CN112423455B - Landscape board light control method, system, device and storage medium - Google Patents
Landscape board light control method, system, device and storage medium Download PDFInfo
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- CN112423455B CN112423455B CN202011346002.8A CN202011346002A CN112423455B CN 112423455 B CN112423455 B CN 112423455B CN 202011346002 A CN202011346002 A CN 202011346002A CN 112423455 B CN112423455 B CN 112423455B
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
- H05B47/165—Controlling the light source following a pre-assigned programmed sequence; Logic control [LC]
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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Abstract
The application relates to a landscape board light control method, a landscape board light control system, a landscape board light control device and a storage medium. The method comprises the steps of obtaining a scenic spot route map, and marking all landscape tiles in the scenic spot according to the scenic spot route map; monitoring a first path of a tourist, and starting landscape board light of the first path; judging a second path of the tourist according to the first path, wherein the second path is used for describing a next path which is continuously traveled after the tourist finishes traveling the first path; and when the tourists drive to the landscape cards on the first path, starting the light of the landscape cards on the second path according to the second path. The landscape board has the effects of reasonably controlling the light of the landscape board and reducing energy waste.
Description
Technical Field
The application relates to the field of light control, in particular to a landscape board light control method, a landscape board light control system, a landscape board light control device and a storage medium.
Background
The introduction board for landscape is a carrier for introducing general information, cultural relics and characteristic information of a landscape area. The tourists can conveniently know the scenic area in a short time; in addition, in order to embody regional culture and mental state of a scenic spot, propaganda marks are arranged in the environment, one part of marks relate to behavior specifications of citizens, and the other part of marks are cultural and intellectual, such as introduction of some cultural sites and introduction of some animals and plants.
Along with the development of times and urban progress, the design of the landscape cards is more and more diversified, and the landscape cards often play a role in introducing scenic spots and decorating beautiful scenery, so that lamp beads are arranged on some landscape cards, the landscape cards can be matched with the design of the landscape cards to play a role in beauty, and the landscape cards can play a role in illumination at night.
However, the landscape board is not properly controlled, and the light is usually turned on at night, which causes unnecessary energy waste.
Disclosure of Invention
In order to reasonably control the light of the landscape board and reduce energy waste, the application provides a landscape board light control method, a landscape board light control system, a landscape board light control device and a storage medium.
In a first aspect, the application provides a landscape brand light control method, which adopts the following technical scheme:
a landscape board light control method comprises the following steps:
obtaining a scenic spot route map, and marking all landscape cards in the scenic spot according to the scenic spot route map;
monitoring a first path of a tourist, and starting landscape board light of the first path;
judging a second path of the tourist according to the first path, wherein the second path is used for describing a next path which is continuously traveled after the tourist finishes traveling the first path;
and when the tourist drives to the landscape cards on the first path, starting the landscape card light on the second path according to the second path.
By adopting the technical scheme, the landscape cards on all the routes in the scenic spot are recorded, the first route of the tourists driving after entering the scenic spot is monitored, and all the light of the landscape cards on the first route is started, so that the tourists can see the light of the landscape cards and can see the text description of the landscape cards clearly at night; judging a second path which needs to be traveled after the tourists finish traveling the first path according to the first path, and starting all landscape cards of the second path until the tourists travel to the landscape cards of the first path, so that the tourists can see the landscape cards of the second path after traveling to the second path; and only the light of the tourist and the landscape card predicted by the tourist in the future is opened in the scenic spot, so that the light is reasonably controlled although the light is shot, and the energy waste is effectively reduced.
The present invention in a preferred example may be further configured to: monitoring the entrance of the scenic spot in real time to obtain the number of tourists entering the scenic spot;
judging whether the number of the tourists entering the scenic spot is greater than or equal to a threshold value, and if so, starting the light of the landscape board;
monitoring the exit of the scenic spot in real time to obtain the number of tourists leaving the scenic spot;
acquiring the actual number of the tourists in the scenic area according to the number of the tourists leaving the scenic area and the number of the tourists entering the scenic area;
and judging whether the actual number of the tourists is lower than a threshold value, and if so, turning off the light of the landscape board.
By adopting the technical scheme, at least one entrance and at least one exit are arranged in the scenic spot, the number of people entering the scenic spot is judged by monitoring the entrance of the scenic spot, if the number of people reaches the threshold value, the light of the landscape board is started, and if the number of people in the scenic spot does not reach the threshold value, the light of the landscape board does not need to be started, so that the energy waste is caused; monitoring the number of people that go out, combining to get into the scenic spot number, obtaining the interior actual number of people of scenic spot, according to the interior actual number of people of scenic spot, the opening and close of control view tablet light avoids when the number of people in the scenic spot does not reach the threshold value, starts view tablet light and causes the energy extravagant.
The present invention in a preferred example may be further configured to: each path is provided with at least two groups of cameras, wherein at least one group is arranged at the head end and the tail end of the path, the path comprises a first path and a second path, and the method further comprises the following steps:
after the tourist drives the first path, acquiring all paths communicated with the tail end of the first path, wherein the paths are preset second paths;
starting all landscape board lights of the preset second path;
when at least one tail end camera of the preset second path acquires the tourist and the tail end camera of the first path does not acquire the tourist, the preset second path of the tourist which is not acquired by the head end camera is acquired, and the landscape board light is turned off.
By adopting the technical scheme, after the tourists finish driving the first path, all paths communicated with the first path are the preset second paths, at the moment, all landscape board lights of the preset second paths are started until the tourists are monitored to drive to the tail end of at least one preset second path, and at the moment, the tourists do not exist in the first path, all the tourists leave the first path, the tourists drive to the tail end of the preset second path, the situation that other preset second paths which do not monitor the tourists at the head end do not exist in the tourists is represented, the landscape board lights representing the preset second paths can be turned off, and unnecessary energy waste is avoided.
The present invention in a preferred example may be further configured to: and acquiring time, judging whether the time is within a preset range of light starting, and if so, starting the light of the landscape board.
By adopting the technical scheme, the time is obtained, whether the sun is in the mountain or not is judged, the sun becomes dark in the afterdays of the mountain, and the landscape board light is required to be started; if the sun does not fall off the mountain, the landscape board light is started, in the daytime, the attractive effect of the light is not obvious, the illumination requirement is low, and the landscape board light does not need to be started in the daytime, so that the energy consumption is saved.
The present invention in a preferred example may be further configured to: acquiring a date, and judging the sunset time according to the date;
and adjusting the light starting preset range according to the sun falling time.
By adopting the technical scheme, the time duration of the day and night in winter and summer is different, the local date is obtained, the sunset time of the local date can be judged, the preset range of light opening is adjusted according to different dates, and the condition that the light of the landscape board is opened too early in summer and is opened too late in winter is avoided.
The invention in a preferred example may be further configured to: the landscape board is provided with a plurality of groups of lamp beads which are arranged in the landscape board in a matrix manner, and the method further comprises the following steps:
sequentially starting the lamp beads according to the head-tail sequence of each row of the lamp beads;
and sequentially starting the lamp beads according to the head and tail sequence of each column of the lamp beads.
Through adopting above-mentioned technical scheme, make the light illumination of view tablet show gradual change effect along every row and every row, make the light illumination more have the stereovision, compare in light bright totally all the time, this scheme can the energy saving consume, can increase the aesthetic property of view tablet light again.
The invention in a preferred example may be further configured to: acquiring the positions of all the lamp beads, and acquiring the positions of the lamp beads corresponding to the character parts;
increasing the output power of the lamp beads corresponding to the character parts to enhance the light brightness of the corresponding lamp beads.
Through adopting above-mentioned technical scheme, because inside the view tablet was located to the lamp pearl, the lamp pearl sees through the view tablet and sends the light, makes view tablet surface brighten, when making the illumination of view tablet light, emphatically illuminates the characters part of view tablet, makes the visitor watch the characters more clear, reduces the lamp pearl illumination intensity at other positions, and rational arrangement output can make things convenient for the visitor to watch, again can the reasonable energy saving.
In a second aspect, the application provides a landscape board light control system, which adopts the following technical scheme:
a light control system for a landscape board is characterized in that each path is provided with at least two groups of cameras, wherein at least one group is arranged at the head end and the tail end of each path, each path comprises a first path and a second path, the landscape board is provided with a plurality of groups of lamp beads, and the lamp beads are arranged in the landscape board in a matrix manner; the system comprises:
the marking device is used for acquiring a scenic spot route map and marking all the landscape cards in the scenic spot according to the scenic spot route map;
the first starting device monitors a first path of the tourist and starts the landscape board light of the first path;
the judging device is used for judging a second path of the tourist according to the first path, wherein the second path is used for describing a next path for the tourist to continuously travel after the tourist finishes traveling the first path;
the second starting device is used for starting the landscape card light of the second path according to the second path when the tourist drives to the landscape card of the first path;
the first monitoring device monitors the entrance of the scenic spot in real time and acquires the number of tourists entering the scenic spot;
judging whether the number of the tourists entering the scenic spot is greater than or equal to a threshold value, and if so, starting the light of the landscape board;
monitoring the exit of the scenic spot in real time to obtain the number of tourists leaving the scenic spot;
acquiring the actual number of the tourists in the scenic area according to the number of the tourists leaving the scenic area and the number of the tourists entering the scenic area;
judging whether the actual number of the tourists is lower than a threshold value, and if so, turning off the light of the landscape board;
the second monitoring device is used for acquiring all paths communicated with the tail end of the first path as a preset second path after the tourists finish driving the first path;
starting all landscape board lights of the preset second path;
when the tail end camera of at least one preset second path acquires the tourist and the tail end camera of the first path does not acquire the tourist, acquiring a preset second path of the tourist which is not acquired by the head end camera, and turning off the landscape board light;
the acquisition device is used for acquiring time and judging whether the time is within a preset light starting range or not, and if so, starting the light of the landscape board;
the adjusting device is used for acquiring the date and judging the sunset time according to the date;
adjusting the preset light starting range according to the sunset time;
the third starting device sequentially starts the lamp beads according to the head-tail sequence of each row of the lamp beads;
sequentially starting the lamp beads according to the head-tail sequence of each row of the lamp beads;
the enhancement device is used for acquiring the positions of all the lamp beads and acquiring the positions of the lamp beads corresponding to the character parts;
increasing the output power of the lamp beads corresponding to the character parts to enhance the light brightness of the corresponding lamp beads.
By adopting the technical scheme, the sun mountain-falling time of the day is judged according to the day date, the light starting preset range is adjusted according to the sun mountain-falling time, and when the time is within the light starting preset range, the landscape board light can be started;
the on-off of the landscape board light is further controlled by monitoring the actual number of people in the scenic spot, if the number of people reaches a threshold value, the landscape board light is started, and if the number of people does not reach the threshold value, the landscape board light does not need to be started, so that the energy waste is avoided;
recording landscape cards on all routes in a scenic spot, monitoring a first route traveled by a tourist after entering the scenic spot, and starting all landscape card lights of the first route so that the tourist can see the lights of the landscape cards and can clearly see the text descriptions of the landscape cards at night; after the tourists finish driving the first path, all paths communicated with the first path are preset second paths, at the moment, landscape signboard light of all the preset second paths is started, so that when the tourists drive to the second paths, the landscape signboard light of the second paths can be seen until the tourists are monitored to drive to the tail end of at least one preset second path, at the moment, no tourists exist in the first path, the tourists leave the first path, the tourists drive to the tail end of the preset second path, the situation that no tourists go to the preset second path of the tourists are monitored at the other head ends is shown, the landscape signboard light of the preset second path can be turned off, and unnecessary energy waste is avoided; only open the light that has the visitor and predict that the visitor is future view tablet in the scenic spot, the reasonable control is taken a photograph light though, effectively reduces the energy waste, and the luminance control of light has the stereovision, makes the partial light that more needs to illuminate brighten, and remaining part light darkens, further reduces the energy waste.
The third aspect, the application provides a view tablet light controlling means adopts following technical scheme:
a light control device for a landscape board is characterized in that each path is provided with at least two groups of cameras, wherein at least one group is arranged at the head end and the tail end of each path, each path comprises a first path and a second path, the landscape board is provided with a plurality of groups of lamp beads, and the lamp beads are arranged in the landscape board in a matrix manner; the device comprises:
the marking module is used for acquiring a scenic spot route map and marking all the landscape tiles in the scenic spot according to the scenic spot route map;
the first starting module is used for monitoring a first path of the tourist and starting landscape board light of the first path;
the judging module is used for judging a second path of the tourist according to the first path, wherein the second path is used for describing a next path which is continuously traveled after the tourist finishes traveling the first path;
the second starting module is used for starting the landscape card light of the second path according to the second path when the tourist drives to the landscape card of the first path;
the first monitoring module monitors the entrance of the scenic spot in real time and acquires the number of tourists entering the scenic spot;
judging whether the number of the tourists entering the scenic spot is greater than or equal to a threshold value, and if so, starting the light of the landscape board;
monitoring the exit of the scenic spot in real time to obtain the number of tourists leaving the scenic spot;
acquiring the actual number of the tourists in the scenic area according to the number of the tourists leaving the scenic area and the number of the tourists entering the scenic area;
judging whether the actual number of the tourists is lower than a threshold value, and if so, turning off the light of the landscape board;
the second monitoring module is used for acquiring all paths communicated with the tail end of the first path after the tourists finish driving the first path, and the paths are preset second paths;
starting all landscape board lights of the preset second path;
when the tail end camera of at least one preset second path acquires the tourist and the tail end camera of the first path does not acquire the tourist, acquiring a preset second path of the tourist which is not acquired by the head end camera, and turning off the landscape board light;
the acquisition module is used for acquiring time and judging whether the time is within a preset light starting range or not, and if so, starting the light of the landscape board;
the adjusting module is used for acquiring the date and judging the sunset time according to the date;
adjusting the preset light starting range according to the sunset time;
the third starting module is used for sequentially starting the lamp beads according to the head-tail sequence of each row of the lamp beads;
sequentially starting the lamp beads according to the head-tail sequence of each column of the lamp beads;
the enhancement module is used for acquiring the positions of all the lamp beads and acquiring the positions of the lamp beads corresponding to the character parts;
increasing the output power of the lamp beads corresponding to the character parts to enhance the light brightness of the corresponding lamp beads.
By adopting the technical scheme, the sun mountain-falling time of the day is judged according to the day date, the light starting preset range is adjusted according to the sun mountain-falling time, and when the time is within the light starting preset range, the landscape board light can be started;
the on-off of the landscape board light is further controlled by monitoring the actual number of people in the scenic spot, if the number of people reaches a threshold value, the landscape board light is started, and if the number of people does not reach the threshold value, the landscape board light does not need to be started, so that the energy waste is avoided;
recording landscape cards on all routes in a scenic spot, monitoring a first route traveled by a tourist after the tourist enters the scenic spot, starting all landscape card lights of the first route so that the tourist can see the lights of the landscape cards, and can see the text description of the landscape cards clearly at night; after the tourists finish driving the first path, all paths communicated with the first path are preset second paths, at the moment, landscape board light of all the preset second paths is started, when the tourists drive to the second paths, the landscape board light of the second paths can be seen until the tourists are monitored to drive to the tail end of at least one of the preset second paths, at the moment, no tourists exist in the first paths, the fact that all the tourists leave the first paths is represented, the fact that the tourists drive to the tail end of the preset second paths already exists means that no tourists exist in the preset second paths monitored by other head ends, the fact that the tourists do not go to the preset second paths is represented, the landscape board light of the preset second paths can be turned off, and unnecessary energy waste is avoided; only open the light that has the visitor and predict that the visitor is future view tablet in the scenic spot, the reasonable control is taken a photograph light though, effectively reduces the energy waste, and the luminance control of light has the stereovision, makes the partial light that more needs to illuminate brighten, and remaining part light darkens, further reduces the energy waste.
In a fourth aspect, the present application provides a computer-readable storage medium storing a computer program that can be loaded by a processor and execute any one of the above landscape tile light control methods.
By adopting the technical scheme, the using method of the landscape tile light control can be stored in the readable storage medium, so that the computer program of the landscape tile light control method stored in the readable storage medium can be executed by the processor, and the effect of improving the stability of the processing system is realized.
In summary, the present application includes at least one of the following beneficial technical effects:
1. in the scheme, by monitoring the tourists, the light of all the landscape cards on the first path where the tourists travel is started, and then the second path where the tourists travel next is judged, so that the light of the second path is started in advance, the light control of the landscape cards is more reasonable, and the energy consumption is effectively reduced;
2. in the scheme, the number of people entering the scenic spot entrance and the number of people leaving the scenic spot exit are monitored to obtain the actual number of people in the scenic spot, whether the threshold value is reached is judged according to the actual number of people in the scenic spot, if the threshold value is not reached, the light of the landscape board does not need to be started, and the energy consumption is reduced;
3. in this scheme, judge local sun time of falling a mountain through acquireing the date, adjust view tablet light opening time and predetermine the scope, avoid the view lamp to open time earlier or later under different seasons, when causing the energy waste, still can bring inconvenience for the visitor.
Drawings
Fig. 1 is a schematic flow chart in the first embodiment of the present application.
Fig. 2 is a schematic diagram of a system in a second embodiment of the present application.
Fig. 3 is a block diagram of the third embodiment of the present application.
Description of reference numerals: 201. a marking device; 202. a judging device; 203. a first starting device; 204. a second starting device; 205. a first monitoring device; 206. a second monitoring device; 207. an acquisition device; 206. an adjustment device; 209. a third starting device; 210. a reinforcement device; 301. a marking module; 302. a first starting module; 303. a judgment module; 304. a second starting module; 305. a first monitoring module; 306. a second monitoring module; 307. an acquisition module; 308. an adjustment module; 309. a third starting module; 310. and a reinforcing module.
Detailed Description
The present application is described in further detail below with reference to figures 1-3.
The present embodiment is only for explaining the present invention, and it is not limited to the present invention, and those skilled in the art can make modifications of the present embodiment without inventive contribution as needed after reading the present specification, but all of them are protected by patent law within the scope of the claims of the present invention.
The first embodiment is as follows:
a landscape board light control method, referring to figure 1, comprises the following steps:
101. and acquiring a scenic spot route map, and marking all the landscape tiles in the scenic spot according to the scenic spot route map.
And acquiring a scenic spot map, so that all routes of the scenic spot are known, and all landscape cards in the scenic spot are recorded, wherein each landscape card corresponds to one route, namely the route of one landscape card in the scenic spot.
For example, the No. 1 landscape card is located on the No. 1 route in the scenic spot, namely the No. 1 landscape card is marked, and the No. 1 landscape card is marked to belong to the No. 1 route.
102. Monitoring a first path of the tourist, and starting landscape board light of the first path.
After the visitor entered into the scenic spot, the route of scenic spot entry intercommunication all was equipped with the camera for predetermineeing first route on every predetermine first route, when the camera acquireed the photo of visitor, had the visitor to travel on the predetermined first route that corresponds promptly, judges that should predetermine first route is first route, then has the visitor on the first route, starts the view tablet light that first route corresponds.
It is worth mentioning that the first path may be one or more, that is, all the preset first paths monitored by the tourists are the first paths, and the landscape lamps of all the first paths are started.
103. And judging a second path of the tourist according to the first path, wherein the second path is used for describing a next path for the tourist to continuously travel after the tourist finishes traveling the first path.
Specifically, when the visitor travels to the first route, other routes continuing from the tail end of the first route are acquired according to the scenic spot route map, and all other routes continuing from the tail end of the first route are determined as the second route, that is, the route is a route which the visitor is likely to travel next.
104. And when the tourists drive to the landscape cards on the first path, starting the light of the landscape cards on the second path according to the second path.
Specifically, a camera is further arranged near the landscape cards, when a tourist drives to a position near the landscape cards on the first path, the tourist is obtained by the camera, namely after the tourist finishes watching the landscape cards on the first path, the tourist can watch the landscape cards on the second path, and at the moment, the light of the landscape cards on the second path is started. The landscape board light of the second path is prevented from being started too early or too late, a certain lighting effect can be achieved in advance, and energy consumption can be saved.
105. Monitoring the entrance of the scenic spot in real time to obtain the number of tourists entering the scenic spot;
judging whether the number of the tourists entering the scenic spot is greater than or equal to a threshold value, and if so, starting the light of the landscape board;
detecting the exit of the scenic spot in real time to obtain the number of tourists leaving the scenic spot;
acquiring the actual number of the tourists in the scenic area according to the number of the tourists leaving the scenic area and the number of the tourists entering the scenic area;
and judging whether the actual number of the tourists is lower than a threshold value, and if so, turning off the landscape board light.
Specifically, the scenic spot is provided with at least one entrance and at least one exit, and the scenic spot strictly controls visitors to enter from the entrance and leave from the exit so as to monitor the flow of people in the scenic spot.
Before the scenic spot is driven to the garden, no visitor is present in the scenic spot at the moment, after the garden is driven, the number of visitors entering all scenic spot entrances is monitored, the number of visitors entering the scenic spot can be calculated through visitor tickets in a specific mode, and the number of visitors entering all the entrances is added, namely the number of visitors entering the scenic spot.
And when the number of visitors entering the scenic spot is larger than or equal to a threshold value, starting landscape board light, wherein the threshold value can be based on the average pedestrian volume of the scenic spot, the lowest threshold value is 1 percent of the average pedestrian volume of the scenic spot, and the highest threshold value cannot exceed 50 pedestrians.
If the number of people entering the scenic spot is lower than the threshold value, the light of the landscape cards does not need to be started, and the landscape cards cannot be fully used due to the fact that the number of people in the scenic spot is small, and therefore unnecessary energy waste is caused.
The number of visitors leaving the scenic spot is calculated by monitoring the number of visitors leaving the scenic spot, wherein the number of visitors leaving the scenic spot can be calculated by a camera or by the number of times of passing through an outlet valve.
The number of the tourists entering the scenic spot is subtracted from the number of the tourists leaving the scenic spot, so that the actual number of the tourists in the scenic spot is obtained. And judging the number of the actual tourists in the scenic spot, and judging whether the number of the actual tourists is lower than a threshold value.
At the moment, the number of people in the scenic spot is changed continuously when the scenic spot is opened for a period of time, and the actual number of visitors in the scenic spot is calculated, so that the light change of the landscape cards is controlled, and the landscape cards are more reasonable.
106. Each path is provided with at least two groups of cameras, wherein at least one group is arranged at the head end and the tail end of the path, the path comprises a first path and a second path, and the method further comprises the following steps:
after the tourist drives the first path, acquiring all paths communicated with the tail end of the first path, wherein the paths are preset second paths;
starting all landscape board lights of the preset second path;
when at least one tail end camera of the preset second path acquires the tourist and the tail end camera of the first path does not acquire the tourist, the preset second path of the tourist which is not acquired by the head end camera is acquired, and the landscape board light is turned off.
Specifically, every route all is equipped with two sets of cameras at least in the scenic spot, and a set of camera sets up in the head end on route, and a set of camera sets up in the tail end on route for whether this route has the visitor to get into and whether this route has the visitor to leave of monitoring.
When the tourist drives to the landscape cards of the first path, the camera nearby the landscape cards acquires images of the tourist, and all paths communicated with the tail end of the first path are acquired at the moment, namely the preset second path.
And starting all the landscape cards with the preset second paths, so that the tourists can see the landscape cards to light up when driving to the preset second paths.
When the tourist drives to the head end of one of the preset paths, the head end camera of one of the preset second paths obtains a photo of the tourist;
if the camera at the tail end of the first path does not acquire the photo of the tourist, the fact that all the tourists on the first path finish traveling is shown, and all the tourists leave the first path;
at this moment, the tourists are possibly shot for the head ends of the preset second paths, when the photos of the tourists are shot by the tail end of one of the preset second paths, it is indicated that the tourists of the preset second path finish running, at this moment, if in other preset second paths, the camera at the head end does not obtain the photos of the tourists yet, it is indicated that the preset second path is available, the tourists do not select, and the light of the landscape signboard of the preset second path is turned off, so that the energy waste is avoided.
107. And acquiring time, judging whether the time is within a preset range of light starting, and starting the light of the landscape board if the time is within the preset range of light starting.
The time module of scenic spot master control system is unanimous with local time, acquires the time this moment, judges whether the time opens the preset range at light this moment, and light opens and predetermines the range specifically for the time after the local sun falls the mountain to before the scenic spot is closed, is the dark day this moment, then needs view tablet light to open, if for daytime, then need not to open view tablet light to cause the unnecessary energy extravagant.
108. Acquiring a date, and judging the sunset time according to the date;
and adjusting the preset light starting range according to the sunset time.
Specifically, the specific date at this time is acquired, and the season in which the date is located is determined, and the sunset time of the region where the scenic spot is located is acquired because the sunset times of different seasons are not the same, and specifically, the average sunset time of the local near 10-year four seasons can be acquired.
And after judging which season the date belongs to, adjusting the preset range of light opening according to the average sunset time of the season.
Therefore, the light of the landscape board in the current season of the area where the scenic spot is located is enabled to be more reasonably opened, the light of the landscape lamp is prevented from being opened too early in summer, and the light of the landscape lamp is prevented from being opened too late in winter, so that unnecessary waste of energy is caused.
109. The landscape board is provided with a plurality of groups of lamp beads which are arranged in the landscape board in a matrix manner, and the method further comprises the following steps:
sequentially starting the lamp beads according to the head-tail sequence of each row of the lamp beads;
and sequentially starting the lamp beads according to the head and tail sequence of each row of the lamp beads.
Specifically, the view tablet is made by translucent material, and the inside multiunit lamp pearl that is equipped with of view tablet, multiunit lamp pearl are the matrix and arrange, and the lamp pearl lights the back, makes the surperficial printing opacity of view tablet, plays illumination and decorative effect.
The lamp beads in each row are sequentially powered according to the head-tail sequence of the lamp beads in each row, so that the lamp beads in the same row are sequentially lighted up and sequentially extinguished according to the head-tail sequence, and a gradual change effect is presented;
and according to the head and tail sequence of each row of lamp beads, sequentially supplying power to the lamp beads in each row in sequence, so that the lamp beads in the same row are sequentially illuminated, sequentially extinguished according to the head and tail sequence, and a gradual change effect is presented.
Compare in the lamp pearl and light all the time, this scheme has not only strengthened the pleasing to the eye effect of lamp pearl, has still saved the energy consumption.
110. Acquiring the positions of all the lamp beads, and acquiring the positions of the lamp beads corresponding to the character parts;
increasing the output power of the lamp beads corresponding to the character parts to enhance the light brightness of the corresponding lamp beads.
Specifically, the positions of all lamp beads in the landscape board are obtained, the positions of all character parts on the surface of the landscape board are obtained, and all the character parts correspond to the lamp beads, so that the lamp beads corresponding to the character parts are obtained;
increase the output power of the lamp pearl that will correspond the characters part, make the lamp pearl luminance of this part stronger, reduce the output power of all the other parts lamp pearls to make energy reasonable arrangement, avoid the energy extravagant, also enable the visitor and utilize light better, emphatically see characters part clearly.
The implementation principle of the embodiment is as follows: judging the sun mountain-falling time of the same day according to the date of the same day, adjusting a light starting preset range according to the sun mountain-falling time, and starting landscape board light when the time is within the light starting preset range;
the on-off of the landscape board light is further controlled by monitoring the actual number of people in the scenic spot, if the number of people reaches a threshold value, the landscape board light is started, and if the number of people does not reach the threshold value, the landscape board light does not need to be started, so that the energy waste is avoided;
recording landscape cards on all routes in a scenic spot, monitoring a first route traveled by a tourist after entering the scenic spot, and starting all landscape card lights of the first route so that the tourist can see the lights of the landscape cards and can clearly see the text descriptions of the landscape cards at night; after the tourists finish driving the first path, all paths communicated with the first path are preset second paths, at the moment, landscape board light of all the preset second paths is started, when the tourists drive to the second paths, the landscape board light of the second paths can be seen until the tourists are monitored to drive to the tail end of at least one of the preset second paths, at the moment, no tourists exist in the first paths, the fact that all the tourists leave the first paths is represented, the fact that the tourists drive to the tail end of the preset second paths already exists means that no tourists exist in the preset second paths monitored by other head ends, the fact that the tourists do not go to the preset second paths is represented, the landscape board light of the preset second paths can be turned off, and unnecessary energy waste is avoided; the light of the scenic spot is only opened, so that the tourists and the forecast tourists can be the scenic plate in the future, the light is reasonably controlled although the light is shot, the energy waste is effectively reduced, the brightness control of the light has a hierarchical sense, the part of the light which needs to be illuminated is lightened, the rest part of the light is darkened, and the energy waste is further reduced;
the landscape board is internally composed of a plurality of lamp beads, and the light of the landscape board is turned on and off in a gradual change mode by controlling the on-off mode of the plurality of lamp beads, so that the beautifying effect of the light of the landscape board is better, and the energy-saving effect is achieved; the brightness of the lamp beads of the corresponding character part of the landscape board is controlled to be enhanced, the brightness of the lamp beads of the rest parts is reduced, and light energy is reasonably arranged, so that energy is saved.
Example two:
a light control system for a landscape board is characterized in that each path is provided with at least two groups of cameras, wherein at least one group is arranged at the head end and the tail end of each path, each path comprises a first path and a second path, the landscape board is provided with a plurality of groups of lamp beads, and the lamp beads are arranged in the landscape board in a matrix manner; the system comprises:
the marking device 201 acquires a scenic spot route map, and marks all the landscape tiles in the scenic spot according to the scenic spot route map.
The first starting device 202 monitors a first path of the tourists and starts the landscape board light of the first path.
And the judging device 203 judges a second path of the tourist according to the first path, wherein the second path is used for describing a next path for the tourist to continuously travel after the tourist finishes traveling the first path.
And the second starting device 204 is used for starting the landscape card light of the second path according to the second path when the tourist drives to the landscape card of the first path.
The first monitoring device 205 monitors the entrance of the scenic spot in real time and acquires the number of tourists entering the scenic spot;
judging whether the number of the tourists entering the scenic spot is larger than or equal to a threshold value, and starting the light of the landscape board if the number of the tourists entering the scenic spot exceeds the threshold value;
detecting the exit of the scenic spot in real time to obtain the number of tourists leaving the scenic spot;
acquiring the actual number of the tourists in the scenic area according to the number of the tourists leaving the scenic area and the number of the tourists entering the scenic area;
and judging whether the actual number of the tourists is lower than a threshold value, and if so, turning off the landscape board light.
The second monitoring device 206, after the tourist finishes the first path, acquires all the paths communicated with the tail end of the first path, and the paths are preset second paths;
starting all landscape board lights of the preset second path;
and when at least one tail end camera of the preset second path acquires the tourist and the tail end camera of the first path does not acquire the tourist, acquiring the preset second path of which the head end camera does not acquire the tourist and turning off the landscape board light.
And the acquisition device 207 acquires time, judges whether the time is within a preset light starting range, and starts the light of the landscape board if the time is within the preset light starting range.
An adjusting device 208 for acquiring the date and judging the time of the sunset of the sun according to the date;
and adjusting the preset light starting range according to the sunset time.
The third starting device 209 starts the lamp beads in sequence according to the head-tail sequence of each row of the lamp beads;
and sequentially starting the lamp beads according to the head and tail sequence of each column of the lamp beads.
The enhancing device 210 is used for acquiring the positions of all the lamp beads and acquiring the positions of the lamp beads corresponding to the character parts;
and increasing the output power of the lamp beads corresponding to the character parts to enhance the light brightness of the corresponding lamp beads.
Example three:
a light control device for a landscape board is characterized in that each path is provided with at least two groups of cameras, wherein at least one group is arranged at the head end and the tail end of each path, each path comprises a first path and a second path, the landscape board is provided with a plurality of groups of lamp beads, and the lamp beads are arranged in the landscape board in a matrix manner; the device comprises:
the marking module 301 obtains a scenic spot route map, and marks all the landscape tiles in the scenic spot according to the scenic spot route map.
A first actuation module 302 monitors a first path of the guest and actuates landscape sign lights of the first path.
And the judging module 303 is configured to judge a second path of the visitor according to the first path, where the second path is used to describe a next path where the visitor continues to travel after the visitor finishes traveling the first path.
And the second starting module 304 is used for starting the landscape card light of the second path according to the second path when the tourist drives to the landscape card of the first path.
A first monitoring module 305 for monitoring the entrance of the scenic spot in real time and acquiring the number of tourists entering the scenic spot;
judging whether the number of the tourists entering the scenic spot is greater than or equal to a threshold value, and if so, starting the light of the landscape board;
detecting the exit of the scenic spot in real time to obtain the number of tourists leaving the scenic spot;
acquiring the actual number of the tourists in the scenic area according to the number of the tourists leaving the scenic area and the number of the tourists entering the scenic area;
and judging whether the actual number of the tourists is lower than a threshold value, and if so, turning off the landscape board light.
The second monitoring module 306 is used for acquiring all paths communicated with the tail end of the first path after the tourist drives the first path, and the paths are preset second paths;
starting all landscape board lights of the preset second path;
when at least one tail end camera of the preset second path acquires the tourist and the tail end camera of the first path does not acquire the tourist, the preset second path of the tourist which is not acquired by the head end camera is acquired, and the landscape board light is turned off.
And the obtaining module 307 is used for obtaining time, judging whether the time is within a preset light starting range, and if so, starting the light of the landscape board.
The adjusting module 308 acquires the date and judges the sunset time according to the date;
and adjusting the preset light starting range according to the sunset time.
A third starting module 309, which starts the lamp beads in sequence according to the head-tail sequence of each row of the lamp beads;
and sequentially starting the lamp beads according to the head and tail sequence of each row of the lamp beads.
The enhancing module 310 is used for acquiring the positions of all the lamp beads and acquiring the positions of the lamp beads corresponding to the character parts;
increasing the output power of the lamp beads corresponding to the character parts to enhance the light brightness of the corresponding lamp beads.
It should be noted that: in the device and the system for controlling the landscape board light provided by the above embodiments, when the landscape board light control method is executed, only the division of the above function modules is taken as an example, and in practical application, the function distribution can be completed by different function modules according to needs, that is, the device and the internal structure of the device are divided into different function modules so as to complete all or part of the functions described above. In addition, the embodiments of the method, the system and the device for controlling the light of the landscape cards provided by the embodiments belong to the same concept, and specific implementation processes are detailed in the embodiments of the methods and are not described again.
It will be understood by those skilled in the art that all or part of the steps for implementing the above embodiments may be implemented by hardware, or may be implemented by a program instructing relevant hardware, where the program may be stored in a computer-readable storage medium, and the storage medium may be a read-only memory, a magnetic disk or an optical disk.
The above description is only exemplary of the present application and should not be taken as limiting the present application, as any modification, equivalent replacement, or improvement made within the spirit and principle of the present application should be included in the protection scope of the present application.
Claims (9)
1. A landscape board light control method is characterized by comprising the following steps:
obtaining a scenic spot route map, and marking all landscape tiles in the scenic spot according to the scenic spot route map;
monitoring a first path of a tourist, and starting landscape board light of the first path;
judging a second path of the tourist according to the first path, wherein the second path is used for describing a next path for the tourist to continuously travel after the tourist finishes traveling the first path;
when the tourists drive to the landscape cards of the first path, starting the light of the landscape cards of the second path according to the second path;
each path is provided with at least two groups of cameras, wherein at least one group is arranged at the head end and the tail end of each path, each path comprises a first path and a second path, and after a tourist drives the first path, all paths communicated with the tail end of the first path are obtained and are preset second paths; starting all landscape board lights of the preset second path; when the tail end camera of at least one preset second path acquires the tourist and the tail end camera of the first path does not acquire the tourist, acquiring the preset second path of the tourist which is not acquired by the head end camera, and turning off landscape board light of the second path of the tourist which is not acquired.
2. The method of claim 1, comprising:
monitoring the entrance of the scenic spot in real time to obtain the number of tourists entering the scenic spot;
judging whether the number of the tourists entering the scenic spot is larger than or equal to a threshold value, and starting all landscape board lights if the number of the tourists entering the scenic spot exceeds the threshold value;
monitoring the exit of the scenic spot in real time to obtain the number of tourists leaving the scenic spot;
acquiring the actual number of the tourists in the scenic area according to the number of the tourists leaving the scenic area and the number of the tourists entering the scenic area;
and judging whether the actual number of the tourists is lower than a threshold value, and if so, turning off all the landscape board lights.
3. The method of claim 1, comprising:
and acquiring time, judging whether the time is within a preset range of light starting, and starting all the landscape board lights if the time is within the preset range of light starting.
4. The method of claim 3, comprising:
acquiring a date, and judging the sunset time according to the date;
and adjusting the preset light starting range according to the sunset time.
5. The method of claim 1, wherein the landscape tile is provided with a plurality of groups of lamp beads arranged in a matrix into the landscape tile, the method further comprising:
sequentially starting the lamp beads according to the head-tail sequence of each row of the lamp beads;
and sequentially starting the lamp beads according to the head and tail sequence of each column of the lamp beads.
6. The method of claim 5, comprising:
acquiring the positions of all the lamp beads, and acquiring the positions of the lamp beads corresponding to the character parts;
and increasing the output power of the lamp beads corresponding to the character parts to enhance the light brightness of the corresponding lamp beads.
7. A landscape board light control system is characterized in that each path is provided with at least two groups of cameras, wherein at least one group is arranged at the head end and the tail end of the path, the path comprises a first path and a second path, the landscape board is provided with a plurality of groups of lamp beads, and the plurality of groups of lamp beads are arranged in the landscape board in a matrix manner; the system comprises:
the marking device (201) is used for acquiring a scenic spot road map and marking all the landscape tiles in the scenic spot according to the scenic spot road map;
the first starting device (202) is used for monitoring a first path of the tourist and starting landscape board light of the first path;
the judging device (203) judges a second path of the tourist according to the first path, wherein the second path is used for describing a next path for the tourist to continuously travel after the tourist finishes traveling the first path;
the second starting device (204) starts the landscape brand light of the second path according to the second path when the tourist drives to the landscape brand of the first path;
the first monitoring device (205) monitors the entrance of the scenic spot in real time and acquires the number of tourists entering the scenic spot;
judging whether the number of the tourists entering the scenic spot is larger than or equal to a threshold value, and starting all landscape board lights if the number of the tourists entering the scenic spot exceeds the threshold value;
monitoring the exit of the scenic spot in real time to obtain the number of tourists leaving the scenic spot;
acquiring the actual number of the tourists in the scenic area according to the number of the tourists leaving the scenic area and the number of the tourists entering the scenic area;
judging whether the actual number of the tourists is lower than a threshold value, and if so, turning off all the landscape board lights;
the second monitoring device (206) acquires all paths communicated with the tail end of the first path as a preset second path after the tourists finish driving the first path;
starting all landscape board lights of the preset second path;
when the tail end camera of at least one preset second path acquires the tourist and the tail end camera of the first path does not acquire the tourist, acquiring the preset second path of the tourist which is not acquired by the head end camera, and turning off landscape board light of the second path of the tourist which is not acquired;
the acquisition device (207) acquires time, judges whether the time is within a preset light starting range, and starts all landscape board lights if the time is within the preset light starting range;
an adjusting device (208) for acquiring the date and judging the sunset time according to the date;
adjusting the light starting preset range according to the sunset time;
the third starting device (209) sequentially starts the lamp beads according to the head-tail sequence of each row of the lamp beads;
sequentially starting the lamp beads according to the head-tail sequence of each row of the lamp beads;
the enhancement device (210) is used for acquiring the positions of all the lamp beads and acquiring the positions of the lamp beads corresponding to the character parts;
and increasing the output power of the lamp beads corresponding to the character parts to enhance the light brightness of the corresponding lamp beads.
8. A landscape board light control device is characterized in that each path is provided with at least two groups of cameras, wherein at least one group is arranged at the head end and the tail end of the path, the path comprises a first path and a second path, the landscape board is provided with a plurality of groups of lamp beads, and the plurality of groups of lamp beads are arranged in the landscape board in a matrix manner; the device comprises:
the marking module (301) is used for acquiring a scenic spot route map and marking all the landscape tiles in the scenic spot according to the scenic spot route map;
the first starting module (302) is used for monitoring a first path of the tourists and starting the landscape board light of the first path;
the judging module (303) is used for judging a second path of the tourist according to the first path, wherein the second path is used for describing a next path which is continuously traveled after the tourist finishes traveling the first path;
the second starting module (304) starts the landscape card light of the second path according to the second path when the tourist drives to the landscape card of the first path;
the first monitoring module (305) monitors the entrance of the scenic spot in real time and obtains the number of tourists entering the scenic spot;
judging whether the number of the tourists entering the scenic spot is larger than or equal to a threshold value, and starting all landscape board lights if the number of the tourists entering the scenic spot exceeds the threshold value;
monitoring the exit of the scenic spot in real time to obtain the number of tourists leaving the scenic spot;
acquiring the actual number of the tourists in the scenic area according to the number of the tourists leaving the scenic area and the number of the tourists entering the scenic area;
judging whether the actual number of the tourists is lower than a threshold value, and if so, turning off all the landscape board lights;
the second monitoring module (306) acquires all paths communicated with the tail end of the first path as a preset second path after the tourist finishes driving the first path;
starting all landscape board lights of the preset second path;
when at least one tail end camera of the preset second path acquires the tourist and the tail end camera of the first path does not acquire the tourist, acquiring the preset second path of the tourist which is not acquired by the head end camera, and turning off landscape board light of the second path of the tourist which is not acquired;
the acquisition module (307) is used for acquiring time, judging whether the time is within a preset light starting range or not, and starting all landscape board lights if the time is within the preset light starting range;
the adjusting module (308) is used for acquiring the date and judging the sunset time according to the date;
adjusting the preset light starting range according to the sunset time;
a third starting module (309) for sequentially starting the lamp beads according to the head and tail sequence of each row of the lamp beads;
sequentially starting the lamp beads according to the head-tail sequence of each row of the lamp beads;
the enhancement module (310) is used for acquiring the positions of all the lamp beads and acquiring the positions of the lamp beads corresponding to the character parts;
increasing the output power of the lamp beads corresponding to the character parts to enhance the light brightness of the corresponding lamp beads.
9. A computer-readable storage medium, in which a computer program is stored which can be loaded by a processor and which executes the method of any one of claims 1 to 6.
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