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1. Technical level:From the perspective of display principle, the small-pitch LED display is self-illuminating, and the LCD splicing screen is backlight + liquid crystal imaging. From the perspective of physical seams, the small-pitch LED display is non-joint, and the gap of LCD liquid crystal splicing screen is 0.88-3.5mm. From the perspective of color saturation, the small-pitch LED display has a higher degree of color reproduction and more vivid colors. From the perspective of grayscale, the small-pitch LED display is 16bits, and the LCD splicing screen is 8bits. From the perspective of power consumption, small-pitch LED displays and LCD splicing screens are both high-efficiency and energy-saving products.2. Cost levelThe first purchase cost: the price of LCD splicing screen is newly popularized, which has more advantages.The second maintenance cost: small-pitch LEDs only need to repair the broken modules separately, which does not affect the use, and the maintenance cost is low; LCD liquid crystal splicing screen: faults generally cannot be repaired, and only the full screen can be replaced;The third is the service life: the normal use of the small-pitch LED display is 100,000 hours, and the normal service life of the LCD splicing screen is 40,000 hours.3. The level of flexibilitySmall-pitch LED display: High plasticity, you can customize the radian, size and appearance according to your needs. In terms of use, it can be competent both indoors and outdoors. LCD splicing screen: mainly centered on indoor scenes, generally small in size.

What are the application scenarios of LED splicing screens?Commercial display: LED splicing screen can be used for advertising and product display in commercial places such as shopping malls, exhibitions, conferences, etc., and attracts the audience's attention with its high-definition and large-screen display advantages.Stage performance: The high brightness and high contrast characteristics of the LED splicing screen make it very suitable for use as a background screen in stage performances, concerts and other activities, creating a stunning visual effect.TV stations: TV stations use LED splicing screens as large-screen display devices in TV programs such as live news and weather forecasts, which improves the picture clarity and viewing experience.Control center: LED splicing screen can be used in the monitoring system of traffic, security, electric power and other control centers. It has the advantages of high picture definition and good stability, which can improve the work efficiency and safety of operators.Sports venues: LED splicing screens can be used for large-screen display in sports venues such as stadiums and racing tracks, creating stunning visual effects and improving the viewing experience.Municipal engineering: LED splicing screens can be used in the construction of municipal engineering projects such as city squares and overpasses, and are used for large-screen display in large-scale outdoor activities, celebrations and other occasions.

We have two types. 1. The first one is LED all-in-one machine, which is an overall display screen, usually 138 inches and 165 inches in size. 2. The other is LED super unit, which is a large-size display screen composed of multiple small units. .

LED display is LED display, a flat-panel display consisting of small LED module panels. It is a display method by controlling semiconductor light-emitting diodes.

Main applications of conference displayer:1.Corporate Meetings: Collaborate, Plan, and Communicate Remotely2.Distance education: academic research, classroom lectures, theme lectures3.Online programs: set up company programs, host online events, record videos

The all-in-one meeting machine has functions such as meeting writing and high sensitivity. The main reason for this function is that the device has built-in sensitive writing software. Whether it is touch gesture design, moving, zooming out, etc., it can be switched arbitrarily. . When touching the screen with a large area, you can quickly call the eraser function, and you can wipe with the back of your hand. At the same time, it can also annotate the key points of the meeting, and the meeting records can be saved with one click, which is convenient for viewing after the meeting. It has remote video conferencing on the same screen in different places, ultra-high-definition display screen, and ultra-wide viewing angle. Compared with traditional video equipment, the viewing distance has been extended. At the same time, the installation method is more flexible and changeable, it can be mounted on the wall or matched with a mobile tripod.

The all-in-one meeting machine is an all-in-one machine that integrates multiple functions of a projector, electronic whiteboard, audio, TV, and video conferencing terminal. Conference tablet is also called teaching all-in-one machine in the field of education.

1. Cleaning: Regularly clean the screen using a soft, lint-free microfiber cloth. Gently wipe the screen in a circular motion to remove dust, fingerprints, or smudges. Avoid using harsh chemicals or abrasive materials that may damage the screen surface.2. Power Off When Not in Use: If you're not using the display screen for an extended period, it's recommended to power it off. This helps conserve energy and reduces wear and tear on the screen components.3. Adjust Brightness: Adjust the screen brightness to a comfortable level that suits your environment. Using excessively high brightness for prolonged periods can cause unnecessary strain on the screen and potentially reduce its lifespan.4. Minimize Screen Burn-in: To prevent screen burn-in, avoid displaying static images or leaving the same image on the screen for an extended period. Screensavers or power-saving modes that activate after a certain period of inactivity can help prevent burn-in.5. Use Sleep Mode or Power Saving Options: Take advantage of sleep mode or power-saving options provided by your device. These features can help extend the life of the display screen by reducing power consumption during periods of inactivity.6. Avoid Impact or Pressure: Be careful not to apply excessive pressure or impact the screen surface. Avoid touching or tapping the screen with sharp objects, as this can cause scratches or damage.7. Keep Away from Liquids: Ensure that liquids, such as water or cleaning solutions, do not come into contact with the screen. In case of accidental spills, immediately power off the screen and clean it following the manufacturer's instructions.8. Protect from Direct Sunlight: Prolonged exposure to direct sunlight can cause discoloration or damage to the screen. Position the device or use window coverings minimize direct sunlight exposure.

1. Gather Materials: Prepare the necessary packaging materials, such as a sturdy cardboard box that is slightly larger than the display screen, foam or bubble wrap for cushioning, packing tape, and any additional protective materials like corner protectors or air-filled bags.2. Clean the Display Screen: Before packaging, make sure the display screen is clean and free from any dust, fingerprints, or debris. Use a microfiber cloth or screen-safe cleaning solution to gently wipe the screen if needed.3. Protect the Screen: To provide extra protection, consider placing a screen protector or a thin layer of plastic film over the screen surface. This can help prevent scratches during handling and transit.4. Cushioning: Place a layer of foam or bubble wrap at the bottom of the box to create a cushioning layer. Ensure it covers the entire bottom surface.5. Positioning: Carefully place the display screen on the cushioning layer, making sure it is centered and aligned properly. If there are any cables or accessories, secure them separately to avoid any pressure on the screen.6. Secure and Fill Empty Spaces: Surround the display screen with additional foam, bubble wrap, or packing peanuts to fill any empty spaces inside the box. This helps prevent the screen from moving or shifting during transit.7. Close and Seal the Box: Once everything is in place, close the box securely and use packing tape to seal all edges and seams. Make sure the box is tightly sealed to prevent any accidental opening.8. Labeling: Clearly label the package with "Fragile" or "Handle with Care" stickers to caution handlers about the delicate nature of the contents. It's also a good idea to include your contact information and the recipient's address.9. Shipping: If you are shipping the package, choose a reliable shipping service that provides secure handling and tracking. Consider adding insurance for added protection.

1. ISO 9241: This standard series focuses on ergonomic requirements for office work with visual display terminals. It covers factors suchas display resolution, legibility, contrast, reflection, and color representation.2. IEC 61966: This standard defines color measurement and management for displays, ensuring consistent color reproduction across different devices and platforms. It includes specifications for color spaces, color profiles, and colorimetry.3. VESA DisplayPort: The Video Electronics Standards Association (VESA) developed this standard for digital audio/video connectivity. DisplayPort enables high-resolution video transmission, multi-display setups, and supports features like HDCP (High-bandwidth Digital Content Protection).4. HDMI: The High-Definition Multimedia Interface (HDMI) standard is widely used for connecting audiovisual devices like televisions, monitors, and projectors. HDMI supports high-definition video and audio transmission, multiple audio channels, and various video resolutions.5. Rec. 709 and DCI-P3: These standards define color spaces used in the broadcast and movie industry, respectively. Rec. 709 specifies the color gamut for HDTV, while DCI-P3 defines the color space used in digital cinema projection.6. Energy Star: While not specific to display screens, the Energy Star program sets energy efficiency guidelines for electronic devices, including monitors. Products meeting these criteria are considered energy-efficient and environmentally friendly.

1. ISO 9241: This standard series focuses on ergonomic requirements for office work with visual display terminals. It covers factors suchas display resolution, legibility, contrast, reflection, and color representation.2. IEC 61966: This standard defines color measurement and management for displays, ensuring consistent color reproduction across different devices and platforms. It includes specifications for color spaces, color profiles, and colorimetry.3. VESA DisplayPort: The Video Electronics Standards Association (VESA) developed this standard for digital audio/video connectivity. DisplayPort enables high-resolution video transmission, multi-display setups, and supports features like HDCP (High-bandwidth Digital Content Protection).4. HDMI: The High-Definition Multimedia Interface (HDMI) standard is widely used for connecting audiovisual devices like televisions, monitors, and projectors. HDMI supports high-definition video and audio transmission, multiple audio channels, and various video resolutions.5. Rec. 709 and DCI-P3: These standards define color spaces used in the broadcast and movie industry, respectively. Rec. 709 specifies the color gamut for HDTV, while DCI-P3 defines the color space used in digital cinema projection.6. Energy Star: While not specific to display screens, the Energy Star program sets energy efficiency guidelines for electronic devices, including monitors. Products meeting these criteria are considered energy-efficient and environmentally friendly.

1. Power On: Make sure the device is powered on. This is typically done by pressing a power button or switch.2. Interface Navigation: Use the provided controls, such as buttons, touch gestures, or a keyboard, to navigate through the device's interface. This allows you to access different functions or applications.3. Touch Screen: If your device has a touch screen, you can interact with it directly by tapping, swiping, or using multi-touch gestures to navigate, select, or perform actions.4. Adjusting Settings: Most devices allow you to adjust display settings like brightness, color temperature, or screen timeout to suit your preference. These settings can usually be accessed through the device's settings menu.5. Viewing Content: Once you're on the desired screen or application, the display screen will show the content associated with it. This could include text, images, videos, or interactive elements.6. Interacting with Content: Depending on the device and context, you can interact with the content on the screen using provided controls, touch gestures, or even voice commands if supported.7. Power Off: When you're done using the device, you can power it off by following the manufacturer's instructions, usually by pressing and holding the power button or choosing the shutdown option from the interface.Remember, these steps may vary depending on the device you're using, so it's always helpful to refer to the user manual or consult the manufacturer's instructions for more specific guidance.Using a display screen depends on the specific device you are using. However, I can give some general guidelines that apply to most devices:1. Power On: Make sure the device is powered on. This is typically done by pressing a power button or switch.2. Interface Navigation: Use the provided controls, such as buttons, touch gestures, or a keyboard, to navigate through the device's interface. This allows you to access different functions or applications.3. Touch Screen: If your device has a touch screen, you can interact with it directly by tapping, swiping, or using multi-touch gestures to navigate, select, or perform actions.4. Adjusting Settings: Most devices allow you to adjust display settings like brightness, color temperature, or screen timeout to suit your preference. These settings can usually be accessed through the device's settings menu.5. Viewing Content: Once you're on the desired screen or application, the display screen will show the content associated with it. This could include text, images, videos, or interactive elements.6. Interacting with Content: Depending on the device and context, you can interact with the content on the screen using provided controls, touch gestures, or even voice commands if supported.7. Power Off: When you're done using the device, you can power it off by following the manufacturer's instructions, usually by pressing and holding the power button or choosing the shutdown option from the interface.Remember, these steps may vary depending on the device you're using, so it's always helpful to refer to the user manual or consult the manufacturer's instructions for more specific guidance.

    The display screen, also known as the monitor or screen, is the visual output device of an electronic device. It is the part of a device that shows information, images, or videos to the user. Display screens come in various sizes and types, such as LCD, LED, OLED, or even CRT (cathode ray tube) in older devices. They are used in devices like smartphones, tablets, computer monitors, televisions, and more. The screen displays images by using pixels, which are tiny dots that emit light or change color to create the desired image. The quality of the display screen is determined by factors such as resolution, color accuracy, contrast ratio, response time, and viewing angles.

    A display screen, also known as a monitor or screen is an electronic device that visually presents information, images, or videos to the user. It is used in various electronic devices such as computer monitors, televisions, smartphones, tablets, and digital signage.Display screens come in different types, including LCD (liquid crystal display), LED (light-emitting diode), OLED (organic light-emitting diode), and CRT (cathode ray tube). These screens use different technologies to generate and display images.The screen consists of thousands or millions of tiny dots called pixels, which emit light or change color to create images. The quality of a display screen is determined by various factors, including resolution, color gamut, contrast ratio, refresh rate, viewing angles, and response time.Display screens allow users to interact with information, media, and applications through touchscreens, buttons, or other input methods. They play a crucial role in providing visual output and enabling users to access and interact with digital content.