| 摘要 |
A method for manually intensively mixing difficultly compatible components in such a way that a product is obtained in place in a mixing film container, which is sectionalised with the aid of a sealed partition and is used for storing said components, consists in repeatedly intensively shaking the content of a common chamber which is formed by removing the sealed partition and is temporary rigid (shape-stable), has a maximum internal volume and is filled with components and a gas (air) in a volume ranging from 0.1 to 1.0 part per 1.0 part of a total volume of mixable components. The inventive mixing film container for carrying out the claimed method consists of film sections which are interconnected by means of the sealed partition and contain initial components, wherein at least one base or additional section of the container contains an inert and active gas taken in the above volume which provides the common mixing chamber with a maximum internal volume, the required temporary rigidity (shape stability) and a temporary free volume while the chamber content is shaken. The maximum internal volume of the common chamber is determined from a relation V<SUB>in</SUB>= SV<SUB>c</SUB>+? V<SUB>i</SUB>, wherein V <SUB>in </SUB>is the maximum internal volume of the common chamber, SV<SUB>c</SUB> is<SUB/>the total volume of mixable components and V <SUB>i</SUB> is the increase of the internal volume attained by the sealed partition removal and by the structure shape stability. For mixing components whose mass is greater than 5 kg, the maximum internal volume is determined from a relation V <SUB>in</SUB> =2SV<SUB>c.</SUB> |
