CN207250064U - The fire-fighting emergent identification lamp of automatic positioning - Google Patents
The fire-fighting emergent identification lamp of automatic positioning Download PDFInfo
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- CN207250064U CN207250064U CN201721261201.2U CN201721261201U CN207250064U CN 207250064 U CN207250064 U CN 207250064U CN 201721261201 U CN201721261201 U CN 201721261201U CN 207250064 U CN207250064 U CN 207250064U
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- lampshade
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Abstract
The utility model provides a kind of fire-fighting emergent identification lamp of automatic positioning, including：Aluminium alloy panel, left plug, right plug, herringbone lampshade, left arrow lampshade, right arrow lampshade, centre LED light guide plates, left LED light guide plates, right LED light guide plates, left plastic layer, right plastic layer, control board, metal bead and backboard.Advantage is：Pass through the double action of plastic layer and metal bead, firmly LED light guide plates can be pressed in corresponding lampshade, firmly lampshade can be pressed in the respective slot of aluminium alloy panel again, so as to ensure that guide-lighting Board position and lampshade position will not be moved, the accurate indicative function realized to left arrow, right arrow and herringbone mark, improves the mechanical structure reliability of fire-fighting emergent identification lamp；Internal structure modularization, saves production cost, reduces manufacturing technique requirent.
Description
Technical field
It the utility model is related to intelligent fire emergent identification lamp tool technical field, and in particular to the fire-fighting emergent of automatic positioning
Identification light.
Background technology
Currently, the development of China's urban architecture is very rapid, and palace is more and more.These interior of building
It is complicated, personnel's highly dense, once fire occurs, due to lacking escape training and evacuation experience, when facing a plurality of escape
During path, such as without appropriate evacuation and commander, crowd and personnel's individual known path, or selection would generally be taken to have
The path that more people pass through, is presented the behavior pattern of belongingness.Wherein most casualty is due to cannot the clear and definite side of escape
To caused by by the fume damage of scene of fire.
At present, setting of the existing Code for fire protection design of buildings of country to exit signs has carried out stringent regulation, fire-fighting
Emergent identification lamp is one of which exit signs equipment, during for fire to occur, guiding trapped person evacuation or expansion fire extinguishing
Rescue action and the equipment set, are widely used, AT STATION harbour, megastore and other people flow intensive place and make extensively
With.
However, existing fire-fighting emergent identification lamp generally has mechanical structure poor reliability, the problem of easily loosening, i.e.,：Hold
The problem of light guide plate is loosened with shell easily occurs, so as to reduce the use reliability of fire-fighting emergent identification lamp.
Utility model content
In view of the problems of the existing technology, the utility model provides a kind of fire-fighting emergent identification lamp of automatic positioning, can
Effectively solve the above problems.
The utility model uses following scheme：
The utility model provides a kind of fire-fighting emergent identification lamp of automatic positioning, including：Aluminium alloy panel (1), left plug
(2-1), right plug (2-2), herringbone lampshade (3-1), left arrow lampshade (3-2), right arrow lampshade (3-3), centre LED light guide plates
(4-1), left LED light guide plates (4-2), right LED light guide plates (4-3), left plastic layer (5-1), right plastic layer (5-2), control
Circuit board (6), metal bead (7) and backboard (8)；
Wherein, the upside at aluminium alloy panel (1) back side sets upper level board (1-1)；The upper level board (1-1)
Lower section sets upper vertical plate (1-2), and the lower section of the upper vertical plate (1-2) inwardly sets the upper linear type groove (1- of strip
3), between the upper linear type groove (1-3) and the aluminium alloy panel (1) have interval, make the upper level board (1-1) and
Upper L-shaped groove (1-4) is formed between aluminium alloy panel (1) back side；The downside at aluminium alloy panel (1) back side is symmetrically set
Put lower horizontal board (1-5), lower vertical plate (1-6), next font groove (1-7) and lower L-shaped groove (1-8)；
The left plug (2-1) and the right plug (2-2) are symmetrical structure, are included：Vertical plate (2-3), it is described perpendicular
Straight panel (2-3) back side from inside to outside, is divided into three-decker, is respectively internal structure, central structure and external structure；The inside
Structure includes the symmetrically arranged upper L-shaped of upper and lower ends raised (2-4) and lower L-shaped is raised (2-5)；The L-shaped raised (2-4) and institute
State L-shaped groove (1-4) to match, the lower L-shaped raised (2-5) matches with the lower L-shaped groove (1-8)；The middle part
Structure includes middle part installing plate (2-6), and the middle part installing plate (2-6) offers the 1st circuit board mounting hole (2-7) and the 1st pressure
Bar mounting hole (2-8)；The external structure includes the symmetrically arranged upper backboard mounting hole (2-9) of upper and lower ends and lower backboard is installed
Hole (2-10)；
The upper L-shaped of the left plug (2-1) raised (2-4) and the lower L-shaped raised (2-5) of the left plug (2-1) are respectively
It is embedded into the upper L-shaped groove (1-4) and lower L-shaped groove (1-8) on the left of the aluminium alloy panel (1), the right plug (2-2)
Upper L-shaped raised (2-4) and the lower L-shaped protrusion (2-5) of the right plug (2-2) be respectively embedded in the aluminium alloy panel (1)
In the upper L-shaped groove (1-4) and lower L-shaped groove (1-8) on right side, so that by the left plug (2-1) and the right plug (2-2)
It is installed to the left and right sides of the aluminium alloy panel (1)；
Aluminium alloy panel (1) middle inside sets herringbone groove, and the left and right sides of the herringbone groove is set respectively
Left arrow groove and right arrow groove；The herringbone lampshade (3-1), the left arrow lampshade (3-2), right arrow lampshade (3-3)
It is respectively embedded in the herringbone groove, the left arrow groove and the right arrow groove；The middle LED light guide plates (4-
1), the left LED light guide plates (4-2) and the right LED light guide plates (4-3) are respectively embedded in the herringbone lampshade (3-1), described
Left arrow lampshade (3-2) and the inner side of the right arrow lampshade (3-3)；
The left plastic layer (5-1) is identical with right plastic layer (5-2) structure, includes：Positioned at upper and lower ends
Upper linear type raised (5-3) and lower linear type it is raised (5-4), positioned at the 2nd circuit board mounting hole (5-5) at middle part and the 2nd pressure
Bar mounting hole (5-6)；
The lower linear type of the upper linear type of the left plastic layer (5-1) raised (5-3) and the left plastic layer (5-1)
Raised (5-4) is respectively embedded in upper linear type groove (1-3) and next font groove (1- on the left of the aluminium alloy panel (1)
7) in, the upper linear type raised (5-3) of the right plastic layer (5-2) and the lower linear type of the right plastic layer (5-2) are convex
Play upper linear type groove (1-3) and next font groove (1-7) that (5-4) is respectively embedded on the right side of the aluminium alloy panel (1)
In, by the left plastic layer (5-1) and the right plastic layer (5-2), left LED light guide plates (4-2) are compacted to left arrow
In head lamp case (3-2), then left arrow lampshade (3-2) is compacted in the left arrow groove of aluminium alloy panel (1)；Pass through the right side
Plastic layer (5-2), right LED light guide plates (4-3) are compacted in right arrow lampshade (3-3), then right arrow lampshade (3-3) is pressed
In the right arrow groove of actual arrival aluminium alloy panel (1)；
The 1st circuit board mounting hole (2- for passing on left screw and being fixed on left plug (2-1) of the control board (6)
7) in；The 2nd circuit board mounting hole (5- of left plastic layer (5-1) is screwed on the right side of the control board (6)
5) in；The screw that passes on left of the metal bead (7) is fixed in the 1st press strip mounting hole (2-8) of left plug (2-1), institute
State and be screwed on the right side of metal bead (7) in the 1st press strip mounting hole (2-8) of right plug (2-2)；The metal pressure
Both sides in the middle part of article (7) are screwed in the 2nd press strip mounting hole (5-6) of left plastic layer (5-1) and right plastics respectively
In 2nd press strip mounting hole (5-6) of press strip (5-2)；
The corner location of the backboard (8) is screwed in the upper backboard mounting hole (2- of left plug (2-1) respectively
9), the lower backboard mounting hole (2-10) of left plug (2-1), the upper backboard mounting hole (2-9) of right plug (2-2), right plug (2-2)
Lower backboard mounting hole (2-10) in；
Wherein, the control board (6) includes processor, GPS locator and communicating circuit.
Preferably, the aluminium alloy panel (1) is aluminum alloy material, and wire drawing process is done on surface.
Preferably, the middle LED light guide plates (4-1), the left LED light guide plates (4-2) and the right LED light guide plates
The structure of (4-3) is identical, including LED light bar, acrylic board and even smooth film；The LED light bar is embedded into the acrylic board
Inside；The even smooth film is affixed on the surface of the acrylic board.
Preferably, the middle LED light guide plates (4-1), the left LED light guide plates (4-2) and the right LED light guide plates
(4-3) is connected with the control board (6) by electronic welding line.
Preferably, the processor is MCU microcontrollers.
The fire-fighting emergent identification lamp of automatic positioning provided by the utility model has the following advantages：
(1) by the double action of plastic layer and metal bead, LED light guide plates firmly can be pressed in corresponding lamp
In cover, and firmly lampshade can be pressed in the respective slot of aluminium alloy panel, so as to ensure guide-lighting Board position and lampshade position
Putting to be moved, and the accurate indicative function realized to left arrow, right arrow and herringbone mark, improves fire-fighting emergent mark
The mechanical structure reliability of lamp；
(2) control board integrates GPS locator and communicating circuit, has positioning function, has expanded fire-fighting emergent mark
The feature of will lamp, easy in monitoring, maintenance.
(3) structure is reliable, easy assembly and disassembly.
Brief description of the drawings
Fig. 1 is the overall appearance schematic diagram of the fire-fighting emergent identification lamp of automatic positioning；
Fig. 2 is the structural decomposition diagram of the fire-fighting emergent identification lamp of automatic positioning；
Fig. 3 is the structure diagram of aluminium alloy panel；
Fig. 4 is the structure diagram of plug；
Fig. 5 is the structure diagram of plastic layer.
Embodiment
With reference to Fig. 1 to Fig. 2, the utility model provides a kind of fire-fighting emergent identification lamp of automatic positioning, including：Aluminium alloy face
Plate 1, left plug 2-1, right plug 2-2, herringbone lampshade 3-1, left arrow lampshade 3-2, right arrow lampshade 3-3, centre LED light guide plates
4-1, left LED light guide plates 4-2, right LED light guide plates 4-3, left plastic layer 5-1, right plastic layer 5-2, control board 6, gold
Belong to press strip 7 and backboard 8；
Wherein, with reference to figure 3, aluminium alloy panel 1 is aluminum alloy material, and wire drawing process is done on surface, the aluminium alloy panel back side
Upside sets upper level board 1-1；The lower section of upper level board 1-1 sets upper vertical plate 1-2, and the lower section of upper vertical plate 1-2 is inwardly set
The upper linear type groove 1-3 of strip is put, there is interval between upper linear type groove 1-3 and aluminium alloy panel 1, make level board
Upper L-shaped groove 1-4 is formed between 1 back side of 1-1 and aluminium alloy panel；Aluminium alloy panel is symmetrical arranged lower level on the downside of 1 back side
Plate 1-5, lower vertical plate 1-6, next font groove 1-7 and lower L-shaped groove 1-8；Aluminium alloy panel adopts the structure form, together
When realize the setting of linear type groove and L-shaped groove, convenient to be assembled with plug and plastic layer, being additionally, since L-shaped groove is
Formed by level board and aluminium alloy panel, structure type is simple, spaces compact, installation convenient for assembly.
Left plug 2-1 and right plug 2-2 is symmetrical structure, is included：Vertical plate 2-3, vertical plate the 2-3 back side are by introversion
Outside, it is divided into three-decker, is respectively internal structure, central structure and external structure；Internal structure is symmetrically set including upper and lower ends
The upper L-shaped protrusion 2-4 and lower L-shaped protrusion 2-5 put；L-shaped protrusion 2-4 matches with upper L-shaped groove 1-4, lower L-shaped protrusion 2-5 with
Lower L-shaped groove 1-8 matches；Central structure includes middle part installing plate 2-6, and middle part installing plate 2-6 offers the installation of the 1st circuit board
Hole 2-7 and the 1st press strip mounting hole 2-8；External structure includes the symmetrically arranged upper backboard mounting hole 2-9 of upper and lower ends and lower backboard
Mounting hole 2-10；Using three-decker form, i.e. the convenient assembling with other parts, it may have the advantages of dismounting easy to install.
The lower L-shaped protrusion 2-5 of the upper L-shaped protrusion 2-4 and left plug 2-1 of left plug 2-1 are respectively embedded in aluminium alloy panel 1
In the upper L-shaped groove 1-4 in left side and lower L-shaped groove 1-8, the lower L-shaped of the upper L-shaped protrusion 2-4 and right plug 2-2 of right plug 2-2
Raised 2-5 is respectively embedded in the upper L-shaped groove 1-4 and lower L-shaped groove 1-8 on the right side of aluminium alloy panel 1, so that by left plug 2-
1 and right plug 2-2 is installed to the left and right sides of aluminium alloy panel 1；
1 middle inside of aluminium alloy panel sets herringbone groove, and the left and right sides of herringbone groove sets left arrow groove respectively
With right arrow groove；Herringbone lampshade 3-1, left arrow lampshade 3-2, right arrow lampshade 3-3 are respectively embedded in herringbone groove, left arrow
In groove and right arrow groove；Middle LED light guide plates 4-1, left LED light guide plates 4-2 and right LED light guide plates 4-3 are respectively embedded in
The inner side of herringbone lampshade 3-1, left arrow lampshade 3-2 and right arrow lampshade 3-3；Wherein, middle LED light guide plates 4-1, left LED are led
Tabula rasa 4-2 is identical with the structure of right LED light guide plates 4-3, including LED light bar, acrylic board and even smooth film；LED light bar is embedded in
To the inside of acrylic board；Even smooth film is affixed on the surface of acrylic board.In addition, centre LED light guide plates 4-1, left LED light guide plates 4-
2 and right LED light guide plates 4-3 is connected with control board 6 by electronic welding line.
Left plastic layer 5-1 is identical with right plastic layer 5-2 structures, includes：Upper linear type positioned at upper and lower ends is convex
Play 5-3 and lower linear type protrusion 5-4, the 2nd circuit board mounting hole 5-5 and the 2nd press strip mounting hole 5-6 positioned at middle part；
The lower linear type protrusion 5-4 difference of the upper linear type protrusion 5-3 and left plastic layer 5-1 of left plastic layer 5-1 are embedding
Enter into the upper linear type groove 1-3 and next font groove 1-7 in the left side of aluminium alloy panel 1, a upper word of right plastic layer 5-2
The lower linear type protrusion 5-4 of shape protrusion 5-3 and right plastic layer 5-2 is respectively embedded in the upper linear type on the right side of aluminium alloy panel 1
In groove 1-3 and next font groove 1-7, by left plastic layer 5-1 and right plastic layer 5-2, by left LED light guide plates 4-2
It is compacted in left arrow lampshade 3-2, then left arrow lampshade 3-2 is compacted in the left arrow groove of aluminium alloy panel 1；Pass through the right side
Plastic layer 5-2, right LED light guide plates 4-3 is compacted in right arrow lampshade 3-3, then right arrow lampshade 3-3 is compacted to aluminium and is closed
In the right arrow groove of golden panel 1；, can be firmly guide-lighting by LED using the structure in combination with plastic layer and metal bead
Plate is pressed in corresponding lampshade, and firmly lampshade can be pressed in the respective slot of aluminium alloy panel, so as to ensure to lead
Tabula rasa position and lampshade position will not be moved, and improve use reliability.For example, when needing to light left arrow, need to control
Left LED light guide plates are lighted.And if left LED leaded lights Board position is moved, for example, being moved adjacent to the position of right arrow
Put, then can be wrong there is a situation where instruction.
The screw that passes on left of control board 6 is fixed in the 1st circuit board mounting hole 2-7 of left plug 2-1；Control electricity
The right side of road plate 6 is screwed in the 2nd circuit board mounting hole 5-5 of left plastic layer 5-1；The left side of metal bead 7
It is screwed in the 1st press strip mounting hole 2-8 of left plug 2-1, the right side of metal bead 7 is screwed in right block up
In the 1st press strip mounting hole 2-8 of head 2-2；The both sides at the middle part of metal bead 7 are screwed in left plastic layer 5-1 respectively
The 2nd press strip mounting hole 5-6 and right plastic layer 5-2 the 2nd press strip mounting hole 5-6 in；
The corner location of backboard 8 is screwed in the upper backboard mounting hole 2-9 of left plug 2-1, left plug 2-1 respectively
Lower backboard mounting hole 2-10, the upper backboard mounting hole 2-9 of right plug 2-2, in the lower backboard mounting hole 2-10 of right plug 2-2；
Wherein, control board 6 includes processor, GPS locator and communicating circuit.Processor can use MCU monolithics
Machine, concrete model PIC16F676T-I/SL.By installing GPS locator and communicating circuit, can by the position of lamps and lanterns and
Feedback of status is on emergency lighting controller able, can intuitively showing installation site, easy to repair, debugging.Aluminium alloy panel has
Reliable mechanical performance, tailored appearance is handsome in appearance, suitable for the exit signs of various occasions, sustainable, stable work
Make.
The buried emergent identification lamp of waterproof provided by the utility model, has the following advantages：
(1) by the double action of plastic layer and metal bead, LED light guide plates firmly can be pressed in corresponding lamp
In cover, and firmly lampshade can be pressed in the respective slot of aluminium alloy panel, so as to ensure guide-lighting Board position and lampshade position
Putting to be moved, and the accurate indicative function realized to left arrow, right arrow and herringbone mark, improves fire-fighting emergent mark
The mechanical structure reliability of lamp；
(2) control board integrates GPS locator and communicating circuit, has positioning function, has expanded fire-fighting emergent mark
The feature of will lamp, easy in monitoring, maintenance.
(3) structure is reliable, easy assembly and disassembly.
(4) internal structure modularization, saves production cost, reduces manufacturing technique requirent；
(5) product stability, reliability are high, and field adjustable is convenient.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, on the premise of the utility model principle is not departed from, some improvements and modifications can also be made, these improve and
Retouching should also regard the scope of protection of the utility model.
Claims (5)
- A kind of 1. fire-fighting emergent identification lamp of automatic positioning, it is characterised in that including：Aluminium alloy panel (1), left plug (2-1), Right plug (2-2), herringbone lampshade (3-1), left arrow lampshade (3-2), right arrow lampshade (3-3), centre LED light guide plates (4-1), Left LED light guide plates (4-2), right LED light guide plates (4-3), left plastic layer (5-1), right plastic layer (5-2), control board (6), metal bead (7) and backboard (8)；Wherein, the upside at aluminium alloy panel (1) back side sets upper level board (1-1)；The lower section of the upper level board (1-1) Vertical plate (1-2) in setting, the lower section of the upper vertical plate (1-2) inwardly set the upper linear type groove (1-3) of strip, institute Stating has interval between linear type groove (1-3) and the aluminium alloy panel (1), make the upper level board (1-1) and described Upper L-shaped groove (1-4) is formed between aluminium alloy panel (1) back side；It is symmetrical arranged down on the downside of aluminium alloy panel (1) back side Level board (1-5), lower vertical plate (1-6), next font groove (1-7) and lower L-shaped groove (1-8)；The left plug (2-1) and the right plug (2-2) are symmetrical structure, are included：Vertical plate (2-3), the vertical plate (2-3) back side from inside to outside, is divided into three-decker, is respectively internal structure, central structure and external structure；The internal structure It is raised (2-5) including the symmetrically arranged upper L-shaped of upper and lower ends raised (2-4) and lower L-shaped；The L-shaped raised (2-4) with it is described on L-shaped groove (1-4) matches, and the lower L-shaped raised (2-5) matches with the lower L-shaped groove (1-8)；The central structure Including middle part installing plate (2-6), the middle part installing plate (2-6) offers the 1st circuit board mounting hole (2-7) and the 1st press strip peace Fill hole (2-8)；The external structure includes the symmetrically arranged upper backboard mounting hole (2-9) of upper and lower ends and lower backboard mounting hole (2-10)；The upper L-shaped of the left plug (2-1) raised (2-4) and the lower L-shaped raised (2-5) of the left plug (2-1) are respectively embedded into In upper L-shaped groove (1-4) and lower L-shaped groove (1-8) on the left of to the aluminium alloy panel (1), the right plug (2-2) it is upper L-shaped protrusion (2-4) and the lower L-shaped of the right plug (2-2) raised (2-5) are respectively embedded on the right side of the aluminium alloy panel (1) Upper L-shaped groove (1-4) and lower L-shaped groove (1-8) in, so that the left plug (2-1) and the right plug (2-2) be installed To the left and right sides of the aluminium alloy panel (1)；Aluminium alloy panel (1) middle inside sets herringbone groove, and the left and right sides of the herringbone groove sets left arrow respectively Head groove and right arrow groove；The herringbone lampshade (3-1), the left arrow lampshade (3-2), right arrow lampshade (3-3) are respectively It is embedded into the herringbone groove, the left arrow groove and the right arrow groove；The middle LED light guide plates (4-1), institute State left LED light guide plates (4-2) and the right LED light guide plates (4-3) are respectively embedded in the herringbone lampshade (3-1), the left arrow Head lamp case (3-2) and the inner side of the right arrow lampshade (3-3)；The left plastic layer (5-1) is identical with right plastic layer (5-2) structure, includes：Positioned at the upper of upper and lower ends Linear type protrusion (5-3) and lower linear type are raised (5-4), pacify positioned at the 2nd circuit board mounting hole (5-5) at middle part and the 2nd press strip Fill hole (5-6)；The lower linear type of the upper linear type of the left plastic layer (5-1) raised (5-3) and the left plastic layer (5-1) is raised (5-4) is respectively embedded in the upper linear type groove (1-3) and next font groove (1-7) on the left of the aluminium alloy panel (1), The lower linear type protrusion (5- of the upper linear type of the right plastic layer (5-2) raised (5-3) and the right plastic layer (5-2) 4) it is respectively embedded in the upper linear type groove (1-3) and next font groove (1-7) on the right side of the aluminium alloy panel (1), leads to The left plastic layer (5-1) and the right plastic layer (5-2) are crossed, left LED light guide plates (4-2) are compacted to left arrow lampshade In (3-2), then left arrow lampshade (3-2) is compacted in the left arrow groove of aluminium alloy panel (1)；Pass through the right plastics pressure Bar (5-2), right LED light guide plates (4-3) are compacted in right arrow lampshade (3-3), then right arrow lampshade (3-3) is compacted to aluminium In the right arrow groove of alloy panel (1)；The screw that passes on left of the control board (6) is fixed in the 1st circuit board mounting hole (2-7) of left plug (2-1)； It is screwed on the right side of the control board (6) in the 2nd circuit board mounting hole (5-5) of left plastic layer (5-1)； The screw that passes on left of the metal bead (7) is fixed in the 1st press strip mounting hole (2-8) of left plug (2-1), the metal It is screwed on the right side of press strip (7) in the 1st press strip mounting hole (2-8) of right plug (2-2)；The metal bead (7) The both sides at middle part are screwed in the 2nd press strip mounting hole (5-6) of left plastic layer (5-1) and right plastic layer respectively In the 2nd press strip mounting hole (5-6) of (5-2)；The corner location of the backboard (8) is screwed in the upper backboard mounting hole (2-9) of left plug (2-1), a left side respectively Under the lower backboard mounting hole (2-10) of plug (2-1), the upper backboard mounting hole (2-9) of right plug (2-2), right plug (2-2) In backboard mounting hole (2-10)；Wherein, the control board (6) includes processor, GPS locator and communicating circuit.
- 2. the fire-fighting emergent identification lamp of automatic positioning according to claim 1, it is characterised in that the aluminium alloy panel (1) it is aluminum alloy material, wire drawing process is done on surface.
- 3. the fire-fighting emergent identification lamp of automatic positioning according to claim 1, it is characterised in that the middle LED is guide-lighting Plate (4-1), the left LED light guide plates (4-2) are identical with the structure of the right LED light guide plates (4-3), including LED light bar, Asia Gram force plate and even smooth film；The LED light bar is embedded into the inside of the acrylic board；The even smooth film is affixed on the acrylic board Surface.
- 4. the fire-fighting emergent identification lamp of automatic positioning according to claim 1, it is characterised in that the middle LED is guide-lighting Plate (4-1), the left LED light guide plates (4-2) and the right LED light guide plates (4-3) are with the control board (6) by electronics Sealing wire connects.
- 5. the fire-fighting emergent identification lamp of automatic positioning according to claim 1, it is characterised in that the processor is MCU Microcontroller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721261201.2U CN207250064U (en) | 2017-09-28 | 2017-09-28 | The fire-fighting emergent identification lamp of automatic positioning |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721261201.2U CN207250064U (en) | 2017-09-28 | 2017-09-28 | The fire-fighting emergent identification lamp of automatic positioning |
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| Publication Number | Publication Date |
|---|---|
| CN207250064U true CN207250064U (en) | 2018-04-17 |
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ID=61890335
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721261201.2U Active CN207250064U (en) | 2017-09-28 | 2017-09-28 | The fire-fighting emergent identification lamp of automatic positioning |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108597404A (en) * | 2018-06-25 | 2018-09-28 | 深圳市泛海三江电子股份有限公司 | Light fitting panel and evacuation emergency light |
-
2017
- 2017-09-28 CN CN201721261201.2U patent/CN207250064U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108597404A (en) * | 2018-06-25 | 2018-09-28 | 深圳市泛海三江电子股份有限公司 | Light fitting panel and evacuation emergency light |
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