Patent ID: 11970424
Assignee: CNBM TECHNOLOGY INNOVATION ACADEMY (SHANDONG) CO., LTD.
Field: Chemical engineering (Chemistry)
Classification: CPC B  C  F | IPC C  F

Claim 1:
2. The equipment for preparing an aerogel thermal insulation mortar for a high-temperature kiln of claim 1, further comprising the following steps:
feeding an adhesive, an aerogel powder, a reinforcing agent, and a liquid solvent to the inner bottom of the top box (1) from the first material discharge cavity (7) and the second material discharge cavity (8) respectively, at the same time, (323) driving, via the rotating motor, the rotating plate (322) to rotate and open the docking port, so that the obtained polyphenyl particles located in the material storage guide box (321) fall from the rotating plate (322) into the filter screen (33), and secondly, driving, via the driving cylinder (311), the driving motor (314) on the connecting plate (313) to move downwards; and driving, via the driving motor (314), the hemispherical grinding body (315) connected to an output end thereof to rotate, and then grinding the polyphenyl particles, which then falls from a mesh of the filter screen (33) to the inner bottom of the top box (1);
driving, via the stepping motor (46), the driving bevel gear (45) connected to an output end thereof to rotate, driving the driven bevel gear (44) meshing with the driving bevel gear (45) to rotate, and synchronously rotating the connecting shaft (42) connected to the driven bevel gear (44) and the rotating blade (41) at any time, to fully mix each raw material located in the inner bottom of the top box (1) and obtain an aerogel thermal insulation mortar;
controlling, via the control valve (62), the guide pipe (61) to open, and controlling, via the upper control assembly (63), the upper inlet to open, so that the aerogel thermal insulation mortar enters the inner cylinder (53) from the guide pipe (61), and the exhaust meshes (511) provided at the two ends of the outer cylinder (51) are capable of discharging the gas during the production process of the aerogel thermal insulation mortar;
driving, via the transmission motor (523), the driving toothed disc (522) connected to an output end thereof to rotate, driving the driven toothed disc (524) engaged with the driving toothed disc (522) to rotate, and in turn, the rotary vane (526) on the transmission shaft (525) to rotate synchronously, so as to mix and flow the aerogel thermal insulation mortar located in the inner cylinder (53), improving the mixing efficiency and effect thereof; and
when the mixing of the aerogel thermal insulation mortar is completed, controlling, via the lower control assembly (64), the lower outlet to be open, so that the aerogel enters the collection box (12) from the lower outlet, and the whole preparation and collection operation of the aerogel thermal insulation mortar is completed.