X Series
LED Interactive Floor
- Indoor LED Floor Screen
- Outdoor LED Floor Screen
- LED Intelligent interactive floor screen
LED intelligent interactive floor screen
- Intelligent interactive floor screen is a digital display device customized for indoor and outdoor exhibition halls and special background environments. It uses the most advanced optical sensing technology in China to sense human movements and accurately capture the changes of moving objects on the LED screen. The stage renderings are based on the Puller effect, using the most advanced planar antenna technology on the market, making it also equipped with radar sensing technology, allowing users to have an immersive experience.
Product Features
Waterproof and moisture-proof
The bottom shell, housing, power cord and signal line of LED intelligent interactive floor and module are all specially designed and equipped with waterproof and moisture-proof materials. The raw materials are made of materials with low moisture absorption coefficients and have been sealed many times. It has a good waterproof and moisture-proof function, and the front and back of the cabinet can reach the IP68 waterproof level.
Super load bearing
Each component of intelligent interactive floor screen is designed according to different mechanics, and the ultimate load-bearing capacity per square meter can be as high as 3000KGS.
Wear-resistant and flame-retardant
LED intelligent interactive floor screen housing is made of imported PC material, which has high wear resistance and flexibility, and good high and low temperature resistance. In order to enhance the applicability and safety of adapting to the harsh outdoor environment, Xinyiguang has enhanced UV resistance, low temperature resistance and higher flame retardant properties.
Silent Heat Dissipation
LED intelligent interactive floor screen box power box adopts die-cast aluminum with better heat dissipation and special heat dissipation device design, which has a better silent heat dissipation function.
- The interactive response speed is fast, with a response time of 20 microseconds.
- Point-to-point, multi-point interaction, not limited by the number of interactive points.
- The housing is made of imported high polymer PC material, with low moisture absorption coefficient, anti-skid and anti-glare design.
- The built-in optical sensor chip does not require an external interactive sensor device, and is not interfered by external light or electrical waves.
- The installation structure is made of high-strength anti-corrosion materials, single-point height adjustable, non-slip and shock-absorbing design.
- The software supports the production and playback of multiple interactive materials in TUOI, Flash, and UDP point-to-point formats.
- The software supports the function of sensing objects with intelligent shielding.
Module
- The data of each unit is transmitted separately, and the occlusion of each signal source will not affect the display of the next area.
- Each module area is separate data transmission. One is covered and the others will be used for data transmission to achieve interaction.
- Each module integrates a relative number of sensing points. When one sensing point fails, the remaining sensing points will continue to work.
- Module integrated sensing area.
Human-Computer Interaction
The LED floor screen senses the objects on the surface of the screen through a micro optical sensor device at close range, and transmits the information of the sensor device to the interactive main control computer. The interactive host calculates the positioning coordinates of the sensor device through calculation and processing. Send instruction information to the main control PC, and the main control PC will call the corresponding interactive material or interactive file according to the interactive main control’s instruction, and display the corresponding scene material.
From control to installation, it is more convenient and fast, with fast response speed, high accuracy of sensor display, multi-scene application and multi-device linkage, so it is called LED intelligent interactive floor screen. And the LED intelligent interactive floor screen allows the audience to participate in the displayed virtual scene. When the human body or object touches the surface of the LED floor screen, the LED floor screen will change the display content accordingly.
The LED floor screen combines the intelligent interactive system and interactive materials to present the real scene in a virtual way, so as to achieve the effect of human- computer interaction.
Wall and Floor screen joint interaction
The floor screen can not only realize the human-computer interaction on the ground but also realize the interactive interaction between the floor and the wall. Linkage is a combination of intelligent interactive LED floor screen and interactive LED video wall. Its effect display and special effect display have reached the high-tech level in many fields. In particular, the wall and floor linkage display not only tests the splicing effect of the wall screen and floor screen but also tests the splicing technology of video images. The picture can be more immersive when the two are combined. The LED intelligent interactive floor screen and LED video wall to adopt advanced induction interaction technology. The video wall and floor screen are connected through our linkage software, and the video wall and floor screen can interact and control in real-time. The perspective effect is more vivid and the application field is wider. The function of the wall and floor screen is greatly improved. More commercial value has been realized.
Flat Installation
1. On a relatively flat ground, place the floor support at the position as shown in the figure (the distance between adjacent floor supports is 500mm*1000mm).
2.Connect the positioning holes at the bottom of the cabinet with the positioning posts on the surface of the floor support; connect the positioning holes of the cabinet with the four floor supports in turn (the arrow on the back of the cabinet must be in the same direction).
3.Connect the power cable and signal cable on the back of the cabinet to another cabinet in turn (Note: the cabinet faces the same).
4. The cabinet s are connec ted in turn according to the above content, as shown in the figure.
5.After the installation is finished, you can decide whether to install the edging to enhance the aesthetics according to actual needs.
6.Regular maintenance is required during the use of the screen to ensure the use time of the screen.
Indoor embedded installation
1.Place the floor supports in a relatively flat scene with the depth of the foundation pit between 130mm-170mm. The placement position is as shown in the figure (the distance between adjacent floor supports is 500mm*1000mm).
2.The positioning hole at the bottom of the cabinet is connected with the positioning column on the floor support; the positioning holes of the cabinet are connected to the four floor supports in turn, and the height of the floor support is adjusted to make the surface of the screen and the ground level, as shown in the figure.
3.Connect the power cable and signal cable on the back of the cabinet to another cabinet in turn. (Note: the cabinet faces the same)
4. The cabinet s are connec ted in turn according to the above content, as shown in the figure.
5.After the installation is finished, you can decide whether to install the edging to enhance the aesthetics according to actual needs.
6.Regular maintenance is required during the use of the screen to ensure the use time of the screen.
Outdoor embedded Installation
1.The depth of the outdoor foundation pit needs to be between 500-800mm, and reserved drainage outlets, exhaust outlets, network cable pipes and power cable pipes, and route the wires into the foundation pit in advance. The distance from the control room to the screen should not exceed 80m; as shown in the figure.
2.Build a 300mm-650mm steel structure in the foundation pit (Note: 130mm-170mm height should be reserved between the surface of the steel structure and the ground; the distance between adjacent steel structures is 500mm*1000mm)
3.Place the floor support on the surface of the steel structure, as shown in the figure (the distance between adjacent ground supports is 500mm*1000mm)
4.The positioning hole at the bottom of the cabinet is connected with the positioning column on the floor support; the positioning holes of the cabinet are connected to the four floor supports in turn, and the height of the floor support is adjusted to make the surface of the screen and the ground level, as shown in the figure.
5.Connect the power cable and signal cable on the back of the cabinet to another cabinet in turn. (Note: the cabinet faces the same)
6. The cabinet s are connec ted in turn according to the above content, as shown in the figure.