Screen splicing display system used for long-distance pipeline coal transporting integrated dispatching

A technology for screen splicing and display system, which is applied to components of TV systems, components of color TVs, TVs, etc., and can solve problems such as poor viewing angle effect and narrow vertical screen.

Inactive Publication Date: 2013-08-14
WUHAN DESIGN & RES INST OF CHINA COALTECH & ENG GROUP
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

In these application examples, the largest specification is the 3×10 specification of Shaanxi Yanchang Petroleum Center, but its disadvantage is that the screen is vertically narrow and the viewing angle is poor.

Method used

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  • Screen splicing display system used for long-distance pipeline coal transporting integrated dispatching

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0025] LCD splicing unit.

[0026] 1) The splicing large screen uses the reliable SAMSUNG DID LCD screen, each unit weighs 33kg, the peak power consumption is 340W, the service life is > 60,000 hours, the screen spacing is 6.7mm, plus the width that cannot be displayed at the edge of the screen, a total of The stitching gap of 7.3mm is close to the seamless stitching effect.

[0027] 2) The contrast ratio of the LCD splicing screen is 3000:1, the WXGA resolution is 1360×768, and the brightness is 700cd / m 2 , the display color is 16.77 million colors, the display color is rich, and the picture quality is clear.

[0028] 3) Using the ultra-wide viewing angle extension technology S-PVA and S-IPS, a viewing angle of 178° can be obtained, realizing all-round viewing.

[0029] 4) Through color calibration, the consistency and high fidelity of colors on single and multiple screens are ensured, and a fully matching image stitching environment is created.

Embodiment 2

[0031] splicing controller.

[0032] 1), 50 input signals:

[0033] ①, 12-way computer signal (DVI interface) of the comprehensive dispatching management system of the main control center;

[0034] ②, 32-channel network video decoding NTSC / PAL composite video signal (BNC interface);

[0035] ③, 6 other video signals (RGB interface).

[0036] 2), 32 channels of image output signals: 640×480 to 1920×1200 pixels, 85Hz refresh rate; green sync, that is, separate composite sync or separate horizontal and vertical sync.

[0037] 3), 6 channels of control signals: 4 channels of 10 / 100Base-T Ethernet control signals (RJ45 interface), 2 channels of other control signals (RS-232).

Embodiment 3

[0039] Display method.

[0040] 1) Full-screen display: 32 DID splicing units form a unified display platform with ultra-high resolution, displaying a complete picture, and its full-screen resolution is (1366×8)×(768×4);

[0041] 2) Split-screen display: The entire large screen can be divided into different display areas according to needs. Generally, the images of each system are only switched and displayed within the partition. Video monitoring information, cameras, video recorders, DVD players, desktops, notebooks, network workstations and other video signal sources and RGB / VGA signal sources can be connected; video signals, RGB signals, DVI / HDMI high-definition signals can be mixed show.

[0042] 3) Screen combination display: the video signal, RGB signal, network computer signal, etc. will be displayed on the large screen through the free combination and splicing of the screens in each area, or displayed on the large screen in sub-regions according to needs. control. ...

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Abstract

The invention discloses a screen splicing display system used for long-distance pipeline coal transporting integrated dispatching. The screen splicing display system is formed by splicing at least 32 narrow-side digital information display (DID) systems of 46 inches. The splicing way is 8*4, i.e. 4 rows of narrow-side DID systems are arranged transversally, and 8 rows of narrow-side DID systems are arranged longitudinally. The maximum splicing gap of the screen splicing display system is 7.3mm, and the splicing effect of the screen splicing display system is close to a seamless splicing effect. A high-reliability SAMSUNG DID liquid crystal screen is selected as a splicing large screen, and the service life of the SAMSUNG DID liquid crystal screen is 60 thousand hours at least. The contrast of the liquid crystal screen is 3000:1, the wide extended graphics array (WXGA) resolution is 1360*768, the brightness if 700cd/m<2>, the display color is 16.77 million color, and the visual angle is 178 degrees. By utilizing the large screen splicing display system disclosed by the invention, concentrated displaying can be performed on a computer image-text signal and all front-end video signals of a pipeline coal transporting integrated dispatching management system. The screen splicing display system can be used for the aspects of real-time dispatching, conference, decision and information feedback and the like, and is wide in application prospect.

Description

technical field [0001] The invention relates to a pipeline coal transportation project, in particular to a screen splicing display system for comprehensive scheduling of long-distance pipeline coal transportation. Background technique [0002] Video walls first appeared in the early 1980s. For example, the video wall that first appeared was the splicing wall that appeared at the Funkaustellung Exhibition in Berlin in 1978; the 4×7 video wall was installed in the EPCOT Aquarium in 1986; the Philips Vidiwall installed in the Canada Pavilion at the Vancouver World Expo in 1986 He has won the IfoComm Outstanding Achievement Award; in 1987, the Hippodrome nightclub in London installed a video wall consisting of 108 monitors in order to please club members; in the telecommunications pavilion of Expo92 in Seville, Spain, a video wall consisting of 160 monitors was also installed. A video wall consisting of multiple monitors. However, due to the limitations of equipment and techno...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H04N5/268
Inventor 周秀隆张建民温占稳刘睿
Owner WUHAN DESIGN & RES INST OF CHINA COALTECH & ENG GROUP
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