battery carrier

Abstract

The invention relates to the technical field of batteries, and discloses a battery carrier. The tabs (2) are located on one edge of a frame (1), and horizontal ribs (3) and vertical ribs (4) of uniform thickness are crossed and conducted with each other. Set on one side of the frame, at least one main vertical rib (401) among several vertical ribs is located on the same straight line as the tab, and the remaining vertical ribs are arranged on both sides with the main vertical rib as the baseline. The distance between two vertical ribs decreases gradually toward the end away from the tab, and the width of each vertical rib gradually decreases from the direction of approaching to away from the main vertical rib, and the distance between two vertical ribs Gradually decrease; several horizontal ribs all extend to both sides with the main vertical ribs as end lines. The carrier fluid effectively balances the utilization rate of active substances in each part of the lead paste, effectively prolonging the service life.

Description

technical field [0001] The invention relates to the technical field of batteries, in particular to a carrier fluid of a storage battery. Background technique [0002] The carrier body of the battery is usually composed of a frame 1, a tab 2, a number of horizontal ribs 3 and vertical ribs 4 with uniform thickness, such as figure 1 , the tabs 2 are located on one side edge of the frame 1, each horizontal rib 3 and each vertical rib 4 are intersected and arranged on the inner side of the frame 1, each horizontal rib 3 is arranged in parallel with each other at equal intervals, and each vertical rib 4 They are arranged in parallel with each other at equal intervals, and then the pole plate of the storage battery is obtained after smearing lead paste on one side of the frame 1 with the horizontal ribs 3 and the vertical ribs 4 . During the working process, the electrons in the lead paste will move to each horizontal rib and each vertical rib, and then move upward along each ver...

AI Technical Summary

Problems solved by technology

During the working process, the electrons in the lead paste will move to each horizontal rib and each vertical rib, and then move upward along each vertical rib and finally gather at the position of the tab, so the vertical ribs and horizontal ribs that are closer to the tab The current at one end of the bar is larger than that at the far end, and the thickness of each part of the horizontal rib and the vertical rib is uniform, so the resistance of each part is basically the same (only considering the material area), which leads to a closer distance to the pole ear. The voltage at one end of the vertical rib and the horizontal rib is relatively high, which leads to a higher utilization rate of the active material in the lead paste near the tab, and the active material will release sulfuric acid and other corrosive substances during work, which is easy to corrode the vertical rib In practical applications, the vertical and horizontal ribs that are closer to the tabs are often corroded and broken, while the vertical and horizontal ribs that are farther away from the tabs are still intact. Partial utilization is uneven, the service life is short, resulting in waste of resources

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