Each layer of material is positioned on the mould by means of a number of rollers (20) provided on a cart (70) being conveyed along the open mould.

A sensor is positioned on the carriage to detect the position of the mould component as the carriage moves along the track.

The trolley is then moved and the spare empty chest is fixed under the ingot mould.

The trolley is located below the ingot mould and on the trolley is deposited the full chest in, the free space next to the spare empty chest.

The apparatus comprises a carriage capable of releasably engaging individual mould components, the carriage being displaced by drive means.

A carriage device is cooperable with the mold holding member for engaging and moving the mold assembly.

A lifting mechanism of the apparatus is used for moving the carriage device relative the mold holding member to move the mold assembly to engage with the mold holding member.

A gyratory compacting device for compacting a specimen of material subjected to pressure while gyrating the material that includes a frame (11) for supporting a mold (20), a mold gyrating carriage, a ram, and a ram driving assembly.

The interlocking carrier's symmetry allows for the formation of an endless chain of interlocking carriers based on a single mold.

The mold comprises a movable mold installed on a movable mold plate, and a static mold installed on a static mold plate.

One processing mold that is particularly advantageous includes a processing mold having a first mold body (32) opposing a second mold body(34), and the first and second mold bodies are aligned through a mandrel (36).

The invention also relates to a method of aligning mould segments in a mould matrix using mould segment (1) of this invention.

A compression molding die is provided with a cavity die (34), a core die (35), and a slide insert die (36).

Such a bending press mold for frames according to the invention is installed at the press and comprises an upper mold and a lower mold, each mold having a molding die.

The pair of movable die drive units (31) lower the movable die (22) and bring the movable die close to the fixed die (17), and also lift the movable die (22) and separate the movable die from the fixed die (17).

An injection molding method molds a molding using a first die and a second die which are capable of forming a die cavity.

There is disclosed a die casting or like mould having an erosion-resistant mould surface on a mould body adapted for rapid cooling of the mould surface.

The mold includes a core mold half having a primary mold core.

The core-integrated bobbin fabricating mold includes a movable mold 100 and a stationary mold 200.

  A mold (1) comprises a lower mold (2), an upper mold (4), and a core mold (3) attached to the upper mold (4).

The male mold section includes a mold core (60) and a stripper sleeve (80) surrounding the mold core for movement both rotationally and axially of the mold core.

A mould for molding a foldable artificial vitreous body comprises an upper mould (1), a lower mould (2) and a core (3).

Further steps include removing the pattern from the metal mold (7), casting a ceramic mold (11) around the metal mold, and liquifying the metal mold to remove it from the ceramic mold (11).

An apparatus for forming a net shaped green body includes a mold, supplemental mold and mold assembly.

A mould is disclosed comprising: at least one malleable mould member for defining a mould surface; and a plurality of actuators for forming said mould member into a pre-determined shape.