2results about How to "Reduce thread consumption" patented technology

The utility model discloses an integrated light-weight magnetic control crystal pulling superconducting magnet which comprises a vacuum cavity inner cylinder, a magnetic shielding vacuum cavity, reinforcing ribs, a cold shield, a superconducting coil, a refrigerating machine and a current lead. A crystal pulling furnace is arranged in the vacuum cavity inner cylinder and comprises a crystal pulling furnace lower furnace cylinder and a furnace cover. The lower furnace barrel and the furnace cover of the crystal pulling furnace are respectively provided with a vacuum cavity inner barrel, the upper part and the lower part of the vacuum cavity inner barrel are respectively provided with a sealing chuck interface, and the vacuum cavity inner barrel is hermetically connected with the lower furnace barrel and the furnace cover of the crystal pulling furnace through the sealing chuck interfaces. Design, manufacturing and installation of a bearing lifting rack attached to the superconducting magnet and concentric installation of the superconducting magnet and the crystal pulling furnace are omitted. And the weight of the superconducting coil assembly is reduced, convenience and rapidness are achieved, and cost is low.

This utility model provides a multi-point temperature acquisition system and a data center cabinet. The system includes multiple temperature acquisition modules, connecting cables, and a concentrator. The connecting cables are two-wire systems, including a power supply line and a communication line. The multiple temperature acquisition modules and the concentrator are connected via the connecting cables in a free topology. Each temperature acquisition module includes an address allocation chip. Through the system of this embodiment, the temperature acquisition modules and the concentrator are connected in a free topology, eliminating the need for a separate cable for each temperature acquisition module or multiple folding of the wiring. This saves on the amount of wiring used in multi-point temperature detection and solves the problem of high wiring consumption in temperature acquisition.