This application relates to the field of stone
crusher technology, specifically disclosing a high-efficiency and energy-saving stone
crusher crushing chamber structure, including a crushing chamber body, a power mechanism, and a return spring. The power mechanism includes a
drive motor, belt,
pulley, drive rod, eccentric wheel, and eccentric shaft. The power mechanism is arranged on the outer surface of the crushing chamber body, and the return spring is arranged in the inner cavity of the crushing chamber body. This invention uses protective components to buffer and intercept high-speed flying stone materials, preventing stone materials from flying out of the
machine and effectively absorbing the
impact energy of the stone materials. It can issue an alarm when a large-force splash occurs, facilitating maintenance by operators. The anti-clogging component can actively guide and assist the
discharge of materials in the crushing chamber, disturbing the accumulated materials from different angles. Smooth
discharge can also reduce the frequency of manual unclogging, improve the
working environment, and enhance production safety and
automation levels.