The gradual maturation of the LCD splicing market is not only reflected in the progress of splicing technology, but also in the expansion of market applications. Judging from the current development situation, after more than a year of rapid development, large-screen splicing products have expanded from the initially narrow professional-grade high-end applications (such as broadcasting, power, telecommunications, etc.) to now covering public management, people's livelihood, and energy. , industrial, commercial, entertainment, and other dozens of subdivided applications.
LCD splicing screen maintenance errors:
Usually, the LCD splicing device has two conditions. One is a protective layer on the outside of the LCD screen, such as transparent hard plastic, so that our fingers and dust do not actually touch the LCD screen itself. Only need to pay attention to the appearance of cleaning will be satisfied; the second and most common is the direct exposure of the LCD screen, any external substances can simply touch the surface of the LCD screen, then, when we clean the LCD screen protection, it must Be more careful. Shenzhen Emperor Ai Di Electronics Co., Ltd. will introduce several common misunderstandings of LCD splicing screens for everyone:
Myth #1: Clean the LCD screen with alcohol and other chemical solvents. Usually, alcohol is a commonly used organic solvent that can dissolve some dirt that is not easily wiped off, but do not use alcohol to clean the LCD splicing screen once alcohol is used. Scrubbing the splicing screen will dissolve the special coating applied by the manufacturer on the LCD splicing screen, which will have an adverse effect on the display function.
Misunderstanding 2: Cleaning LCD splicing screen Applying clear water, the liquid can easily enter the LCD screen, which can easily cause a short circuit in the splicing screen device circuit and burn out the entire LCD splicing wall. Moreover, with regard to fingerprints and oil stains, the cleansing of water is not sufficient in the end, and in more situations, the more the flowers are wiped.
Misunderstanding 3: Use a soft cloth, eyeglass cloth, or paper towel to scrub the LCD screen. It is usually very easy to scratch the “squeegee†LCD splicing screen. With respect to dust, we can blow it out by blowing it first. The remaining dust particles are scrubbed gently on the surface of the splicing screen using a dedicated LCD scrubbing cloth. In general, fingerprints and oil stains are not as simple as the former, and special liquid crystal scrubbing cloths can be used. This is easier to clean. Because the special liquid crystal scrubbing cloth uses special fibers, it has much better scrubbing than the usual advanced eyeglasses cloth. Function, and soft will not scratch the screen, but also has the function of dissipating static electricity, to avoid further adsorption of dust.
LCD splicing large screen how to prevent static interference When using liquid crystal splicing large screens, many users may encounter static interference phenomenon, most users are helpless and do not know how to solve the static interference problem. In fact, if you want to prevent and solve the interference of static electricity caused by the large-screen LCD splicing, you must first understand the reasons, and then analyze the reasons to find out how to prevent the static interference of LCD splicing large screen.
LCD splicing large screen to prevent static electricity:
1. Separate the line from the line. Separate the various connection lines of the LCD splicing screen, and do not put the lines and lines together. Separate the VGA cable from the power cable when routing the cable. Because the general VGA cable has no shielding layer, it is easy to cause static electricity when you go along with the power cable. In particular, separate the VGA cable from the power cable. Because the general VGA line does not have a shielding layer. The non-shielded VGA cable and the power cable are put together and are prone to generate static electricity. Placing them at a certain distance can effectively prevent the generation of static electricity.
2, grounding. The so-called grounding is the direct discharge of static electricity through the wire to the earth. This method is simple, low-cost, and effective. It is the most direct and effective way to prevent static electricity.
3, insulation. The so-called insulation is to paste the liquid crystal splicing screen with the metal and power connection at the insulating step, so that the two are isolated from each other, and the two are insulated, and no static electricity will be generated.
LCD splicing screen maintenance errors:
Usually, the LCD splicing device has two conditions. One is a protective layer on the outside of the LCD screen, such as transparent hard plastic, so that our fingers and dust do not actually touch the LCD screen itself. Only need to pay attention to the appearance of cleaning will be satisfied; the second and most common is the direct exposure of the LCD screen, any external substances can simply touch the surface of the LCD screen, then, when we clean the LCD screen protection, it must Be more careful. Shenzhen Emperor Ai Di Electronics Co., Ltd. will introduce several common misunderstandings of LCD splicing screens for everyone:
Myth #1: Clean the LCD screen with alcohol and other chemical solvents. Usually, alcohol is a commonly used organic solvent that can dissolve some dirt that is not easily wiped off, but do not use alcohol to clean the LCD splicing screen once alcohol is used. Scrubbing the splicing screen will dissolve the special coating applied by the manufacturer on the LCD splicing screen, which will have an adverse effect on the display function.
Misunderstanding 2: Cleaning LCD splicing screen Applying clear water, the liquid can easily enter the LCD screen, which can easily cause a short circuit in the splicing screen device circuit and burn out the entire LCD splicing wall. Moreover, with regard to fingerprints and oil stains, the cleansing of water is not sufficient in the end, and in more situations, the more the flowers are wiped.
Misunderstanding 3: Use a soft cloth, eyeglass cloth, or paper towel to scrub the LCD screen. It is usually very easy to scratch the “squeegee†LCD splicing screen. With respect to dust, we can blow it out by blowing it first. The remaining dust particles are scrubbed gently on the surface of the splicing screen using a dedicated LCD scrubbing cloth. In general, fingerprints and oil stains are not as simple as the former, and special liquid crystal scrubbing cloths can be used. This is easier to clean. Because the special liquid crystal scrubbing cloth uses special fibers, it has much better scrubbing than the usual advanced eyeglasses cloth. Function, and soft will not scratch the screen, but also has the function of dissipating static electricity, to avoid further adsorption of dust.
LCD splicing large screen how to prevent static interference When using liquid crystal splicing large screens, many users may encounter static interference phenomenon, most users are helpless and do not know how to solve the static interference problem. In fact, if you want to prevent and solve the interference of static electricity caused by the large-screen LCD splicing, you must first understand the reasons, and then analyze the reasons to find out how to prevent the static interference of LCD splicing large screen.
LCD splicing large screen to prevent static electricity:
1. Separate the line from the line. Separate the various connection lines of the LCD splicing screen, and do not put the lines and lines together. Separate the VGA cable from the power cable when routing the cable. Because the general VGA cable has no shielding layer, it is easy to cause static electricity when you go along with the power cable. In particular, separate the VGA cable from the power cable. Because the general VGA line does not have a shielding layer. The non-shielded VGA cable and the power cable are put together and are prone to generate static electricity. Placing them at a certain distance can effectively prevent the generation of static electricity.
2, grounding. The so-called grounding is the direct discharge of static electricity through the wire to the earth. This method is simple, low-cost, and effective. It is the most direct and effective way to prevent static electricity.
3, insulation. The so-called insulation is to paste the liquid crystal splicing screen with the metal and power connection at the insulating step, so that the two are isolated from each other, and the two are insulated, and no static electricity will be generated.
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