripe 15 can be connected to the 4th to unloading
In cavity 18.The control circuit board and battery of mobile phone can be set in third cavity 17.It can also be set in the second cavity 28
It is equipped with control circuit board and battery 8.When there is underside recess 10 in the bottom surface of upper housing 1, there is top surface recess portion 20 in the top surface of lower case 2
When, it is provided with upper inner cavity protrusion 101 corresponding with underside recess 10 in the inner cavity of upper housing 1, upper inner cavity protrusion 101 is by third
Cavity 17 and the 4th cavity 18 and the second magnetic stripe 15 are divided into two parts, are provided in the inner cavity of lower case 2 and top surface
The corresponding lower inner cavity protrusion 201 of recess portion 20, lower inner cavity protrusion 201 is by the first cavity 27 and the second cavity 28 and the first magnetic stripe 25
Two parts are divided into, such upper housing 1 and the structure of lower case 2 are more compact, and casing thickness is thinner.
When upper housing 1 and 2 or so pairing of lower case, the left end of lower flexible screen 21 can be bonded with the right end of upper flexible screen 11
Together, therefore the gap between two pieces of screens is difficult to be observed, and user feels that two pieces of screens are seamless phases when in use
The monolith screen of connection.
Control module 7 is arranged in control circuit board, and the control circuit board and battery 8 of mobile phone can be divided into two groups of difference
It is arranged in upper housing 11 and lower case 21, is also possible to place control circuit board and battery 8, another shell in a shell
Placing battery 8.If being respectively arranged with control circuit board in upper housing 11 and lower case 21, this mobile phone is equivalent to setting and exists
Two independent mobile phones together.Certainly, when the right end of upper housing 11 and 21 pairing of lower case link together, lower case 21
In control circuit board automatically adjusted using gravity sensing, two pieces of control circuit boards carry out operations and are simultaneously wirelessly or non-wirelessly led to
Letter, to realize that two pieces of display screens merge display and use as one piece of screen, two pieces of control circuit boards can use above-mentioned implementation
Inserting mode in example is in communication with each other, and can also directly be provided with infrared communication module, bluetooth module or wireless network in the housing
Network module realizes wireless communication, if being facilitated the leakproofness for increasing mobile phone using wireless communication, being increased the waterproof function of mobile phone
Energy.The software and physical circuit connection structure for realizing above-mentioned function belong to well-known technique, and so it will not be repeated.
Claims (10)
1. a kind of screen display method of flexible screen mobile phone, it is characterised in that: include the following steps,
One, the display area of flexible screen is divided into plane display area (A) and two parts vertical plane display area (C)；
Two, the image shown on mobile phone screen will be needed to be divided into flat image (A1) and vertical plane according to two parts
Image (C1)；
Three, flat image (A1) is directly displayed on plane display area (A), will be shown after the mirror image of the left and right vertical plane image (C1)
On vertical plane display area (C)；
Four, the light of vertical plane display area (C) reflexes on mobile phone screen by side reflection unit, plane display area (A)
Light be directly projected on mobile phone screen, flat image (A1) and vertical plane image (C1) are stitched together shape on mobile phone screen
At the image.
2. screen display method according to claim 1, it is characterised in that: in step 1, by plane display area (A)
New intermediate region is marked off with the junction of vertical plane display area (C), the intermediate region is corner area (B), step 2
In, it is divided into corner image (B1) by the part in corner area (B) is located in flat image (A1) and vertical plane image (C1),
In step 3, it will be shown on corner area (B) after corner image (B1) laterally scaling, in step 4, corner area (B)
Light is directly incident upon on mobile phone screen, and one end and the flat image (A1) of corner image (B1) mutually splice, corner image (B1)
The other end and vertical plane image (C1) be mutually spliced to form the image.
3. screen display method according to claim 2, it is characterised in that: in step 1, by vertical plane display area (C)
New the second corner area (D) and not display area (E) are marked off far from the side plane display area (A), in step 2, will be erected
Part in face image (C1) positioned at the second corner area (D) is divided into the second corner image (D1), in step 3, by second
After corner image (D1) is laterally scaled with the image that will be located at the second corner area (D) after vertical plane image (C1) together left and right mirror image
It is shown on the second corner area (D), the remainder of vertical plane image (C1) and the second corner image (D1) are shown in vertical plane and show
Show region (C), display area (E) does not distribute image, and in step 4, the light of the second corner area (D) is anti-by side
Injection device reflexes on mobile phone screen, and flat image (A1), the image for being located at the second corner area (D), erects corner image (B1)
The remainder of face image (C1) and the second corner image (D1) are successively stitched together to form the image.
4. screen display method according to any one of claims 1 to 3, it is characterised in that: this screen display method is adopted
The specific structure of flexible screen mobile phone is, including casing and flexible screen, and the casing is by can be separated from each other and can be after isolation
The upper housing (1) of left and right pairing and lower case (2) form, and being additionally provided on casing can be on upper housing (1) and lower case (2)
The positioning mechanism of upper housing (1) and lower case (2) is positioned when lower overlapping and upper housing (1) and lower case (2) left and right pairing, on
Flexible screen (11) setting is in the top surface of upper housing (1), bottom surface of lower flexible screen (21) setting in lower case (2), it is characterised in that:
The right end bending of upper flexible screen (11) is fixed on the right end of upper housing (1), and the left end bending of lower flexible screen (21) is fixed on lower casing
The left end of body (2), mobile phone can be projected for the vertical plane image of upper flexible screen (11) by being provided on the right end top surface of lower case (2)
The right image projective structure for splicing that the horizontal image of vertical plane image and upper flexible screen (11) mutually, in upper housing (1)
Left end bottom surface on be provided with the vertical plane image of lower flexible screen (21) can be projected on mobile phone bottom surface and make vertical plane image under
The left image projective structure that the horizontal image of flexible screen (21) mutually splices, the right image projective structure is right transparent cover plate, right
The lower end inclined-plane of transparent cover plate is right reflecting surface (51), and the right reflecting surface (51) can be anti-by the vertical plane image of upper flexible screen (11)
It is incident upon the top surface of right transparent cover plate, the left image projective structure is left transparent cover plate, and the upper end inclined-plane of left transparent cover plate is a left side
The vertical plane image of lower flexible screen (21) can be reflexed to the bottom surface of left transparent cover plate by reflecting surface (61), the left reflecting surface (61),
Be provided in the control module (7) of this flexible screen mobile phone can by flexible screen display image by flexible screen vertical plane image with it is soft
Property screen the horizontal plane image image display that is split and shows vertical plane image mirrors, described image display module is logical
Wireline or radiolink is crossed to be connected with upper flexible screen (11), lower flexible screen (21).
5. screen display method according to claim 4, it is characterised in that: the right transparent cover plate is by right transparent panel (52)
It is formed with right transparent block (5), right transparent panel (52) is arc-shaped, the top surface of right transparent panel (52) and the top surface phase of upper flexible screen (11)
Concordantly, the left end of upper flexible screen (11) is fixed in the left end cambered surface of upper housing (1), and the top surface and the right side of upper flexible screen (11) are transparent
Plate (52) split and form symmetrical upper display screen, right transparent block (5) is triangular in shape, and the ramp of right transparent block (5) is
The cambered surface that can be fitted with right transparent panel (52)；The left transparent cover plate is made of left transparent panel (62) and left transparent block (6), left
Transparent panel (62) is arc-shaped, the top surface flush of the top surface of left transparent panel (62) and lower flexible screen (21), lower flexible screen (21)
Right end is fixed in the right end cambered surface of lower case (2), the top surface of lower flexible screen (21) and (62) split of left transparent panel and form a left side
Right symmetrically lower display screen, left transparent block (6) is triangular in shape, and the lower inclined plane of left transparent block (6) is can be with left transparent panel (62) phase
The cambered surface of fitting.
6. screen display method according to claim 4, it is characterised in that: the specific structure of the positioning mechanism is,
The inner cavity left end of lower case (2) is provided with the first magnetic stripe (25), and the first protrusion is provided on the right end top surface of lower case (2)
(22), in upper housing (1) inner cavity, right end is provided with the second magnetic stripe (15), and it is convex that the left end bottom surface of upper housing (1) is provided with second
It rises (12), the left end of the first magnetic stripe (25) and the right end magnetism of the second magnetic stripe (15) are on the contrary, the left side of first raised (22) is
The first adsorption plane of the second magnetic stripe (15) can be adsorbed, the right side of second raised (12) is that can adsorb the second of the first magnetic stripe (25)
Adsorption plane；It is provided with Connection protrusion (29) in the left end of lower case (2), lower flexible screen (21) passes through route and Connection protrusion (29)
It is connected, Connection protrusion can be inserted by being respectively arranged on the right end of upper housing (1) and second raised (12) of upper housing (1)
(29) coupling recess portion (19), coupling recess portion (19) are connected by respective route with the control module (7) in upper housing (1)
It connects, when Connection protrusion (29) are inserted into any coupling recess portion (19), the lower flexible screen (21) connects with control module (7)
It is logical；The right image projective structure setting is described in the right mounting groove (53) between first raised (22) and upper housing (1)
The setting of left image projective structure is in the left mounting groove (63) between second raised (12) and lower case (2).
7. screen display method according to claim 4, it is characterised in that: be provided in the bottom surface of upper housing (1) flexible
Device, the telescopic device include left-hand rotation cylinder (31), right-hand rotation cylinder (32) and can be left with respect to left-hand rotation cylinder (31) and right-hand rotation cylinder (32)
The bull stick (3) moved right, the right-hand rotation cylinder (32) are fixed in the top surface recess portion (20) in the middle part of lower case top surface, the left-hand rotation cylinder
(31) it is fixed in the underside recess in the middle part of upper housing bottom surface (10), left-hand rotation cylinder (31) is covered in the left end of bull stick (3), right-hand rotation cylinder
(32) right end in bull stick (3) is covered, is respectively arranged with what anti-dog link end was deviate from from corresponding rotating cylinder at the both ends of bull stick (3)
Annular protrusion (30) is provided with the left-hand rotation that limit can be contacted with annular protrusion (30) on the right-end openings inner wall of left-hand rotation cylinder (31)
Cylinder bulge loop, right-hand rotation cylinder (32) left end opening inner wall on be provided with can be contacted with annular protrusion (30) limit right-hand rotation cylinder it is convex
Ring.
8. screen display method according to claim 7, it is characterised in that: the bull stick (3) is the hollow of both ends open
Bar has placed reset spring (33) in the hollow stem, and one end of reset spring (33) passes through hollow stem left end opening and a left side
Rotating cylinder (31) or upper housing (1) are mutually fixed, and the other end of reset spring (33) passes through hollow stem right-end openings and right-hand rotation cylinder (32)
Or lower case (2) is mutually fixed.
9. screen display method according to claim 4, it is characterised in that: the upper housing (1) is by first shell and the
Two shells overlap link together up and down, are provided at the overlapping of first shell and second shell and are capable of fixing upper flexible screen (11)
The first recess portion (13), the lower case (2) is overlapped up and down by third shell and the 4th shell and is linked together, in third shell
With the second recess portion (23) for being capable of fixing lower flexible screen (21) is provided at the overlapping of the 4th shell, when upper flexible screen (11) is interposed in
When in the first recess portion (13), the vertical plane of upper flexible screen (11) and the right end flush of upper housing (1), flexible screen (21) is sandwiched instantly
When in the second recess portion (23), the vertical plane of lower flexible screen (21) and the left end flush of lower case (2).
10. screen display method according to claim 9, it is characterised in that: the upper flexible screen (11) includes upper transparent
Protective layer (111), upper substratum transparent (112), upper film surface layer (113), upper display layer (114) and upper buffer layer (115), it is upper
The right end flush of the right end of bright protective layer (111) and upper housing (1) is transparent in the underrun of upper transparent protective layer (111)
Glue-line (112) is connected on film surface layer (113), the end of upper film surface layer (113) respectively with corresponding upper housing (1) phase
Fixed, the upper display layer (114) is connected by route with control module (7), and the upper buffer layer (115) is connected to aobvious
Show the bottom of layer (114) and be fitted on upper housing (1), between the bending place and upper transparent protective layer (111) on upper film surface layer
Gap filling have transparent adhesive tape (4)；Lower flexible screen (21) includes lower transparent protective layer, lower substratum transparent, lower film surface layer, lower aobvious
Show layer and bottom breaker, the left end of lower transparent protective layer and the right end flush of lower case (2), the top surface of lower transparent protective layer is logical
It crosses down substratum transparent to be connected on lower film surface layer, the end on lower film surface layer is mutually fixed with corresponding lower case (2) respectively, institute
It states lower display layer to be connected by route with control module (7), the bottom breaker is connected to the top of lower display layer and fitting
On lower case (1), the gap filling between the bending place on lower film surface layer and lower transparent protective layer has transparent adhesive tape (4).
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