A metering device for catalysts used in the preparation of alkylphenols
A metering device and alkylphenol technology, which is applied in the direction of feeding devices, chemical instruments and methods, chemical/physical processes, etc., can solve problems such as inability to stabilize catalyst ratios, affect product quality and production efficiency, etc.
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[0023] Such as Figure 1-9 As shown, it is a metering device for a catalyst for the preparation of alkylphenol disclosed in the present invention, which includes a silo 100 containing the catalyst. The silo 100 is provided with a feed port and a discharge port. Above, a metering and holding assembly 200 for containing the catalyst is provided at the discharge port, and a feeding assembly 300 is arranged on the metering and holding assembly 200, and the feeding assembly 300 sends the catalyst in the metering and holding assembly 200 to the reaction device (not shown in the figure). shown) for delivery, and a pressing assembly 400 is arranged in the feed bin 100 . The catalyst is put into the feed bin 100 from the feed port, and the catalyst enters the metering and holding assembly 200 from the discharge port. The catalyst in 200 is put into the production reaction device, and the pressing assembly 400 compacts the catalyst in the metering container assembly 200 to ensure the c...
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[0027] When the material filling port 206 on the turntable 213 is located below the discharge port, the pressing assembly 400 presses the catalyst into the material filling port 206, the turntable 213 rotates 180 degrees, and the ring gear 301 also rotates 180 degrees at the same time, and the turntable 213 stops rotating at this time , another charging port 206 is loaded with catalyst, and the ring gear 301 continues to rotate, and the toggle tooth 306 on the ring gear 301 rotates the baffle plate 204 through the driven teeth 212. At this time, the baffle plate 204 is not in contact with the charging port. 206 coincides, the catalyst in the material holding port 206 falls into the reaction device, the ring gear 301 continues to rotate, due to the limitation of the slip groove 207, the baffle plate 204 cannot continue to rotate, and there is extrusion between the toggle tooth 306 and the driven tooth 212 , the toggle tooth 306 stops rotating after bypassing the driven tooth 212...
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