3results about How to "Achieve high density" patented technology

The invention discloses a ceramic / high-entropy alloy composite particle reinforced aluminum-based composite material and a laser additive manufacturing method thereof. Firstly, ceramic / high-entropy alloy composite powder and aluminum alloy powder are mixed through ball milling to obtain ceramic / high-entropy alloy composite particle reinforced aluminum alloy composite powder, then the composite powder of the three components is laid on a powder bed, laser power, scanning speed, scanning spacing and the like are adjusted, and laser scanning melting solidification is conducted to prepare the ceramic / high-entropy alloy composite particle reinforced aluminum alloy composite powder. And the ceramic / high-entropy alloy composite particle reinforced aluminum-based composite material is formed. The composite material disclosed by the invention is highly compact, so that the ceramic / high-entropy alloy composite particles can effectively improve the mechanical property of the aluminum-based composite material, and can be used for manufacturing high-performance complex parts for aerospace, automobile rail transit and the like.

This invention discloses a high-density inclined rail storage equipment, relating to the field of automated loading and unloading devices. The main structure includes shelves, a storage machine, a picking machine, and pallet trolleys. The shelves include uprights, horizontal supports, and guide rails. Multiple horizontal supports are arranged from top to bottom between the uprights, and guide rails are positioned above the horizontal supports, inclined downwards from the storage end to the picking end of the shelf. Pallet trolleys are mounted on the shelves, storage machines, and picking machines. Inclined guide rails replace the rollers of gravity-flow shelves. The wheels of the pallet trolley cooperate with the guide rails, and under the action of gravity, the pallet trolley moves downhill along the guide rails, sliding from the storage end to the picking end. A storage machine is installed at the storage end, and a picking machine is installed at the picking end to store or retrieve goods. This achieves high-density cold storage and the first-in, first-out (FIFO) principle, reducing the cost of automated cold storage.

The present application relates to hard-shell battery transport equipment technical field, specifically provides a battery turnover unloading system and method, the system includes turnover unit and vertical clamping jaw, the turnover unit is arranged in the unloading station, is used for receiving and clamping multiple horizontal placement batteries, and is overall overturned to vertical state through rotating mechanism;Vertical clamping jaw is arranged between turnover unit and material frame placement position, is used for clamping battery from the vertical state in turnover unit and is placed vertically in material frame.This application places the battery in the turnover unit, changes the battery posture with the turnover unit, reduces the risk of falling during the movement of the battery;At the same time, the subsequent vertical clamping jaw can complete the vertical placement of the battery in the material frame action by translation and vertical clamping, without the need for complex angle turning and other changes of mechanical hand, improve the battery unloading rate, at the same time, realize the high density, non-destructive and efficient placement of battery in material frame.