2results about How to "Operation without downtime" patented technology

This utility model discloses an automatic material cleaning and recycling mechanism, including a mesh belt and a soaking tank located below the mesh belt. The soaking tank includes a cleaning trough and inclined surfaces on opposite sides of the cleaning trough. The cleaning trough is located between the lower parts of the two inclined surfaces. A cleaning screw is installed inside the cleaning trough, extending along the arrangement trajectory of the cleaning trough. A discharge port is provided at the bottom of the cleaning trough. A drive motor is installed outside the cleaning trough to drive the cleaning screw to rotate and push the material to the discharge port. At least one of the inclined surfaces is provided with a flip door, which includes a flipped state and a non-flipped state. When in the flipped state, the flip door encloses the cleaning trough into a sealed space. When in the non-flipped state, the flip door releases the enclosure and seal of the cleaning trough. By adopting this configuration, the problem that the prior art cannot perform cleaning without stopping the machine can be solved.

This invention belongs to the field of power equipment technology, and particularly relates to a towable mobile protective assembly, comprising: a base with lifting lugs on its side walls and a set of wheels on its bottom; a protective box mounted on the base; and an internal circulation mechanism housed within the protective box for internal air circulation and heat dissipation of the high and low voltage switchgear. The base has a hollow structure, and a lightweight support unit is installed inside. This internal circulation heat dissipation mode prevents external air from directly entering the equipment, effectively preventing contamination from dust, moisture, and other impurities. The lightweight support unit of the base effectively reduces the burden of movement.