Ceramic Casting Machine Tilting Base for Slip Drainage

The patent applies the dynamics principle by transforming the static mould position into a dynamic adjustable position. The mould is mounted on a supporting base with pivoting and tilting mechanisms that enable it to change orientation during the casting process. This allows the mould to transition from a horizontal casting position to an inclined drainage position, thereby achieving complete liquid drainage while maintaining a relatively simple machine structure.

The patent applies the dimensionality change principle by adding rotational and tilting degrees of freedom to the mould positioning system. Instead of merely moving the mould linearly, the supporting base enables the mould to pivot and tilt, introducing angular dimensions to the positioning. This multi-dimensional adjustment capability allows the mould to achieve optimal drainage orientation without significantly increasing overall machine complexity.

The supporting base incorporates dynamic positioning mechanisms that allow the mould to be inclined at controlled angles during drainage. The base uses pivoting and tilting mechanisms that can be actuated to achieve the required inclination, enabling rapid and complete liquid drainage while keeping the structural complexity manageable through efficient mechanical design.

The supporting base is designed as a multi-functional component that not only supports the mould during casting but also provides inclination and rotation capabilities for drainage. By integrating multiple functions into a single base structure, the patent avoids the need for separate drainage mechanisms, thereby improving drainage efficiency without proportionally increasing machine complexity.

The patent enables the production of complex-shaped products by implementing dynamic mould positioning. The supporting base allows the mould to be inclined and rotated, ensuring complete emptying of excess liquids even from complex geometries. This dynamic capability accommodates various product shapes while maintaining a relatively compact and integrated machine structure.

By adding rotational and tilting dimensions to the mould positioning capability, the patent enables the machine to handle complex product shapes that require multi-directional drainage. The ability to orient the mould in different angular positions allows excess liquid to be completely removed from complex geometries, thereby increasing product versatility without requiring a fundamentally complex machine architecture.