CN104811517A - Mobile terminal with flexible display screen and automatic attaching method of mobile terminal - Google Patents
Mobile terminal with flexible display screen and automatic attaching method of mobile terminal Download PDFInfo
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- CN104811517A CN104811517A CN201510216052.7A CN201510216052A CN104811517A CN 104811517 A CN104811517 A CN 104811517A CN 201510216052 A CN201510216052 A CN 201510216052A CN 104811517 A CN104811517 A CN 104811517A
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Abstract
The invention discloses a mobile terminal with a flexible display screen and an automatic attaching method of the mobile terminal. The automatic attaching method of the mobile terminal with the flexible display screen includes detecting the distance between the mobile terminal and the surface to be attached; controlling the flexible display screen to make change so as to enable the mobile terminal to fit to the surface to be attached according to the distance. Compared with the prior art, the flexible screen can be controlled to make change according to the distance between the mobile terminal and the surface to be attached, so that the mobile terminal can automatically attach to the surface of an object, bending process is controllable and flexible, and application range of the mobile terminal is enlarged.
Description
Technical field
The present invention relates to mobile terminal, particularly a kind of mobile terminal with flexible display screen and automatic laminating method thereof.
Background technology
Along with the development of the communication technology, mobile terminal uses more and more frequent in the daily life of terminal use, how adding users use sense is subject to, and enriches user's use sense and is subject to, be more and more subject to the attention of each side.
The mobile terminal entirety with flexible characteristic all have employed flexible material and makes, and comprises terminal enclosure material and have employed flexible material, such as silica gel or the higher metal material of suppleness; Mainboard material have employed flexible FPC (flexible PCB) and makes; Screen have employed flexible screen, and make use of the speciality of flexible screen, controls the automatic bending of whole terminal.
Flexible screen self has deformable feature, so the local short time set that the variable electrical signal applied flexible screen local can be utilized to realize flexible screen trembles; This flexible display device trembled comprises: flexible display panels; Be positioned at the multiple supporters on the first surface of flexible display panels, be spaced between multiple support unit; And the actuator be positioned on flexible display panels first surface, actuator is between supporter.Actuator comprises the polymeric layer of voltage-sensitive and the upper electrode layer be arranged on the upper surface of layer of electroactive polymer and lower surface and lower electrode layer, and actuating device has following character: when voltage is applied to upper electrode layer and lower electrode layer, the area (cross section) of layer of electroactive polymer changes.The change that the area of section of polymeric layer occurs can cause the display unit curvature around this polymer to change, and by that analogy, after the curvature between each display unit in certain display area is determined, the curve form of this display area is then determined.
Publication number is CN102566816B, name is called that the Chinese patent of " mobile terminal " discloses a kind of mobile terminal, and this mobile terminal comprises: main body, and it has at least one regional area comprising flexible material; Flexible display, it is for showing information; Sensor unit, it is for detecting the first physical bend of described flexible display; And controller, it shows the mark of regulation for the first physical bend based on the described flexible display detected in the specific region of described flexible display.But the defect of such scheme is, the application with the mobile terminal of flexible display screen is narrow, and the physical bend process of flexible display screen is stiff, and Consumer's Experience is poor.
Summary of the invention
The technical problem to be solved in the present invention is the defect that flexible display screen BENDING PROCESS is stiff and mobile terminal suitable environment is single in order to overcome prior art, provide a kind of can automatic laminating in the mobile terminal of the band flexible display screen of object and automatic laminating method thereof.
The present invention solves above-mentioned technical problem by following technical proposals:
An automatic laminating method for mobile terminal with flexible display screen, its feature is, comprising:
Detect the distance value between the mobile terminal surface to be attached corresponding with described mobile terminal;
Control described flexible display screen according to described distance value to make deformation action and fit in described surface to be attached to make described mobile terminal.
Preferably, described distance value is the multiple distance values between surface to be attached that multiple surveyed areas on described mobile terminal are corresponding with described mobile terminal respectively;
Control described flexible display screen according to each distance value respectively to make deformation action and fit in described surface to be attached to make described mobile terminal.
Preferably, the surveyed area corresponding to the distance value reaching predetermined threshold value is all set to the first surveyed area,
When the distance value that described first surveyed area detects reaches described predetermined threshold value, the deformation region controlled on the described flexible display screen corresponding with described first surveyed area makes deformation action, and make deformation action according to controlling the deformation region corresponding with described adjacent surveyed area with the distance value that the surveyed area that described first surveyed area adjoins detects, until all surveyed areas all fit in described surface to be attached when described first surveyed area fits in described surface to be attached.
In this programme, the surveyed area corresponding to the distance value reaching predetermined threshold value is all set to the first surveyed area, namely in all surveyed areas, as long as the surveyed area that the satisfied distance value detected reaches predetermined threshold value is the first surveyed area, therefore, when mobile terminal is different from the position residing for surface to be attached, the first surveyed area also can be different, the first surveyed area can be in all surveyed areas any one, two or three etc.When object to be attached is square, as long as mobile terminal completes the laminating that just can complete mobile terminal and object to be attached with the laminating of edges and corners, eliminate the flexible display screen controlling to fit in non-edges and corners and make deformation action, improve efficiency.
Preferably, described automatic laminating method also comprises:
The control deformation region corresponding with the surveyed area fitting in described surface to be attached is made deformation action and is made described flexible display screen eliminate deformation.
In this programme, flexible display screen can not only be controlled make deformation action and make mobile terminal fit in surface to be attached, flexible display screen can also be controlled make contrary deformation action and make flexible display screen eliminate deformation, namely control flexible display screen and return to mobile terminal and to fit the state before surface to be attached.
The present invention also provides a kind of mobile terminal with flexible display screen, it comprises flexible display screen and flexible screen control part, described flexible screen control part is electrically connected with described flexible display screen, for controlling the deformation action of described flexible display screen, its feature is, described flexible display screen is located at the upper surface of described flexible screen control part, and the lower surface of described flexible screen control part is electrically connected with distance test section
Described distance test section is for detecting the distance value between the mobile terminal surface to be attached corresponding with described mobile terminal, and described flexible screen control part is used for controlling described flexible display screen according to described distance value and makes deformation action and fit in described surface to be attached to make described mobile terminal.
In this programme, flexible screen control part is located between flexible display screen and distance test section, flexible screen control part can judge whether that needing control flexible display screen to make deformation action fits in surface to be attached to make mobile terminal in several ways, such as distance test section detects the distance between flexible display screen and surface to be attached in real time, flexible screen control part makes deformation action to fit in surface to be attached according to this Distance Judgment the need of control flexible display screen, now distance test section can be distance sensing devices, the distance between distance sensing devices and surface to be attached can be obtained according to the measured value of distance sensing devices.
Preferably, described flexible display screen is provided with several deformation region, described distance test section is provided with and described deformation region several surveyed areas one to one, and the distance value that described flexible screen control part is used for detecting according to each surveyed area respectively controls the deformation region corresponding with described surveyed area and makes deformation action to fit in described surface to be attached.
Preferably, described distance test section comprises capacitance detecting layer, and described capacitance detecting layer is divided into surveyed area described in several.
In this programme, surveyed area is for detecting the distance value between mobile terminal and surface to be attached in real time according to the surface electrical capacitance of capacitance detecting layer, the deformation region that flexible screen control part is corresponding according to this distance value leak control and check region makes deformation action, makes mobile terminal fit in surface to be attached.
Preferably, described distance test section comprises several infrared ray sensor groups, and described distance test section is divided into surveyed area described in several by described infrared ray sensor group.
In this programme, infrared ray sensor group comprises infrared discharge lamps and receives inductor, when the signal that infrared discharge lamps is launched runs into barrier, infrared signal reflects received inductor and receives, and receives the infrared light intensity that inductor receives and increases along with the close of barrier and infrared ray sensor group.Infrared ray sensor group is used for the distance value detected in real time between mobile terminal and surface to be attached, and flexible screen control part carrys out deformation region corresponding to leak control and check region according to this distance value and makes deformation action and fit in surface to be attached to make mobile terminal.Wherein, the distribution mode of infrared ray sensor group can be arranged according to different surfaces to be attached, such as, be uniformly distributed with latticed form or transversely arranged etc.
Preferably, the surveyed area that the distance value detected in described surveyed area reaches predetermined threshold value is all set to the first surveyed area, the distance value of described flexible screen control part also for detecting at described first surveyed area controls the deformation region corresponding with described first surveyed area when reaching described predetermined threshold value and makes deformation action, and make deformation action when described first surveyed area fits in described surface to be attached according to controlling the deformation region corresponding with described adjacent surveyed area with the distance value that the surveyed area that described first surveyed area adjoins detects, until all surveyed areas all fit in described surface to be attached.
Preferably, described flexible screen control part is also made deformation action for the deformation region that the surveyed area controlled with fit in described surface to be attached is corresponding and is made described flexible display screen eliminate deformation.
In this programme, when surveyed area fits in surface to be attached, flexible screen control part is for storing the bending angle of the deformation region corresponding with surveyed area.When flexible screen control part controls flexible display screen elimination deformation, flexible screen control part is for calling those bending angles and making contrary deformation action according to those bending Angle ambiguity deformation region, and namely deformation region makes flexible display screen eliminate deformation to bending this angle in the other direction.
Positive progressive effect of the present invention is: compared with prior art, the present invention detects distance value between mobile terminal and surface to be attached by arranging distance test section, and control flexible display screen according to distance value and make deformation action, make mobile terminal can automatic laminating in body surface, BENDING PROCESS is not only controlled but also flexible, expands the range of application of mobile terminal.
Accompanying drawing explanation
Fig. 1 is the structural representation of the mobile terminal of the band flexible display screen of the embodiment of the present invention 1.
Fig. 2 is the structural representation before the mobile terminal laminating human body wrist of the embodiment of the present invention 1.
Fig. 3 is the distance test section of the embodiment of the present invention 1 and the structural representation of surveyed area thereof.
Fig. 4 is the method flow diagram of the automatic laminating human body wrist of the mobile terminal of the embodiment of the present invention 1.
Fig. 5 is the intermediateness schematic diagram of the mobile terminal laminating human body wrist of the embodiment of the present invention 1.
Fig. 6 is the intermediateness schematic diagram of the mobile terminal attaching square table of the embodiment of the present invention 2.
Fig. 7 is the distance test section of the embodiment of the present invention 2 and the structural representation of surveyed area thereof.
Fig. 8 is the method flow diagram of the automatic laminating square table of the mobile terminal of the embodiment of the present invention 2.
Embodiment
Mode below by embodiment further illustrates the present invention, but does not therefore limit the present invention among described scope of embodiments.
Embodiment 1
A kind of mobile terminal with flexible display screen, as shown in Figure 1, comprise flexible display screen 11, flexible screen control part 12 and distance test section 13, flexible display screen 11 is located at the upper surface of flexible screen control part 12, distance test section 13 is located at the lower surface of flexible screen control part 12, and flexible display screen 11 and distance test section 13 are all electrically connected with flexible screen control part 12.As shown in Figure 2, flexible display screen be provided with five apart from one another by deformation region, be respectively deformation region 14, deformation region 15, deformation region 16, deformation region 17 and deformation region 18.
Described distance test section is for detecting the distance value between the mobile terminal surface to be attached corresponding with described mobile terminal, and described flexible screen control part is used for controlling described flexible display screen according to described distance value and makes deformation action and fit in described surface to be attached to make described mobile terminal.
Further, described mobile terminal can be attached at human body wrist and wait for wall-attached surface, such as, be looped around the enterprising enforcement of human body wrist and use.
Further, distance test section comprises capacitance detecting layer, for detecting the signal strength signal intensity corresponding with human body wrist surface.As shown in Figure 3, this capacitance detecting layer is divided into and deformation region five surveyed areas one to one, is respectively the surveyed area 141 corresponding with deformation region 14, the surveyed area 151 corresponding with deformation region 15, the surveyed area 161 corresponding with deformation region 16, the surveyed area 171 corresponding with deformation region 17 and the surveyed area 181 corresponding with deformation region 18.
Further, the distance value that flexible screen control part is used for detecting respectively according to surveyed area 141, surveyed area 151, surveyed area 161, surveyed area 171 and surveyed area 181 controls deformation region 14, deformation region 15, deformation region 16, deformation region 17 and the deformation region 18 corresponding with described surveyed area and makes deformation action respectively to fit in human body wrist, and the distance value that now all surveyed areas detect all is less than or equal to predetermined threshold value.
The mobile terminal of the present embodiment detects distance value between mobile terminal and human body wrist surface by arranging capacitance detecting layer, and control mobile terminal automatic attaching in human body wrist according to distance value, the BENDING PROCESS of flexible display screen is subject to the control of flexible screen control part, can bend flexibly, expand the range of application of mobile terminal.
The present embodiment additionally provides a kind of method of automatic laminating human body wrist of the mobile terminal with flexible display screen, and as shown in Figure 4, the method comprises the following steps:
Step 101, detect distance value between mobile terminal and human body wrist surface;
Step 102, control deformation region make deformation action to fit in human body wrist.
When utilizing the mobile terminal of the present embodiment to realize said method, specifically comprise:
Described capacitance detecting layer detects the distance value between mobile terminal and human body wrist surface;
Described flexible screen control part controls the deformation region corresponding with described surveyed area according to the distance value that each surveyed area detects and makes deformation action to fit in human body wrist, as shown in Figure 5, and stores the bending angle of each deformation region;
The method simple and flexible of the present embodiment automatic laminating human body wrist, controls deformation region according to the distance value detected and makes action, and mobile terminal can be made to be attached at human body wrist exactly.
Embodiment 2
The mobile terminal of the band flexible display screen of the present embodiment can be attached at square table, comprises with the difference of embodiment 1 mobile terminal:
(1) flexible display screen is provided with three deformation region be connected to each other, and as shown in Figure 6, is respectively deformation region 150, deformation region 160 and deformation region 170;
(2) distance test section comprises nine infrared ray sensor groups, for detecting the distance value between mobile terminal and square table surface, described distance test section is divided into and above-mentioned deformation region three surveyed areas one to one by those infrared ray sensor groups, as shown in Figure 7, the surveyed area 1510 corresponding with deformation region 150, the surveyed area 1610 corresponding with deformation region 160 and the surveyed area 1710 corresponding with deformation region 170 is respectively;
(3) surveyed area that the distance value detected in surveyed area reaches predetermined threshold value is all set to the first surveyed area, the distance value of flexible screen control part also for detecting at described first surveyed area controls the deformation region corresponding with described first surveyed area when reaching described predetermined threshold value and makes deformation action, and make deformation action when described first surveyed area fits in square table surface according to controlling the deformation region corresponding with described adjacent surveyed area with the distance value that the surveyed area that described first surveyed area adjoins detects, until store each deformation region bending angle when all surveyed areas all fit in square table,
(4) flexible screen control part is also for calling those angles, and the deformation region corresponding with the surveyed area fitting in square table according to those Angle ambiguity is made deformation action and made flexible display screen bending until eliminate deformation in the opposite direction.
Wherein, the surveyed area that the distance value detected in all surveyed areas reaches predetermined threshold value is set to the first surveyed area, therefore, when mobile terminal is different from the position residing for surface to be attached, the first surveyed area also can be different, the first surveyed area can be in all surveyed areas any one, two or three etc.
Such as flexible display screen is provided with seven transversely arranged deformation region, and distance test section is provided with transversely arranged with described deformation region seven surveyed areas one to one.The distance value that each deformation region detects according to surveyed area corresponding to this deformation region makes deformation action.Wherein, the sequence number of deformation region is respectively A to G from left to right, and the sequence number of surveyed area is respectively A1 to G1 from left to right.The distance value that surveyed area D1 detects reaches predetermined threshold value at first, and therefore surveyed area D1 is the first surveyed area, and flexible screen control part controls deformation region D and makes deformation action.The distance value detected according to the surveyed area C1 adjoined with the first surveyed area and surveyed area E1 when the first surveyed area fits in surface to be attached controls deformation region C and deformation region E respectively and makes deformation action.When the distance value that surveyed area C1 and surveyed area E1 detects reaches predetermined threshold value, surveyed area C1, surveyed area D1 and surveyed area E1 are the first surveyed area, and the distance value detected according to the surveyed area A1 adjoined with the first surveyed area and surveyed area G1 when the first surveyed area all fits in surface to be attached controls deformation region A and deformation region G respectively and makes deformation action.When surveyed area A1 and surveyed area G1 all fits in surface to be attached, this mobile terminal fits in object to be attached completely.
In the present embodiment, according to the position residing for mobile terminal in Fig. 6 and square table, the distance value that surveyed area 1610 detects reaches predetermined threshold value at first, therefore surveyed area 1610 is set to the first surveyed area.The distance value that flexible screen control part is used for detecting at surveyed area 1610 controls deformation region 160 when reaching predetermined threshold value and makes deformation action, and the signal strength signal intensity detected according to surveyed area 1510 and surveyed area 1710 when surveyed area 1610 fits in square table surface controls deformation region 150 and deformation region 170 makes deformation action, make mobile terminal fit in square table, the distance value that now all surveyed areas detect all is less than or equal to predetermined threshold value.Flexible screen control part is for storing the angle that now deformation region 150, deformation region 160 and deformation region 170 is bending.Flexible screen control part is also for calling those angles, and according to those Angle ambiguity with fit in the surveyed area 1510 of square table, surveyed area 1610 and surveyed area 1710 and make deformation action, make flexible display screen bending in the opposite direction until eliminate deformation.
The present embodiment detects distance value between mobile terminal and square table surface by arranging infrared ray sensor group, and controls mobile terminal automatic attaching in square table according to distance value, and controls mobile terminal according to the angle stored and eliminate deformation.Wherein, mobile terminal also completes the laminating with square table when completing the laminating with edges and corners, eliminates the laminating controlling other non-edges and corners, improves laminating efficiency.In addition, control mobile terminal eliminate deformation according to the angle stored when having fitted, namely mobile terminal returns to the reset condition before laminating square table, eliminates the process eliminating detecting distance value in deformation process, improves efficiency.
The present embodiment additionally provides a kind of method of automatic laminating square table of the mobile terminal with flexible display screen, and as shown in Figure 8, the method comprises the following steps:
Step 201, detect distance value between mobile terminal and square table surface;
Step 202, control deformation region are made action and are made all surveyed areas fit in square table;
Step 203, control deformation region are made deformation action and are made flexible display screen eliminate deformation.
When utilizing the mobile terminal of the present embodiment to realize said method, specifically comprise:
Described infrared ray sensor group detects the distance value between mobile terminal and square table surface;
Described flexible screen control part controls the deformation region corresponding with described first surveyed area when the signal strength signal intensity that described first surveyed area detects reaches described predetermined threshold value and makes deformation action, and make deformation action when described first surveyed area fits in square table surface according to controlling the deformation region corresponding with described adjacent surveyed area with the distance value that the surveyed area that described first surveyed area adjoins detects, until when all surveyed areas all fit in square table, store the bending angle of each deformation region;
Described flexible screen control part calls those angles, and the deformation region corresponding with the surveyed area fitting in square table according to those Angle ambiguity is made deformation action and made described flexible display screen bending until eliminate deformation in the opposite direction.
The method of the present embodiment automatic laminating square table eliminates the deformation process controlling other non-edges and corners, attaches efficiency high, controls the process eliminating detecting distance value when mobile terminal eliminates deformation, improves efficiency.
The quantity of distance test section middle infrared (Mid-IR) transducer group and distribution mode are not limited to nine infrared ray sensor groups in the present embodiment and arrangement mode thereof.In order to make mobile terminal fit in surface to be attached better, infrared ray sensor group can be uniformly distributed in modes such as dot matrix.
In flexible display screen, the number that arranges of deformation region is not limited to five deformation region in embodiment 1 and three deformation region in embodiment 2.The set-up mode of deformation region is also not limited to the connection distribution in the spaced apart and embodiment 2 in embodiment 1.
Although the foregoing describe the specific embodiment of the present invention, it will be understood by those of skill in the art that this only illustrates, protection scope of the present invention is defined by the appended claims.Those skilled in the art is under the prerequisite not deviating from principle of the present invention and essence; various changes or modifications can be made to these execution modes; such as increase the arrangement mode of more infrared inductor group or surveyed area, deformation region or change infrared ray sensor group, but these change and amendment all falls into protection scope of the present invention.
Claims (10)
1. an automatic laminating method for the mobile terminal with flexible display screen, is characterized in that, comprising:
Detect the distance value between the mobile terminal surface to be attached corresponding with described mobile terminal;
Control described flexible display screen according to described distance value to make deformation action and fit in described surface to be attached to make described mobile terminal.
2. automatic laminating method as claimed in claim 1, is characterized in that, described distance value is the multiple distance values between surface to be attached that the multiple surveyed areas on described mobile terminal are corresponding with described mobile terminal respectively;
Control described flexible display screen according to each distance value respectively to make deformation action and fit in described surface to be attached to make described mobile terminal.
3. automatic laminating method as claimed in claim 2, it is characterized in that, the surveyed area corresponding to the distance value reaching predetermined threshold value is all set to the first surveyed area,
When the distance value that described first surveyed area detects reaches described predetermined threshold value, the deformation region controlled on the described flexible display screen corresponding with described first surveyed area makes deformation action, and make deformation action according to controlling the deformation region corresponding with described adjacent surveyed area with the distance value that the surveyed area that described first surveyed area adjoins detects, until all surveyed areas all fit in described surface to be attached when described first surveyed area fits in described surface to be attached.
4. automatic laminating method as claimed in claim 3, is characterized in that, also comprise:
The control deformation region corresponding with the surveyed area fitting in described surface to be attached is made deformation action and is made described flexible display screen eliminate deformation.
5. the mobile terminal with flexible display screen, it comprises flexible display screen and flexible screen control part, described flexible screen control part is electrically connected with described flexible display screen, for controlling the deformation action of described flexible display screen, it is characterized in that, described flexible display screen is located at the upper surface of described flexible screen control part, and the lower surface of described flexible screen control part is electrically connected with distance test section
Described distance test section is for detecting the distance value between the mobile terminal surface to be attached corresponding with described mobile terminal, and described flexible screen control part is used for controlling described flexible display screen according to described distance value and makes deformation action and fit in described surface to be attached to make described mobile terminal.
6. mobile terminal as claimed in claim 5, it is characterized in that, described flexible display screen is provided with several deformation region, described distance test section is provided with and described deformation region several surveyed areas one to one, and the distance value that described flexible screen control part is used for detecting according to each surveyed area respectively controls the deformation region corresponding with described surveyed area and makes deformation action to fit in described surface to be attached.
7. mobile terminal as claimed in claim 6, is characterized in that, described distance test section comprises capacitance detecting layer, and described capacitance detecting layer is divided into surveyed area described in several.
8. mobile terminal as claimed in claim 6, is characterized in that, described distance test section comprises several infrared ray sensor groups, and described distance test section is divided into surveyed area described in several by described infrared ray sensor group.
9. mobile terminal as claimed in claim 7 or 8, it is characterized in that, the surveyed area that the distance value detected in described surveyed area reaches predetermined threshold value is all set to the first surveyed area, the distance value of described flexible screen control part also for detecting at described first surveyed area controls the deformation region corresponding with described first surveyed area when reaching described predetermined threshold value and makes deformation action, and make deformation action when described first surveyed area fits in described surface to be attached according to controlling the deformation region corresponding with described adjacent surveyed area with the distance value that the surveyed area that described first surveyed area adjoins detects, until all surveyed areas all fit in described surface to be attached.
10. mobile terminal as claimed in claim 9, it is characterized in that, described flexible screen control part is also made deformation action for the deformation region that the surveyed area controlled with fit in described surface to be attached is corresponding and is made described flexible display screen eliminate deformation.
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| CN201510216052.7A CN104811517B (en) | 2015-04-30 | 2015-04-30 | Mobile terminal with flexible display screen and its automatic attaching method |
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| CN201510216052.7A CN104811517B (en) | 2015-04-30 | 2015-04-30 | Mobile terminal with flexible display screen and its automatic attaching method |
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| CN104811517B (en) | 2017-10-03 |
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