초록 ▼

The present invention relates to a mixing device particularly adapted for mixing and delivering a mixture of food product containing large particulates from dehydrated material and a diluent. This device includes a mixing chamber including a propeller, at least one inlet for the dehydrated and dilue

The present invention relates to a mixing device particularly adapted for mixing and delivering a mixture of food product containing large particulates from dehydrated material and a diluent. This device includes a mixing chamber including a propeller, at least one inlet for the dehydrated and diluent to enter the mixing chamber, and an outlet for the mixture to exit the mixing chamber. The propeller is arranged about a rotation axis to provide centrifugal forces upon rotating to create a pumping action in the mixing chamber. Also, the propeller describes a limit plane of rotation demarcating a centrifugal part and a suction part. The outlet has a cross section with an axial dimension of at least 12.5 mm and is positioned in the mixing chamber relative to the propeller so that at least 50% of the outlet surface area is located in the centrifugal part of the chamber.

대표청구항 ▼

The present invention relates to a mixing device particularly adapted for mixing and delivering a mixture of food product containing large particulates from dehydrated material and a diluent. This device includes a mixing chamber including a propeller, at least one inlet for the dehydrated and dilue

The present invention relates to a mixing device particularly adapted for mixing and delivering a mixture of food product containing large particulates from dehydrated material and a diluent. This device includes a mixing chamber including a propeller, at least one inlet for the dehydrated and diluent to enter the mixing chamber, and an outlet for the mixture to exit the mixing chamber. The propeller is arranged about a rotation axis to provide centrifugal forces upon rotating to create a pumping action in the mixing chamber. Also, the propeller describes a limit plane of rotation demarcating a centrifugal part and a suction part. The outlet has a cross section with an axial dimension of at least 12.5 mm and is positioned in the mixing chamber relative to the propeller so that at least 50% of the outlet surface area is located in the centrifugal part of the chamber.