Ecranul de îmbinare LCD este în prezent unul dintre cele mai populare ecrane de afișare mari de către utilizatori, iar tentaculele sale de aplicare au fost extinse la diverse industrii, cum ar fi securitatea, expedierea, afișarea, radioul și televiziunea și divertismentul. Există din ce în ce mai mulți comercianți de ecrane de îmbinare LCD, iar diverse produse sunt orbite. Selectarea atentă a ecranelor de îmbinare LCD este punctul central al asigurării efectului de afișare ulterioară. Dacă utilizatorii nu înțeleg bine produsul în timpul utilizării, vor cădea inevitabil în unele neînțelegeri și vor afecta în cele din urmă efectul.
Does the use of LCD splicing screen require ambient temperature?
The most comfortable temperature for the human body is 26 degrees. If it is too high or too low, it will feel uncomfortable. The LCD splicing screen also has a comfortable temperature zone. If you want to ensure the efficient application of the LCD splicing screen, the ambient temperature is a factor that cannot be ignored. Generally speaking, the best operating temperature for LCD splicing screens is between 0 and 35 degrees Celsius. Because the thermotropic liquid crystal used in the LCD screen is derived from temperature changes, and its photoelectric effect is controlled by temperature, if the temperature is not within its use temperature range, it is equivalent to getting rid of the electric field control without photoelectric effect. Various problems.
In actual applications, if the application environment temperature conditions are harsh, the user is better to install an air conditioner, set the temperature between 25 to 26 degrees Celsius, to ensure that the LCD splicing wall is in the best working condition.
Will the LCD splicing screen have chromatic aberration?
Any display product after a certain period of use will have a certain degree of attenuation in the display effect. Of course, LCD splicing screens are no exception, but its attenuation does not occur frequently and will vary depending on the quality of products from different manufacturers. And for this, many manufacturers have corresponding adjustment methods to effectively extend the service life. Therefore, when choosing LCD splicing screens, you must choose a manufacturer with more guaranteed after-sales service.
How to deal with static electricity?
When the static electricity is relatively large, it may cause certain interference to the video signal of the splicing screen, and may even cause damage to the chip at the interface of the splicing system. Therefore, we must pay great attention to the handling of static electricity. If ripples appear on the LCD splicing screen during an important meeting or video surveillance process, Jing Weibo technical engineer said that the fastest way to deal with static electricity is to find two wires to connect the LCD splicing screen to the ground to form a simple The grounding directly leads the static electricity to the earth.
LCD splicing screen can "rest"?
The usual 7x24 hours continuous operation in the market is the peak of the LCD splicing screen, and it is also an ideal state. In practical applications, if users want to extend the service life of the LCD splicing screen as much as possible, they must try to give them a "holiday". Because any object has a service life, the LCD splicing screen can easily overheat some pixels after working for a long time. Once the limit is exceeded, it will cause permanent damage. Therefore, it is best to let it rest intermittently during use. If the conditions do not allow, try to change the display content of the screen in different time intervals, so that the screen can be adjusted slightly while waiting for the working state.
The thinner the LCD splicing screen, the better?
The thinner the product thickness, the higher the requirements on the manufacturing process. If the manufacturing process fails, not only the color displayed on the screen will become dim, but the viewing angle will also decrease, and the probability of occurrence of dead pixels on the screen will increase. So far, the industry has not had a very complete set of technologies to solve this problem, so later maintenance is very important.
