CN203311765U - Ultra-light LED display screen with online detecting device - Google Patents
Ultra-light LED display screen with online detecting device Download PDFInfo
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- CN203311765U CN203311765U CN2012204791075U CN201220479107U CN203311765U CN 203311765 U CN203311765 U CN 203311765U CN 2012204791075 U CN2012204791075 U CN 2012204791075U CN 201220479107 U CN201220479107 U CN 201220479107U CN 203311765 U CN203311765 U CN 203311765U
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Abstract
The utility model discloses an ultra-light LED display screen with an online detecting device. The ultra-light LED display screen comprises at least one LED box body and the online detecting device. The online detecting device comprises a processing unit, a detecting unit, an analyzing unit, a storage unit, a detecting report generating unit, a selecting unit and a display unit. The LED box body comprises a plurality of LED units and an aluminum alloy base plate, a plurality of through holes are formed in the aluminum alloy base plate, a mesh part is arranged corresponding to each LED unit, and a black film layer is further arranged on the installation surface of the aluminum alloy base plate. Display data of the LED display screen can be online detected, the data are analyzed to generate a preset detecting report, the detecting report is displayed, and when failures occur in the LED display screen, failures are automatically eliminated according to a preset solution, and therefore the ultra-light LED display screen saves maintenance cost, is simple in structure, convenient to install, transport and maintain, and has good economic benefits.
Description
Technical field
The utility model relates to lighting field, particularly relates to a kind of ultralight LED display with on-Line Monitor Device.
Background technology
Stage now, in the whole world, pursue healthy, environmental protection pressure, in 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 just at faster speed its range of application, in prior art, large LED display screen is because its parts are more, each LED quantity that need to show is more, it is undesired that arbitrary LED shows, all can affect the demonstration of whole screen, and, because LED display is larger, manually fix a breakdown the time that needs are a large amount of, and a large amount of people carrys out material resources, cost is higher, 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 heavier, be unfavorable for the installation of LED display, move and safeguard, 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 to have larger transverse width, still make the LED display of making frivolous not, therefore, there is defect in prior art, needs to improve.
Implementation content
For addressing the above problem, the utility model provide a kind of can detect online LED display respectively show data, and analysis generates the examining report presetted and shows, when finding that LED display breaks down, according to the solution presetted, automatically eliminate the fault of generation, save maintenance cost, simple in structure, the convenient ultralight LED display with on-Line Monitor Device of installing, transporting and safeguarding.
The technical scheme adopted for achieving the above object is: a kind of ultralight LED display with on-Line Monitor Device, comprise at least one LED casing and be fixedly installed on the on-line measuring device on described LED casing, described on-line measuring device, comprise processing unit, detecting unit, analytic unit, storage unit, examining report generation unit, selected cell and display unit, described processing unit arranges a data-in port, for incoming video signal, process and generate control signal, to control outside LED display, described detecting unit is for detection of the demonstration data of each LED in described LED display, and send to described analytic unit, described demonstration data comprise display brightness at least, display gray scale and display frequency, described analytic unit is for analyzing described demonstration data, analysis result is sent to described examining report generation unit, described examining report generation unit is used for according to described analysis result, automatically generate the examining report data, send to described display unit, when described examining report data symbols unification is pre-conditioned, also using described examining report data as the Trouble Report data, send to described selected cell, described storage unit is for the some fault solutions of pre-stored, each fault solution is corresponding one by one with each described Trouble Report data, described selected cell is used for according to described Trouble Report data, a described fault solution in the described storage unit of corresponding selection, and send to described processing unit, described display unit is according to described examining report data, show corresponding examining report, described processing unit, also according to described fault solution, is adjusted described demonstration data, 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 installation base plate is for installing each LED, 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 installation position one to one, for location and installation, fix each LED unit, and the installation surface of described aluminum alloy bottom plate also arranges a black rete,
Described selected cell also is connected with described display unit, shows to described display unit be used to sending described fault solution;
Described examining report generation unit also is connected with described storage unit, stores to described storage unit be used to sending described examining report data;
Described installation position is a through hole, corresponding each through hole, and the installation back side of described aluminum alloy bottom plate also arranges a Fastener, for each insulating heat-conductive installation portion chucking is fixed in the described through hole of its correspondence;
The installation back side of described aluminum alloy bottom plate also arranges at least one heat-sink unit, and described heat-sink unit is louvre or heat radiator.
Beneficial effect with respect to prior art is, this LED display detects the demonstration data of each LED in LED display by the detecting unit arranged, by analytic unit, be used to analyze the demonstration data again, analysis result is sent to the examining report generation unit, by the examining report generation unit, automatically generate the examining report data, and send to display unit to show, and, when the unification of examining report data symbols is pre-conditioned, also using the examining report data as the Trouble Report data, send to selected cell, by selected cell from the storage unit arranged, select a corresponding fault solution, re-send to processing unit, by the processing unit adjustment, show data, and, also by display unit, show corresponding examining report, thereby that can detect online LED display respectively shows data, and analysis generates the examining report presetted, and, when finding that LED display occurs to show fault, can also automatically eliminate according to the solution presetted the fault of generation, save maintenance cost, by an aluminum alloy bottom plate is set, fixes to install and fix each LED unit, aluminium alloy has gravity gently and the high characteristics of intensity, and, also in corresponding each LED unit of described aluminum alloy bottom plate, be arranged to some lattice portion and the some perforation that regular matrix is arranged, thereby it is ultralight ultra-thin that the LED display formed is set to, each LED unit interconnects by circuit, form the LED lamp bar of a flexibility, and by the installation base plate arranged, 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, corresponding LED unit is fixed on one to one on 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 affect the demonstration of described LED display, make the convenient installation of the described LED display formed, transportation and safeguard.
The accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Embodiment
Below by reference to the accompanying drawings the utility model to be described in further detail.
As shown in Figure 1, a kind of ultralight LED display with on-Line Monitor Device, comprise at least one LED casing and be fixedly installed on the on-line measuring device 6 on described LED casing, described on-line measuring device 6, comprise processing unit, detecting unit, analytic unit, storage unit, examining report generation unit, selected cell and display unit, described processing unit arranges a data-in port, for incoming video signal, process and generate control signal, to control outside LED display, described detecting unit is for detection of the demonstration data of each LED in described LED display, and send to described analytic unit, described demonstration data comprise display brightness at least, display gray scale and display frequency, described analytic unit is for analyzing described demonstration data, analysis result is sent to described examining report generation unit, described examining report generation unit is used for according to described analysis result, automatically generate the examining report data, send to described display unit, when described examining report data symbols unification is pre-conditioned, also using described examining report data as the Trouble Report data, send to described selected cell, described storage unit is for the some fault solutions of pre-stored, each fault solution is corresponding one by one with each described Trouble Report data, described selected cell is used for according to described Trouble Report data, a described fault solution in the described storage unit of corresponding selection, and send to described processing unit, described display unit is according to described examining report data, show corresponding examining report, described processing unit, also according to described fault solution, is adjusted described demonstration data, described LED casing comprises some LED unit 3 and an aluminum alloy bottom plate 1, corresponding each the LED unit 3 of described aluminum alloy bottom plate 1 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 matrixes 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 installation base plate is for installing each LED, 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 installation position one to one, for location and installation, fix each LED unit, and the installation surface of described aluminum alloy bottom plate also arranges a black rete,
Described selected cell also is connected with described display unit, shows to described display unit be used to sending described fault solution;
Described examining report generation unit also is connected with described storage unit, stores to described storage unit be used to sending described examining report data;
Described installation position is a through hole 5, corresponding each through hole 5, and the installation back side of described aluminum alloy bottom plate 1 also arranges a Fastener, for each insulating heat-conductive installation portion chucking is fixed in the described through hole of its correspondence;
The installation back side of described aluminum alloy bottom plate 1 also arranges at least one heat-sink unit, and described heat-sink unit is louvre or heat radiator.
This LED display of for example using, that can detect online LED display respectively shows data, and analysis generates the examining report presetted, and, when finding that described LED display occurs to show fault, can also automatically eliminate according to the solution presetted the demonstration fault of generation, save maintenance cost, this LED display comprises at least one LED casing and is fixedly installed on the on-line measuring device 6 on the LED casing, when a plurality of LED casing is set, can make the mutual assembly and connection of each LED casing, form LED display, casing comprises some LED unit 3 and an aluminum alloy bottom plate 1, aluminum alloy bottom plate 1 is fixed each LED unit 3 for installation, because aluminum alloy bottom plate 1 has the lightweight and high characteristics of intensity, therefore, adopt aluminum alloy bottom plate 1 to fix each LED unit, can make the LED display formed have ultralight ultra-thin characteristics, the lattice portion 4 of some groove types is set on the display surface of aluminum alloy bottom plate 1, make the LED display formed more frivolous, connect more firm, aluminum alloy bottom plate 1 also arranges some perforation 5, each 5 formation rule matrixes of arranging of boring a hole, thereby convenient the installation, and transportation and use, each LED unit 3 interconnects by circuit 2, form the LED lamp bar of a flexibility, each LED unit 3 can be interconnected to form by the cable of flexible LED lamp bar, 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 1 are played to the effect of isolated insulation, and, the insulating heat-conductive installation portion is basic by installing by the heat of each inside, LED unit, heat conduction is to aluminum alloy bottom plate 1, has extraordinary radiating effect, 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 1 and insulating heat-conductive installation portion be installation position one to one, the insulating heat-conductive installation portion of Yu GeLED unit, installation position 3 is corresponding, location and installation is fixed each LED unit 3, the installation surface of aluminum alloy bottom plate 1 also arranges a black heat conduction rete, black heat conduction rete can prevent reflective, affect the demonstration of each LED unit, in a side of LED display, a groove is set, on-line measuring device 6 fixed placement are in groove, its on-Line Monitor Device comprises interconnective processing unit, detecting unit, analytic unit, storage unit, the examining report generation unit, selected cell and display unit, processing unit can be connected by data-in port with outside PC, by PC, video file is converted to described vision signal, and input processing unit, control LED display, make the video image of LED display display video file including, detecting unit is connected with outside LED display, detect the display brightness of each LED in LED display, display gray scale and display frequency, the LED display that detects respectively shown to data, send to analytic unit analysis, data analysis obtains display brightness numerical value according to display brightness, data analysis obtains display gray scale grade numerical value according to display gray scale, data analysis obtains display frequency numerical value according to display frequency, analytic unit sends to the examining report generation unit by each numerical value that analysis obtains, the examining report generation unit under default pattern according to analysis result, generation comprises display brightness numerical value, display gray scale grade numerical value, the examining report data of display frequency numerical value, and the examining report data are sent to display unit, display unit arranges the examining report display module, pre-set form document, according to the examining report data, by the form pre-seted, automatically generate the form of examining report, and at display unit, carry out the examining report of indicator gauge case form.And, when the default brightness number of display brightness numerical value relative one lower, perhaps, when the relative default value of described display gray scale grade numerical value less, perhaps, when the relative default value of described display frequency numerical value is low, examining report generation unit using the examining report data as the Trouble Report data, send to selected cell, in storage unit, pre-stored is when the default brightness number of display brightness data relative is low, some fault solutions that each LED display brightness is adjusted, perhaps, storage when the relatively pre-numerical value of described display gray scale level data hour, some fault solutions that each LED display gray scale is improved, perhaps, can store when described display frequency absolute presupposition numerical value is low, some fault solutions that the display frequency of each LED is improved etc., and, each fault solution is corresponding one by one with each described Trouble Report data, after selected cell receives the Trouble Report data, according to the Trouble Report data, from storage unit, transferring the corresponding fault solution of Trouble Report data, and send to processing unit, by processing unit according to the fault solution transferred, by changing driving voltage, adjust the display brightness of LED display, perhaps, by processing unit, improve the display gray scale grade that the digital-to-analog conversion figure place that shows data improves LED display, perhaps, by described processing unit, increase the display frequency that bandwidth improves described LED display.
The above embodiment only is used for illustrating the utility model, but is not limited to this.Do not departing under the condition of the present invention design, affiliated technical field personnel can make suitable change and adjustment, and within these change and adjustments also should include claim protection domain of the present invention in.
Claims (1)
1. ultralight LED display with on-Line Monitor Device, it is characterized in that: comprise at least one LED casing and be fixedly installed on the on-line measuring device on described LED casing, described on-line measuring device, comprise processing unit, detecting unit, analytic unit, storage unit, examining report generation unit, selected cell and display unit; Described processing unit arranges a data-in port, and described demonstration data comprise display brightness, display gray scale and display frequency at least, 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 installation position one to one, and the installation surface of described aluminum alloy bottom plate also arranges a black rete.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012204791075U CN203311765U (en) | 2012-09-06 | 2012-09-06 | Ultra-light LED display screen with online detecting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012204791075U CN203311765U (en) | 2012-09-06 | 2012-09-06 | Ultra-light LED display screen with online detecting device |
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| Publication Number | Publication Date |
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| CN203311765U true CN203311765U (en) | 2013-11-27 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2012204791075U Expired - Fee Related CN203311765U (en) | 2012-09-06 | 2012-09-06 | Ultra-light LED display screen with online detecting device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106023830A (en) * | 2016-07-26 | 2016-10-12 | 潘燕 | LED display system |
| CN114518503A (en) * | 2022-01-25 | 2022-05-20 | 浙江晶日科技股份有限公司 | Intelligent monitoring device, LED display screen and monitoring method |
-
2012
- 2012-09-06 CN CN2012204791075U patent/CN203311765U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106023830A (en) * | 2016-07-26 | 2016-10-12 | 潘燕 | LED display system |
| CN114518503A (en) * | 2022-01-25 | 2022-05-20 | 浙江晶日科技股份有限公司 | Intelligent monitoring device, LED display screen and monitoring method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131127 Termination date: 20140906 |
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| EXPY | Termination of patent right or utility model |