CN102184706B - A kind of Intelligent Installation method of LED display system - Google Patents
A kind of Intelligent Installation method of LED display system Download PDFInfo
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- CN102184706B CN102184706B CN201110069041.2A CN201110069041A CN102184706B CN 102184706 B CN102184706 B CN 102184706B CN 201110069041 A CN201110069041 A CN 201110069041A CN 102184706 B CN102184706 B CN 102184706B
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Abstract
The invention discloses a kind of Intelligent Installation method of LED display system, wherein, comprise the steps: A1, the structure installment code of LED display system is set; A2, according to described structure installment code, connect each parts of described LED display system; A3, transmission install detection of code at least one described parts; A4, described parts are according to described installation detection of code feedback link information; A5, receive described link information, judge whether successful installation, otherwise repeated execution of steps A2.The present invention is without the need to professional, and installation cost is lower, and mounting structure is simple, can Fast Installation.
Description
Technical field
The present invention relates to the installation of lighting device, particularly relate to the Intelligent Installation method of on-line checkingi LED display system.
Background technology
In the stage now, pursue healthy in the whole world, environmental protection pressure, in the great situation of energy crisis, semiconductor lighting by universally acknowledged be a kind of important channel of health energy-saving environment protective, expand its range of application just at faster speed.
In prior art, due to the installation of each parts of LED display system, the particularly installation more complicated of LED display, connectivity port is more, and connection line is complicated, all needs professional to install, and, easily occur to install fault in the process of installing, thus cause installation cost higher, installation rate is lower.
Therefore, prior art existing defects, needs to improve.
Summary of the invention
Technical matters to be solved by this invention is, provide a kind of without the need to professional, installation cost is lower, and mounting structure is simple, can Fast Installation, on-line checkingi the Intelligent Installation method of LED display system.
Technical scheme of the present invention is as follows: a kind of Intelligent Installation method of LED display system, wherein, comprises the steps: A1, arranges the structure installment code of LED display system; A2, according to described structure installment code, connect each parts of described LED display system; A3, transmission install detection of code at least one described parts; A4, described parts are according to described installation detection of code feedback link information; A5, receive described link information, judge whether successful installation, otherwise repeated execution of steps A2.
Application technique scheme, in described Intelligent Installation method, in steps A 2, be linked in sequence each parts.
Apply each technical scheme above-mentioned, in described Intelligent Installation method, in steps A 3, send and all parts of detection of code to described LED display system are installed.
Apply each technical scheme above-mentioned, in described Intelligent Installation method, in steps A 1, the structure installment code that the master controller of described LED display system, each sub-controller and each LED show casing is at least set.
Apply each technical scheme above-mentioned, in described Intelligent Installation method, steps A 4 specifically performs: each parts, according to described installation detection of code, detect its current information, according to described current information, feeds back described link information.
Apply each technical scheme above-mentioned, in described Intelligent Installation method, after steps A 4, also perform steps A 41: export and show described link information.
Apply each technical scheme above-mentioned, in described Intelligent Installation method, after steps A 5, also perform steps A 51: after judging that whether installation is successful, be export the first indicator signal, otherwise export the second indicator signal.
Apply each technical scheme above-mentioned, in described Intelligent Installation method, in steps A 1, described structure installment code comprises the coding of each parts in described LED display system.
Apply each technical scheme above-mentioned, in described Intelligent Installation method, in steps A 1, described structure installment code also comprises connectivity port type and the connection line type of each parts in described LED display system.
Apply each technical scheme above-mentioned, in described Intelligent Installation method, in steps A 5, before repeated execution of steps A2, also perform following steps A51: process described link information, export the coding of each parts of non-successful installation.
Adopt such scheme, the present invention is by arranging the structure installment code of LED display system, and according to described structure installment code, connect each parts of described LED display system, upon connection, adopt on-line checkingi mode, send and detection of code is installed at least one described parts, each described parts are according to described installation detection of code feedback link information, successful installation is judged whether again according to the link information of feedback, thus make described LED display system realize Intelligent Installation, mounting structure is simple, without the need to professional, installation cost is lower, and, installation rate is fast.
Accompanying drawing explanation
Fig. 1 is a kind of schematic diagram of the specific embodiment of the invention.
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in detail.
As shown in Figure 1, present embodiments provide a kind of Intelligent Installation method of on-line checkingi LED display system, described Intelligent Installation method, for installing described LED display system, can operate without the need to professional, installs simple and quick.
Wherein, described Intelligent Installation method comprises the steps: first step A1: the structure installment code arranging LED display system; Wherein, described LED display system comprises PC, master controller, one or more sub-controller, the LED display that is made up of one or more LED box, or, can also comprise scanning board, pointwise adjustment controller, environmental detector, special-shaped controller etc., described LED display system can determine its composition structure according to practical application; And, described structure installment code refers to each parts of the described LED display system of composition, forms the order etc. of each parts, or described structure installment code can also comprise the installation code of the information such as port type that are interconnected between the connection line type between each parts, each parts.
Such as, in a particular application, the described structure installment code that can arrange described LED display system is A10UB20VC31WC32XD41YD42YD43ZD44, wherein, during without any symbol, when being namely all letter or number, represent each parts cascade, A10 represents first device, B20 represents the second device, C31 represents first the 3rd device, C32 represents second the 3rd device, D41 represents first the 4th device, D42 represents second the 4th device, D43 represents the 3rd the 4th device, D44 represents the 4th the 4th device, and U represents the first connected mode, V represents the second connected mode, W represents the third connected mode, Y represents the 4th kind of connected mode, Z represents the 5th kind of connected mode etc., and such as, A10 represents PC, B20 represents master controller, C31 represents first sub-controller, C32 represents second sub-controller, D41 represents first LED box, D42 represents second LED box, D43 represents the 3rd LED box, D44 represents the 4th LED box, and and for example, U represents USB and connects, V represents netting twine and connects, W represents cable and connects, Y represents cable and connects, Z representative electrical connection etc., or, on this basis, for the example comprising cascade and non-cascaded be simultaneously, described structure installment code is A10UE51-A10UB20VC31WC32XD41YD42YD43, wherein, E51 represents environmental detector, symbol "-" represent leading portion connect to be connected with back segment have nothing to do, same A10 represents same parts or same device, or another example is, described structure installment code is that A10UE51ZE52ZB20+A10UB20......, E52 represent pointwise adjustment controller, and symbol "+" represents leading portion and connects and to be connected to back segment that same parts place is relevant to be connected, in embody rule, can arrange different structure installment codes according to different operations, connected mode, connectivity port and parts, and define etc. distinct symbols, therefore not to repeat here.
Further, above these arrange and define and can perform before steps A 1, such as, as steps A 0: the structure installment code of definition LED display system.Like this, after the structure installment code of LED display system is set, system can generate a mounting structure figure, indicate each parts and annexation thereof and connected mode, that is, after steps A 1, also perform steps A 11: according to described structure installment code, generate the mounting structure figure of described LED display system.
After setting up the structure installment code of described LED display system, perform second step A2: according to the described structure installment code arranged, connect each parts of described LED display system, such as, according to each parts of the described LED display system of composition and the installation code of order of each parts of composition, connect described PC and described master controller and be connected described master controller with each sub-controller and be connected each sub-controller and described LED display etc.And for example, according to being interconnected the information such as port type between the connection line type between each parts, each parts, select correct connection line, as circuits such as netting twine, light prickers, correct port is installed, as DVI port, USB port etc., be interconnected PC, master controller, each sub-controller, each LED box etc.
Or, when connecting components, it is connecting components in order, such as, first described PC and described master controller is connected, described master controller and each sub-controller is connected again after connection, finally connect each sub-controller and described LED display again, when also having miscellaneous part, then connect according to the sequence of positions of each parts in described LED display system, such as, first connect PC and master controller, connect master controller and each sub-controller again, then each LED box is connected, finally connect each sub-controller and LED display, connect in order, and, facilitate the detection of later step.
Then, the 3rd step A3 is performed: send and at least one described parts of detection of code to described LED display system are installed; Wherein, described installation detection of code is corresponding with described structure installment code, as as described in installation detection of code comprise A10UB20-0/1, B20VC31-0/1, C31WC32-0/1, C31XD41-0/1, C32YD42-0/1, D41YD42-0/1, D42YD43-0/1, D42ZD44-0/1 etc., as, in A10UB20-0/1, " A10UB20 " represents that first device A10 is connected by the first connected mode U with the second device B20, connection result is installed in symbol "-" representative, " 0 " represents installation successful connection, and it is unsuccessful that " 1 " represents that installation connects; And for example, in B20VC31-0/1, " B20VC31 " represents that the second device B20 is connected by the second connected mode V with the 3rd device C31, symbol "-" representative installation connection result, and " 0 " represents installation successful connection, and it is unsuccessful that connection is installed in " 1 " expression; Other are installed detection of code and so analogize.
Wherein, after installation connects described PC and described master controller, sent by described PC and detection of code is installed to described master controller, after described master controller receives described installation detection of code, according to described installation detection of code, the connection state between itself and described PC can be detected; Or by described PC, described installation detection of code can also be sent to other each parts respectively, each parts, by the installation detection of code received, can detect the connection state between itself and miscellaneous part.
Or, by described PC, described installation detection of code can also be sent to respectively all parts of described LED display system, make after each parts of described LED display system receive described installation detection of code, then to feed back its link information to described PC.
And, after the described installation detection of code of transmission, perform the 4th step A4: the described installation detection of code that each parts receive according to it feeds back its link information, wherein, the described link information of feedback comprises " 0 " and represents installation successful connection, and it is unsuccessful that " 1 " represents that installation connects, such as: receive described installation detection of code, feeding back by it connection that whether to switch on power between each parts, is feed back " 0a ", otherwise feedback " 1a "; Whether connecting data-signal to connect, is feed back " 0b ", otherwise feedback " 1b "; And whether the power supply connected is stablized, and is feed back " 0c ", otherwise whether the signal of feedback " 1c ", connection is lost or distortion, is feed back " 0d ", otherwise feedback " 1d ", other information are so analogized.
And by the circuit be communicated with, each link information is fed back to described PC, such as, described master controller feeds back the link information be connected between its with described PC, each sub-controller feeds back the link information be connected between its with described master controller, described LED display feeds back the link information of itself and each sub-controller, and each LED box feeds back its link information etc. connected each other.
Or, specifically perform at the 4th step A4: each parts can according to described installation detection of code, detect its current information, according to described current information, feed back described link information, such as, feed back it according to the presence or absence of electric current and whether connect, or, according to size and the stability of electric current, feed back its be interconnected whether exist loosening.
Or, after execution steps A 4, also perform steps A 41: export and show described link information, such as, after described link information is fed back to described PC, can be exported by described PC and show the described link information fed back, thus directly can see the connection state of each parts, make installation process visual, it is more accurate to install.
Then, perform the 5th step A5: described link information can be received by described PC, namely the described link information of returning from each component feedback is received, and, judge each parts whether successful installation according to described link information, such as, judge whether be communicated with between each parts, after being communicated with between the components, can also judge whether its connection exists loosening, such as, can be judged by the stability of the size of the presence or absence of power supply, electric current and electric current; Thus entirety judges whether the connection between each parts becomes, and when after each parts successful connection, is then finished, as when judging a certain parts or multiple parts install unsuccessful, then return second step A2, and repeat, till all parts successful installations of described LED display system.
Wherein, the 3rd step A3 in above step, the 4th step A4 and the 5th step A5 can be completed, without the need to manual operation automatically by each parts of described LED display system.
Or, in first step A1, when arranging the described structure installment code of described LED display system, at least arrange the structure installment code that the master controller of described LED display system, each sub-controller and each LED show casing, it is requisite parts in described LED display system that described master controller, each sub-controller and each LED show casing.
Or, an example is, after execution the 5th step A5, also perform steps A 51: namely after judging that whether installation is successful, when judging that successful installation then exports the first indicator signal, instruction successful installation, as unsuccessful in installed, export the second indicator signal, instruction is installed unsuccessful, needs to reinstall, wherein, described first indicator signal and described secondary signal can indicate by arranging each pilot lamp, or, indicated by various song, thus prompting can be played install, or remind the effect needing to reinstall.
Or, another example is, in first step A1, described structure installment code comprises the coding of each parts in described LED display system, such as, 01A is the coding of first device, the 02B coding that is the second device, the 031C coding that is first the 3rd device, the 032C coding that is second the 3rd device, the 041D coding that is first the 4th device, the 042D coding that is second the 4th device, the 043D coding that is the 3rd the 4th device, 044D be coding of the 4th the 4th device etc.Namely in first step A1, the coding of each parts of described LED display system is also set, and, the coding of each parts is consistent with its structure installment code, as, the coding 01A of first device is corresponding with its structure installment code A01, the coding 02B of the second device is consistent with its structure installment code B20, the coding 031C of first the 3rd device is consistent with its structural code C31, the coding 032C of second the 3rd device is consistent with its structure installment code C32, D41 is consistent for its structure installment code of the coding 041D of first the 4th device, D42 is consistent for its structure installment code of the coding 042D of second the 4th device, the coding 043D of the 3rd the 4th device is consistent with its structure installment code D43, the coding 044D of the 4th the 4th device is consistent with its structure installment code D44 etc., thus make each parts have its exclusive coding, and make when feeding back described connections, can the parts of Recognition feedback automatically, thus the installation link information of each parts can be known exactly, installation is carried out more smooth, installation is quick.
Or, in the 5th step A5, after judgement installation is unsuccessful, and, before repeating second step A2, also perform following steps A51: process described link information by set handling module or treating apparatus, and, the coding corresponding according to each parts arranged, export the coding of each parts of non-successful installation, thus directly can know the unsuccessful corresponding each parts of installation, find out described parts fast, and reinstall.
It should be noted that, the mutual combination of above-mentioned each technical characteristic, forms each embodiment, should be considered as the scope that instructions of the present invention is recorded.
Should be understood that, for those of ordinary skills, can be improved according to the above description or convert, and all these improve and convert the protection domain that all should belong to claims of the present invention.
Claims (8)
1. an Intelligent Installation method for LED display system, is characterized in that, comprise the steps:
A1, the master controller at least arranging described LED display system, each sub-controller and each LED show the structure installment code of casing;
A11: according to described structure installment code, generates the mounting structure figure of described LED display system;
A2, according to described structure installment code, connect each parts of described LED display system;
A3, transmission install detection of code at least one described parts;
A4, described parts are according to described installation detection of code feedback link information;
A5, receive described link information, judge whether successful installation, otherwise repeated execution of steps A2;
After steps A 5, also perform steps A 51: after judging that whether installation is successful, be export the first indicator signal, otherwise export the second indicator signal.
2. Intelligent Installation method according to claim 1, is characterized in that, in steps A 2, be linked in sequence each parts.
3. Intelligent Installation method according to claim 1, is characterized in that, in steps A 3, sends and installs all parts of detection of code to described LED display system.
4. Intelligent Installation method according to claim 1, is characterized in that, steps A 4 specifically performs: each parts, according to described installation detection of code, detect its current information, according to described current information, feeds back described link information.
5. Intelligent Installation method according to claim 1, is characterized in that, after steps A 4, also performs steps A 41: export and show described link information.
6., according to the arbitrary described Intelligent Installation method of claim 1 to 5, it is characterized in that, in steps A 1, described structure installment code comprises the coding of each parts in described LED display system.
7. Intelligent Installation method according to claim 6, is characterized in that, in steps A 1, described structure installment code also comprises connectivity port type and the connection line type of each parts in described LED display system.
8. Intelligent Installation method according to claim 7, is characterized in that, in steps A 5, before repeated execution of steps A2, also performs following steps: process described link information, exports the coding of each parts of non-successful installation.
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| CN101690159A (en) * | 2007-01-19 | 2010-03-31 | 皇家飞利浦电子股份有限公司 | Smart install |
| CN101806852A (en) * | 2010-04-16 | 2010-08-18 | 北京中庆微数字设备开发有限公司 | On-line detection and fault display method of LED |
| CN101806871A (en) * | 2010-04-02 | 2010-08-18 | 北京巨数数字技术开发有限公司 | On-line detection method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US20040090464A1 (en) * | 2002-11-01 | 2004-05-13 | Shake Francis David | Method for automatically determining equipment control code sets from a database and presenting information to a user interface |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| UA63706A (en) * | 2003-06-02 | 2004-01-15 | Univ Sumy State | Device for vibration test of workpieces |
| CN101690159A (en) * | 2007-01-19 | 2010-03-31 | 皇家飞利浦电子股份有限公司 | Smart install |
| CN101806871A (en) * | 2010-04-02 | 2010-08-18 | 北京巨数数字技术开发有限公司 | On-line detection method |
| CN101806852A (en) * | 2010-04-16 | 2010-08-18 | 北京中庆微数字设备开发有限公司 | On-line detection and fault display method of LED |
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