digital signage cloud

For the restaurant industry too, digital signage has quickly assumed a far more central role. Nowadays, if you go to a cafe or diner, chances are high that a screen will be staring at you from some corner. But, the issue is that many businesses are yet to mine the benefits of digital signage in restaurants up to its full potential. That brings us to the idea of a digitally connected restaurant. To understand the concept, let’s go over the components one by one. The whole idea of a digitally connected restaurant uses simplistic solutions to reduce friction in business. If you notice, all the restaurant signage solutions that I have mentioned above are quite commonplace. But the problem is that most of these solutions are deployed as standalone. Some restaurants have digital menu boards, but not a queue management system. Some cafes have digital screens and TVs installed at every corner of the place, but they are grossly under-utilizing their resources by playing only commercials or showing the news & weather updates on TV. The thing that most restaurants & bars fail to implement is a holistic solution— a common platform or a restaurant digital signage software using which they can manage all the different digital arrangements like queue management, entertainment, menu board. 1. Digital Menu Board What is the usual scenario when you visit any restaurant or cafe? You walk into the place– go straight to the ordering counter to see the menu board (good luck if it’s a popular

At present, LCD splicing screens are becoming more and more mature in application industries such as indoor high-end command and control centers, dispatch centers, and monitoring centers. We all know that dust is harmful to the human body, but you certainly did not expect that dust will also do the same to LCD splicing screens. As an electronic product with extremely high technological content, LCD splicing has a great impact on it due to dust. The LCD splicing screen movement uses many optical components, and it is precisely the dust that damages the optical components the most. Contrast refers to the maximum brightness value that the large screen display unit can output divided by the darkest brightness value. When in a dark scene, the dust on the optical components will reflect stray light and project the light that should not be projected from the lens. The brightness of the dark part. Similarly, some light in the bright part will be blocked by dust, reducing the amount of light reflection and transmission, and reducing the brightness value of the bright part, the contrast will naturally decrease in the past. The color wheel of the LCD splicing screen is the main accessory for color processing, including a high-speed motor, which rotates at about 7200 revolutions per minute. If a lot of dust is attached to the periphery of the color wheel, it will affect the rolling of the color wheel, resulting in a decrease or instability of the color wheel speed, which