Aviation storage battery cell information acquisition apparatus

Abstract

The invention belongs to the aviation storage battery information acquisition field and relates to an aviation storage battery cell information acquisition apparatus. In order to ensure the maintenance quality of a storage battery, the voltage and temperature of the cells of the storage battery should be periodically monitored and recorded in a maintenance process. At present, two data acquisitionmethods are adopted, one method accomplishes recording by means manual measurement, and the other method adopts a lantern ring type acquisition probe, the latter is inconvenient to use, and acquiredinformation is undiversified, and short circuits and fires can be easily caused by collision and friction between lantern rings. The lower part of the universal and convenient-to-use aviation storagebattery cell information acquisition device provided by the invention is a worktable, and the upper part of the device is a cover plate which can be moved up and down; a storage battery slide rail isarranged on the worktable; and a plurality of probes corresponding to each cell of the storage battery and an information acquisition output end are distributed on the cover plate. With the aviation storage battery cell information acquisition apparatus of the invention adopted, the workload of maintenance personnel can be decreased, and storage battery information acquisition efficiency and safety can be improved.

Description

technical field [0001] The invention belongs to the field of aviation accumulator information collection, in particular to an aviation accumulator single information acquisition device, which is a breakthrough in the existing aviation accumulator information acquisition form. Background technique [0002] In order to ensure the maintenance quality of the battery, it is necessary to monitor and record the voltage and temperature of the battery cells on a regular basis during the maintenance process. There are two methods of data collection currently used, one is to rely on manual measurement to complete the record. Generally, this process requires the cooperation of two people, one person to measure and one person to record. The average amount of data records per person per day is 400 groups. In the case of relatively short manpower, data recording errors, omissions or delays occur from time to time; another The method is a collar-type acquisition probe. At the beginning of ...

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Problems solved by technology

Generally, this process requires the cooperation of two people, one person to measure and one person to record. The average amount of data records per person per day is 400 groups. In the case of relatively short manpower, data recording errors, omissions or delays occur from time to time; another The method is a collar-type acquisition probe. At the beginning of maintenance, it is necessary to remove the nut of the connecting bar and install the collar. It is troublesome to use, the information is collected only, and the collision between the collars is likely to cause a short circuit and fire. Less used

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