Battery chamber, and stabilizer containing battery chamber

Abstract

The invention relates to a battery chamber, and a stabilizer containing the battery chamber. The battery chamber comprises a chamber body, and a chamber cover; the chamber body comprises a bottom wall, two end walls arranged on the opposite two ends of the bottom wall, and two side walls which are used for connecting the two end walls; one of the two ends walls is provided with at least three positive terminals, and the other one is provided with negative terminals, the number of the negative terminals is equal to that of the positive terminals, and the negative terminals and the positive terminals are arranged at opposite positions; the chamber cover is connected with the chamber body, and is capable of limiting a battery accommodating space together with the chamber body; each end wall comprises a first side far away from the bottom wall, and a second side close to the bottom wall; at least the three positive terminals are arranged in a plurality of rows along the direction from thefirst side to the second side; in each pair of adjacent positive terminal rows, the numbers of the positive terminals in a first row close to the first side is larger than that of the positive terminals in a second row close to the second side; each positive terminal in the second row is arranged between each pair of adjacent positive terminals in the first row; among at least three positive terminals, no battery supporting structure is arranged between each pair of adjacent positive terminals or each pair of adjacent positive terminals.

Description

technical field [0001] The invention relates to photographic equipment, in particular to a battery compartment and a stabilizer including the battery compartment. Background technique [0002] The existing battery compartment usually adopts the following method when arranging multiple batteries: multiple batteries are arranged in a single row, such as a horizontal single-layer arrangement or a vertical single-layer arrangement, or a supporting structure is set in the battery compartment, and the multiple batteries are arranged in a single row. The batteries are symmetrically arranged on both sides of the support structure or evenly distributed around the support structure. There are problems in the above-mentioned arrangement methods, for example, the arrangement in a single row will cause the size of the battery compartment to be relatively large in the direction of battery arrangement, which is not conducive to the shape and is likely to cause waste of space. The symmetri...

AI Technical Summary

Problems solved by technology

There are problems with the above-mentioned arrangement methods. For example, a single-row arrangement will cause the battery compartment to be larger in the battery arrangement direction, which is not conducive to the shape and is likely to cause waste of space.

However, the symmetrical arrangement on both sides of the support structure or the way of uniform distribution around it is not conducive to the design of the opening surface of the battery compartment, and is also not conducive to the shape and battery picking.

Moreover, the support structure also increases the cost of the battery compartment

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