Intelligent theatre chain attendance statistical system and intelligent theatre chain attendance statistical method

Abstract

An intelligent theatre chain attendance statistical system comprises an image collecting system, an image processing system and an attendance data releasing system, wherein the image collecting system collects images at a movie theatre and then transmits the images to the image processing system at the front end through the network for attendance recognizing and processing to obtain attendance statistical information, and the attendance statistical information is released through the attendance data releasing system. By aid of the intelligent theatre chain attendance statistical system and an intelligent theatre chain attendance statistical method, images of occupied seats and vacant seats of the movie theatre are compared and judgment is conducted according to the fact that whether luminous bodies preset on the seats are shielded, due to the fact that audiences watching movies sit at the seats and shield the luminous bodies, whether the seats are occupied by audiences can be judged, and therefore attendance statistical accuracy is greatly improved. By aid of the intelligent theatre chain attendance statistical system and the intelligent theatre chain attendance statistical method, attendance counting of audiences watching movies at a theatre chain is facilitated, and seat using conditions at each movie theatre are visually displayed through data.

Description

Technical field [0001] The invention relates to an intelligent counting system and method for the number of theater audiences that can meet the requirements of theaters and film producers on the number of theater audiences. Background technique [0002] The existing people counting system is based on cross-sectional people counting, installing equipment at entrances and exits to count the flow of people. The cross-sectional system counts the number of people passing in different directions within a two-dimensional cross-section. Its disadvantages are: 1. The theater has many entrances and exits, and each entrance needs to install camera equipment and other equipment, which is expensive; 2. The exit section has a large width, and the traditional method is to identify the characteristics of people such as the head or shoulders of the person. In the case of dense crowds, the statistical accuracy is reduced due to the inability to separate the people in the immediate vicinity; 3. Non...

AI Technical Summary

Problems solved by technology

The cross-sectional system counts the number of people passing in different directions in a two-dimensional cross-section. The disadvantages are: 1. There are many entrances and exits in the theater, and each entrance needs to be equipped with camera equipment and other equipment, which is expensive; 2. In the entrance and exit The width of the exit section is relatively large, and the traditional method is to identify the characteristics of people such as the head or shoulders. In the case of dense crowds, the statistical accuracy will decrease because the people who are in close proximity cannot be separated; 3. Non-viewers For example, the staff will also be included in the statistics, and the error statistics are relatively large

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