CN100593662C - Positioning light mark of multi-position lights combined stroboflash signal and code thereof - Google Patents
Positioning light mark of multi-position lights combined stroboflash signal and code thereof Download PDFInfo
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- CN100593662C CN100593662C CN200710060212A CN200710060212A CN100593662C CN 100593662 C CN100593662 C CN 100593662C CN 200710060212 A CN200710060212 A CN 200710060212A CN 200710060212 A CN200710060212 A CN 200710060212A CN 100593662 C CN100593662 C CN 100593662C
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Abstract
The invention discloses a multi-light combination stroboscopic signal positioning beacon and encoding technology, which relates to information management and information system field, and is characterized by comprising a set of red LED light signal generators which has same distance interval of light sources and significantly different stroboscopic time, a signal controller and a power supply. Thelight signal of the invention can not only express the meaning of international emergency relief SOS signal, but also express beacon positioning identification, danger identification and other various meanings relating with the management information system through signal combination. Through combining the light combination stroboscopic signal positioning beacon and encoding technology of the invention with the wireless communication technology and the control technology, a field regional location and rescue network in mountain, sea, lake, grassland, desert, underwater, and the like, is formed, which is facilitated to implementing emergency management plans.
Description
Technical field
The present invention discloses a kind of multidigit light combination stroboscopic signal framing beacon light and coding techniques, and it relates to the Information Management and Information System field.
Background technology
The favourable very early light alarm of using of the mankind is to the history of distant place rescuer reception and registration dangerous situation and occurrence positions." Records of all the States of the Eastern Zhou Dynasty " record, at B.C. 772 years, deep and remote king of week just directed the historical farce of " flames of war play nobility " on black horse mountain, Shaanxi.This case has just been described the optical signal mechanics of communication of ancients' application " the flames of war smoke signals " and has been rescued the warning message that dangerous situation and occurrence positions are passed on by troop to the mountain region in a distant place.So far the mankind are also keeping in the open air and will " light three heap pyrotechnics " when in danger, the rescue team to a distant place, or the behavioural habits of crying for help to the air rescue helicopter.This emergency mode is retained in the textbook of our traveller's survival training in the open air so far.The field also comprises mountain region, forest and grassland certainly.This cost that has a lust for life, protects life becomes lights forest fire, destroys the hidden danger of the forest reserves.
The also favourable example of noting the position with light signal prompt people in the modern life.As airport navigation light, riverway beacon light, Marine Navigating Light, crossing traffic lamp, they all are to utilize the fixedly stroboscopic of optical signal to pass on relevant position or drive the supervisory signal of direction to the related personnel.And for example the roadblock warning lamp of highway also is to utilize fixing stroboscopic signal to point out traffic safety.
But, retrieve by internet information, publication literature search of Intellectual Property Right in China office and library in China collection document CNKI retrieval find no and " beacon light and the coding of multidigit light combination stroboscopic signal scaling and identification relevant position " record or report that content is relevant.
Summary of the invention
The present invention is made up of one group of optical signal generator, signal controller, lamp stand and a power supply.Three annular emitting red light bands (11,12,13) that above-mentioned optical signal generator is made up of the great power LED light emitting source.Their annular diameter is identical, and annular diameter is at 20 to 40 centimetres.Their width is identical, and width is at 10 to 20 centimetres.Their isolation (2) spacing is identical, and spacing is at 10 to 20 centimetres.The normal direction of each bar annular emitting red light band is vertical with the lamp stand direction and be fixed on the top of lamp stand (3).As shown in Figure 1.
There is power line to be connected between signal controller (2) and the power supply (3), has luminous stroboscopic control line to be connected between three annular emitting red light bands (11,12,13) and the signal controller (2).As shown in Figure 2.Signal controller (2) can need be exported relevant stroboscopic control signal to luminous zone (11,12,13) according to recovering.
Top-down article one luminous zone (11) stroboscopic signal representation rescue function information, second luminous zone (12) and the 3rd light belt (13) stroboscopic signal be a position of expression and localization beacon light identification code and ten respectively.One group of optical signal generator of the present invention has the obviously stroboscopic signal of difference of length under alert status, long optical signal time of origin scope is selected in 5 seconds to 10 seconds, short optical signal time of origin scope is selected in 2 seconds to 5 seconds, stroboscopic is selected in 2 seconds to 5 seconds blanking time, and optical signal not time of origin (cycle strobe blanking time) scope is selected in 5 seconds to 10 seconds.Multidigit light combination stroboscopic signal representation information coding of the present invention is as shown in the table.
The multidigit light combination stroboscopic signal data coding table of comparisons
| Light generation stroboscopic encoded attributes | Numerical attribute | Specific properties | |
| First luminous zone (11) | Weak point-weak point-weak point-length-length-length-weak point-weak point-weak point | The SOS rescue | |
| Weak point-length-weak point | Guiding | ||
| Weak point-weak point-length-length-weak point-weak point | Reserve | ||
| Weak point-weak point-weak point-weak point-length-length-length-length-weak point-weak point-weak point-weak point | Test | ||
| Second luminous zone (12) | Length- |
0 | |
| Length-weak point-length | 1 | ||
| Length-weak point-weak point- |
2 | ||
| Length-weak point-weak point-weak point- |
3 | ||
| Length-weak point-weak point-weak point-weak point-length | 4 | ||
| Length-weak point-weak point-weak point-weak point-weak point-length | 5 | ||
| Length-weak point-weak point-weak point-weak point-weak point-weak point-length | 6 | ||
| Length-weak point-weak point-weak point-weak point-weak point-weak point-weak point-length | 7 | ||
| Length-weak point-weak point-weak point-weak point-weak point-weak point-weak point-weak point-length | 8 | ||
| Length-weak point-weak point-weak point-weak point-weak point-weak point-weak point-weak point-weak point-length | 9 | ||
| The 3rd luminous zone (13) | Length-weak point-length | 10 | |
| Length-weak point-weak point-length | 20 | ||
| Length-weak point-weak point-weak point-length | 30 | ||
| Length-weak point-weak point-weak point-weak point-length | 40 | ||
| Length-weak point-weak point-weak point-weak point-weak point-length | 50 | ||
| Length-weak point-weak point-weak point-weak point-weak point-weak point-length | 60 | ||
| Length-weak point-weak point-weak point-weak point-weak point-weak point-weak point-length | 70 | ||
| Length-weak point-weak point-weak point-weak point-weak point-weak point-weak point-weak point-length | 80 | ||
| Length-weak point-weak point-weak point-weak point-weak point-weak point-weak point-weak point-weak point-length | 90 |
Description of drawings
Fig. 1 explanation: the first annular emitting red light band (11) of one group of optical signal generator that the present invention describes, the second annular emitting red light band (12), the 3rd annular emitting red light band (13), isolation strip between each circumferential luminous band (2), beacon light bar (3).
Fig. 2 explanation: the first annular emitting red light band (11) of one group of optical signal generator that the present invention describes, the second annular emitting red light band (12), the 3rd annular emitting red light band (13), signal controller (2), power supply (3).
The specific embodiment
The light source of one group of optical signal generator that the present invention describes is to be produced by great power LED superconduction luminescent crystal.Led light source belongs to the total solids cold light source, have light efficiency height, life-span length, low-power consumption, in light weight, volume is little, characteristics such as radiationless.The operating voltage of LED is low, and the single tube power consumption is 0.03-0.06W, and the electric light power transfer is near 100%.Under the equal illumination effect, led light source is more energy-conservation more than 80% than conventional light source.Be honored as a queen the characteristics that the incandescent lamp that does not exist heat deposition, light decay and filament to blow easily is intrinsic at the epoxy resin cover.Led light source can reach 60,000 to 100,000 hours service life.
The LED industry is a rising industry to the whole world.The history that its is born is very short, develops very soon, and industry standard also is left to be desired.The branch that upstream, midstream and downstream enterprise is just arranged around the enterprise of LED industry research and development.The red LED light emitting source cover envelope module that our model machine adopts domestic one tame down-stream enterprise to produce.Concrete parameter is power 3w, forward current 350mA, forward voltage: 6.0-7.5v, colour temperature/main ripple 610-630, luminous flux η 〉=45, environment temperature-40C-+60C, the long 35mm of package board, wide 10mm.The series connection of four cover envelope modules constitutes a luminous stroboscopic and drives the unit of acceptance.The LED type of drive is decided according to power parameter and applied environment demand.Under model machine power supply 24v situation, we adopt the parallel connection LED string mode to realize that LED drives that to seek whole array current stable.
Power supply adopts 24 volts of lithium batteries, but signal controller is to be made of three groups of delay pulse signal generators and relevant control logic.
Claims (9)
1. a multidigit light combination stroboscopic signal framing beacon light is made up of one group of optical signal generator, signal controller, lamp stand and a power supply.
2. multidigit light combination stroboscopic signal framing beacon light according to claim 1, three annular emitting red light bands that one group of optical signal generator wherein is made up of the great power LED light emitting source.
3. multidigit light combination stroboscopic signal framing beacon light according to claim 2, three annular emitting red light band shape diameters wherein are identical, and annular diameter is at 20 to 40 centimetres.
4. multidigit light combination stroboscopic signal framing beacon light according to claim 2, three annular emitting red light bandwidth wherein are identical, and width is at 10 to 20 centimetres.
5. multidigit light combination stroboscopic signal framing beacon light according to claim 2, three annular emitting red light interbands wherein are apart from identical, and spacing is at 10 to 20 centimetres.
6. multidigit light according to claim 2 combination stroboscopic signal framing beacon light, three annular emitting red light bands wherein, wherein each ring surface normal direction is vertical with the lamp stand direction and be fixed on the lamp stand top.
7. multidigit light combination stroboscopic signal framing beacon light according to claim 2, three top-down article one light belts of annular emitting red light band (11) signal representation rescue function information wherein, second light belt (12) is represented a position of positioning lamp mark identification code, and the 3rd light belt (13) signal is represented ten of positioning lamp mark identification code.
8. multidigit light combination stroboscopic signal framing beacon light according to claim 1, one group of optical signal generator wherein has the obviously stroboscopic signal of difference of length under alert status, long optical signal time of origin scope is selected in 5 seconds to 10 seconds, short optical signal time of origin scope is selected in 2 seconds to 5 seconds, stroboscopic also is selected in 2 seconds to 5 seconds blanking time, and cycle strobe scope blanking time is selected in 5 seconds to 10 seconds.
9. multidigit light combination stroboscopic signal framing beacon light according to claim 1, multidigit light combination stroboscopic data encoded attributes such as following table that one group of optical signal generator wherein takes place
The multidigit light combination stroboscopic signal data coding table of comparisons
。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200710060212A CN100593662C (en) | 2007-12-27 | 2007-12-27 | Positioning light mark of multi-position lights combined stroboflash signal and code thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200710060212A CN100593662C (en) | 2007-12-27 | 2007-12-27 | Positioning light mark of multi-position lights combined stroboflash signal and code thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101469827A CN101469827A (en) | 2009-07-01 |
| CN100593662C true CN100593662C (en) | 2010-03-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200710060212A Expired - Fee Related CN100593662C (en) | 2007-12-27 | 2007-12-27 | Positioning light mark of multi-position lights combined stroboflash signal and code thereof |
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| Country | Link |
|---|---|
| CN (1) | CN100593662C (en) |
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- 2007-12-27 CN CN200710060212A patent/CN100593662C/en not_active Expired - Fee Related
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| Publication number | Publication date |
|---|---|
| CN101469827A (en) | 2009-07-01 |
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