CN208951817U - Municipal viaduct bottom surface LED decorative lamp based on cloud platform interaction technique - Google Patents
Municipal viaduct bottom surface LED decorative lamp based on cloud platform interaction technique Download PDFInfo
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- CN208951817U CN208951817U CN201821942219.3U CN201821942219U CN208951817U CN 208951817 U CN208951817 U CN 208951817U CN 201821942219 U CN201821942219 U CN 201821942219U CN 208951817 U CN208951817 U CN 208951817U
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Abstract
The Municipal viaduct bottom surface LED decorative lamp based on cloud platform interaction technique that the utility model discloses a kind of, including several LED bar graph lamp bands, several LED bar graph lamp bands composition LED light group is simultaneously installed on urban interchange bottom surface by connection component, each LED bar graph lamp band passes through data line and is connected to controller, and controller is used for through each LED bar graph lamp band luminance of data line traffic control；Controller is respectively connected to server and mobile terminal by network, and controller is used to receive the broadcast information code of mobile terminal sending, and adjusts the luminance of each LED bar graph lamp band；By LED light group, the illumination and brightening of viaduct bottom surface are realized, the brightening effect of LED light group is improved, realizes the interaction with mobile terminal, enhances the inhabitation experience sense of city dweller.
Description
[technical field]
The utility model belongs to the brightening technical field of Municipal viaduct, more particularly to a kind of based on cloud platform interaction
The Municipal viaduct bottom surface LED decorative lamp of technology.
[background technique]
Viaduct is the upper lower leaf established in two or more intersecting roads intersections, multi-direction mutually modern times for not interfering with or disturb each other
Change bridge, intersection of the general construction between highway intercommunication, arterial street or through street, main function is to make each side
To vehicle not by traffic lights control on crossing and quickly through.
With the continuous development of urban construction, viaduct quantity is more and more in city, on current most of viaducts
Lighting installation is installed, is on the one hand the pedestrian of process, car lighting, on the other hand, city can be promoted with brightening urban environment
Image.
But as the improvement of people's living standards, the demand aesthetic to urban facilities and sense of participation are also constantly being promoted,
Happiness Index is also constantly riseing, and the lighting installation on urban interchange and brightening facility be not at present to be able to satisfy, brightening effect
Fruit is too single, moreover, the lightening lamp being located on viaduct is whole control, without adjustability, and for viaduct bottom
Face is not efficiently used.
[utility model content]
The purpose of the utility model is to provide a kind of, and the Municipal viaduct bottom surface LED based on cloud platform interaction technique is filled
Lamp is adornd, to install LED decorative lamp using urban interchange bottom surface, to realize on the basis of guaranteeing urban interchange illuminating effect
Lighting engineering.
The utility model uses a kind of following technical scheme: Municipal viaduct bottom surface based on cloud platform interaction technique
LED decorative lamp, including several LED bar graph lamp bands, several LED bar graph lamp bands form LED light group and are pacified by connection component
Loaded on urban interchange bottom surface, each LED bar graph lamp band passes through data line and is connected to controller, and controller is for passing through data
The each LED bar graph lamp band luminance of line traffic control；
Connection component includes along pontic length direction two the first bar shaped supporting elements disposed in parallel, two the first bar shaped branch
Support member is separately positioned on the two sides of pontic, is arranged in parallel with several bar shaped suspenders between two the first bar shaped supporting elements, often
The both ends of a bar shaped suspender are connected on corresponding first bar shaped supporting element, and each bar shaped suspender is used to hang
LED bar graph lamp band；
Controller is respectively connected to server and mobile terminal by network, and controller is also used to receive mobile terminal sending
Broadcast information code；Corresponding broadcast information is obtained from server according to broadcast information code, and according to broadcast information control
Make the luminance of each LED bar graph lamp band.
Further, the second bar shaped supporting element, the second bar shaped supporting element are additionally provided between two the first bar shaped supporting elements
It is arranged in parallel with the first bar shaped supporting element, several through-holes is offered on each second bar shaped supporting element, each through-hole is used to
Bar shaped suspender passes through, and each second bar shaped supporting element is used to provide support for bar shaped suspender.
Further, controller passes sequentially through level one data transponder and secondary data transponder data connection to each
LED bar graph lamp band.
Further, controller and level one data transponder are mounted in control cabinet.
Further, control cabinet is installed on the bottom surface of pontic.
The beneficial effects of the utility model are: several LED bar graph lamp bands are fixedly mounted on city by connection component
The bottom surface of viaduct forms LED light group by several LED bar graph lamp bands, realizes the illumination and brightening of viaduct bottom surface, and
And can be played out the broadcast information of mobile terminal by the LED light group, such as video, picture, improve LED light group
Brightening effect realizes the interaction with mobile terminal, enhances the inhabitation experience sense of city dweller；
By the control method of the utility model, LED light group interactivity and interest are increased, it is whole to be conducive to promotion city
The brightening effect and experience effect of body realize the illumination and brightening of viaduct bottom surface, meet traffic participant and set to municipal administration
The aesthetic requirement applied improves the brightening effect of LED light group, realizes the interaction with mobile terminal, enhance city dweller's
Inhabitation experience sense.
[Detailed description of the invention]
Fig. 1 is the supporting structure schematic diagram of LED bar graph lamp band in the utility model；
Fig. 2 is the data control principle drawing of LED bar graph lamp band in the utility model；
Fig. 3 is LED light set control system schematic diagram in the utility model；
Decorative lamp structure schematic diagram in the utility model embodiment of the position Fig. 4.
Wherein: 1. pontics；2. the first bar shaped supporting element；3. the second bar shaped supporting element；4. bar shaped suspender；5. secondary data
Transponder；6. level one data transponder；7. controller；8.LED strip light band；9. server；11. mobile terminal.
[specific embodiment]
The utility model is described in detail with reference to the accompanying drawings and detailed description.
The Municipal viaduct bottom surface LED decorative lamp based on cloud platform interaction technique that the utility model discloses a kind of,
Including several LED bar graph lamp bands 8, several LED bar graph lamp bands 8 composition LED light group is simultaneously installed on city by connection component
Viaduct bottom surface.Be equivalent to by the LED light group and increase a giant screens in viaduct bottom surface, can by the screen into
The show of portable lighter light or broadcasting video, photo etc., greatly improve city lighting effect.Since the LED light group is by several LED bar graphs
8 groups of light bar etc., weight only just corresponds to more than one percent even several one thousandths of screen weights, reduces viaduct
Load-bearing, meet viaduct load-bearing standard, and using its cost of LED bar graph lamp band 8 also taking well below huge display screen
With root is it is estimated that the LED light group cost of the utility model composition is equivalent to 10th to ten/5th of huge display screen cost
/ mono-.Therefore, the LED light group brightening effect in the utility model is better than display screen, and weight ratio display screen is light, and cost is than display
Shield low.
As shown in Figure 1, connection component includes along 1 length direction of pontic, two the first bar shaped supporting elements 2 disposed in parallel two
A first bar shaped supporting element 2 is separately positioned on the two sides of pontic 1, it is preferred that channel steel can be selected in the first bar shaped supporting element 2, passes through
Expansion bolt is fixed on viaduct ground, realizes the fixation of entire LED light group, improving stability.
Several bar shaped suspenders 4 are arranged in parallel between two the first bar shaped supporting elements 2, each bar shaped suspender 4 is
Perpendicular to the first bar shaped supporting element 2, the both ends of each bar shaped suspender 4 are separately mounted on the first bar shaped supporting element 2.Each
Bar shaped suspender 4 is used to suspension LED bar graph lamp band 8.It is preferable to use steel wires for bar shaped suspender 4, i.e., wear between two column channel steels
Equipped with more steel wires, the width of the length and viaduct that are equivalent to every steel wire is similar, constitutes one and is covered with entire viaduct
Bondage LED bar graph lamp band 8 on the steel wire of bottom surface, then every steel wire, can make LED bar graph lamp band 8 be covered with entire viaduct bottom
The fixation of LED light group is realized in face.
For this field, to the fixation of a large amount of LED bar graph lamp bands 8 of realization, it can be generally fixed using mesh sheet,
But since the utility model is for viaduct bottom surface, area is big, and needing can be very more using mesh sheet, it is necessary to spliced,
Bad alignment when installation, it cannot be guaranteed that installation effect, and the weight of a large amount of mesh sheet can make viaduct load-bearing exceeded, destroy pontic
Structure, therefore be fixed in the utility model using the above method.
Either from width and said in terms of length, existing viaduct size is bigger, it is few then more than ten meters, it is how then several
Ten meters, therefore, when the drawing of viaduct width direction sets steel wire, since length is larger and bondage LED bar graph lamp band 8, it is possible to make
It is sagging at steel wire, therefore, the second bar shaped supporting element 3, the second bar shaped support are additionally provided between two the first bar shaped supporting elements 2
The parallel first bar shaped supporting element 2 of part 3, and several through-holes are offered on the second bar shaped supporting element 3, each through-hole is used to bar shaped
Suspender 4 passes through, and preferred second bar shaped supporting element 3 selects angle bar, is fixed on viaduct bottom surface on one side, on one side vertical grade separation
Bridge bottom surface opens up multiple through-holes on each angle bar, and steel wire is passed through through-hole, and the fixation by angle bar to steel wire improves steel wire
Tensile strength, avoid its sagging, LED light group can be made to be in same level, promoted brightening effect.
Each LED bar graph lamp band 8 is connected to controller 7 by data line, and controller 7 is used for every by data line traffic control
A 8 luminance of LED bar graph lamp band.As shown in Fig. 2, controller 7 passes sequentially through level one data transponder 6 and secondary data forwarding
5 data connection of device is to each LED bar graph lamp band 8.Each LED bar graph lamp band 8 can be controlled individually, and difference is passed through
Control can issue the light of different colours and brightness, pattern or video are formed with this, all controls by control 7 come
It realizes.Since viaduct base area is big, a large amount of LED bar graph lamp band 8 is needed to arrange, therefore, by and pass through level one data
Transponder 6 and secondary data transponder 5 are forwarded control, can accurately control each LED bar graph lamp band, and pass through clothes
The control program stored in business device 9 is controlled.
As shown in figure 3, controller 7 is connected respectively by network in the utility model in order to increase the interactivity of lighting engineering
It is connected to server 9 and mobile terminal 11.Pass through working in coordination between controller 7, server 9 and mobile terminal 11, and dress
Control software in server 9, may be implemented various interaction effects.Specific interaction mode is as follows:
Controller 7 receives the broadcast information code that mobile terminal 11 issues, and is obtained from server 9 according to broadcast information code
Corresponding broadcast information is taken, and controls the luminance of each LED bar graph lamp band 8 according to broadcast information.
Controller 7 and level one data transponder 6 are mounted in control cabinet.Control cabinet is installed on the bottom surface of pontic 1.According to
For the experience of those of ordinary skill in the art, control cabinet is generally mounted on the pillar below viaduct or pontic side wall, with
Facilitate control, still, in the utility model, since the quantity of LED bar graph lamp band 8 is especially more, needs to carry out grading control, and
And viaduct power supply is generally civilian low-voltage power supply, according to longer LED bar graph lamp band 8, low tension is difficult to be supplied to entire
LED light group uses, and therefore, the length of LED bar graph lamp band 8 is less than or equal to 5m, reduces the operating power of each LED bar graph lamp band 8,
So that low tension is enough to drive whole system, therefore, data line and number of electrical lines on viaduct bottom surface are further increased, if will
Control cabinet is mounted below viaduct on pillar, and line transmission is complicated, will increase the safety of whole system and handling, because
This, is installed on viaduct pontic bottom surface for control cabinet in the utility model, reduces the arrangement of electric wire and data line, reduces the later period
Maintenance maintenance difficulty, and the safety in control cabinet is increased, exposing to the weather is avoided, is avoided into water.
The control method of the above-mentioned Municipal viaduct bottom surface LED decorative lamp based on cloud platform interaction technique is by two kinds of moulds
Formula composition, mode one are mobile terminal control, and mode two is that controller 7 controls
Mode one: by controller 7 receive mobile terminal 11 issue broadcast information code, according to broadcast information code from
Corresponding broadcast information is obtained in server 9, and broadcast information is respectively sent to each LED bar graph lamp band 8, so that each
LED bar graph lamp band 8 adjusts luminance according to broadcast information.
Mode two: controller 7 obtains default broadcast information by server 9, and is controlled each according to default broadcast information
The luminance of LED bar graph lamp band 8.
Broadcast information and default broadcast information include status information of all LED bar graph lamp bands 8 at each moment, the hair
Light state information includes the luminescent color and light emission luminance at each moment, in this way, each light source can with the variation of time,
A gorgeous pattern can be formed or dazzle cruel video.By the control method of the utility model, increase LED light group interactivity and
Interest is conducive to the brightening effect and experience effect that promote city entirety.
Embodiment:
As shown in figure 4, in the present embodiment, being mounted with the LED decorative lamp to a certain viaduct bottom surface, the viaduct is wide
15m, long 52.8m, in the viaduct surface deployment LED bar graph lamp band.
In the two sides of bridge, installation 8# channel steel is spaced 20cm aperture as the first bar shaped supporting element on channel steel, and at two
It is worn between channel steel such as stainless steel steel wire M2, and 50cm angle bar is installed also parallel with channel steel between two channel steels, angle bar is on one side
It is fixed on pontic bottom surface, opens a hole every 20cm on another side, passed through for stainless steel steel wire.On every stainless steel steel wire
By tying up a bondage LED bar graph lamp band, every LED bar graph lamp band is 5m, power 15W, LED light source, colour temperature RGB, according to
Design scheme needs 6900 LED bar graph lamp bands in total, and it is as shown in the figure to be installed rear global pattern.
It is all connected to secondary data transponder every LED bar graph lamp band, secondary data transponder uses TP-LINK TL-
8 mouthfuls of gigabit switch of SG1008D use 87 in total, and every interchanger is connected to level one data transponder, level one data
Transponder uses EN-508 iversion controller, is arranged according to actual track and is distributed control, each sub-control using 20 iversion controllers
Device is connected to same controller, the controller use MP200, the controller power source input be AC220, -15 DEG C of operating temperature
~60 DEG C, enclosure material is aluminium alloy, is touch screen control, it can be achieved that the online integration of off line, can be real by the controller
The whole control of existing the utility model.
Claims (5)
1. a kind of Municipal viaduct bottom surface LED decorative lamp based on cloud platform interaction technique, which is characterized in that including several
A LED bar graph lamp band (8), several described LED bar graph lamp bands (8) form LED light group and are installed on city by connection component
Viaduct bottom surface, each LED bar graph lamp band (8) are connected to controller (7) by data line, and the controller (7) is used
In passing through each LED bar graph lamp band (8) luminance of the data line traffic control；
The connection component includes along pontic (1) length direction two the first bar shaped supporting elements (2) disposed in parallel, described in two
First bar shaped supporting element (2) is separately positioned on the two sides of the pontic (1), puts down between two the first bar shaped supporting elements (2)
Row is provided with several bar shaped suspenders (4), and the both ends of each bar shaped suspender are connected to corresponding first
On shape supporting element (2), each bar shaped suspender (4) is used to hang the LED bar graph lamp band (8)；
The controller (7) is respectively connected to server (9) and mobile terminal (11) by network, and the controller (7) is also used
In the broadcast information code for receiving mobile terminal (11) sending；According to the broadcast information code from the server (9)
It is middle to obtain corresponding broadcast information, and according to the luminance of each LED bar graph lamp band (8) of broadcast information control.
2. a kind of Municipal viaduct bottom surface LED decorative lamp based on cloud platform interaction technique as described in claim 1,
It is characterized in that, is additionally provided with the second bar shaped supporting element (3), second bar shaped between two the first bar shaped supporting elements (2)
Supporting element (3) is arranged in parallel with the first bar shaped supporting element (2), each second bar shaped supporting element (3) if on offer
Dry through-hole, each through-hole are used to the bar shaped suspender (4) and pass through, and each second bar shaped supporting element (3) is equal
For providing support for the bar shaped suspender (4).
3. a kind of Municipal viaduct bottom surface LED decoration based on cloud platform interaction technique as claimed in claim 1 or 2
Lamp, which is characterized in that the controller (7) passes sequentially through level one data transponder (6) and secondary data transponder (5) data connect
It is connected to each LED bar graph lamp band (8).
4. a kind of Municipal viaduct bottom surface LED decorative lamp based on cloud platform interaction technique as claimed in claim 3,
It is characterized in that, the controller (7) and level one data transponder (6) are mounted in control cabinet.
5. a kind of Municipal viaduct bottom surface LED decorative lamp based on cloud platform interaction technique as claimed in claim 4,
It is characterized in that, the control cabinet is installed on the bottom surface of the pontic (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821942219.3U CN208951817U (en) | 2018-11-23 | 2018-11-23 | Municipal viaduct bottom surface LED decorative lamp based on cloud platform interaction technique |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821942219.3U CN208951817U (en) | 2018-11-23 | 2018-11-23 | Municipal viaduct bottom surface LED decorative lamp based on cloud platform interaction technique |
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| Publication Number | Publication Date |
|---|---|
| CN208951817U true CN208951817U (en) | 2019-06-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821942219.3U Active CN208951817U (en) | 2018-11-23 | 2018-11-23 | Municipal viaduct bottom surface LED decorative lamp based on cloud platform interaction technique |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109373241A (en) * | 2018-11-23 | 2019-02-22 | 陕西天和照明设备工程有限公司 | Municipal viaduct bottom surface LED decorative lamp based on cloud platform interaction technique |
-
2018
- 2018-11-23 CN CN201821942219.3U patent/CN208951817U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109373241A (en) * | 2018-11-23 | 2019-02-22 | 陕西天和照明设备工程有限公司 | Municipal viaduct bottom surface LED decorative lamp based on cloud platform interaction technique |
| CN109373241B (en) * | 2018-11-23 | 2023-12-15 | 陕西天和照明设备工程有限公司 | Urban municipal overpass bottom surface LED decorative lamp based on cloud platform interaction technology |
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