Body component and fire fighting robot

Abstract

The disclosure provides a body assembly and a fire-fighting robot. The body assembly includes a chassis, an electric control element and a power supply device arranged in the chassis, the chassis includes: a box base, the box base includes a plurality of skeleton beams and a plurality of partitions, and the box base It is divided into multiple compartments by multiple partitions. There is at least one installation groove on the left and right sides of the box seat. The multiple compartments include the electronic control component compartment and the power supply device compartment; multiple cover plates are installed on multiple The opening of a compartment. For the box base of this kind of case, multiple skeleton beams are like the skeleton of a cage, supporting the strength of the entire structure, and the partitions are used to form multiple independent warehouses, so that the box base is set like a cage. structure, thereby improving the impact resistance of the middle core structure and protecting the core electronic devices from impact. And each electronic device is placed in the box base in separate warehouses, which not only plays the role of isolating electromagnetic interference, but also makes full use of the space to realize the integration of core devices.

Description

technical field [0001] The invention relates to the field of fire-fighting robots, and more specifically, to a body assembly and a fire-fighting robot. Background technique [0002] Inside the chassis of the current throwing fire-fighting robot is a cylindrical bar or cube-shaped material that is processed into various warehouses for installing electronic devices, which not only wastes materials but also increases the cost of processing man-hours. The impact stress inside the material cannot be eliminated by itself, and it will cause certain damage to the inside of the overall structure, and because it is processed as a whole, there will be wall thickness between each warehouse and the distribution of various warehouses has created many problems. The waste of space makes it difficult to compress the volume of the robot. Contents of the invention [0003] In order to solve the technical problems raised in the background art above, according to an embodiment of the present ...

AI Technical Summary

Problems solved by technology

[0002] Inside the chassis of the current throwing fire-fighting robot is a cylindrical bar or cube-shaped material that is processed into various warehouses for installing electronic devices, which not only wastes materials but also increases the cost of processing man-hours. The impact stress inside the material cannot be eliminated by itself, and it will cause certain damage to the inside of the overall structure, and because it is processed as a whole, there will be wall thickness between each warehouse and the distribution of various warehouses has created many problems. The waste of space makes it difficult to compress the volume of the robot

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