Current baffle plate for curing chamber of accumulator plate

Abstract

The invention relates to a current baffle plate for a curing chamber of an accumulator plate. The current baffle plate comprises a current baffle plate body, two ends of which are respectively connected to upper side walls of the curing chamber, wherein an upper end face of the current baffle plate body is a slope; a plurality of air vents are formed in the current baffle plate body; a liquid covering plate is arranged above the air vents; gaps are left between the liquid covering plate and the air vents; one end of the liquid covering plate is connected to the current baffle plate body; and the upright projection of the liquid covering plate covers all the air vents. The current baffle plate provided by the invention is suitable for the curing chamber of the accumulator plate and can prevent the condensed water at the top of the curing chamber from dropping onto the accumulator plate.

Description

technical field [0001] The invention relates to the technical field of storage battery pole plate curing and drying equipment, in particular to a flow baffle for a storage battery pole plate curing chamber. Background technique [0002] In the production process of battery plates, there is a process of curing and drying the freshly coated plates, and curing the plates at a certain temperature and high humidity. [0003] Such as Figure 4 As shown, in the currently used battery plate curing room, when it is working, the circulating air enters the curing room 1 from the bottom, and after the plate absorbs the moisture and temperature in the circulating air, the circulating air passes through the suction duct 2 in the middle of the top. Suction ports 3 uniformly arranged on the upper side suck in air, gather it to the main air intake port, and then send it to the bottom of curing chamber 1 after heating and humidifying the auxiliary chamber. In order to prevent the top condens...

AI Technical Summary

Problems solved by technology

Its shortcoming is: 1, because the air suction port 3 of suction duct 2 is opened on the side, for the polar plate placed in the middle, the circulating wind cannot integrate it into the middle of the large cycle, and the two sides are integrated into the large cycle. There is definitely a big difference in performance between the boards

2. The size of each suction port 3 on both sides of the suction duct 2 is different due to the difference in the fan, the size of the curing chamber 1, the length of the suction duct 2, and the distance from the main air inlet. The air suction volume is consistent, only by adjusting the ventilation area of ​​each air inlet 3 can a good consistency be achieved

There are thousands of air suction ports for each device. If an adjustment mechanism is installed on each air suction port 3, the required manpower and material resources will be relatively huge.

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