Signboard guiding prompt guiding method and system

Abstract

The invention provides a signboard guidance prompt guiding method and system. The method comprises the following steps: acquiring scenic spot item data of a target scenic spot; obtaining tourist sign data and predicted arrival time of a target tourist at the position where the target signboard is located; analyzing to obtain predicted regional tourist data of the scenic spot item, and analyzing to obtain a first guide coefficient of the scenic spot item and the target tourist; analyzing to obtain a scenic spot consumption coefficient of the scenic spot item for the target tourist and a tourist consumable coefficient of the target tourist, and analyzing to obtain a second guide coefficient of the scenic spot item and the target tourist; and obtaining a comprehensive guiding coefficient of the scenic spot items and the target tourist according to the first guiding coefficient and the second guiding coefficient, sorting the scenic spot items of the target scenic spot according to the comprehensive guiding coefficient to obtain a scenic spot item guiding sequence of the target scenic spot, and displaying the scenic spot item guiding sequence for the target tourist according to the target signboard. According to the invention, the guiding efficiency of signboard guiding prompt is improved.

Description

Technical Field

[0001] The present application relates to the technical field of signboards, and in particular to a signboard guidance prompting method and system. Background Art

[0002] At present, signboards play a vital role in all fields of modern society. Whether in busy urban transportation systems, large commercial places, tourist attractions, or in various public facilities and institutions, signboards provide people with necessary direction guidance, information prompts and safety warnings. Among them, scenic area signboards not only provide tourists with tour route guidance, but also introduce information such as scenic spot features, historical and cultural background, to enhance tourists' travel experience. In addition, signboards can also serve as safety warnings, reminding tourists to pay attention to dangerous areas and comply with scenic area regulations.

[0003] The signboard guidance method in the related art is often unable to obtain the scenic spot guidance order that meets the needs of the tourists to be guided based on the real-time tourist data of the scenic spots in the scenic area and the tourist vital sign data of the tourists to be guided, resulting in low guidance efficiency of the signboard guidance prompts, and there is room for improvement. Summary of the invention

[0004] The purpose of the embodiments of the present application is to provide a method and system for guiding with signboards, so as to improve the problem that the method for guiding with signboards in related technologies is often unable to obtain a scenic spot guidance sequence that meets the needs of tourists to be guided based on real-time tourist data of scenic spots in the scenic area and the vital sign data of tourists to be guided, resulting in low guidance efficiency of signboard guidance.

[0005] In a first aspect of the present application, a method for guiding a signboard is provided, comprising the following steps:

[0006] Acquire scenic spot project data of a target scenic spot, wherein the target scenic spot includes at least one scenic spot project;

[0007] The scenic spot project data includes regional range tourist data of the scenic spot range area corresponding to the scenic spot project, and regional entrance tourist data of the scenic spot entrance area corresponding to the scenic spot project;

[0008] Obtain the tourist vital sign data of the target tourist at the location of the target signboard, and obtain the estimated arrival time of the target tourist at the scenic spot;

[0009] Analyze the regional range tourist data and regional entrance tourist data of the scenic spot project according to the estimated arrival time to obtain the estimated regional tourist data of the scenic spot project at the estimated arrival time;

[0010] Obtaining a first guidance coefficient between scenic spots and target tourists according to the estimated regional tourist data;

[0011] Obtain the distance between the target sign and the scenic spot, as well as the project type data of the scenic spot;

[0012] Obtaining the scenic spot consumption coefficient of the scenic spot project for the target tourists according to the interval distance and project type data analysis;

[0013] Analyze the physical sign data of target tourists to obtain the tourist consumption coefficient of target tourists;

[0014] According to the tourist consumption coefficient of the target tourist and the scenic spot consumption coefficient of the scenic spot item for the target tourist, a second guiding coefficient of the scenic spot item and the target tourist is obtained;

[0015] Obtaining a comprehensive guidance coefficient of scenic spots and target tourists according to the first guidance coefficient and the second guidance coefficient;

[0016] According to the comprehensive guidance coefficient of scenic spots and target tourists, the scenic spots of the target scenic area are sorted to obtain the guidance order of the scenic spots of the target scenic area;

[0017] And the guiding order of the scenic spot items is displayed to the target tourists according to the target signboard.

[0018] Preferably, the tourist vital sign data of the target tourist at the location of the target sign is obtained, specifically:

[0019] The tourist physical data includes the tourist age, tourist height and tourist weight of the target tourist;

[0020] The tourist's physical sign data also includes the target tourist's heart rate, blood pressure and respiratory rate.

[0021] Preferably, the estimated arrival time of the target tourists to the scenic spot is obtained, specifically:

[0022] Setting a visitor database, wherein the visitor database includes historical visitor parameters corresponding to historical visitors and historical usage time of historical visitors from the target sign to the scenic spot;

[0023] Generate target tourist parameters corresponding to the target tourists according to the tourist age, tourist height and tourist weight of the target tourists;

[0024] Matching the target tourist parameters with the historical tourist parameters in the tourist database to obtain the benchmark tourist parameters that match the target tourist parameters in the historical tourist parameters;

[0025] Generate a historical usage time set based on the historical usage time corresponding to the benchmark tourist parameters;

[0026] and performing average processing on the historical usage time in the historical usage time set to obtain the historical average usage time of the historical usage time set, and recording the historical average usage time as the expected usage time of the target tourist;

[0027] The real-time time of the scenic spot of the target sign is obtained, and the estimated arrival time of the target tourist to the scenic spot is obtained based on the real-time time of the scenic spot and the estimated usage time.

[0028] Preferably, the regional range tourist data and regional entrance tourist data of the scenic spot are analyzed according to the estimated arrival time to obtain the estimated regional tourist data of the scenic spot at the estimated arrival time, specifically:

[0029] The area range tourist data includes the initial entry time of area range tourists entering the area of ​​the scenic spot corresponding to the scenic spot project;

[0030] Obtain the average playing time of the scenic spot;

[0031] Obtaining the estimated departure time of tourists in the scenic area according to the initial entry time and the average playing time;

[0032] Mark the area-range tourists whose estimated departure time is after the target tourists' estimated arrival time as the first estimated area tourists;

[0033] Obtain the forward speed of tourists at the entrance of the area, and the remaining distance between the tourists at the entrance of the area and the tourists in the scenic area corresponding to the scenic spot project;

[0034] According to the forward speed of the tourists and the expected usage time of the target tourists, the expected forward distance of the tourists at the entrance of the area within the expected usage time is obtained;

[0035] Marking the tourists at the entrance of the area whose estimated forward distance is greater than or equal to the remaining distance of the tourists as the second estimated area tourists;

[0036] The estimated regional tourist data of the scenic spot at the estimated arrival time is constructed based on the first estimated regional tourists and the second estimated regional tourists.

[0037] Preferably, the first guidance coefficient of scenic spots and target tourists is obtained according to the estimated regional tourist data, specifically:

[0038] Obtain a first estimated number of tourists in the first estimated area, and obtain a second estimated number of tourists in the second estimated area;

[0039] The estimated number of tourists in the area at the estimated arrival time of the scenic spot is obtained by adding the first estimated number of tourists in the area and the second estimated number of tourists in the area;

[0040] The estimated number of tourists in the area is taken and marked to obtain the estimated number of tourists in the area YS;

[0041] The first guiding coefficient OYX between the scenic spot and the target tourists is calculated by the first calculation function OYX=ε×YS, wherein ε is a preset proportional factor.

[0042] Preferably, the scenic spot consumption coefficient of the scenic spot project for the target tourists is obtained according to the interval distance and project type data analysis, specifically:

[0043] Setting interval distance intervals, each of which corresponds to a distance intensity coefficient;

[0044] Compare the interval distance between the target sign and the scenic spot with the interval distance interval to obtain the interval distance interval where the interval distance between the target sign and the scenic spot is located, and mark the interval distance interval as the target interval;

[0045] The distance intensity coefficient corresponding to the target interval is recorded as the distance intensity coefficient between the target sign and the scenic spot;

[0046] And taking values ​​and marking the distance intensity coefficient to obtain the distance intensity coefficient α;

[0047] The height of the target tourist is obtained by taking and marking the height of the target tourist, and the weight of the target tourist is obtained by taking and marking the weight of the target tourist, and the age of the target tourist is obtained by taking and marking the age of the target tourist, and the age of the target tourist is obtained by taking and marking the age of the target tourist.

[0048] The first consumption coefficient OXX of the interval distance for the target tourist is calculated by the second calculation function OXX=[(a×H)+(b×M)-(c×N)+d]×α, where a, b, c, d, and α are all preset proportional factors;

[0049] Obtain the project play intensity corresponding to the scenic spot project based on the project type data of the scenic spot project;

[0050] And according to the play intensity of the project, the play intensity coefficient β corresponding to the scenic spot project is obtained;

[0051] The second consumption coefficient TXX of the play intensity of the scenic spot project for the target tourists is calculated by the third calculation function TXX=[(a×H)+(b×M)-(c×N)+d]×β, where a, b, c, d, and β are all preset proportional factors;

[0052] The first consumption coefficient and the second consumption coefficient are cumulatively calculated to obtain the scenic spot consumption coefficient of the scenic spot item for the target tourists.

[0053] Preferably, the tourist physical sign data of the target tourists are analyzed to obtain the tourist consumable coefficient of the target tourists, which is specifically:

[0054] The heart rate value of the target tourist is obtained and marked to obtain the heart rate value XL; the blood pressure value of the target tourist is obtained and marked to obtain the blood pressure value XY; the respiratory rate of the target tourist is obtained and marked to obtain the respiratory rate PL;

[0055] The tourist state coefficient ZX of the target tourist is calculated by the fourth calculation function ZX=e1×XL+e2×XY+e3×PL, wherein e1, e2, and e3 are preset proportional factors;

[0056] The tourist consumable coefficient corresponding to the target tourist is obtained according to the tourist status coefficient and target tourist parameters of the target tourist.

[0057] Preferably, according to the tourist consumption coefficient of the target tourist and the scenic spot consumption coefficient of the scenic spot item for the target tourist, a second guiding coefficient of the scenic spot item and the target tourist is obtained, specifically:

[0058] The scenic spot consumption coefficient of the scenic spot project for the target tourists is obtained by taking values ​​and marking the scenic spot consumption coefficient JXX; the tourist consumable coefficient corresponding to the target tourists is obtained by taking values ​​and marking the tourist consumable coefficient KXX;

[0059] The second guiding coefficient TYX between the scenic spot and the target tourists is calculated by the fifth calculation function TYX=δ×(JXX-KXX), wherein δ is a preset proportional factor.

[0060] Preferably, a comprehensive guidance coefficient of scenic spots and target tourists is obtained according to the first guidance coefficient and the second guidance coefficient; scenic spots in the target scenic area are sorted according to the comprehensive guidance coefficient of scenic spots and target tourists to obtain a guidance order of scenic spots in the target scenic area, specifically:

[0061] The comprehensive guidance coefficient ZYX of the scenic spot and the target tourists is calculated by the sixth calculation function ZYX=f1×OYX+f2×TYX, wherein f1 and f2 are preset proportional factors;

[0062] The scenic spots in the target scenic area are sorted in ascending order according to the comprehensive guidance coefficient ZYX of the scenic spots and target tourists to obtain the guidance order of the scenic spots in the target scenic area.

[0063] In a second aspect of the present application, a signboard guidance prompting and guiding system is provided, and the system is applied to a signboard guidance prompting and guiding method, and the system comprises:

[0064] The first acquisition module: acquires scenic spot project data of a target scenic spot, wherein the target scenic spot includes at least one scenic spot project;

[0065] The scenic spot project data includes regional range tourist data of the scenic spot range area corresponding to the scenic spot project, and regional entrance tourist data of the scenic spot entrance area corresponding to the scenic spot project;

[0066] The second acquisition module: acquires the tourist vital sign data of the target tourist at the location of the target signboard, and acquires the estimated arrival time of the target tourist to the scenic spot;

[0067] The first analysis module: analyzes the regional range tourist data and regional entrance tourist data of the scenic spot project according to the estimated arrival time to obtain the estimated regional tourist data of the scenic spot project at the estimated arrival time;

[0068] Obtaining a first guidance coefficient between scenic spots and target tourists according to the estimated regional tourist data;

[0069] The second analysis module: obtaining the distance between the target sign and the scenic spot, and the project type data of the scenic spot;

[0070] Obtaining the scenic spot consumption coefficient of the scenic spot project for the target tourists according to the interval distance and project type data analysis;

[0071] Analyze the physical sign data of target tourists to obtain the tourist consumption coefficient of target tourists;

[0072] According to the tourist consumption coefficient of the target tourist and the scenic spot consumption coefficient of the scenic spot item for the target tourist, a second guiding coefficient of the scenic spot item and the target tourist is obtained;

[0073] The third analysis module: obtaining a comprehensive guidance coefficient of scenic spots and target tourists according to the first guidance coefficient and the second guidance coefficient;

[0074] Prompt guidance module: sort the scenic spots of the target scenic area according to the comprehensive guidance coefficient of the scenic spots and target tourists, and obtain the guidance order of the scenic spots of the target scenic area;

[0075] And the guiding order of the scenic spot items is displayed to the target tourists according to the target signboard.

[0076] In summary, the beneficial effects of the present application are as follows: the present application analyzes the regional scope tourist data and regional entrance tourist data of the scenic spot project through the estimated arrival time of the target tourist to the scenic spot project, obtains the estimated regional tourist data of the scenic spot project at the estimated arrival time, and obtains the first guidance coefficient of the scenic spot project and the target tourist based on the estimated regional tourist data; in addition, the scenic spot consumption coefficient of the scenic spot project for the target tourist is obtained through the interval distance between the target signboard and the scenic spot project and the project type data of the scenic spot project, and the tourist consumable coefficient of the target tourist is obtained by analyzing the tourist vital signs data of the target tourist, and the second guidance coefficient of the scenic spot project and the target tourist is obtained based on the tourist consumable coefficient of the target tourist and the scenic spot consumption coefficient of the scenic spot project for the target tourist; finally, the comprehensive guidance coefficient of the scenic spot project and the target tourist is obtained based on the first guidance coefficient and the second guidance coefficient, and the scenic spot projects of the target scenic area are sorted based on the comprehensive guidance coefficient of the scenic spot projects and the target tourist to obtain the guidance order of the scenic spot projects in the target scenic area, and the guidance order of the scenic spot projects is displayed to the target tourist based on the target signboard, thereby improving the guidance efficiency of the signboard guidance prompts. BRIEF DESCRIPTION OF THE DRAWINGS

[0077] In order to more clearly illustrate the technical solutions of the embodiments of the present application, some of the drawings in the embodiments of the present application will be briefly described below. It should be understood that the following drawings only show some embodiments of the present application and therefore should not be considered as limiting the scope of the present application.

[0078] Figure 1 A flowchart of a signboard guidance method provided in an embodiment of the present application;

[0079] Figure 2 A structural schematic diagram of a signboard guidance prompt and guidance system provided in an embodiment of the present application. DETAILED DESCRIPTION

[0080] Below is a combination of the embodiments and Figure 1 and Figure 2 The present application is further described in detail, but the implementation methods of the present application are not limited thereto.

[0081] Reference Figure 1 The figure is a flow chart of a signboard guidance method provided in an embodiment of the present application.

[0082] A signboard guidance method comprises the following steps:

[0083] Acquire scenic spot project data of a target scenic spot, wherein the target scenic spot includes at least one scenic spot project;

[0084] The scenic spot project data includes the regional range tourist data of the scenic spot range area corresponding to the scenic spot project, and the regional entrance tourist data of the scenic spot entrance area corresponding to the scenic spot project;

[0085] Obtain the tourist vital sign data of the target tourist at the location of the target signboard, and obtain the estimated arrival time of the target tourist at the scenic spot;

[0086] Analyze the regional range tourist data and regional entrance tourist data of the scenic spot project according to the estimated arrival time to obtain the estimated regional tourist data of the scenic spot project at the estimated arrival time;

[0087] The first guidance coefficient of scenic spots and target tourists is obtained based on the estimated regional tourist data;

[0088] Obtain the distance between the target sign and the scenic spot, as well as the project type data of the scenic spot;

[0089] The consumption coefficient of scenic spot projects for target tourists is obtained based on the data analysis of interval distance and project type;

[0090] Analyze the physical sign data of target tourists to obtain the tourist consumption coefficient of target tourists;

[0091] According to the tourist consumption coefficient of the target tourists and the scenic spot consumption coefficient of the scenic spot items for the target tourists, the second guiding coefficient of the scenic spot items and the target tourists is obtained;

[0092] The comprehensive guidance coefficient of the scenic spot and the target tourists is obtained according to the first guidance coefficient and the second guidance coefficient;

[0093] According to the comprehensive guidance coefficient of scenic spots and target tourists, the scenic spots of the target scenic area are sorted to obtain the guidance order of the scenic spots of the target scenic area;

[0094] And the order of scenic spot guidance is displayed to target tourists based on target signboards.

[0095] Obtain the tourist vital sign data of the target tourist at the location of the target sign, specifically:

[0096] The tourist physical characteristics data include the tourist age, tourist height and tourist weight of the target tourists;

[0097] The tourist's vital signs data also include the target tourist's heart rate, blood pressure and respiratory rate.

[0098] In some embodiments, the position of the target tourist is the position of the target signboard, and the target tourist's age, height and weight, as well as the target tourist's heart rate, blood pressure and respiratory rate can all be measured by measuring instruments; the target tourist's heart rate, blood pressure and respiratory rate refer to the various values ​​of the target tourist at the position of the target signboard.

[0099] And get the estimated arrival time of the target tourists to the scenic spot, specifically:

[0100] Setting a visitor database, the visitor database includes historical visitor parameters corresponding to historical visitors, and the historical use time of historical visitors from the target sign to the scenic spot;

[0101] Generate target tourist parameters corresponding to the target tourists according to the tourist age, tourist height and tourist weight of the target tourists;

[0102] Matching the target tourist parameters with the historical tourist parameters in the tourist database to obtain the benchmark tourist parameters that match the target tourist parameters in the historical tourist parameters;

[0103] Generate a historical usage time set based on the historical usage time corresponding to the benchmark tourist parameters;

[0104] And average the historical usage time in the historical usage time set to obtain the historical average usage time of the historical usage time set, and record the historical average usage time as the expected usage time of the target tourists;

[0105] Get the real-time time of the target signboard, and get the estimated arrival time of the target tourists at the scenic spot based on the real-time time and the estimated usage time.

[0106] In some embodiments, the historical tourist parameters and the target tourist parameters are both generated based on the tourist age, tourist height, and tourist weight of the target tourist; the target tourist parameters are matched with the historical tourist parameters in the tourist database, that is, historical tourists with the same age, height, and weight as the target tourist are matched in the tourist database;

[0107] In addition, the historical usage time set includes at least one historical usage time.

[0108] The regional range tourist data and regional entrance tourist data of the scenic spot project are analyzed according to the estimated arrival time to obtain the estimated regional tourist data of the scenic spot project at the estimated arrival time, specifically:

[0109] The area-wide tourist data includes the initial entry time of the area-wide tourists who enter the area of ​​the scenic spot corresponding to the scenic spot;

[0110] Get the average duration of visit to scenic spots;

[0111] The estimated departure time of tourists in the scenic area is obtained based on the initial entry time and the average playing time;

[0112] Mark the area-range tourists whose estimated departure time is after the target tourists' estimated arrival time as the first estimated area tourists;

[0113] Obtain the forward speed of tourists at the entrance of the area, and the remaining distance between the tourists at the entrance of the area and the tourists in the scenic area corresponding to the scenic spot project;

[0114] According to the tourists' moving speed and the expected usage time of the target tourists, the expected distance of the tourists at the entrance of the area within the expected usage time is obtained;

[0115] Mark the tourists at the entrance of the area whose expected forward distance is greater than or equal to the remaining distance of the tourists as the second expected area tourists;

[0116] The estimated regional tourist data of the scenic spot at the estimated arrival time is constructed based on the first estimated regional tourists and the second estimated regional tourists.

[0117] In some embodiments, the average playing time refers to the average playing time of tourists in the scenic spot project; in addition, each area entrance tourist corresponds to the tourist forward speed and the tourist remaining distance, the tourist forward speed and the tourist remaining distance can be monitored by the monitoring equipment of the scenic area, and the tourist forward speed is the average forward speed of the tourists at the area entrance; the specific range of the scenic spot range area and the scenic spot entrance area corresponding to the scenic spot project can be preset according to the actual situation of the scenic spot project.

[0118] The first guidance coefficient between scenic spots and target tourists is obtained based on the estimated regional tourist data, which is:

[0119] Obtain a first estimated number of tourists in the first estimated area, and obtain a second estimated number of tourists in the second estimated area;

[0120] The estimated number of tourists in the first estimated area and the estimated number of tourists in the second estimated area are added together to obtain the estimated number of tourists in the area at the estimated arrival time of the scenic spot;

[0121] The estimated number of tourists in the area is taken and marked to obtain the estimated number of tourists in the area YS;

[0122] The first guiding coefficient OYX between the scenic spot and the target tourists is calculated by the first calculation function OYX=ε×YS, wherein ε is a preset proportional factor.

[0123] In some embodiments, if the expected number of tourists in the area is 100, the expected number of tourists in the area YS is 100. At this time, if the preset proportional factor ε is 1, the first guidance coefficient OYX between the scenic spot and the target tourists is calculated by the first calculation function OYX=ε×YS to be 100.

[0124] According to the data analysis of interval distance and project type, the consumption coefficient of scenic spot projects for target tourists is obtained, which is as follows:

[0125] Set the interval distance interval, and each interval distance interval corresponds to a distance intensity coefficient;

[0126] Compare the interval distance between the target sign and the scenic spot with the interval distance interval to obtain the interval distance interval where the interval distance between the target sign and the scenic spot is located, and mark the interval distance interval as the target interval;

[0127] The distance intensity coefficient corresponding to the target interval is recorded as the distance intensity coefficient between the target sign and the scenic spot;

[0128] And the distance intensity coefficient is taken and marked to obtain the distance intensity coefficient α;

[0129] The height of the target tourist is obtained by taking and marking the height of the target tourist, and the weight of the target tourist is obtained by taking and marking the weight of the target tourist, and the age of the target tourist is obtained by taking and marking the age of the target tourist, and the age of the target tourist is obtained by taking and marking the age of the target tourist.

[0130] The first consumption coefficient OXX of the interval distance for the target tourist is calculated by the second calculation function OXX=[(a×H)+(b×M)-(c×N)+d]×α, where a, b, c, d, and α are all preset proportional factors;

[0131] Obtain the project play intensity corresponding to the scenic spot project based on the project type data of the scenic spot project;

[0132] And according to the intensity of the project, the play intensity coefficient β corresponding to the scenic spot project is obtained;

[0133] The second consumption coefficient TXX of the play intensity of the scenic spot project for the target tourists is calculated by the third calculation function TXX=[(a×H)+(b×M)-(c×N)+d]×β, where a, b, c, d, and β are all preset proportional factors;

[0134] The first consumption coefficient and the second consumption coefficient are cumulatively calculated to obtain the scenic spot consumption coefficient of the scenic spot item for the target tourists.

[0135] In some embodiments, the second calculation formula and the third calculation formula are obtained based on the Mifflin-St. George formula, wherein the proportional factor a is 9.99, the proportional factor b is 6.25, the proportional factor c is 4.92, and the value of the proportional factor d is determined according to the gender of the target tourists, wherein the d value corresponding to male tourists is 5, and the d value corresponding to female tourists is -161;

[0136] Take a 30-year-old male tourist as an example, with a weight of 70kg and a height of 175cm. The height of the target tourist is 175cm, so the height H is 175; the weight of the target tourist is 70kg, so the weight M is 70; the age of the target tourist is 30, so the age N is 30. At this time, if the distance intensity coefficient α is 1, the first consumption coefficient OXX of the interval distance for the target tourist is calculated by the second calculation function OXX=[(a×H)+(b×M)-(c×N)+d]×α, which is 1739.8; at this time, if the play intensity coefficient β is 1.5, the second consumption coefficient TXX of the play intensity of the scenic spot project for the target tourist is calculated by the third calculation function TXX=[(a×H)+(b×M)-(c×N)+d]×β, which is 2609.7; the scenic spot consumption coefficient of the scenic spot project for the target tourist is 4349.5;

[0137] In addition, the project play intensity corresponding to the scenic spot project can be obtained according to the project type-project play intensity comparison table, and the project type-project play intensity comparison table is preset according to the specific scenic spot conditions and historical play data of the scenic spot project;

[0138] It should be noted that the distance intensity coefficient and the play intensity coefficient correspond to the distance intensity degree and the play intensity degree respectively. For example, the distance intensity degree is divided into five intensity degrees, and each of the five intensity degrees corresponds to a different distance intensity coefficient, such as very light activity: α is 1.2; light activity, α is 1.375; moderate activity, α is 1.55; heavy activity, α is 1.725; very heavy activity, α is 1.9; the play intensity coefficient corresponding to the distance intensity is obtained according to the distance intensity degree corresponding to the distance intensity, where the distance intensity degree and the play intensity coefficient α can be preset based on historical data or big data; the setting of the play intensity coefficient β is the same.

[0139] The target tourists' physical sign data are analyzed to obtain the target tourists' consumable coefficient, which is:

[0140] The heart rate value of the target tourist is obtained and marked to obtain the heart rate value XL; the blood pressure value of the target tourist is obtained and marked to obtain the blood pressure value XY; the respiratory rate of the target tourist is obtained and marked to obtain the respiratory rate PL;

[0141] The tourist state coefficient ZX of the target tourist is calculated by the fourth calculation function ZX=e1×XL+e2×XY+e3×PL, wherein e1, e2, and e3 are preset proportional factors;

[0142] The tourist consumable coefficient corresponding to the target tourist is obtained according to the tourist status coefficient and target tourist parameters of the target tourist.

[0143] In some embodiments, if the heart rate of the target tourist is 100 times / minute, the heart rate value XL is 100; if the blood pressure of the target tourist is 100 mmHg, the blood pressure value XY is 100; if the breathing rate of the target tourist is generally 15 times / minute, the breathing rate PL is 15; at this time, if the preset proportional factors e1, e2, e3 are 1, 1, 2, then the tourist state coefficient ZX of the target tourist is calculated by the fourth calculation function ZX=e1×XL+e2×XY+e3×PL to be 230; wherein the proportional factors e1, e2, e3 are respectively the weight proportions of the influence of the heart rate value, the blood pressure value and the breathing rate on the tourist state, and the specific values ​​of e1, e2, e3 are preset according to the actual situation;

[0144] In addition, the tourist consumable coefficient can be obtained through a preset comparison table of tourist status coefficient, target tourist parameters and tourist consumable coefficient, wherein the preset comparison table of tourist status coefficient, target tourist parameters and tourist consumable coefficient can be preset based on the historical consumption data of tourists in the target scenic spot.

[0145] According to the tourist consumption coefficient of the target tourists and the scenic spot consumption coefficient of the scenic spot items for the target tourists, the second guidance coefficient of the scenic spot items and the target tourists is obtained, which is specifically:

[0146] The scenic spot consumption coefficient of the scenic spot project for the target tourists is obtained by taking values ​​and marking the scenic spot consumption coefficient JXX; the tourist consumable coefficient corresponding to the target tourists is obtained by taking values ​​and marking the tourist consumable coefficient KXX;

[0147] The second guiding coefficient TYX between the scenic spot and the target tourists is calculated by the fifth calculation function TYX=δ×(JXX-KXX), wherein δ is a preset proportional factor.

[0148] In some embodiments, if the attraction consumption coefficient JXX of the attraction project for the target tourists is 1100, the tourist consumption coefficient KXX corresponding to the target tourists is 1000, and the preset proportional factor δ is 1, then the second guidance coefficient TYX of the attraction project and the target tourists is calculated by the fifth calculation function TYX=δ×(JXX-KXX) to be 100.

[0149] The comprehensive guidance coefficient of scenic spots and target tourists is obtained according to the first guidance coefficient and the second guidance coefficient; the scenic spots of the target scenic area are sorted according to the comprehensive guidance coefficient of scenic spots and target tourists to obtain the guidance order of scenic spots in the target scenic area, which is specifically:

[0150] The comprehensive guidance coefficient ZYX of the scenic spot and the target tourists is calculated by the sixth calculation function ZYX=f1×OYX+f2×TYX, wherein f1 and f2 are preset proportional factors;

[0151] The scenic spots in the target scenic area are sorted in ascending order according to the comprehensive guidance coefficient ZYX of the scenic spots and target tourists to obtain the guidance order of the scenic spots in the target scenic area.

[0152] In some embodiments, if the first guidance coefficient OYX between the scenic spot and the target tourist is 200, the second guidance coefficient TYX between the scenic spot and the target tourist is 300, and the preset proportional factors f1 and f2 are 1 and 0.5, the comprehensive guidance coefficient ZYX between the scenic spot and the target tourist is calculated by the sixth calculation function ZYX=f1×OYX+f2×TYX to be 350; wherein the values ​​of f1 and f2 are preset according to the influence weight values ​​of the first guidance coefficient and the second guidance coefficient on the comprehensive guidance coefficient, and the values ​​taken in this application are only examples;

[0153] Sorting the scenic spots in the target scenic area in ascending order according to the comprehensive guidance coefficient ZYX between the scenic spots and the target tourists means that the scenic spots in the target scenic area are sorted in ascending order according to the comprehensive guidance coefficient ZYX between the scenic spots and the target tourists, that is, the order of guiding the scenic spots to the target tourists is the order of the comprehensive guidance coefficient ZYX between the scenic spots and the target tourists from small to large.

[0154] Reference Figure 2 FIG. 1 is a schematic diagram of a structure of a signboard guidance prompting and guiding system provided in an embodiment of the present application, the system comprising:

[0155] The first acquisition module: acquires scenic spot project data of a target scenic spot, wherein the target scenic spot includes at least one scenic spot project;

[0156] The scenic spot project data includes the regional range tourist data of the scenic spot range area corresponding to the scenic spot project, and the regional entrance tourist data of the scenic spot entrance area corresponding to the scenic spot project;

[0157] The second acquisition module: acquires the tourist vital sign data of the target tourist at the location of the target signboard, and acquires the estimated arrival time of the target tourist to the scenic spot;

[0158] The first analysis module: analyzes the regional range tourist data and regional entrance tourist data of the scenic spot project according to the estimated arrival time, and obtains the estimated regional tourist data of the scenic spot project at the estimated arrival time;

[0159] The first guidance coefficient of scenic spots and target tourists is obtained based on the estimated regional tourist data;

[0160] The second analysis module: obtaining the distance between the target sign and the scenic spot, and the project type data of the scenic spot;

[0161] The consumption coefficient of scenic spot projects for target tourists is obtained based on the data analysis of interval distance and project type;

[0162] Analyze the physical sign data of target tourists to obtain the tourist consumption coefficient of target tourists;

[0163] According to the tourist consumption coefficient of the target tourists and the scenic spot consumption coefficient of the scenic spot items for the target tourists, the second guiding coefficient of the scenic spot items and the target tourists is obtained;

[0164] The third analysis module: obtaining the comprehensive guidance coefficient of the scenic spot and the target tourists according to the first guidance coefficient and the second guidance coefficient;

[0165] Prompt guidance module: sort the scenic spots of the target scenic area according to the comprehensive guidance coefficient of the scenic spots and target tourists, and obtain the guidance order of the scenic spots of the target scenic area;

[0166] And the guiding order of the scenic spot items is displayed to the target tourists according to the target signboard.

[0167] The above are all preferred embodiments of the present application, and the protection scope of the present application is not limited thereto. Therefore, any equivalent changes made according to the structure, shape, and principle of the present application should be included in the protection scope of the present application.

Claims

1. A signboard guidance method, characterized in that: The following steps are involved: Acquire scenic spot project data of a target scenic spot, wherein the target scenic spot includes at least one scenic spot project; The scenic spot project data includes regional range tourist data of the scenic spot range area corresponding to the scenic spot project, and regional entrance tourist data of the scenic spot entrance area corresponding to the scenic spot project; Obtain the tourist vital sign data of the target tourist at the location of the target signboard, and obtain the estimated arrival time of the target tourist at the scenic spot; Analyze the regional range tourist data and regional entrance tourist data of the scenic spot project according to the estimated arrival time to obtain the estimated regional tourist data of the scenic spot project at the estimated arrival time; Obtaining a first guidance coefficient between scenic spots and target tourists according to the estimated regional tourist data; Obtain the distance between the target sign and the scenic spot, as well as the project type data of the scenic spot; Obtaining the scenic spot consumption coefficient of the scenic spot project for the target tourists according to the interval distance and project type data analysis; Analyze the physical sign data of target tourists to obtain the tourist consumption coefficient of target tourists; According to the tourist consumption coefficient of the target tourist and the scenic spot consumption coefficient of the scenic spot item for the target tourist, a second guiding coefficient of the scenic spot item and the target tourist is obtained; Obtaining a comprehensive guidance coefficient of scenic spots and target tourists according to the first guidance coefficient and the second guidance coefficient; According to the comprehensive guidance coefficient of scenic spots and target tourists, the scenic spots of the target scenic area are sorted to obtain the guidance order of the scenic spots of the target scenic area; And the guiding order of the scenic spot items is displayed to the target tourists according to the target signboard.

2. A signboard guidance method according to claim 1, characterized in that: Obtain the tourist vital sign data of the target tourist at the location of the target sign, specifically: The tourist physical data includes the tourist age, tourist height and tourist weight of the target tourist; The tourist's physical sign data also includes the target tourist's heart rate, blood pressure and respiratory rate.

3. A signboard guidance method according to claim 2, characterized in that: And get the estimated arrival time of the target tourists to the scenic spot, specifically: Setting a visitor database, wherein the visitor database includes historical visitor parameters corresponding to historical visitors and historical usage time of historical visitors from the target sign to the scenic spot; Generate target tourist parameters corresponding to the target tourists according to the tourist age, tourist height and tourist weight of the target tourists; Matching the target tourist parameters with the historical tourist parameters in the tourist database to obtain the benchmark tourist parameters that match the target tourist parameters in the historical tourist parameters; Generate a historical usage time set based on the historical usage time corresponding to the benchmark tourist parameters; and performing average processing on the historical usage time in the historical usage time set to obtain the historical average usage time of the historical usage time set, and recording the historical average usage time as the expected usage time of the target tourist; The real-time time of the scenic spot of the target sign is obtained, and the estimated arrival time of the target tourist to the scenic spot is obtained based on the real-time time of the scenic spot and the estimated usage time.

4. A signboard guidance method according to claim 3, characterized in that: The regional range tourist data and regional entrance tourist data of the scenic spot project are analyzed according to the estimated arrival time to obtain the estimated regional tourist data of the scenic spot project at the estimated arrival time, specifically: The area range tourist data includes the initial entry time of area range tourists entering the area of ​​the scenic spot corresponding to the scenic spot project; Obtain the average playing time of the scenic spot; Obtaining the estimated departure time of tourists in the scenic area according to the initial entry time and the average playing time; Mark the area-range tourists whose estimated departure time is after the target tourists' estimated arrival time as the first estimated area tourists; Obtain the forward speed of tourists at the entrance of the area, and the remaining distance between the tourists at the entrance of the area and the tourists in the scenic area corresponding to the scenic spot project; According to the forward speed of the tourists and the expected usage time of the target tourists, the expected forward distance of the tourists at the entrance of the area within the expected usage time is obtained; Marking the tourists at the entrance of the area whose estimated forward distance is greater than or equal to the remaining distance of the tourists as the second estimated area tourists; The estimated regional tourist data of the scenic spot at the estimated arrival time is constructed based on the first estimated regional tourists and the second estimated regional tourists.

5. A signboard guidance method according to claim 4, characterized in that: The first guidance coefficient between scenic spots and target tourists is obtained according to the estimated regional tourist data, specifically: Obtain a first estimated number of tourists in the first estimated area, and obtain a second estimated number of tourists in the second estimated area; The estimated number of tourists in the area at the estimated arrival time of the scenic spot is obtained by adding the first estimated number of tourists in the area and the second estimated number of tourists in the area; The estimated number of tourists in the area is taken and marked to obtain the estimated number of tourists in the area YS; The first guiding coefficient OYX between the scenic spot and the target tourists is calculated by the first calculation function OYX=ε×YS, wherein ε is a preset proportional factor.

6. A signboard guidance method according to claim 5, characterized in that: The scenic spot consumption coefficient of the scenic spot project for the target tourists is obtained according to the interval distance and project type data analysis, which is specifically: Setting interval distance intervals, each of which corresponds to a distance intensity coefficient; Compare the interval distance between the target sign and the scenic spot with the interval distance interval to obtain the interval distance interval where the interval distance between the target sign and the scenic spot is located, and mark the interval distance interval as the target interval; The distance intensity coefficient corresponding to the target interval is recorded as the distance intensity coefficient between the target sign and the scenic spot; And taking values ​​and marking the distance intensity coefficient to obtain the distance intensity coefficient α; The height of the target tourist is obtained by taking and marking the tourist's height H; The weight of the target tourist is obtained by taking and marking the tourist weight M; The target tourist's age is taken and marked to obtain the tourist's age N; The first consumption coefficient OXX of the interval distance for the target tourist is calculated by the second calculation function OXX=[(a×H)+(b×M)-(c×N)+d]×α, where a, b, c, d, and α are all preset proportional factors; Obtain the project play intensity corresponding to the scenic spot project based on the project type data of the scenic spot project; And according to the play intensity of the project, the play intensity coefficient β corresponding to the scenic spot project is obtained; The second consumption coefficient TXX of the play intensity of the scenic spot project for the target tourists is calculated by the third calculation function TXX=[(a×H)+(b×M)-(c×N)+d]×β, where a, b, c, d, and β are all preset proportional factors; The first consumption coefficient and the second consumption coefficient are cumulatively calculated to obtain the scenic spot consumption coefficient of the scenic spot item for the target tourists.

7. A signboard guidance method according to claim 6, characterized in that: The target tourists' physical sign data are analyzed to obtain the target tourists' consumable coefficient, which is: The heart rate value of the target tourist is obtained and marked to obtain the heart rate value XL; the blood pressure value of the target tourist is obtained and marked to obtain the blood pressure value XY; the respiratory rate of the target tourist is obtained and marked to obtain the respiratory rate PL; The tourist state coefficient ZX of the target tourist is calculated by the fourth calculation function ZX=e1×XL+e2×XY+e3×PL, wherein e1, e2, and e3 are preset proportional factors; The tourist consumable coefficient corresponding to the target tourist is obtained according to the tourist status coefficient and target tourist parameters of the target tourist.

8. A signboard guidance method according to claim 7, characterized in that: According to the tourist consumption coefficient of the target tourists and the scenic spot consumption coefficient of the scenic spot items for the target tourists, the second guiding coefficient of the scenic spot items and the target tourists is obtained, which is specifically: The scenic spot consumption coefficient of the scenic spot project for the target tourists is obtained by taking values ​​and marking the scenic spot consumption coefficient JXX; the tourist consumable coefficient corresponding to the target tourists is obtained by taking values ​​and marking the tourist consumable coefficient KXX; The second guiding coefficient TYX between the scenic spot and the target tourists is calculated by the fifth calculation function TYX=δ×(JXX-KXX), wherein δ is a preset proportional factor.

9. A signboard guidance method according to claim 8, characterized in that: The comprehensive guidance coefficient of the scenic spot and the target tourist is obtained according to the first guidance coefficient and the second guidance coefficient; the scenic spot of the target scenic spot is sorted according to the comprehensive guidance coefficient of the scenic spot and the target tourist, and the guidance order of the scenic spot of the target scenic spot is obtained, which is specifically: The comprehensive guidance coefficient ZYX of the scenic spot and the target tourists is calculated by the sixth calculation function ZYX=f1×OYX+f2×TYX, wherein f1 and f2 are preset proportional factors; The scenic spots in the target scenic area are sorted according to the comprehensive guidance coefficient ZYX of the scenic spots and target tourists to obtain the guidance order of the scenic spots in the target scenic area.

10. A signboard guidance prompting and guiding system, the system being used to implement a signboard guidance prompting and guiding method according to any one of claims 1 to 9, characterized in that: The system includes: The first acquisition module: acquires scenic spot project data of a target scenic spot, wherein the target scenic spot includes at least one scenic spot project; The scenic spot project data includes regional range tourist data of the scenic spot range area corresponding to the scenic spot project, and regional entrance tourist data of the scenic spot entrance area corresponding to the scenic spot project; The second acquisition module: acquires the tourist vital sign data of the target tourist at the location of the target signboard, and acquires the estimated arrival time of the target tourist to the scenic spot; The first analysis module: analyzes the regional range tourist data and regional entrance tourist data of the scenic spot project according to the estimated arrival time to obtain the estimated regional tourist data of the scenic spot project at the estimated arrival time; Obtaining a first guidance coefficient between scenic spots and target tourists according to the estimated regional tourist data; The second analysis module: obtaining the distance between the target sign and the scenic spot, and the project type data of the scenic spot; Obtaining the scenic spot consumption coefficient of the scenic spot project for the target tourists according to the interval distance and project type data analysis; Analyze the physical sign data of target tourists to obtain the tourist consumption coefficient of target tourists; According to the tourist consumption coefficient of the target tourist and the scenic spot consumption coefficient of the scenic spot item for the target tourist, a second guiding coefficient of the scenic spot item and the target tourist is obtained; The third analysis module: obtaining a comprehensive guidance coefficient of scenic spots and target tourists according to the first guidance coefficient and the second guidance coefficient; Prompt guidance module: sort the scenic spots of the target scenic area according to the comprehensive guidance coefficient of the scenic spots and target tourists, and obtain the guidance order of the scenic spots of the target scenic area; And the guiding order of the scenic spot items is displayed to the target tourists according to the target signboard.

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