CN203118356U - Ultralight LED display screen with remote monitoring system - Google Patents
Ultralight LED display screen with remote monitoring system Download PDFInfo
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- CN203118356U CN203118356U CN2013200269451U CN201320026945U CN203118356U CN 203118356 U CN203118356 U CN 203118356U CN 2013200269451 U CN2013200269451 U CN 2013200269451U CN 201320026945 U CN201320026945 U CN 201320026945U CN 203118356 U CN203118356 U CN 203118356U
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- aluminum alloy
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- remote monitoring
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Abstract
The utility model discloses an ultralight LED display screen with a remote monitoring system. The ultralight LED display screen with the remote monitoring system comprises at least one LED box body, wherein the LED box body comprises a plurality of LED units and an aluminum alloy base plate, a plurality of perforating holes are formed in the aluminum alloy base plate, grid portions corresponding to the LED units in a one-to-one mode are arranged on the aluminum alloy base plate, a black film layer is further arranged on the mounting surface of the aluminum alloy base plate, and the remote monitoring system is arranged in the LED box body. The remote monitoring system comprises a network server, a wireless transmission unit, a first control switch, a first detection module, a judgment module, a second control switch and a second detection module, wherein the network server is connected with a display control terminal, the fact that power supply of a power source is fault-free is ensured in advance, then the display control function of the display control terminal is started, thus faults can be timely found and removed in the initial stage of the faults, chaos of display control are prevented from happening, and intelligent remote monitoring is achieved. The ultralight LED display screen with the remote monitoring system is simple in structure and convenient to install, transport and maintain.
Description
Technical field
The utility model relates to a kind of LED field, particularly relates to a kind of ultralight LED display with long distance control system.
Background technology
LED is with the luminescence efficiency height, long service life, safe and reliable and characteristics environmental protection and energy saving are paid attention to widely, LED is presented at large-scale activity and more important role has been brought into play in important events, so in large-scale activity, LED display reliability of applying and the stability in important places etc. are very important, stage now, pursue healthy in the whole world, environmental protection pressure, under the great situation of energy crisis, semiconductor lighting oneself 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 the prior art, large LED display screen is because its parts are more, each LED quantity that need show is more, it is undesired that arbitrary LED shows, all can influence the demonstration of whole screen, and, because LED display is bigger, manually fix a breakdown the time that needs are a large amount of, and a large amount of people comes material resources, cost is higher, in the prior art, LED display is general before use not to be detected the connection of its each building block, only in the process of using, just it is carried out online detection, by detecting its electric current and signal, find the fault that LED display exists, so, increase the spoilage of each parts of LED display that break down easily, and, demonstration and the viewing effect of influence LED display just in use also must carry out at the body of equipment the monitoring of display screen, use the monitoring at outdoor display screen just to bother very much to some, and LED display generally adopts body structure, each body structure can play hard-wired effect to the LED cell board, but because the conventional tank structure is relatively heavier, is unfavorable for the installation of LED display, move and maintenance; And, prior art adopts the LED display of framed structure in addition, relative body structure, it can weight reduction on certain degree, but because framework generally all adopts the irony material, it need have bigger transverse width, still make that the LED display of making is frivolous inadequately, therefore, there is defective in prior art, needs to improve.
The utility model content
For addressing the above problem, the utility model provide a kind of guarantee power supply power supply non-fault in advance after, restart its presentation control function, thereby can in time find fault and elimination at the fault initial stage, avoid occurring showing that control is chaotic, realize intelligent remote monitoring, the ultralight LED display of simple in structure, the convenient band long distance control system of installing, transporting and safeguarding.
The technical scheme that adopts is for achieving the above object: a kind of ultralight LED display with long distance control system, comprise at least one LED casing, and described LED casing comprises some LED unit and an aluminum alloy bottom plate; Corresponding each the LED unit of described aluminum alloy bottom plate arranges a lattice portion, each lattice portion formation rule matrix of arranging; Described aluminum alloy bottom plate also arranges some perforation, each formation rule matrix of arranging of boring a hole; Each LED unit interconnects by circuit, forms the LED lamp bar of a flexibility; Each LED unit arranges an installation base plate and an insulating heat-conductive installation portion, and described insulating heat-conductive installation portion and described installation base plate are one-body molded; Each lattice portion setting of described aluminum alloy bottom plate and described insulating heat-conductive installation portion be the installation position one to one, and the installation surface of described aluminum alloy bottom plate also arranges a black rete; In the described LED casing long distance control system is set, described long distance control system comprises the webserver, the wireless transmission unit, first gauge tap, first detection module, judge module, second gauge tap and second detection module, the described webserver is connected with display control terminal, the described webserver is connected with the wireless transmission unit, described first gauge tap is connected between the power circuit of each LED casing and outside, described first gauge tap is by first signal of wireless network reception from the wireless transmission unit, when being communicated with the power supply of each LED casing and outside, open described first detection module; Described first detection module is connected respectively to each parts in each LED casing, for detection of the connection state of each parts in each LED casing, and first testing result is sent to described judge module; Described judge module is used for judging according to described first testing result whether each each parts of LED casing exists fault, is then to export fault-signal, otherwise sends secondary signal to described second gauge tap; Described second gauge tap is used for receiving described secondary signal, is communicated with the signal of each LED casing and outside, opens described second detection module simultaneously; Described second detection module is connected respectively to each parts in each LED casing, for detection of the status signal transmission of each parts in the LED casing, and feedback output second testing result;
Described judge module also is connected with described first gauge tap, and the fault-signal that is used for judging according to judge module disconnects described first gauge tap.
Beneficial effect with respect to prior art is, fix and install and fix each LED unit by an aluminum alloy bottom plate is set, aluminium alloy has the light and advantages of high strength of gravity, and, also be arranged to some lattice portion and the some perforation that regular matrix is arranged in corresponding each the LED unit of described aluminum alloy bottom plate, thereby it is ultra-thin to make the LED display of formation be set to ultralight; Each LED unit interconnects by circuit, form the LED lamp bar of a flexibility, and by the installation base plate that arranges each LED is installed, and by one with the integrated insulating heat-conductive installation portion of described installation base plate, its corresponding LED unit is installed, the LED unit of correspondence is fixed on one to one on the installation position, each LED unit installing structure is simple, and, install firm; Each LED unit insulating heat-conductive installation portion can play heat conductive insulating and install, and the installation surface by described aluminum alloy bottom plate also arranges a black rete, thereby does not influence the demonstration of described LED display; Make the convenient installation of described LED display, transportation and the maintenance of formation; Simultaneously, long distance control system is set, in display control terminal input unlatching information, give first gauge tap by the webserver with the wireless network photos and sending messages, described first gauge tap receives first signal, is communicated with the power supply of each LED casing and outside, opens described first detection module simultaneously; Detected the connection state of each parts in each LED casing by described first detection module, and judge that by described judge module there is fault in each parts in each LED casing, be then to export fault-signal, otherwise send secondary signal and start described second gauge tap, the signal that is communicated with each LED casing and outside, open described second detection module simultaneously, detect the status signal transmission of each parts in the LED casing, and feedback output second testing result, thereby after can guaranteeing power supply power supply non-fault in advance, restart its presentation control function, thereby can in time find fault and elimination at the fault initial stage, avoid occurring showing that control is chaotic.
Description of drawings
Fig. 1 is structural representation of the present utility model.
Embodiment
Below be by reference to the accompanying drawings the utility model to be described in further detail.
As shown in Figure 1, after the ultralight LED display of this band long distance control system is guaranteed power supply power supply non-fault in advance, restart its presentation control function, thereby can in time find fault and elimination at the fault initial stage, avoid occurring showing that control is chaotic, realize intelligent remote monitoring, simple in structure, convenient installation, transportation and maintenance.The ultralight LED display of this band long distance control system comprises at least one LED casing, and described LED casing comprises some LED unit 3 and an aluminum alloy bottom plate 1; Described aluminum alloy bottom plate 1 corresponding each LED unit 3 arranges a lattice portion 4, each lattice portion 4 formation rule matrix of arranging; Described aluminum alloy bottom plate 1 also arranges some perforation 5, each 5 formation rule matrix of arranging of boring a hole; Each LED unit 3 interconnects by circuit 2, forms the LED lamp bar of a flexibility; Each LED unit 3 arranges an installation base plate and an insulating heat-conductive installation portion, and described insulating heat-conductive installation portion and described installation base plate are one-body molded; Each lattice portion 4 settings of described aluminum alloy bottom plate 1 and described insulating heat-conductive installation portion be the installation position one to one, and the installation surface of described aluminum alloy bottom plate 1 also arranges a black rete; In the described LED casing long distance control system is set, described long distance control system comprises the webserver 13, wireless transmission unit 12, first gauge tap 6, first detection module 7, judge module 8, second gauge tap 9 and second detection module 11, the described webserver 13 is connected with display control terminal, the described webserver 13 is connected with wireless transmission unit 12, described first gauge tap 6 is by first signal of wireless network reception from wireless transmission unit 12, described first gauge tap 6 is connected between the power circuit of each LED casing and outside, described first gauge tap 6 is connected with first detection module 7, described first detection module 7 is connected respectively to each parts in each LED casing, described first detection module 7 is connected with judge module 8, described judge module 8 is connected with second gauge tap 9, described second gauge tap 9 is connected between the signal line of each LED casing and outside, described second gauge tap 9 is connected with second detection module 11, and described second detection module 11 is connected respectively to each parts in each LED casing;
Described judge module 8 also is connected with described first gauge tap 6, and the fault-signal that is used for judging according to judge module 8 disconnects described first gauge tap 6.
Ultralight LED display as this band long distance control system of, use comprises at least one LED casing, when a plurality of LED casing is set, can make each LED casing assemble connection mutually, forms LED display; Casing comprises some LED unit 3 and an aluminum alloy bottom plate 1, aluminum alloy bottom plate 1 is used for installing and fixing each LED unit, because aluminum alloy bottom plate 1 has in light weight and advantages of high strength, therefore, adopt aluminum alloy bottom plate to fix each LED unit, can make the LED display of formation have the ultra-thin characteristics of ultralight, the lattice portion 4 of some groove types is set on the display surface of aluminum alloy bottom plate, make the LED display of formation more frivolous, connect more firm, aluminum alloy bottom plate also arranges some perforation 5, each formation rule matrix of arranging of boring a hole, thereby convenient the installation, and transportation and use, each LED unit interconnects by circuit 2, form the LED lamp bar of a flexibility, each LED unit can be interconnected to form flexible LED lamp bar by one cable, make the wiring of LED lamp bar simple, at fixed L ED lamp bar, more convenient to operate, each LED unit arranges an installation base plate and an insulating heat-conductive installation portion, the insulating heat-conductive installation portion is fixed on the outside of installation base plate, installation base plate and aluminum alloy bottom plate are played the effect of isolated insulation, and, the insulating heat-conductive installation portion is basic by installing with the heat of each inside, LED unit, heat conduction has extraordinary radiating effect to aluminum alloy bottom plate; Insulating heat-conductive installation portion and installation base plate are one-body molded, thereby better heat conductive insulating, each lattice portion 4 settings of aluminum alloy bottom plate and insulating heat-conductive installation portion be the installation position one to one, the installation position is corresponding with the insulating heat-conductive installation portion of each LED unit, location and installation is fixed each LED unit, the installation surface of aluminum alloy bottom plate also arranges a black heat conduction rete, and black heat conduction rete can prevent reflective, influences the demonstration of each LED unit;
Simultaneously, in the described LED casing long distance control system is set, described long distance control system comprises the webserver 13, wireless transmission unit 12, first gauge tap 6, first detection module 7, judge module 8, second gauge tap 9 and second detection module 11, the described webserver 13 is connected with display control terminal, the described webserver 13 is connected with wireless transmission unit 12, described first gauge tap 6 is by first signal of wireless network reception from the wireless transmission unit, the power supply that is communicated with each LED casing and outside, and, open described first detection module 7 simultaneously, after first gauge tap 6 receives first signal, the power supply of each LED casing of closed communicating and outside, and, first detection module 7 is behind first gauge tap, 6 closed power supplys, automatically start, first detection module 7 is connected respectively to each LED in each LED casing, each control chip, each drives chip, detect and whether be communicated with power supply, and after generating first testing result, first testing result is sent to judge module 8, and, judge module 8 receives first testing result, and judge according to first testing result whether each parts exists fault in each LED casing, as there is a fault, then judge module 8 generates a fault-signal, and output, fault-signal can export outside display unit to and show, when being judged as non-fault as judge module 8, then judge module generates secondary signal, and secondary signal sent to second gauge tap 9, after second gauge tap 9 receives secondary signal, the signal of each LED casing of closed communicating and outside, each LED casing after the closure can come input control signal by the control device of outside, so that the LED display of being made up of each LED casing is come display video image as required, and, after closed second gauge tap 9, also open second detection module 11 simultaneously, second detection module 11 is connected respectively to each LED in each LED casing, each control chip, each drives chip, detect each control chip, each drives the transmission whether chip has signal, second detection module 11 generates second testing result and feeds back the display control terminal that exports the outside to and shows, and then realizes Long-distance Control.
The above embodiment only is used for illustrating the utility model, but is not limited thereto.Under the condition that does not depart from the utility model design, affiliated technical field personnel can make suitable change adjustment, and these change adjustment also should be included within the claim protection domain of the present utility model.
Claims (2)
1. ultralight LED display with long distance control system, it is characterized in that: comprise at least one LED casing, described LED casing comprises some LED unit and an aluminum alloy bottom plate; Corresponding each the LED unit of described aluminum alloy bottom plate arranges a lattice portion, each lattice portion formation rule matrix of arranging; Described aluminum alloy bottom plate also arranges some perforation, each formation rule matrix of arranging of boring a hole; Each LED unit interconnects by circuit, forms the LED lamp bar of a flexibility; Each LED unit arranges an installation base plate and an insulating heat-conductive installation portion, and described insulating heat-conductive installation portion and described installation base plate are one-body molded; Each lattice portion setting of described aluminum alloy bottom plate and described insulating heat-conductive installation portion be the installation position one to one, and the installation surface of described aluminum alloy bottom plate also arranges a black rete; In the described LED casing long distance control system is set, described long distance control system comprises the webserver, the wireless transmission unit, first gauge tap, first detection module, judge module, second gauge tap and second detection module, the described webserver is connected with display control terminal, the described webserver is connected with the wireless transmission unit, described first gauge tap is by first signal of wireless network reception from the wireless transmission unit, described first gauge tap is connected between the power circuit of each LED casing and outside, described first gauge tap is connected with first detection module, described first detection module is connected respectively to each parts in each LED casing, described first detection module is connected with judge module, described judge module is connected with second gauge tap, described second gauge tap is connected between the signal line of each LED casing and outside, described second gauge tap is connected with second detection module, and described second detection module is connected respectively to each parts in each LED casing.
2. the ultralight LED display of band long distance control system according to claim 1, it is characterized in that: described judge module also is connected with described first gauge tap, and the fault-signal that is used for judging according to judge module disconnects described first gauge tap.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013200269451U CN203118356U (en) | 2013-01-18 | 2013-01-18 | Ultralight LED display screen with remote monitoring system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013200269451U CN203118356U (en) | 2013-01-18 | 2013-01-18 | Ultralight LED display screen with remote monitoring system |
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| Publication Number | Publication Date |
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| CN203118356U true CN203118356U (en) | 2013-08-07 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2013200269451U Expired - Fee Related CN203118356U (en) | 2013-01-18 | 2013-01-18 | Ultralight LED display screen with remote monitoring system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110379359A (en) * | 2019-07-09 | 2019-10-25 | 江苏金月亮科技有限公司 | A kind of method and outdoor LED display screen of Internet of Things control outdoor LED display screen |
| CN110461181A (en) * | 2016-12-06 | 2019-11-15 | 纽瑞科斯控股公司 | If safety device and prevented using the faulty method of the device |
-
2013
- 2013-01-18 CN CN2013200269451U patent/CN203118356U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110461181A (en) * | 2016-12-06 | 2019-11-15 | 纽瑞科斯控股公司 | If safety device and prevented using the faulty method of the device |
| CN110379359A (en) * | 2019-07-09 | 2019-10-25 | 江苏金月亮科技有限公司 | A kind of method and outdoor LED display screen of Internet of Things control outdoor LED display screen |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130807 Termination date: 20140118 |