CN103258503B - The display system of self-adaptation display screen upset - Google Patents
The display system of self-adaptation display screen upset Download PDFInfo
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- CN103258503B CN103258503B CN201210421983.7A CN201210421983A CN103258503B CN 103258503 B CN103258503 B CN 103258503B CN 201210421983 A CN201210421983 A CN 201210421983A CN 103258503 B CN103258503 B CN 103258503B
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Abstract
The present invention relates to display technique field, be specifically related to a kind of display system.The display system of self-adaptation display screen upset, comprise one for controlling the control device of the displaying contents of display screen, control device comprises microprocessor system, the signal output part of microprocessor system connects the signal input part of display screen, microprocessor system connection signal flip flop equipment, signal flip flop equipment sends instruction to microprocessor system, after microprocessor system receives instruction, the adjustment angle of the picture in displaying contents is obtained according to instruction, microprocessor system is according to the angle of adjustment angular setting picture relative to display screen, and send the displaying contents after process to display screen, control display screen to display the play content.Owing to adopting technique scheme, the present invention can according to the flip angle of display screen corrigendum display interface, solves the bad and installation question in display screen visual angle.<!--1-->
Description
Technical field
The present invention relates to display technique field, be specifically related to a kind of display system.
Background technology
Along with the progress of multimedia display technology, utilize display screen by comprehensive to enterprises propagandist, real-time informing etc. the multi-media display system represented in application such as industrial trade, track traffic, medical and beauty treatment, elevator multimedia, advertisement media industries.Audio frequency and video, picture, animation, text, document, webpage, Streaming Media, database data etc. are combined into program by multi-media display system usually, and real-time for the program made being pushed to is distributed on medium display terminal end everywhere, and be presented in various place from by picture, real-time information etc.
In the fabrication process, the visible angle of each display screen is all variant for display screen, and the visible angle of the LCDs of selling in the market is normally symmetrical, but not necessarily symmetrical up and down, and upper inferior horn is less than left and right angle usually.In display screen at the scene installation process, according to the demand such as site environment, application target, the installation site of display screen not necessarily meets the position of visible angle, needs display screen to overturn, and realizes the displaying contents that user's good visible angle viewing display screen is play.But the control device for controlling display screen has set the control mode of display screen usually, when display screen 0 °, 90 °, 180 °, 270 ° upsets, displaying contents is and then upset also, cannot watch displaying contents.
Summary of the invention
The object of the invention is to, the display system providing a kind of self-adaptation display screen to overturn, solves above technical matters.
Technical matters solved by the invention can realize by the following technical solutions:
The display system of self-adaptation display screen upset, comprise one for controlling the control device of the displaying contents of display screen, described control device comprises a microprocessor system, the signal output part of described microprocessor system connects the signal input part of described display screen, it is characterized in that, described microprocessor system connects a signal flip flop equipment, described signal flip flop equipment sends instruction to described microprocessor system, after described microprocessor system receives instruction, the adjustment angle of the picture in displaying contents is obtained according to instruction, described microprocessor system is according to the angle of adjustment angular setting picture relative to display screen, and send the displaying contents after process to described display screen, control described display screen to display the play content.
Described display screen is provided with a touch-screen, and described display screen and described touch-screen form a touch display, and described touch display is as described signal flip flop equipment;
Described microprocessor system connects the memory module that stores displaying contents, stores at least two and select the adjustment key image of angle and the co-ordinate position information of at least two described key image in described memory module; Described microprocessor system, before sending described display screen displaying contents to, is transmitted described key image first to described display screen, described display screen shows key image;
The control end of described touch-screen is connected described microprocessor system respectively with signal output part, described microprocessor system controls the work of described touch-screen, when touch-screen existing touch part, touch-screen sends described touch signal to described microprocessor system as described instruction, described microprocessor system is according to the coordinate position of described touch signal, associate the co-ordinate position information in described memory module, obtain the trigger pip represented by key image, described microprocessor system, according to trigger pip, obtains the adjustment angle of picture.
Described display screen is provided with button group, and described button group is as described signal flip flop equipment, and described button group connects described microprocessor system.By depresses button group, select the adjustment angle of picture, microprocessor system, according to the selection of button group, obtains the adjustment angle of picture.
Described signal flip flop equipment adopts a gravity sensing sensor, and described gravity sensing sensor setting is on described display screen, and the signal output part of described gravity sensing sensor connects the signal input part of described microprocessor system.The present invention carrys out the flip angle of perception display screen by gravity sensing sensor, and send flip angle information to microprocessor system, after flip angle information processes by microprocessor system, obtain the flip angle of display screen, microprocessor system adjusts the angle of picture relative to display screen by according to flip angle, send display screen to, so that display screen is after upset, still show normal play content.
Described signal flip flop equipment comprises a switchgear, a signal generation apparatus, and described signal generation apparatus connects at least one signal input part of described microprocessor system by described switchgear.The present invention adopts the mode of switch folding, can the adjustment angle of manual device for selection controlling picture to be dealt with.
Described switchgear can adopt toggle switch.Described toggle switch comprises a public contact terminal, at least one functional contact terminal, a slide block, described public contact terminal connects described signal generation apparatus, and at least one functional contact terminal connects at least one signal input part of described microprocessor system.User can stir slide block and is connected with functional contact terminal by public contact terminal or disconnects, the signal that microprocessor system receives according to signal input part, calculates the adjustment angle of picture.
Described switchgear also can adopt bridle wire apparatus.Described bridle wire apparatus comprises wire jumper post and wire jumper folder, described wire jumper post is at least three, one of them is public post, at least two for selecting post, preferred described public post connects described signal generation apparatus, and at least two described selection posts connect at least two signal input parts of described microprocessor system respectively.User can adopt wire jumper folder to be connected with at least two selection posts by public post, signal is successively sent to the signal input part of microprocessor system by signal generation apparatus through public post and selection post, microprocessor system obtains the adjustment angle of picture.
Described signal generation apparatus can adopt high level generating means, and described signal generation apparatus also can adopt low level generating means.
Described signal generation apparatus also can adopt microprocessor system, and a signal output part of described microprocessor system connects described switchgear.Microprocessor system can transmission signal pulse to switchgear, as the signal of signal generation apparatus.
The signal output part of described microprocessor system connects a display translation interface, and described microprocessor system is connected with described display screen with connecting line by described display translation interface;
The signal input part of described microprocessor system connects one for connecting the information input interface of external control devices.When the present invention works, external control devices sends display information to microprocessor system by information input interface, and by display information after treatment, send display information to display screen, display screen shows described microprocessor system.The present invention adopts the form of interface that external control devices and control device are carried out wired connection, external control devices realizes the change to display configuration various in control device, so that control device adapts to the display of different display screens by the plain mode said the word.
After described microprocessor system and described external control devices connect, described external control devices transmits displaying contents to described microprocessor system, described external control devices is as described signal flip flop equipment, described displaying contents comprises the adjustment angle information of picture, after described microprocessor system receives displaying contents, adjust the angle of picture relative to display screen according to the adjustment angle information of picture.
Described information input interface can adopt serial line interface, and described external control devices is communicated with described microprocessor system by serial ports.Described serial line interface can adopt RS232 interface, also can adopt RS485 interface.Serial line interface form is suitable for telecommunication, and with low cost, disturb little.
Described information input interface can adopt Ethernet interface, and described external control devices is communicated with described microprocessor system by Ethernet.The communication protocol of Ethernet is general, compatible good, and the external control devices of access network based on ethernet can Long-distance Control control device easily, and the information that transmits is to control device.
Described information input interface can adopt CAN interface, and described external control devices is communicated with described microprocessor system by bus communication mode.CAN mode, makes that whole system structure is simple, set expandability good, is convenient to maintenance and safeguards.
Described microprocessor system connects a crystal clock module (RTC).The external clock that the present invention adopts, cost is lower, stable clock signal, and the display effect realizing controlling display screen is good.
Described microprocessor system connects described display translation interface by a driver module (FPGA module), and described driver module also connects a cache module.Driver module integrated level is high, of good reliability, and the different modes that becomes can be adopted to realize the different configuration modes of display screen, to make display translation interface produce different circuit functions, is applicable to the display screen of different size.
Described microprocessor system also can connect described display translation interface by a LVDS transmitter.Adopt the mode of LVDS output interface, realize the transmission of the two-forty of display information, low noise, remote, pin-point accuracy.
The signal output part of described LVDS transmitter connects at least two described display translation interfaces.At least two display translation interfaces can connect at least two display screens simultaneously, so that control device of the present invention can control at least two display screens simultaneously, the content of at least two display screen displays is identical.
The signal output part of described microprocessor system connects at least two described LVDS transmitters, and each described LVDS transmitter all connects display translation interface described at least one.Each display translation interface connects a display screen, so that control device of the present invention can control at least two display screens simultaneously, the content of at least two display screen displays can be identical, also can be different.
Described LVDS transmitter can adopt single channel LVDS transmitter, and described display translation interface adopts single channel LVDS interface.Described LVDS transmitter also can adopt four-way, Five-channel or ten passage LVDS transmitters, and described display translation interface adopts dual-channel LVDS interface.To mate the display of dissimilar display screen and multiple display screen.
Described control device comprises a control circuit board, and the modules such as described microprocessor system, described switchgear, described signal generation apparatus, described display translation interface, described information input interface, described crystal clock module, described memory module is all arranged on described control circuit board;
Described control device also comprises a shell, and described control circuit board is arranged in described shell, and described display translation interface, described information input interface stretch out in described shell.Control device of the present invention and the separate setting of display screen, described control circuit board is arranged on outside described display screen, and described display screen is connected by signal wire with the display translation interface of described control device.The control device of traditional display screen usually and display screen be embedded in same shell, design of the present invention, by display screen and control device separate, connected by signal wire between the two, such advantage is, control device can control multiple display screen by display translation interface simultaneously, and multiple display screen can show same picture, also can show different pictures.Such design, when follow-up use is of the present invention, is also convenient to display screen and control device independent maintenance separately.In addition, display screen and control device are individually arranged, and when installing of the present invention, also having and carrying convenient transportation, installing the advantages such as simple.
Described microprocessor system also connects at least two expansion interfaces for expanding.
Described microprocessor system preferably adopts the microprocessor system based on ARM system.
Beneficial effect: owing to adopting technique scheme, the present invention can according to the angle of the upset of display screen adjustment picture relative to display screen, solves the bad and installation question in display screen visual angle.
Accompanying drawing explanation
Schematic diagram when Fig. 1 is display screen of the present invention 0 °;
Fig. 2 is the schematic diagram that Fig. 1 overturns after 90 °;
Fig. 3 is circuit diagram of the present invention.
Embodiment
The technological means realized to make the present invention, creation characteristic, reaching object and effect is easy to understand, setting forth the present invention further below in conjunction with concrete diagram.
With reference to Fig. 1, Fig. 2, Fig. 3, the display system of self-adaptation display screen upset, comprise one for controlling the control device 2 of the displaying contents of display screen 1, control device 2 comprises a microprocessor system 21, and the signal output part of microprocessor system 21 connects the signal input part of display screen 1.Microprocessor system 21 connects a signal flip flop equipment 3, signal flip flop equipment 3 sends instruction to microprocessor system 21, after microprocessor system 21 receives instruction, the adjustment angle of the picture in displaying contents is obtained according to instruction, microprocessor system 21 is according to the angle of adjustment angular setting picture relative to display screen, and send the displaying contents after process to described display screen, control described display screen and to display the play content.
Signal flip flop equipment 3 of the present invention can adopt implemented in many forms:
1) display screen 1 is provided with a touch-screen, and display screen 1 and touch-screen form a touch display, and touch display is as signal flip flop equipment 3.Microprocessor system 21 connects the memory module 26 that stores displaying contents, stores at least two and select the adjustment key image of angle and the co-ordinate position information of at least two key image in memory module 26.Microprocessor system 21, before sending display screen 1 displaying contents to, is transmitted key image first to display screen 1, display screen 1 shows key image.The control end of touch-screen is connected microprocessor system 21 respectively with signal output part, microprocessor system 21 controls the work of touch-screen, when touch-screen existing touch part, touch-screen sends touch signal to microprocessor system 21 as instruction, microprocessor system 21 is according to the coordinate position of touch signal, co-ordinate position information in association store module 26, obtain the trigger pip represented by key image, microprocessor system 21, according to trigger pip, obtains the adjustment angle of picture.As illustrated in fig. 1 and 2, display screen 1 shows four key image, and be respectively the selection of 0 °, 90 °, 180 °, 270 ° four kinds adjustment angles, user can select a certain key image.
2) display screen 1 is provided with button group, and button group is as signal flip flop equipment 3, and button group connects microprocessor system 21.By the button in depresses button group, select the adjustment angle of picture, microprocessor system 21, according to the selection of button, obtains the adjustment angle of picture.As shown in figs. 1 and 2, the button group on display screen 1 comprises two buttons, and two buttons can realize the selection of 0 °, 90 °, 180 °, 270 ° four kinds adjustment angles respectively.Such as, not according to button, represent that display screen 1 is without upset, the adjustment angle of picture is 0 °; Press one of them button, represent that display screen 1 has overturn 90 ° or 180 °, the adjustment angle of picture is 90 ° or 180 °, presses two buttons, and represent that display screen 1 has overturn 270 °, the adjustment angle of picture is 270 °.
3) signal flip flop equipment adopts a gravity sensing sensor, and gravity sensing sensor setting is on display screen 1, and the signal output part of gravity sensing sensor connects the signal input part of microprocessor system 21.The present invention carrys out the flip angle of perception display screen 1 by gravity sensing sensor, and send flip angle information to microprocessor system 21, after flip angle information processes by microprocessor system 21, obtain the flip angle of display screen 1, microprocessor system 21 adjusts the angle of picture relative to display screen by according to flip angle, send display screen 1 to, so that display screen 1 is after upset, still show normal play content.
4) signal flip flop equipment 3 comprises a switchgear, a signal generation apparatus, and signal generation apparatus connects at least one signal input part of microprocessor system 21 by switchgear.The present invention adopts the mode of switch folding, can the manual device for selection controlling adjustment angle of picture that will adjust, and microprocessor system 21 is according to the angle of adjustment angular setting picture relative to display screen.
Switchgear can adopt toggle switch.Toggle switch comprises a public contact terminal, at least one functional contact terminal, a slide block, public contact terminal connection signal generating means, and at least one functional contact terminal connects at least one signal input part of microprocessor system 21.User can stir slide block and is connected with functional contact terminal by public contact terminal or disconnects, the signal that microprocessor system 21 receives according to signal input part, calculates the adjustment angle of picture.Can arrange multiple functional contact terminal as required, multiple functional contact terminal connects multiple signal input parts of microprocessor system 21 respectively, realizes the multinomial combination of signal, so that multiple angle Selection when can realize display screen upset.
Switchgear also can adopt bridle wire apparatus.Bridle wire apparatus comprises wire jumper post and wire jumper folder, wire jumper post is at least three, and one of them is public post, and at least two for selecting post, preferred public post connection signal generating means, at least two selection posts connect at least two signal input parts of microprocessor system 21 respectively.User can adopt wire jumper folder to be connected with at least two selection posts by public post, signal is successively sent to the signal input part of microprocessor system 21 by signal generation apparatus through public post and selection post, microprocessor system 21 obtains the adjustment angle of picture.
Signal generation apparatus can adopt high level generating means, and signal generation apparatus also can adopt low level generating means.Signal generation apparatus also can adopt microprocessor system 21, a signal output part connecting switch of microprocessor system 21.Microprocessor system 21 can transmission signal pulse to switchgear, as the signal of signal generation apparatus.
Signal flip flop equipment 3 of the present invention preferably uses when first time uses control device 2 of the present invention to control display screen 1.Microprocessor system 21, after obtaining the adjustment angle of picture, stores in a storage module.Control device 2 is when this display screen 1 of subsequent control, and be samely installed fixing display screen 1 due to what control, the flip angle of its display screen 1 can not change usually, therefore directly can transmit the picture of adjustment to display screen 1.
The signal output part of microprocessor system 21 connects one for connecting the display translation interface 24 of display screen 1, and microprocessor system 21 is connected with display screen 1 with connecting line by display translation interface 24.
The signal input part of microprocessor system 21 connects the information input interface 22 for connecting external control devices.External control devices sends display information to microprocessor system 21 by information input interface 22, and microprocessor system 21 by display information after treatment, sends control signal to display screen 1 by display translation interface 24 and shows.The present invention adopts the form of interface that external control devices and control device 2 are carried out wired connection, external control devices realizes the change to display configuration various in control device 2, so that control device 2 adapts to the display of different display screens 1 by the plain mode said the word.
After microprocessor system 21 and external control devices connect, external control devices transmits displaying contents to microprocessor system 21, external control devices is as signal flip flop equipment 3, displaying contents comprises the adjustment angle information of picture, after microprocessor system 21 receives displaying contents, adjust the angle of picture relative to display screen according to the adjustment angle information of picture.
Information input interface 22 can adopt serial line interface, and external control devices is communicated with microprocessor system 21 by serial ports.Serial line interface can adopt RS232 interface, also can adopt RS485 interface.Serial line interface form is suitable for telecommunication, and with low cost, disturb little.Information input interface 22 can adopt Ethernet interface, and external control devices is communicated with microprocessor system 21 by Ethernet.The communication protocol of Ethernet is general, compatible good, and the external control devices of access network based on ethernet can Long-distance Control control device 2 easily, and the information that transmits is to control device 2.Information input interface 22 can adopt CAN interface, and external control devices is communicated with microprocessor system 21 by bus communication mode.CAN mode, makes that whole system structure is simple, set expandability good, is convenient to maintenance and safeguards.
Microprocessor system 21 connects a crystal clock module 25.The external clock that the present invention adopts, cost is lower, stable clock signal, and the display effect realizing controlling display screen 1 is good.The present invention is also provided with power module, and the output terminal of power module connects crystal clock module 25.Power module preferably adopts accumulator or button cell.
Microprocessor system 21 connects display translation interface 24 by a driver module 23, and driver module 23 also connects a cache module 27.Driver module 23 integrated level is high, of good reliability, and the different modes that becomes can be adopted to realize the different configuration modes of display screen 1, to make display translation interface 24 produce different circuit functions, is applicable to the display screen 1 of different size.
Microprocessor system 21 also can connect display translation interface 24 by a LVDS transmitter.Adopt the mode of LVDS output interface, realize the transmission of the two-forty of display information, low noise, remote, pin-point accuracy.The signal output part of LVDS transmitter connects at least two display translation interfaces 24.At least two display translation interfaces 24 can connect at least two display screens 1 simultaneously, so that control device of the present invention can control at least two display screens 1 simultaneously, the content of at least two display screen 1 displays is identical.
The signal output part of microprocessor system connects at least two LVDS transmitters, and each LVDS transmitter all connects at least one display translation interface.Each display translation interface connects a display screen, so that control device of the present invention can control at least two display screens simultaneously, the content of at least two display screen displays can be identical, also can be different.
LVDS transmitter in above-mentioned design can adopt single channel LVDS transmitter, and display translation interface adopts single channel LVDS interface.LVDS transmitter also can adopt four-way, Five-channel or ten passage LVDS transmitters, and display translation interface adopts dual-channel LVDS interface.To mate the display of dissimilar display screen and multiple display screen.
Control device 2 comprises a control circuit board, and the modules such as microprocessor system 21, switchgear, signal generation apparatus, display translation interface 24, information input interface 22, crystal clock module, memory module are all arranged on control circuit board.Control device 2 also comprises a shell, and control circuit board is arranged in the enclosure.Control device 2 of the present invention and the separate setting of display screen 1, control circuit board is arranged on outside display screen 1, and display screen 1 is connected by signal wire with the display translation interface 24 of control device 2.The control device 2 of traditional display screen 1 usually and display screen 1 be embedded in same shell, design of the present invention, by separate to display screen 1 and control device 2, connected by signal wire between the two, such advantage is, control device 2 can control multiple display screen 1 by display translation interface 24 simultaneously, and multiple display screen 1 can show same picture, also can show different pictures.Such design, when follow-up use is of the present invention, is also convenient to display screen 1 and control device 2 independent maintenance separately.In addition, display screen 1 and control device 2 are individually arranged, and when installing of the present invention, also having and carrying convenient transportation, installing the advantages such as simple.
Microprocessor system 21 also connects at least two expansion interfaces for expanding.Microprocessor system 21 preferably adopts the microprocessor system 21 based on ARM system.For the ease of expansion the present invention, microprocessor system 21 also connects at least two expansion interfaces.
The present invention is applicable to display screen 1 when adjusting and optimize visible angle, installs and uses occasion difference according to display screen 1, and need to regulate display screen 1, when watching display screen 1 to make user, display screen 1 is in best visible angle position.Such as, when the present invention is used for elevator display occasion, usual elevator display screen 1 is arranged on above elevator, and beholder is usually with visual angle viewing from the bottom up, then display screen 1 needs upper and lower visible angle comparatively large, to be applicable to the beholder of differing heights.The present invention is with during with instrument occasion, and usual display screen 1 is arranged on instrument surface, and beholder is usually with the visual angle overlooked viewing, then display screen 1 needs left and right visible angle comparatively large, to be applicable to beholder standing in different azimuth viewing.When the present invention is used for switch board occasion, usual display screen 1 is arranged on the shell of switch board, during installation, can according to the height of switch board, and the installation site of display screen 1, arranges display screen 1 for left and right visible angle is larger or upper and lower visible angle is larger.Adopt and present invention achieves the best viewing effect that beholder watches display screen 1 after technique scheme.
The method one of the adjustment angle of determination picture of the present invention: touch display is as signal flip flop equipment 3.The present invention is after touch display installation, and display screen and control device 2 connect.After energising work, touch touch display, selection key picture, control device 2 obtains the adjustment angle of picture.
The method two of the adjustment angle of determination picture of the present invention: button group is as signal flip flop equipment 3.The present invention is after display screen 1 installation, and display screen and control device 2 connect.After energising work, user manually presses the button group on display screen 1, and control device 2 obtains the adjustment angle of picture.
The method three of the adjustment angle of determination picture of the present invention: gravity sensing sensor is as signal flip flop equipment 3.The present invention is after display screen 1 installation, and display screen and control device 2 connect.After energising work, gravity sensing sensor sends induced signal to control device 2 automatically, and control device 2, according to the flip angle of display screen 1, obtains the adjustment angle of picture.
The method four of the adjustment angle of determination picture of the present invention: external control devices is as signal flip flop equipment 3.In use, external control devices can adopt host computer, portable notebook, PDA, panel computer or mobile phone etc., and external control devices is provided with information output interface, and information output interface can be serial ports, USB port etc. in the present invention.Be connected with control device of the present invention by information output interface, by external control devices, display information is sent to control device 2, the microprocessor system 21 of control device 2, according to the adjustment angle information of the picture in display information, obtains the adjustment angle of picture.
The method five of the adjustment angle of determination picture of the present invention: group rotary switch and signal generation apparatus are as signal flip flop equipment.The present invention is after display screen 1 installation, and display screen and control device 2 connect.After energising work, group rotary switch on undulated control device 2, select the adjustment angle of picture, control device 2 obtains the adjustment angle of picture.
The method six of the adjustment angle of determination picture of the present invention: bridle wire apparatus and signal generation apparatus are as signal flip flop equipment.The present invention is after display screen 1 installation, and display screen and control device 2 connect.After energising work, use the bridle wire apparatus on control device 2, select the adjustment angle of picture, control device 2 obtains the adjustment angle of picture.
More than show and describe ultimate principle of the present invention and principal character and advantage of the present invention.The technician of the industry should understand; the present invention is not restricted to the described embodiments; what describe in above-described embodiment and instructions just illustrates principle of the present invention; without departing from the spirit and scope of the present invention; the present invention also has various changes and modifications, and these changes and improvements all fall in the claimed scope of the invention.Application claims protection domain is defined by appending claims and equivalent thereof.
Claims (9)
1. the display system of self-adaptation display screen upset, comprise one for controlling the control device of the displaying contents of display screen, described control device comprises a microprocessor system, the signal output part of described microprocessor system connects the signal input part of described display screen, it is characterized in that, described microprocessor system connects a signal flip flop equipment, described signal flip flop equipment sends instruction to described microprocessor system, after described microprocessor system receives instruction, the adjustment angle of the picture in displaying contents is obtained according to instruction, described microprocessor system is according to the angle of adjustment angular setting picture relative to display screen, and send the displaying contents after process to described display screen, control described display screen to display the play content,
Described display screen is provided with a touch-screen, and described display screen and described touch-screen form a touch display, and described touch display is as described signal flip flop equipment;
Described microprocessor system connects the memory module that stores displaying contents, stores at least two and select the adjustment key image of angle and the co-ordinate position information of at least two described key image in described memory module; Described microprocessor system, before sending described display screen displaying contents to, is transmitted described key image first to described display screen, described display screen shows key image;
The control end of described touch-screen is connected described microprocessor system respectively with signal output part, described microprocessor system controls the work of described touch-screen, when touch-screen existing touch part, touch-screen sends touch signal to described microprocessor system as described instruction, described microprocessor system is according to the coordinate position of described touch signal, associate the co-ordinate position information in described memory module, obtain the trigger pip represented by key image, described microprocessor system, according to trigger pip, obtains the adjustment angle of picture.
2. the display system of self-adaptation display screen upset according to claim 1, it is characterized in that, described display screen is provided with button group, and described button group is as described signal flip flop equipment, and described button group connects described microprocessor system.
3. the display system of self-adaptation display screen upset according to claim 1, it is characterized in that, described signal flip flop equipment adopts a gravity sensing sensor, described gravity sensing sensor setting is on described display screen, and the signal output part of described gravity sensing sensor connects the signal input part of described microprocessor system.
4. the display system of self-adaptation display screen upset according to claim 1, it is characterized in that, described signal flip flop equipment comprises a switchgear, a signal generation apparatus, and described signal generation apparatus connects at least one signal input part of described microprocessor system by described switchgear.
5. the display system of self-adaptation display screen upset according to claim 4, is characterized in that, described switchgear adopts dials rotary switch.
6. the display system of self-adaptation display screen upset as claimed in any of claims 1 to 5, it is characterized in that, the signal output part of described microprocessor system connects a display translation interface, and described microprocessor system is connected with described display screen with connecting line by described display translation interface;
The signal input part of described microprocessor system connects one for connecting the information input interface of external control devices.
7. the display system of self-adaptation display screen upset according to claim 6, it is characterized in that, after described microprocessor system and described external control devices connect, described external control devices transmits displaying contents to described microprocessor system, described external control devices is as described signal flip flop equipment, described displaying contents comprises the adjustment angle information of picture, after described microprocessor system receives displaying contents, according to the adjustment angle of picture, adjustment picture is relative to the angle of display screen.
8. the display system of self-adaptation display screen upset according to claim 6, it is characterized in that, described microprocessor system connects a crystal clock module;
Described microprocessor system connects described display translation interface by a driver module, and described driver module also connects a cache module.
9. the display system of self-adaptation display screen upset according to claim 6, it is characterized in that, described microprocessor system connects a crystal clock module;
Described microprocessor system connects described display translation interface by a LVDS transmitter.
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| CN201210421983.7A CN103258503B (en) | 2012-02-15 | 2012-10-29 | The display system of self-adaptation display screen upset |
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| CN201210421983.7A CN103258503B (en) | 2012-02-15 | 2012-10-29 | The display system of self-adaptation display screen upset |
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| CN103258503B true CN103258503B (en) | 2016-03-09 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101257532A (en) * | 2008-03-26 | 2008-09-03 | 宇龙计算机通信科技(深圳)有限公司 | Method for automatically adjusting optimum view angle and mobile hand-hold equipment |
| CN101989126A (en) * | 2009-08-07 | 2011-03-23 | 深圳富泰宏精密工业有限公司 | Handheld electronic device and automatic screen picture rotating method thereof |
| CN102072722A (en) * | 2009-11-20 | 2011-05-25 | 鸿富锦精密工业（深圳）有限公司 | Image adjusting system and method |
| CN103024191A (en) * | 2012-12-21 | 2013-04-03 | 广东欧珀移动通信有限公司 | A screen rotation method, device and mobile terminal |
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| US7304619B2 (en) * | 2003-12-31 | 2007-12-04 | Symbol Technologies, Inc. | Method and apparatus for controllably compensating for distortions in a laser projection display |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101257532A (en) * | 2008-03-26 | 2008-09-03 | 宇龙计算机通信科技(深圳)有限公司 | Method for automatically adjusting optimum view angle and mobile hand-hold equipment |
| CN101989126A (en) * | 2009-08-07 | 2011-03-23 | 深圳富泰宏精密工业有限公司 | Handheld electronic device and automatic screen picture rotating method thereof |
| CN102072722A (en) * | 2009-11-20 | 2011-05-25 | 鸿富锦精密工业（深圳）有限公司 | Image adjusting system and method |
| CN103024191A (en) * | 2012-12-21 | 2013-04-03 | 广东欧珀移动通信有限公司 | A screen rotation method, device and mobile terminal |
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