LED interactive floor tile screen application design_LED interactive induction floor tile screen manufacturer|Huaze Optoelectronics

The LED interactive floor tile screen is built on the basis of the LED display, and it is also an application branch of the LED display field; what are the three design solutions for the LED interactive floor tile screen? What is interaction, and what is its principle? Please see the detailed analysis below: LED interactive floor tile screens are widely used in stage T stage display, commercial applications, hotel decoration and other directions through innovative designs. The emergence of LED interactive floor tile screens provides a more novel creative design for various performances. The expressive methods of, will also occupy a place in the field of stage beauty with innovative and changeable visual experience, which is a beneficial supplement to the current display equipment. Under the situation that the problem of product homogeneity in the LED display market has become increasingly prominent, the emergence of LED interactive floor tile screens provides a reference for innovative LED applications in my country, and LED interactive floor tile screens have quite market prospects. 1. The development history of LED interactive floor tile screens Before the appearance of LED interactive floor tile screens, similar products on the market luminous floor tiles were also used in commercial decoration and other aspects. Luminous floor tiles can display patterns on the floor tiles. These patterns or effects are preset in a single chip microcomputer or computer. Such light-emitting floor tiles are generally only a control output based on a program and will not have any interaction with people on the stage. With the development of touch technology in recent years, luminous floor tiles that can interact with people have appeared, and their novel and interesting experience methods are favored by the market. The realization principle of the LED interactive floor tile screen is to set a pressure sensor or capacitive sensor or infrared sensor on the floor tile. When a person interacts with the LED floor tile screen, these sensors sense the position of the person and feed back its trigger information to the main controller. , And then the main controller logic judges and outputs the corresponding display effect. 2. LED interactive floor tile screen control methods Common LED interactive floor tile screen control methods include: offline control mode, Ethernet online control mode, wireless distributed control mode. Corresponding LED interactive floor tile screens have been produced for different engineering applications. The product also designs supporting effect production software. With the software, the user can control the LED interactive floor tile screen to enter the interactive mode of different patterns: it can realize the functions of sensing patterns and sensing sound effects separately or at the same time; or as a screen to play full-color images. Multiple sets of gorgeous built-in effects can be generated with one key, and different format effects can also be intercepted or imported; with powerful text editing functions, text effects can be edited as needed; brightness and speed can be adjusted in real time, and brightness and speed can be flexibly adjusted according to the application; users You can also carefully set or modify engineering parameters and wiring through installation settings, which is simple and quick. 3. LED interactive floor tile screen offline control and Ethernet online control mode Offline control and Ethernet online control mode LED interactive floor tile screen control system is composed of multiple subsystems, each of which includes evenly distributed on the circuit board The sensor detection unit, the LED display unit, the detection processing unit and the display control unit. The sensor detection unit is connected to the input end of the detection processing unit. The LED interactive floor tile screen unit is connected to the output end of the display control unit. The output interface of the data processor is connected with the input interface of the display control unit of the subsystem, and the input interface is connected with the output interface of the detection processing unit.