2results about How to "Compact and simplified structure" patented technology

The low-pressure gas balloon sealing head comprises a sealing balloon, an inflation assembly, a connecting assembly and a guiding assembly, the sealing balloon is composed of a balloon front pressing plate, a balloon body and a balloon rear pressing plate, the inflation assembly is composed of an inflation pipe, a ball valve, a pressure gauge, a connecting wire head A, a connecting wire head B and a connecting pipe, the connecting assembly is composed of a sealing device connecting sleeve, a vertical plate, a rotating pin shaft and a supporting plate, and the guiding assembly is composed of two guiding plates, a rotating shaft and a guiding pulley.The balloon sealing head adopts high-elasticity material, the surface of the balloon body is provided with a plurality of annular sealing protrusions, the sealing effect is enhanced to ensure that the balloon body is closely combined with the inner wall of the pipeline, different deformation conditions are adapted, the structure is compact and simplified, installation and dismounting are more convenient, the operation time is greatly shortened, a pressure monitoring assembly is installed at the same time, the sealing effect is monitored in real time, gas leakage is effectively prevented, and operation safety is improved.

This invention proposes an activated carbon wet desulfurization device, belonging to the field of wet desulfurization technology. It solves the problems of high operating costs, easy scaling, and difficult byproduct disposal in traditional wet desulfurization devices. The device comprises a box-type structure, including a shell with a horizontally arranged dividing wall plate inside, dividing the interior into upper and lower regions. The lower region is the primary desulfurization zone, and the upper region is the secondary desulfurization zone. An inlet pipe is inserted into the inlet pipe interface. A primary activated carbon assembly is installed in the primary desulfurization zone, located above the inlet pipe. A primary hanger is installed at the lower part of the dividing wall plate, connected to a primary spray pipe. A secondary activated carbon assembly is installed in the secondary desulfurization zone. A secondary hanger is installed on the inner wall of the top of the shell, connected to a secondary spray pipe. An outlet pipe is located at the top of the shell, communicating with the secondary desulfurization zone. It is mainly used for activated carbon wet desulfurization of acidic gases.