Multifunctional evaporated powder conveying equipment

Abstract

The invention discloses a multi-functional evaporation conveying equipment, which comprises a valve arranged at the outlet of a hopper, a counterweight module for controlling the opening size of the valve, a dust-proof baffle and an equalizing module for preliminarily evenly dividing powder materials. The valve is set above the starting point of the conveyor belt. The counterweight module includes a support rod and a counterweight. One end of the support rod is connected to the movable fulcrum of the valve. The counterweight is mounted on the other end of the support rod. The dustproof The baffles are arranged on both sides of the conveyor belt. The equalizing module includes one or more equalizing parts. The equalizing parts are suspended above the conveyor belt. The ends of the equalizing parts are inserted into the powder on the conveyor belt. The invention controls the size of the valve for discharging material from the hopper by increasing the counterweight. The structure is simple, and there is no need to directly operate the valve, which avoids the risk of workers directly operating the valve; by increasing the dust-proof baffle, the dry powder can be effectively controlled after falling. Fly to the surrounding space to reduce the impact on the factory environment; an equalizing device is also installed above the conveyor belt to preliminarily evenly distribute the unevenly distributed powder on the conveyor belt, which will help the next process to obtain a more uniform powder delivery volume.

Description

technical field [0001] The invention relates to a device used in raw material conveying in the ceramic industry, in particular to a multifunctional evaporation powder conveying device. Background technique [0002] In the ceramic industry, wet ball milling, which has more advantages, is usually used for grinding raw materials. The powder obtained by wet ball milling has a smaller particle size and a lower degree of powder oxidation, which is conducive to increasing the forming density, and the corresponding sintering density will also be higher. High, the raw materials of this kind of wet ball milling are mixed with water after ball milling, after passing through the screen, drying or spray drying is used to restore the powder to a dry state, and then transported to the next process by a conveyor belt. [0003] The dry powder passes through the hopper and the conveyor belt during the transmission process. When the hopper enters the conveyor belt, the powder falls into the co...

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Problems solved by technology

[0003] The dry powder passes through the hopper and the conveyor belt during the transmission process. When the hopper enters the conveyor belt, the powder falls into the conveyor belt and is easily scattered due to impact, which has a great impact on the factory environment and the health of the workers. During the feeding process, the powder outlet usually only has two modes of opening and closing, which is unsatisfactory in controlling the flow of powder

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