Intelligent venue operation management system

Abstract

The invention relates to the technical field of intelligent venue management, and discloses an intelligent venue operation management system, which comprises an exhibit cabinet and a light module, and further comprises a time division module, a monitoring module, an analysis module and a light control module, and is characterized in that the working time of a venue is divided into a plurality of time units through the time division module; acquiring visitor information data through a monitoring module; analyzing according to the visitor information data of each exhibit cabinet through an analysis module to obtain a visitor attention judgment index; determining a light working mode of each exhibit cabinet in each time unit according to the visitor attention judgment index, and performing analysis according to the light working module of the corresponding exhibit cabinet and the visitor information data to obtain a real-time light parameter of each corresponding exhibit cabinet; the work intensity of the light module of the exhibit cabinet is adjusted according to the attention of visitors at different time units, aging of the light module is delayed, and the influence of high temperature of long-time high-brightness work of a bulb on exhibit materials is avoided.

Description

Technical Field

[0001] The present invention relates to the technical field of smart venue management, and in particular to a smart venue operation management system. Background Art

[0002] With the acceleration of urbanization and the continuous improvement of people's spiritual and cultural needs, traditional venues are gradually unable to cope with large-scale passenger flows, diversified functional requirements and refined service management; the emergence of smart venues has effectively made up for these shortcomings and provided a better hosting platform for sports events, cultural exhibitions, commercial activities, etc.

[0003] Among them, in cultural exhibitions or commercial activities, exhibits are often displayed inside smart venues. In order to avoid damage to the exhibits caused by visitors' contact, the exhibits are usually placed in display cabinets. The lighting layout and color matching of the lights in the display cabinets are carefully designed according to the products to highlight the texture and details of the products.

[0004] However, as lights work for a long time, they will gradually age. Not only will the brightness of the aged lights decrease, but the color temperature may also change. The originally carefully designed lighting layout and color matching will become no longer coordinated, which may make the texture of the exhibits blurred and the details no longer distinct. In addition, lights working at high brightness for a long time may generate more heat, which may affect the material of the exhibits. Summary of the invention

[0005] The purpose of this invention is to provide a smart venue operation management system to solve the following technical problems: How to reduce the aging effect of lighting on exhibits.

[0006] The purpose of the present invention can be achieved through the following technical solutions: A smart venue operation and management system includes a plurality of display cabinets and a lighting module arranged in each display cabinet, and the operation and management system further includes: The time division module is used to divide the venue working hours into several time units according to the preset time division rules; A plurality of monitoring modules, corresponding one to one with the display cabinets, the monitoring modules are used to obtain visitor information data of the corresponding display cabinets; The analysis module is used to analyze the visitor information data of each display cabinet in the past preset time period to obtain the visitor attention judgment index of each display cabinet in each time unit; determine the lighting working mode of each display cabinet in each time unit according to the visitor attention judgment index, and analyze according to the lighting working module and visitor information data of the corresponding display cabinet to obtain the real-time lighting parameters of each corresponding display cabinet; The lighting control module is used to control the lighting module of the corresponding exhibition cabinet according to the real-time lighting parameters of the corresponding exhibition cabinet.

[0007] As a further solution of the present invention: The lighting working modes include a constant-on mode and an induction mode.

[0008] As a further solution of the present invention: The preset time division rule is as follows: S1: Classify the exhibition days within a preset past time period according to a preset classification rule into several types of exhibition days; S2: Divide the venue working hours of each type of exhibition day into several time units according to a preset basic duration.

[0009] As a further solution of the present invention: The obtaining process of the analysis module is as follows: S10: Analyze the number of visitors in the preset area of each time unit of each type of exhibition day of each exhibition cabinet to obtain the visitor attention degree judgment index of each time unit of each type of exhibition day of each exhibition cabinet; S20: Make a judgment according to the visitor attention degree judgment index of each time unit of each type of exhibition day of each exhibition cabinet to determine the lighting working mode of each time unit of each type of exhibition day of each exhibition cabinet; S30: Analyze the distance between each visitor and the exhibit in the preset area of the exhibition cabinet corresponding to each induction mode to obtain the real-time lighting brightness of the exhibition cabinet corresponding to each induction mode.

[0010] As a further solution of the present invention: Through the formula:

[0011] Calculate the visitor attention degree judgment index of the th exhibition cabinet in the th exhibition day type and the th time unit ; Wherein, is a judgment function. When , ; When , ; is the number of exhibition day types, ; is the number of time units of the th exhibition day type, ; is the number of exhibition cabinets, ; is the number of days of this type of exhibition day within a preset past time period, ; is the The cumulative duration without visitors for the th exhibition day type of the th day within a preset time period in a th exhibit case within a preset area; is the preset basic duration; is the first preset comparison value.

[0012] As a further solution of the present invention: The judgment process of whether to use the induction mode is as follows: When , the th exhibit case uses the induction mode at the th exhibition day type at the th time unit; When , the th exhibit case uses the constant-on mode at the th exhibition day type at the th time.

[0013] As a further solution of the present invention: Through the formula: ; Calculate the real-time brightness of the light module induction mode of the th exhibit case; Wherein, is the preset display brightness of the light module of the th exhibit case; is the preset display distance of the th exhibit case; is the distance of the visitor closest to the exhibit in the preset induction area of the th exhibit case; is the preset light adjustment distance of the th exhibit case; is the first preset constant.

[0014] As a further solution of the present invention: The monitoring module includes a human body sensor, which is arranged below the corresponding exhibit.

[0015] As a further solution of the present invention: The light parameters include light brightness.

[0016] As a further solution of the present invention: The visitor information data includes the number of visitors within the preset area of the corresponding exhibit case and the distance of each visitor from the exhibit.

[0017] As a further solution of the present invention: The preset range of the preset basic duration is 。

[0018] Advantages of the present invention: (1) The present invention divides the venue working hours into several time units according to a preset time division rule through a time division module; then, through a plurality of monitoring modules, visitor information data of each corresponding exhibit cabinet is obtained; then, through an analysis module, the visitor information data of each exhibit cabinet in a preset past time period is analyzed to obtain a visitor attention degree judgment index of each exhibit cabinet in each time unit; and according to the visitor attention degree judgment index, the lighting working mode of each exhibit cabinet in each time unit is determined, and the real-time lighting parameters of each corresponding exhibit cabinet are obtained by analyzing the lighting working module and the visitor information data of the corresponding exhibit cabinet; the lighting module of the corresponding exhibit cabinet is controlled according to the real-time lighting parameters of the corresponding exhibit cabinet through a lighting control module; it is realized to adjust the lighting parameters of the lighting module according to the attention degree of visitors in different time units, reduce the working time or working intensity of the lighting module of the exhibit cabinet, delay the aging of the lighting module, and avoid the influence of the high temperature of the bulb working at high brightness for a long time on the exhibit material. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] The present invention will be further described below with reference to the accompanying drawings.

[0020] Figure 1 It is a system module framework diagram of an embodiment of the present invention. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0021] The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

[0022] Please refer to Figure 1 As shown, in an embodiment, a smart venue operation management system is provided, including several exhibit cabinets and lighting modules arranged in each exhibit cabinet; the operation management system further includes: A time division module for dividing the venue working hours into several time units according to a preset time division rule; A plurality of monitoring modules, corresponding to the exhibit cabinets one by one, the monitoring module is used to obtain the visitor information data of the corresponding exhibit cabinet; An analysis module for analyzing the visitor information data of each exhibition cabinet within a preset past time period to obtain the visitor attention judgment index of each exhibition cabinet in each time unit; and determining the lighting working mode of each exhibition cabinet in each time unit according to the visitor attention judgment index, and analyzing based on the lighting working module and visitor information data of the corresponding exhibition cabinet to obtain the real-time lighting parameters of each corresponding exhibition cabinet; A lighting control module for controlling the lighting module of the corresponding exhibition cabinet according to the real-time lighting parameters of the corresponding exhibition cabinet; Through the above technical solution, in this embodiment, the venue working time is divided into several time units by the time division module according to the preset time division rule; then, through multiple monitoring modules, the visitor information data of each corresponding exhibition cabinet is obtained; then, through the analysis module, the visitor information data of each exhibition cabinet within a preset past time period is analyzed to obtain the visitor attention judgment index of each exhibition cabinet in each time unit; and determining the lighting working mode of each exhibition cabinet in each time unit according to the visitor attention judgment index, and analyzing based on the lighting working module and visitor information data of the corresponding exhibition cabinet to obtain the real-time lighting parameters of each corresponding exhibition cabinet; the lighting control module controls the lighting module of the corresponding exhibition cabinet according to the real-time lighting parameters of the corresponding exhibition cabinet; realizing the adjustment of the lighting parameters of the lighting module according to the attention of visitors in different time units, reducing the working time or working intensity of the lighting module of the exhibition cabinet, delaying the aging of the lighting module, and avoiding the influence of the high temperature of the bulb working at high brightness for a long time on the exhibit material.

[0023] As an implementation manner of the present invention, the lighting working mode includes a constant lighting mode and an induction mode; the lighting parameters include lighting brightness.

[0024] Automatically adjust to the induction mode when the attention is low, realizing the adjustment of the lighting brightness of the lighting module according to the attention of visitors in different time units, reducing the working time or working intensity of the lighting module of the exhibition cabinet, delaying the aging of the lighting module, and avoiding the influence of the high temperature of the bulb working at high brightness for a long time on the exhibit material.

[0025] As an implementation manner of the present invention, the monitoring module includes a human body sensor, which is arranged below the corresponding exhibit, and the visitor information data includes the number of visitors in the preset area of the corresponding exhibition cabinet and the distance of each visitor from the exhibit; As an implementation manner of the present invention, the preset time division rule is: S1: Classify the exhibition days within a preset past time period according to the preset classification rule into several types of exhibition days; S2: Divide the venue working time of each type of exhibition day into several time units according to the preset basic duration; Through the above technical solution, the preset division rule in this embodiment can classify the exhibition days according to whether they are legal holidays. Therefore, several types of exhibition days include working-day exhibition days and legal-holiday exhibition days, making the classification of time units of exhibition days more accurate. Since the number of visitors on legal-holiday and working-day exhibition days usually varies greatly, separating the analysis of legal holidays and working days can enable more time units to be automatically adjusted to the induction mode, reducing the working time or intensity of the lighting module of the exhibit cabinet, delaying the aging of the lighting module, and avoiding the impact of the high temperature of the bulb working at high brightness for a long time on the exhibit material. It should be noted that the preset basic duration is a preset value obtained based on experience, and the preset range of the preset basic duration is , which can be 15 minutes, or 30 minutes, or 120 minutes.

[0026] As an implementation manner of the present invention, the obtaining process of the analysis module is as follows: S10: By analyzing the number of visitors in the preset area of each time unit of each type of exhibition day of each exhibit cabinet, obtain the visitor attention degree judgment index of each time unit of each type of exhibition day of each exhibit cabinet; S20: Make a judgment according to the visitor attention degree judgment index of each time unit of each type of exhibition day of each exhibit cabinet to determine the lighting working mode of each time unit of each type of exhibition day of each exhibit cabinet; S30: Analyze the distance between each visitor and the exhibit in the preset area of the exhibit cabinet corresponding to each induction mode to obtain the real-time lighting brightness of the exhibit cabinet corresponding to each induction mode; Through the above technical solution, in this embodiment, by analyzing the number of visitors in the preset area of each time unit of each type of exhibition day of each exhibit cabinet, the visitor attention degree judgment index of each time unit of each type of exhibition day of each exhibit cabinet is obtained; then, by analyzing the distance between each visitor and the exhibit in the preset area of the exhibit cabinet corresponding to each induction mode, the real-time lighting brightness of the exhibit cabinet corresponding to each induction mode is obtained; finally, by analyzing the distance between each visitor and the exhibit in the preset area of the exhibit cabinet corresponding to each induction mode, the real-time lighting brightness of the exhibit cabinet corresponding to each induction mode is obtained; realizing the adjustment of the lighting parameters of the lighting module according to the attention degree of visitors in different time units, reducing the working time or intensity of the lighting module of the exhibit cabinet, delaying the aging of the lighting module, and avoiding the impact of the high temperature of the bulb working at high brightness for a long time on the exhibit material.

[0027] As an implementation manner of the present invention, through the formula:

[0028] Calculate the th exhibit cabinet on the th exhibition day type at the Visitor attention judgment index for a time unit ; Among them, is a judgment function. When , ; when , ; is the number of exhibition day types, ; is the th number of time units of the exhibition day type, ; is the number of exhibit cabinets, ; is the number of days of this type of exhibition day within a preset past time period, ; is the th cumulative duration without visitors in the th exhibition day type and the th day of the th time unit within the preset area for the th exhibit cabinet; is the preset basic duration; Through the above technical solution, in this embodiment is the th cumulative duration without visitors in the th exhibition day type and the th day of the th time unit within the preset area for the th exhibit cabinet, compared with the preset basic duration, the first ratio; used to reflect the th exhibition day type and the th day of the th time unit of the th exhibit cabinet, the degree of visitor attention received; the larger the first ratio , it indicates that the th exhibition day type and the th day of the th time unit of the th exhibit cabinet receives lower visitor attention; conversely, the smaller the first ratio , it indicates that the th exhibition day type and the th day of the th time unit of the is the The cumulative duration without visitors of the -th exhibition day type of the -th time unit within the preset area and the average ratio of the preset basic duration; used to reflect the -th exhibit cabinet's visitor attention during the -th exhibition day type in the past preset time period; the average ratio The larger the value, the lower the visitor attention of the -th exhibit cabinet during the -th exhibition day type in the past preset time period for the -th time unit; conversely, the smaller the average ratio The higher the visitor attention of the -th exhibit cabinet during the -th exhibition day type in the past preset time period for the -th time unit; The standard deviation of the ratio of the cumulative duration without visitors of the -th exhibit cabinet during the -th exhibition day type in the past preset time period for the -th time unit within the preset area and the preset basic duration, used to reflect the Stability of the daily visitor attention of the -th exhibit cabinet during the -th exhibition day type in the past preset time period; the smaller the standard deviation The more stable the daily visitor attention of the -th exhibit cabinet during the -th exhibition day type in the past preset time period; conversely, the larger the standard deviation The more unstable the daily visitor attention of the -th exhibit cabinet during the -th exhibition day type in the past preset time period; in the formula The judgment function Refers to ; used to judge whether the -th exhibit cabinet during the -th exhibition day type in the past preset time period for the -th time unit meets the requirements of the induction mode; when It means that the -th exhibit cabinet during the -th exhibition day type in the past preset time period for the -th time unit meets the requirements of the induction mode, ; when When it indicates that the th exhibit cabinet does not meet the requirements of the induction mode in the th exhibition day type during the preset time period in the th time unit; ; It should be noted that the preset basic duration and the first preset comparison value are preset values obtained based on experience and will not be elaborated here.

[0029] As an implementation manner of the present invention, the judgment process of whether to use the induction mode is as follows: When , the th exhibit cabinet uses the induction mode in the th exhibition day type at the th time unit; When , the th exhibit cabinet uses the always-on mode at the th exhibition day type at the th time; Through the above technical solution, in this embodiment, when , it indicates that the th exhibit cabinet has less attention from visitors at the th exhibition day type at the th time unit; Therefore, the th exhibit cabinet uses the induction mode at the th exhibition day type at the th time unit; When , it indicates that the th exhibit cabinet has relatively high or unstable attention from visitors at the th exhibition day type at the th time unit; Therefore, the th exhibit cabinet uses the always-on mode at the th exhibition day type at the th time.

[0030] As an implementation manner of the present invention, through the formula: ; Calculate the real-time brightness of the lighting module induction mode of the th exhibit cabinet; Among them, is the preset display brightness of the lighting module of the th exhibit cabinet; is the The preset display distance of each exhibit cabinet; For the nearest visitor distance to the exhibit in the preset induction area of the th exhibit cabinet; The preset light adjustment distance of the th exhibit cabinet; With the above technical solution, when the light module of the th exhibit cabinet in this embodiment is in the constant-on mode, the light module works with the preset display brightness. When in the induction mode, when the nearest visitor distance to the exhibit in the preset induction area of the th exhibit cabinet enters the preset display distance of the th exhibit cabinet, the light module works with the preset display brightness. When the nearest visitor distance to the exhibit in the preset induction area of the th exhibit cabinet exceeds the preset display distance of the th exhibit cabinet, the real-time brightness of the induction mode of the light module of the th exhibit cabinet changes with the nearest visitor distance to the exhibit in the preset induction area of the th exhibit cabinet. The farther the nearest visitor distance to the exhibit in the preset induction area of the th exhibit cabinet, the more the real-time brightness of the induction mode of the light module of the th exhibit cabinet decreases; conversely, the closer the nearest visitor distance to the exhibit in the preset induction area of the th exhibit cabinet, the less the real-time brightness of the induction mode of the light module of the th exhibit cabinet decreases; when the nearest visitor distance to the exhibit in the preset induction area of the th exhibit cabinet exceeds the preset light adjustment distance of the is a preset value, obtained based on experience and not elaborated here.

[0031] The above has described in detail an embodiment of the present invention, but the content described is only a preferred embodiment of the present invention and cannot be considered as limiting the scope of implementation of the present invention. All equivalent changes and improvements made within the scope of the application of the present invention should still fall within the scope covered by the patent of the present invention.

Claims

1. An intelligent venue operation and management system, including a number of exhibition cabinets and lighting modules arranged in each exhibition cabinet, characterized in that, The operation management system further includes: a time division module for dividing the venue working hours into a plurality of time units according to a preset time division rule; a plurality of monitoring modules, corresponding to the exhibit cabinets one by one, for obtaining the visitor information data of the corresponding exhibit cabinets; an analysis module for analyzing the visitor information data of each exhibit cabinet in a preset past time period to obtain the visitor attention degree judgment index of each exhibit cabinet in each time unit; and determining the lighting working mode of each exhibit cabinet in each time unit according to the visitor attention degree judgment index, and analyzing according to the lighting working module and the visitor information data of the corresponding exhibit cabinet to obtain the real-time lighting parameters of each corresponding exhibit cabinet; a lighting control module for controlling the lighting module of the corresponding exhibit cabinet according to the real-time lighting parameters of the corresponding exhibit cabinet.

2. The intelligent venue operation management system according to claim 1, characterized in that, The lighting working mode includes a constant-on mode and an induction mode.

3. The intelligent venue operation management system according to claim 2, wherein The preset time division rule is as follows: S1: Classify the exhibition days in a preset past time period according to a preset classification rule into several types of exhibition days; S2: Divide the venue working hours of each type of exhibition day into a plurality of time units according to a preset basic duration.

4. An intelligent venue operation management system according to claim 3, characterized in that, The obtaining process of the analysis module is as follows: S10: Analyze the number of visitors in the preset area of each time unit of each type of exhibition day of each exhibit cabinet to obtain the visitor attention degree judgment index of each exhibit cabinet of each type of exhibition day of each time unit; S20: Judge according to the visitor attention degree judgment index of each exhibit cabinet of each type of exhibition day of each time unit to determine the lighting working mode of each exhibit cabinet of each type of exhibition day of each time unit; S30: Analyze the distance between each visitor and the exhibit in the preset area of each exhibit cabinet corresponding to the induction mode to obtain the real-time lighting brightness of each exhibit cabinet corresponding to the induction mode.

5. The intelligent venue operation management system according to claim 4, wherein, Through the formula: ； Calculate the th exhibit cabinet on the th exhibition day type at the th time unit's visitor attention judgment index ; Among them, is a judgment function. When holds, ; when holds, ; is the number of exhibition day types, ; is the number of time units of the th exhibition day type, ; is the number of exhibition cabinets, ; is the number of days of this type of exhibition day within a preset past time period, ; is the nd exhibition cabinet, and within the preset past time period, for the th exhibition day type, on the th day, the cumulative duration when there are no visitors in the th time unit within the preset area; is the preset basic duration; is the first preset comparison value.

6. The intelligent venue operation and management system according to claim 5, wherein The judgment process of whether to use the induction mode is as follows: When the th exhibition day type time unit uses the induction mode; When the th exhibition day type uses the always-on mode at the 7. The intelligent venue operation management system according to claim 6, characterized in that, Through the formula: ; Calculate the real-time brightness of the lighting module induction mode of the th display cabinet; Among them, is the preset display brightness of the lighting module of the th exhibit cabinet; is the preset display distance of the th exhibit cabinet; is the distance of the visitor closest to the exhibit in the preset induction area of the th exhibit cabinet; is the preset lighting adjustment distance of the th exhibit cabinet; is the first preset constant.

8. The intelligent venue operation management system according to claim 7, characterized in that, The monitoring module includes a human body sensor, which is arranged under the corresponding exhibit.

9. The intelligent venue operation management system according to claim 8, characterized in that, The lighting parameters include lighting brightness.

10. A smart venue operation and management system according to claim 9, characterized in that, The visitor information data includes the number of visitors in the preset area of the corresponding exhibit cabinet and the distance between each visitor and the exhibit.

11. A smart venue operation management system according to claim 9, characterized in that, The preset range of the preset basic duration is .

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