Multifunctional structure for electrical energy and mechanical environment management

A multifunctional structure for electrical energy and mechanical environment management, comprising:

• a main structure module, four rechargeable/dischargeable power source modules, a vibration reduction system and a sensor module,
• wherein the main structure module comprises a framework, an upper cover plate and a lower cover plate;
• the framework has an overall appearance of square shape with four square cavities arranged in two rows and two columns;
• the framework is in all-around symmetry about a first axis, a second axis and a third axis;
• the framework is sandwiched between the upper cover plate and the lower cover plate so as to seal the four square cavities;
• the framework, the upper cover plate and the lower cover plate form a main force bearing structure having a structure bearing function;
• wherein each of the four rechargeable/dischargeable power source modules is individually arranged in a respective one of the four square cavities in an embedding manner by virtue of an elastic support;
• and each of four rechargeable/dischargeable power source modules is electrically connected to a first electrical connector arranged on an outer side wall of the framework via a positive wire and a negative wire of the each of four rechargeable/dischargeable power source modules;
• wherein the elastic support comprises an elastic block arranged between a periphery of the rechargeable/dischargeable power source module and a wall of the respective square cavity accommodating the rechargeable/dischargeable power source module, a first elastic cushion arranged between a top surface of the rechargeable/dischargeable power source module and the upper cover plate, and a second elastic cushion arranged between a bottom surface of the rechargeable/dischargeable power source module and the lower plate;
• wherein the elastic block, the first elastic cushion and the second elastic cushion form the vibration reduction system which is a spring-vibrator vibration reduction system, the elastic block, the first elastic cushion and the second elastic cushion form the elastic support with rigidity and damping;
• and each of the four rechargeable/dischargeable power source modules is equivalent to a vibrator with mass;
• the vibration reduction system absorbs vibration energy by virtue of a deformation of the elastic support, and consumes the vibration energy by a manner that the rechargeable/dischargeable power source module serving as the vibrator converts the vibration energy into kinetic energy of the vibrator;
• and
• wherein the sensor module comprises a first temperature sensor and a second temperature sensor for monitoring the temperature of the power supply modules, a first acceleration sensor for measuring a vibration condition of the framework, a second acceleration sensor for measuring a vibration condition of the upper cover plate and a third acceleration sensor for measuring a vibration condition of the lower cover plate, wherein the first temperature sensor is arranged in an inner cavity of the rechargeable/dischargeable power source module;
• the second temperature sensor is arranged on outer side wall of the rechargeable/dischargeable power source module;
• the first acceleration sensor is arranged on an inner wall of the framework;
• the second acceleration sensor is arranged on an inner wall of the upper cover plate and the third acceleration sensor is arranged on an inner wall of the lower cover plate.