2results about How to "Solve broken" patented technology

This application relates to a fast-connection power optical cable connector, including a collar, with a lower clamping ring integrally formed on the lower right side of the collar. An upper clamping ring is fixedly mounted on the upper surface of the lower clamping ring by bolts. This application utilizes the movable fitting of a fixed plate and a movable sleeve, as well as the movable fitting of a movable sleeve and a fixed plate, to allow two optical cable segments to be fitted with the collar and sleeve respectively, bringing them very close together. Then, the optical fibers are fused together, with the fused portion engaging with a fiber clamping block. Afterward, the fixed plate and collar can slide in opposite directions, straightening the previously loose optical fiber. This solves the problems in existing technologies where excessively long optical fibers bend within the equipment, causing the connection equipment to sway under wind force, leading to fiber breakage or wear, thus ensuring stable optical fiber signal transmission.

This invention relates to the field of ceramic filter tube technology, specifically a reinforced ceramic filter tube device, including a perforated plate. A pressure plate is arranged above the perforated plate, and ceramic fiber filter tubes are evenly distributed between the perforated plate and the pressure plate. A reinforcing cage and a breakage-prevention straightening rod are arranged on the outside of the ceramic fiber filter tubes. The beneficial effects are as follows: by designing a reinforcing cage, an upper sleeve, and a lower sleeve to form a complete reinforcing cover on the outside of the ceramic fiber filter tube, it plays a role in reinforcing and preventing breakage. The bottom of the ceramic fiber filter tube is buffered by a support shaft, a spring telescopic sleeve, and a spring telescopic sleeve. Furthermore, an adjusting lever and an upper fixing ring are arranged on the outside of the support shaft. The breakage-prevention straightening rod and the upper fixing ring form a complete integrated buffer and reinforcement structure. The support shaft, through the cooperation of a spherical bearing, can adaptively deflect according to the oscillation and sway of the ceramic fiber filter tube, solving the problem that the bottom of the ceramic filter tube is prone to swaying, causing the ceramic filter tube to break in the middle.