CN205563242U - Intelligence view control system based on meteorological control - Google Patents
Intelligence view control system based on meteorological control Download PDFInfo
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- CN205563242U CN205563242U CN201620009223.9U CN201620009223U CN205563242U CN 205563242 U CN205563242 U CN 205563242U CN 201620009223 U CN201620009223 U CN 201620009223U CN 205563242 U CN205563242 U CN 205563242U
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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
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
Abstract
The utility model provides an intelligence view control system based on meteorological control, the all tourism of the wisdom excessively terminals of this department acquire visitor's real -time position coordinate, single -chip module obtains real -time locating information through the analytic above -mentioned real -time position coordinate of GPS module, and utilize this real -time locating information decision whether to open artifical view and carry out the selection of the difference mode of vwatching, use corresponding view drive data based on the selected mode of vwatching, and adjust these view drive data based on the meteorological index in the scenic spot of meteorology monitoring module collection, it performs under the selected mode of viewing and admiring to drive this manual work view after the adjustment.
Description
Technical field
The utility model relates to scenic spot Study of Platycladus orientalis-Robinia pseudoacacia control field, in particular relates to a kind of intelligent landscape control system based on meteorology monitoring.
Background technology
In modern scenic spot, in addition to natural landscape, being typically additionally provided with many places manmade landscape, artificial landscape, manmade landscape, artificial landscape generally comprises fountain or water curtain, artistry or ornamental light or light bar etc., the scenic spot that is set to of above-mentioned manmade landscape, artificial landscape adds a little agile color, brings the enjoyment of more U.S. to visitor.
The at present the most commonly used automatic control technology of landscape control system in scenic spot, but control mode is the most fairly simple, i.e. startup and the dwell time of view is all the stipulated time preset, it is not associated with actual conditions in scenic spot, thus cause in the case of the number of viewing and admiring seldom even is viewed and admired without visitor, view is still opened as usual, causes the considerable degree of wasting of resources undoubtedly.
Utility model content
The problem that utility model is to be solved
Emerge the landscape control system of many improvement at present, take into account and view is controlled the most intelligently according to viewing and admiring the field condition such as number or audience's identity, but not yet the position in view of audience is distributed the impact viewing and admiring view, then may occur that, although there is a number of visitor at performance scene, but being predominantly located in them cannot most preferably be watched on the position being even difficult to watch view performance, now, a lot of visitors are not also in the mood for viewing and admiring view performance, open view blindly and still cause the wasting of resources.Additionally, existing landscape control system does not almost take into account the on-the-spot weather conditions impact on view, it is possible to be blindly turned on or off view under unfavorable meteorological condition.
In view of the above problems, the purpose of this utility model is to provide a kind of intelligent landscape control system based on meteorology monitoring, this system obtains the real-time location coordinates of visitor by smart travel terminal, one-chip computer module resolves above-mentioned real-time location coordinates by GPS module and obtains real-time positioning information, and utilize this real-time positioning information to decide whether to open manmade landscape, artificial landscape and carry out difference to view and admire the selection of pattern, mode invocation corresponding view driving data is viewed and admired based on selected, and this view driving data is adjusted by the meteorological index in scenic spot of based on weather monitoring module collection, adjust this manmade landscape, artificial landscape of rear drive to perform under pattern selected viewing and admiring.
For solving the scheme of problem
A kind of intelligent landscape control system based on meteorology monitoring, this system includes landscape control unit and view implementation unit, described landscape control unit includes one-chip computer module, smart travel terminal, key-press module, weather monitoring module and GPS module, views and admires the landscape effect of pattern for controlling described view implementation unit to produce difference intelligently；Described view implementation unit includes view driver and Landscape Facilities, and the manmade landscape, artificial landscape in control based on described landscape control unit utilizes scenic spot produces landscape effect；Described smart travel terminal is integrated with terminal GPS module to position every visitor in scenic spot in real time, and the visitor location coordinate that GPS positions is sent to described one-chip computer module；Described one-chip computer module utilizes described GPS module to resolve described visitor location coordinate thus obtains the real-time positioning information of every visitor, described one-chip computer module utilizes described real-time positioning information to decide whether to open this manmade landscape, artificial landscape and carry out difference to view and admire the selection of pattern, and control with the driving carrying out described view implementation unit based on selected mode invocation corresponding view driving data of viewing and admiring, this selected pattern of viewing and admiring is the view acting style of the demand of viewing and admiring meeting visitor as much as possible calculated according to described real-time positioning information；Meteorological index in the scenic spot of described weather monitoring module collection includes air quality, light, temperature, humidity, sleet, wind direction/wind-force, and the described selected described view driving data viewing and admiring pattern is adjusted by described one-chip computer module always according to described meteorological index.
The effect of utility model
According to the utility model, a kind of intelligent landscape control system based on meteorology monitoring is provided, it can be according to visitor's number and distribution situation and combine the meteorological index at scenic spot and be controlled the manmade landscape, artificial landscape in scenic spot, thus the most reasonably controlling keying and the acting style of manmade landscape, artificial landscape, the view meeting visitor as much as possible while having reached to economize on resources views and admires demand.
Accompanying drawing explanation
Fig. 1 is the hardware block diagram representing intelligence landscape control system of the present utility model；
Fig. 2 is the structural design drawing representing smart travel terminal of the present utility model；
Fig. 3 is the composition diagram of the meteorological index representing weather monitoring module monitors of the present utility model；
Fig. 4 is to represent the division schematic diagram that certain manmade landscape, artificial landscape of the present utility model views and admires region under certain views and admires pattern；
Fig. 5 a and Fig. 5 b is that certain view of the present utility model first as an example is viewed and admired pattern and second and viewed and admired and view and admire region dividing mode under pattern；
Fig. 6 is the workflow diagram of the intelligent control method of certain manmade landscape, artificial landscape in scenic spot.
Detailed description of the invention
Below in conjunction with the accompanying drawings and embodiment, the utility model is further elaborated.Following example are merely to illustrate the utility model, but are not limited to scope of the present utility model.
Intelligence landscape control system of the present utility model includes landscape control unit and view implementation unit.Landscape control unit includes one-chip computer module, smart travel terminal, key-press module, weather monitoring module and GPS module, views and admires the landscape effect of pattern for controlling view implementation unit to produce difference intelligently.View implementation unit includes view driver and Landscape Facilities, and the manmade landscape, artificial landscape in control based on above-mentioned landscape control unit utilizes scenic spot produces landscape effect, and the manmade landscape, artificial landscape in scenic spot includes but not limited to fountain, light, light bar, water curtain etc..
As shown in Figure 1, Landscape Facilities is driven controlling by one-chip computer module by view driver, above-mentioned view driver is the driving equipment such as relay or frequency converter, above-mentioned Landscape Facilities is the distinct device at manmade landscape, artificial landscape, such as the water pump at fountain, fountain jet pipe, light source etc. at water pump at water curtain, outlet pipe, light and light bar.One-chip computer module is connected by the smart travel terminal that wireless network or Internet of Things are hand-held with visitor, smart travel terminal is for positioning in real time every visitor, the real-time location coordinates of the visitor obtained is sent to one-chip computer module, and the information that one-chip computer module issues can be shown to visitor, hereinafter can further smart travel terminal be introduced.One-chip computer module is optionally connected with cloud platform server, and the real-time Data Transmission data real-time monitored and view automatically controlled, to cloud platform, is regulated and controled by the unification of cloud platform simultaneously.One-chip computer module is connected with key-press module, weather monitoring module and GPS module the most respectively.Key-press module is for controlling the keying of view by remote manual when necessary and viewing and admiring the selection of pattern, and it can be connected with one-chip computer module by wireless network.Weather monitoring module is for being monitored the real-time weather situation in scenic spot, and monitoring information is fed back to one-chip computer module, and it can be connected with one-chip computer module by the way of wired or wireless, hereinafter can be introduced weather monitoring module further.Visitor is positioned by visitor location coordinate that GPS module obtains for the above-mentioned smart travel terminal received based on one-chip computer module in real time, and it can integrate with one-chip computer module.One-chip computer module is the control centre of whole control system, and its visitor location coordinate provided by multiple smart travel terminals in scenic spot the meteorological index combining weather monitoring module and providing are automatically controlled manmade landscape, artificial landscape and view and admire the landscape effect of pattern to produce difference.
Structure and function to smart travel terminal are simply introduced below.Smart travel terminal is the portable set of the hand-held use that visitor provides when entering scenic spot, as shown in Figure 2, this smart travel terminal is with single-chip microcomputer as core devices, peripheral expansion has key-press module, Zigbee module, alarm module, touch screen module, terminal GPS module, RF module, SD card module etc., and single-chip microcomputer is connected with above each module.Visitor can carry out selecting corresponding service item by touch-screen, including: the function such as GPS location, the recommendation of optimal tourism route, expense detail, sight spot introduction, scenic spot entertainment selection, video playback, interactive evaluation, the recommendation of scenic spot cuisines, danger early warning, emergency call.Above-mentioned terminal GPS module integrated in terminal is for positioning in real time visitor, and the visitor location coordinate that GPS positions is sent to the one-chip computer module of intelligence landscape control system, in order to visitor's quantity of specific region is added up by one-chip computer module.Additionally, the one-chip computer module of intelligence landscape control system can be shown to the information of visitor directly to smart travel terminal transmitting order to lower levels in smart travel terminal.
Below weather monitoring module is introduced.As shown in Figure 3, weather monitoring module is for collecting multiple meteorological index at scenic spot, this meteorological index includes but not limited to air quality, light, temperature, humidity, sleet, wind direction/wind-force, above-mentioned meteorological index can monitor acquisition in real time by arranging different sensors in scenic spot, it is possible to obtains by connecting internet checking.One-chip computer module carries out comprehensive descision according to above-mentioned meteorological index to meteorological condition real-time in scenic spot, and is controlled by the landscape effect of manmade landscape, artificial landscape according to estimate of situation.Specifically, for fountain and water curtain view, it is considered to meteorological index include air quality, temperature, humidity, sleet, wind direction/wind-force；In the case of air quality the best (visibility is the highest) or sleety weather or wind-force are relatively big, it are not suitable for visitor and fountain and water curtain view are viewed and admired, be then not turned on fountain and water curtain view；In the case of or humidity the highest in temperature is the lowest, need fountain and water curtain view that the air in scenic spot is adjusted, the most directly open fountain and water curtain view；In the case of temperature drift or humidity are on the low side, the confluent of fountain and water curtain view is set to " high "；On the low side in temperature or humidity is higher or in the case of having wind, the confluent of fountain and water curtain view is set to " low "；At other generally, the confluent of fountain and water curtain view is set to " in ".For light and light bar view, it is considered to meteorological index include air quality and light；In air quality good (visibility is good) and in the case of bright and clear (daytime), light or light bar view cannot be viewed and admired by visitor, then be not turned on light and light bar view；On bright and clear (daytime) but in the case of air quality the best (visibility is the highest), open light and " low-power " light illumination mode of light bar view；In the case of insufficient light (night), open light and " high power " light illumination mode of light bar view.Further, it is also possible to the longer term parameters of summary meteorological index or connection internet obtain the season information of spring, summer, autumn and winter, according to the difference in season, the landscape effect of manmade landscape, artificial landscape is adjusted.
The difference pattern of viewing and admiring of certain manmade landscape, artificial landscape is artificially defined, under different patterns of viewing and admiring, this manmade landscape, artificial landscape can present different landscape effects, and each to view and admire the driving data of this manmade landscape, artificial landscape under pattern be in the memory presetting and being stored in one-chip computer module.Further, consider that the different appreciation effect viewing and admiring the visitor being positioned at zones of different under pattern artificially divides viewing and admiring region, be respectively the most each view and admire the optimal Viewing Area of pattern definition, general Viewing Area, edge Viewing Area, cannot Viewing Area and view hazardous area, as shown in Figure 4.Optimal Viewing Area is the geographic area that visitor can obtain this optimal appreciation effect viewing and admiring view under pattern；General Viewing Area is the geographic area that visitor can obtain this general appreciation effect viewing and admiring view under pattern；Edge Viewing Area is that visitor can view and admire this and views and admires the view under pattern but due to the unsatisfactory geographic area of the restriction appreciation effect of distance or the factor such as angle；Cannot Viewing Area be that visitor cannot see that this views and admires the view under pattern but the geographic area nearer apart from view address, relate generally to the indoor environment around view and some heavy constructions or the Resistance of natural landscape；View hazardous area be visitor may be produced the geographic area of impact, the spray regime of such as fountain or water curtain after this view viewing and admiring under pattern is opened in or from light or light bar too close to can be by the region of lamp from dazzling.Region divides is to carry out field observation by landscape effect to this view under the pattern of viewing and admiring and combine the geographical environment at scenic spot and be configured for above-mentioned each view is each viewing and admiring of viewing and admiring under pattern, each view and admire that different under pattern view and admire region to divide data be in the memory presetting and being stored in one-chip computer module, remain to call.One-chip computer module can be divided by each region that difference is viewed and admired under pattern by generalized information system, and uses different colors to indicate on map, and difference is viewed and admired certain Viewing Area of pattern and may be overlapped.
The region of viewing and admiring viewed and admired certain view difference below under pattern is partitioned into row illustration, this citing is intended merely to be illustrated more clearly that the implication of the pattern of viewing and admiring, but the setting viewing and admiring pattern is not limited thereto, in practical operation, increasingly complex division can be carried out further combined with the region of viewing and admiring that difference is viewed and admired under pattern by the actual geographic basis in scenic spot.This view as an example can present the directive performance of tool, set first for it to view and admire pattern and second and view and admire pattern two kinds and view and admire pattern, view and admire under pattern first, the performance configuration of this view is substantially in east-west, it is easy to the visitor in its North and South direction view and admire, viewing and admiring under pattern second, the performance configuration of this view is substantially in south-north direction, it is simple to the visitor at its east-west direction views and admires.Fig. 5 a and 5b respectively illustrates this view first and views and admires pattern and second and view and admire and view and admire region dividing mode under pattern, and R therein all represents the visual range of visitor.As shown in Figure 5 a, view and admire under pattern first, the region A in North and South direction1(representing with horizontal line in figure) is the region within the visual angle in the performance configuration front or back 60 ° of view and being closer to from view, at region A1Interior visitor is the most just to the performance configuration of view and in forward position, it is possible to carries out obtaining optimal appreciation effect, is defined as optimal Viewing Area；Transitional region B1(representing with left oblique line in figure) is the region within the visual angle of the performance configuration front or back 150 ° of view in addition to above-mentioned optimal Viewing Area, at region B1Interior visitor puts in the slightly off normal of the performance configuration of view or from view remote position, is only capable of obtaining general appreciation effect, is defined as general Viewing Area；Region C on east-west direction1(representing with right oblique line in figure) is the region of the left and right sides of the performance configuration at view, region C1Interior visitor is in the position of the performance configuration side of view, and appreciation effect is not ideal, is defined as edge Viewing Area；Region D1(representing with point in figure) is the region blocked by barrier, region D1In visitor due to barrier block cannot see view performance but be easy for the Viewing Area moving to around carry out viewing and admiring, being defined as cannot Viewing Area；Irregular area E1(representing with vertical line in figure) is the region of this view adjacent, this irregular area E1Allow for what the impact on visitor during whole performance of the light intensity of the spray regime of fountain/water curtain in view or light/light bar divided, be defined as view hazardous area.Similarly, as shown in Figure 5 b, view and admire under pattern second, the region A on east-west direction2(representing with horizontal line in figure) is defined as optimal Viewing Area, transitional region B2(representing with left oblique line in figure) is defined as general Viewing Area, the region C in North and South direction2(representing with right oblique line in figure) is defined as edge Viewing Area, the region D blocked by barrier2(this region D2With above-mentioned zone D1Be completely superposed) (in figure with point represent) be defined as cannot Viewing Area, the irregular area E of this view adjacent2(representing with vertical line in figure) is defined as view hazardous area.
Below in conjunction with Fig. 6 in detail the above-mentioned intelligence landscape control system control method to certain manmade landscape, artificial landscape is described in detail.
Step S1, the one-chip computer module multiple meteorological index by weather monitoring module collection scenic spot, meteorological index includes but not limited to air quality, light, temperature, humidity, sleet, wind direction/wind-force.
Step S2, one-chip computer module determines whether can directly be turned on and off this manmade landscape, artificial landscape according to above-mentioned meteorological index.Specifically, if this manmade landscape, artificial landscape is fountain or water curtain view, in the case of air quality the best (visibility is the highest) or sleety weather or wind-force are relatively big, it are not suitable for visitor and fountain or water curtain view are viewed and admired, then close this manmade landscape, artificial landscape；In the case of or humidity the highest in temperature is the lowest, needs fountain or water curtain view that the air in scenic spot is adjusted, the most directly open this manmade landscape, artificial landscape.If this manmade landscape, artificial landscape is light or light bar view, in air quality good (visibility is good) and in the case of bright and clear (daytime), it is not necessary to light or the illumination of light bar, then close this manmade landscape, artificial landscape.If this manmade landscape, artificial landscape can be directly turned on and off, then entering step S21, one-chip computer module controls this manmade landscape, artificial landscape and is directly turned on and off, and repeat the above steps S1 again after time delay certain time；Otherwise, then next step S3 is entered.
Step S3, the real-time location coordinates of each smart travel terminal in one-chip computer module collection scenic spot, and utilize GPS module to determine the positional information of each terminal, calculate the number of efficiently individual quantity under difference views and admires pattern respectively, calculating enters next step S4 after terminating, wherein, the efficiently individual quantity N under n views and admires patternmode(n)Computational methods be:
Nmode(n)=α * Nbest(n)+β*Nnormal(n)+γ*Nedge(n)-χ*Ndanger(n),
Wherein, Nbest(n)Visitor's number of the optimal Viewing Area in pattern, N is viewed and admired for being in nnormal(n)Visitor's number of the general Viewing Area in pattern, N is viewed and admired for being in nedge(n)It is in n and views and admires visitor's number of the edge Viewing Area in pattern, Ndanger(n)It is in n and views and admires visitor's number in the view hazardous area in pattern, the weighted value that α, β, γ, χ are respectively manually set, such as, α=1, β=0.8, γ=0.5, χ=0.3 can be set.
Step S4, chooses the efficiently individual quantity N of maximum according to the result of calculation of above-mentioned steps S3maxAnd by itself and unlatching threshold value N setthresholdCompare, if it not yet reaches to open threshold value, then enter step S41, after the time delay of a set time, repeat the above steps S1；If it reaches to open threshold value, one-chip computer module judges that this manmade landscape, artificial landscape will be to obtain above-mentioned maximum efficiently individual quantity NmaxThe pattern of viewing and admiring start performance, this pattern of viewing and admiring becomes selected and views and admires pattern, and enters next step S5.
Illustrate above-mentioned steps S3 and S4, calculate first respectively and view and admire the efficiently individual quantity N under patternmode(1)The efficiently individual quantity N under pattern is viewed and admired with secondmode(2)If: Nmode(1)≥Nmode(2)Then Nmax=Nmode(1)If, Nmax＜ Nthreshold, then after the time delay of a set time, repeat the above steps S1, if Nmax≥Nthreshold, then one-chip computer module judges that this manmade landscape, artificial landscape views and admires the performance under pattern by carrying out first, is set to the first pattern of viewing and admiring select and views and admires pattern；If Nmode(2)＞ Nmode(1)Then Nmax=Nmode(2)If, Nmax＜ Nthreshold, then after the time delay of a set time, repeat the above steps S1, if Nmax≥Nthreshold, then one-chip computer module judges that this manmade landscape, artificial landscape views and admires the performance under pattern by carrying out second, is set to the second pattern of viewing and admiring select and views and admires pattern.
Step S5, one-chip computer module is issued by smart travel terminal all visitors in scenic spot and is included this manmade landscape, artificial landscape place and the selected notice viewing and admiring pattern, in addition, remind especially and the visitor in Viewing Area cannot move to the Viewing Area that around can carry out viewing and admiring, visitor in warning view hazardous area withdraws in time, and enters next step S6.
Step S6, according to above-mentioned meteorological index, one-chip computer module judges that this manmade landscape, artificial landscape controls the integrated regulation scheme of parameter further.Specifically, if this manmade landscape, artificial landscape is fountain or water curtain view, in the case of temperature drift or humidity are on the low side, the confluent of this manmade landscape, artificial landscape is set to " high "；On the low side in temperature or humidity is higher or in the case of having wind, the confluent of this manmade landscape, artificial landscape is set to " low "；At other generally, the confluent of this manmade landscape, artificial landscape is set to " in ".If this manmade landscape, artificial landscape is light or light bar view, on bright and clear (daytime) but in the case of air quality the best (visibility is the highest), open " low-power " light illumination mode of this manmade landscape, artificial landscape；In the case of insufficient light (night), open " high power " light illumination mode of this manmade landscape, artificial landscape.Hereafter, the time delay of a setting time is given, in order to visitor adjusts position according to the prompting in step S5, enters step S7 afterwards.
Step S7, one-chip computer module calls this selected view driving data viewing and admiring pattern in memory, and according to the judged result in step S6 to view driving data integrated regulation in addition, such as it is multiplied by a regulation coefficient, utilize the view driving data after adjusting that the view implementation unit of this manmade landscape, artificial landscape is controlled, so that this manmade landscape, artificial landscape starts the selected performance viewing and admiring pattern, after having performed, enter step S8.
Step S8, repeat the above steps S1 after the time delay of certain time.
Claims (1)
1. an intelligent landscape control system based on meteorology monitoring, it is characterised in that:
This system includes landscape control unit and view implementation unit, described landscape control unit includes one-chip computer module, smart travel terminal, key-press module, weather monitoring module and GPS module, views and admires the landscape effect of pattern for controlling described view implementation unit to produce difference intelligently；
Described view implementation unit includes view driver and Landscape Facilities, the manmade landscape, artificial landscape in scenic spot is utilized to produce landscape effect for control based on described landscape control unit, described view driver is relay or frequency converter, described Landscape Facilities is the distinct device at manmade landscape, artificial landscape, including the water pump at fountain, fountain jet pipe, light source at water pump at water curtain, outlet pipe, light and light bar；
Described one-chip computer module is connected with described smart travel terminal by wireless network or Internet of Things, described smart travel terminal is integrated with terminal GPS module to position every visitor in scenic spot in real time, and the visitor location coordinate that GPS positions is sent to described one-chip computer module；
Described one-chip computer module utilizes described GPS module to resolve described visitor location coordinate thus obtains the real-time positioning information of every visitor, described one-chip computer module utilizes described real-time positioning information to decide whether to open this manmade landscape, artificial landscape and carry out difference to view and admire the selection of pattern, and control with the driving carrying out described view implementation unit based on selected mode invocation corresponding view driving data of viewing and admiring, this selected pattern of viewing and admiring is the view acting style of the demand of viewing and admiring meeting visitor as much as possible calculated according to described real-time positioning information；
Meteorological index in the scenic spot of described weather monitoring module collection includes air quality, light, temperature, humidity, sleet, wind direction/wind-force, and the described selected described view driving data viewing and admiring pattern is adjusted by described one-chip computer module always according to described meteorological index.
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