![]() The sliding form on the inner steel bar uses a jack or a lifting machine on the space frame reinforcement to lift the space frame while sliding the formwork to cast the column. These lifting equipment lift the net frame to the design elevation while lifting the beam the space-lifting slip form method is to put the space frame on the site at the design position, the column is constructed with slip form, and the space frame is lifted by installing on the column. The method of lifting beam and lifting net is to put the space frame in the design position and install the ring beam at the same time as supporting the space frame, put the space frame support in the middle of the ring beam, and install lifting equipment on the top of each column.The overall lifting can be divided into single lifting space frame method, lifting beam lifting space frame method, and lifting space frame sliding mode method. The single-lifting space method is that after the space is assembled at the design position, the small equipment installed on the column is used to raise it to the design elevation, then lower, place and fix it. The overall lifting method refers to the construction method of installing lifting equipment on the structural column to lift the space frame, or carrying out the sliding form of the column while lifting the space At this time, the space frame can be used as an operating platform. ![]() ![]() Let’s take a look with the staff of the space frame installation company. In this way, the video application can take advantage of a large display space created with multiple GPU cards.Below, the staff of the space frame installation company will introduce to you what are the overall improvement methods of space frame installation? LUMA Pro’s built-in frame-lock capability, coupled with Joined Mode in Matrox PowerDesk software, makes it possible to create a single canvas easily using multiple cards that act as one. LUMA Pro can also be combined with Matrox QuadHead2Go multimonitor controllers to create ultra-large-scale configurations of up to 64 1920x1080p60 screens. OEMs and system integrators can pair LUMA Pro with Matrox Mura IPX capture and IP encode/decode cards for multi-channel 4K and full HD capture with advanced HDCP functionality to capture and display content-protected sources - including set-top boxes, Blu-ray Disc and media players, and video game consoles. LUMA Pro Series graphics cards work seamlessly with Matrox Video’s complete display wall portfolio. This breakthrough saves valuable space and significantly reduces power consumption and hardware costs associated with video wall controllers. As a result, users can now effortlessly create IP-based video walls using only LUMA Pro graphics cards, a previously unattainable possibility. These engines are fully backed by the comprehensive Matrox Mura software libraries, enabling the decoding of over 40 full HD streams per card. The LUMA Pro cards also GPU-based H.264 and H.265 media codec engines, setting a benchmark in their class. ![]() In addition, LUMA Pro cards support Microsoft DirectX 12, OpenGL 4.6, and OpenCL 3.0, as well as Intel’s oneAPI for compute tasks and the Intel Distribution of OpenVINO toolkit for AI development. You can also drive multiple displays by frame-locking up to four LUMA Pro cards via board-to-board frame-lock cables. Along with a rich assortment of video wall software and developer tools, the LUMA Pro Series cards enable OEMs, system integrators, and AV installers to deploy high-performance display walls for a broad range of commercial and critical 24/7 applications, including control rooms, enterprises, industrial, government, military, digital signage, broadcast, and more. They can also be combined to drive a high-density-output video wall of up to 16 synchronized 5Kp60 displays. Engineered to power digital signage and video wall systems, the low-profile LUMA A310FP and the standard-height LUMA A380P support up to two 8Kp60, two 5Kp120, or four 5Kp60 DisplayPort 2.1 monitors. Matrox Video today announced the launch of the LUMA Pro Series, a new line of graphics cards powered by Intel Arc GPUs. ![]()
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