Each cast of the mold is one potential form in which the spatial data can be stored and displayed.

The injection mold (1) comprises a first mold part (11) having a first mold recess (13), and a second mold part (12) having a second mold recess (15) corresponding to the first mold recess.

The insert (4) essentially imitates the shape of the indentation (2) of the soap mold.

An imprint device is provided with the imprint mold (10), and an imprint method utilizes the imprint mold (10).

A prefabricated, one-piece, plastic insert (4) which can be detached from the soap mold is placed inside the indentation (2) of said soap mold (1).

Disclosed are: an imprint mold which is characterized in that a coating layer provided on the surface of the mold is hardly detached from the mold; and a method for producing the imprint mold.

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

The film-molten plastic combination is then formed in said mold cavity (12a) into a molded article in the shape of the mold cavity (12a).

A mold having a mold cavity defines an internal surface and is adapted to accept a preform.

An ejector plate (22) is provided for movement within the mold to eject parts from an internal mold cavity (26).

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

It comprises a mobile semi-mould and a fixed semi-mould defining an impression corresponding to the container to be produced.

The nozzle is provided on a part of the cavity mold surface other than the transfer surface of the second mold and has a tip formed so as to protrude from the mold surface into the cavity.

The references of mold designing, mold processing, mold matching, closing mold, pressing mold and mold assembling are electronic references.

The die (5) is formed with a cavity (6) surrounding the collars (11, 13).