Novel ceramic intelligent drying room equipment

Abstract

The invention discloses novel ceramic intelligent drying room equipment, and belongs to the technical field of ceramic drying rooms. The novel ceramic intelligent drying room equipment comprises a drying room, an exhaust fan, a machine case, a circulating heat radiation plate, a connecting pipe, a heat pump drying machine, a heat exchanger, a negative pressure fan and an air pressure setting module, wherein the machine case is fixedly arranged at one side of the drying room through a ventilation channel, and a human-computer interaction screen is arranged in the outer wall of the front surfaceof the machine case in an embedded mode. According to the novel ceramic intelligent drying room equipment, the novel heat preservation drying room is designed according to the three element principleof "temperature, humidity and air flow speed" of drying, and the temperature of the drying room is comprehensively increased through kiln waste heat and an air heat source; a high-speed negative pressure fan increases the air flow rate; a condensation pipe carries out condensation water separation on wet and hot air, and meanwhile, the heat pump drying machine recycles heat to the drying room, and hot air is guided from the top of the drying room and cold air is pumped back from the bottom through closed-loop control in the whole drying and moisture removing process, so that the whole dryingroom is uniform in internal temperature, free of obvious temperature difference and almost free of heat loss.

Description

technical field [0001] The invention belongs to the technical field of ceramic drying rooms, and in particular relates to a novel intelligent ceramic drying room equipment. Background technique [0002] Ceramic production requires drying of gypsum molds and wet blanks, and drying is inseparable from a drying room. The construction materials of the traditional drying room are mainly brick walls, silicon-calcium boards or high-alumina fibers, and the overall thermal insulation performance of the drying room is poor. The heat source of the drying room mainly depends on the residual heat of the kiln or the combustion hot air stove, infrared stove, etc. to provide. The heating temperature of the drying room is not controlled, the hot air circulation effect is poor, and the temperature distribution is uneven. Often, the plaster mold is damaged or even scrapped due to the high temperature of the drying room. The dehumidification mainly depends on the exhaust fan and axial flow fa...

AI Technical Summary

Problems solved by technology

The heating temperature of the drying room is not controlled, the hot air circulation effect is poor, and the temperature distribution is uneven. Often, the plaster mold is damaged or even scrapped due to the high temperature of the drying room.

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