The present invention provides a method and system apparatus for mass production of vegetable substitute milk by combining nutritional components and health functional components of cereals including quinoa, amaranth, or soybean in order to solve side effects occurring since a human beings consumes cow's milk used for the rapid growth of calves.

More specially, the present invention provides a method and system apparatus wherein, in order to solve the problem in which a chemical emulsifying agent has to be added for the emulsification between purified water and an oil component of a material, including quinoa, amaranth, or soybean when the material is prepared into a milk form of liquid, the material is diffused and then finely pulverized by a nano-pulverizing unit, thereby mass-producing pure vegetable milk substitute, which is as soft as milk, through the molecular binding between nanoparticles of the material and water molecules of the purified water without adding any chemical agent.

In addition, the present invention provides a technology of manufacturing a pure vegetable substitute milk, in which nutritional components and functional components of cereals including quinoa, amaranth, or soybeans, are combined to design and mass-produce pure vegetable substitute milk, which contains nutritional components and functional components and is most ideal for human health through molecular binding between nanoparticles of each material and water molecules of purified water, thereby solving the side effects due to existing cow's milk and contributing to the promotion of human health.

The present invention provides a method and system apparatus for mass production of vegetable substitute milk by combining nutritional components and health functional components of cereals including quinoa, amaranth, or soybean in order to solve side effects occurring since a human beings consumes cow's milk used for the rapid growth of calves.

More specially, the present invention provides a method and system apparatus wherein, in order to solve the problem in which a chemical emulsifying agent has to be added for the emulsification between purified water and an oil component of a material, including quinoa, amaranth, or soybean when the material is prepared into a milk form of liquid, the material is diffused and then finely pulverized by a nano-pulverizing unit, thereby mass-producing pure vegetable milk substitute, which is as soft as milk, through the molecular binding between nanoparticles of the material and water molecules of the purified water without adding any chemical agent.

In addition, the present invention provides a technology of manufacturing a pure vegetable substitute milk, in which nutritional components and functional components of cereals including quinoa, amaranth, or soybeans, are combined to design and mass-produce pure vegetable substitute milk, which contains nutritional components and functional components and is most ideal for human health through molecular binding between nanoparticles of each material and water molecules of purified water, thereby solving the side effects due to existing cow's milk and contributing to the promotion of human health.

In a mill having a first mill provided with a first grinding surface and a second mill provided with a second grinding surface, the first grinding surface includes a first groove in a curved shape which extends from a side of a center of rotation C toward an outer circumference, the second grinding surface includes a second groove in a curved shape which extends from the side of the center of rotation C toward the outer circumference, and while the first grinding surface and the second grinding surface are superimposed on each other, the first groove and the second groove are not superimposed on each other and an angle (an angle of intersection) ? at which the first groove and the second groove intersect with each other is 10????50?.

A device for processing high-consistency fibrous material has a housing. First and second treatment tools in the housing are fastened to a base plate, have a rotationally symmetrical form, are arranged coaxially to each other, rotate relative to one another about a common axis and delimit a treatment gap through which the fibrous material radially flows. The gap width of the gap is varied by axially shifting at least one base plate of a treatment tool. In order to determine the minimum distance between the base plates, the oscillations are detected on the device and the distance between the base plates rotating relative to one another is reduced until the frequency and/or the amplitude and/or the change in frequency and/or the change in amplitude of the oscillations exceeds a limit value. The distance when the limit value is exceeded is determined as the minimum distance.

A rotary grinding mill for that improves the rotary grinding mill process. A milling assembly that comprise an offset ripper blades to limit the noise applied to the unit, cutting edges on the milling assembly blades, and an trailing blade edge that is angled creating a milling fan blade. The milling fan blade creates an air flow through the mill assembly. A collection container that utilized a plurality of cyclonic air flow patterns and filters to remove particles from the air.

An improved grinding mill that utilizes mill stones that minimizing the mechanical processes required to regulating the mill stones and allow an user to gain quick and easy access to the mill stones by removing a hopper. In addition, to provide a base frame for the mill that secures both mechanical and electrical parts including the mill housing to reduce manufacture and repair time.

An improved grinding mill that utilizes mill stones that minimizing the mechanical processes required to regulating the mill stones and allow an user to gain quick and easy access to the mill stones by removing a hopper. In addition, to provide a base frame for the mill that secures both mechanical and electrical parts including the mill housing to reduce manufacture and repair time.

A degerminator having a base, a plate with a plurality of protrusions, and a clamp that engages the plate to removably secure the plate to the base. A degerminator having first and second plate assemblies and an enclosure that surrounds the first plate assembly. The second plate assembly has a seal that moves between deflated and inflated positions. The second plate assembly moves between a first position, in which it does not engage the enclosure, and a second position, in which the seal engages the enclosure when inflated. A degerminator having a frame, first and second plate assemblies, supports and guides each coupled to the frame or the second plate assembly, and actuators each coupled to the frame and the second plate assembly to move the second plate assembly relative to the first plate assembly. A removable wear ring may protect a side wall of the enclosure.