A method for producing a liquid containing a high concentration of tiny bubbles comprises passing liquid from a first reservoir to a second reservoir via a nanobubble generator which produces a liquid containing a high concentration of tiny bubbles.

A modular barrel storage and mixing system. Each module is designed to hold a 600 lb barrel, and the modules may be stacked up to 3 units high, with interlocking components for stability. Agitation of each barrel is controlled pneumatically, using a pressure regulator and drier, an emergency cutoff control valve, a pneumatic variable timer, a 3-way directional control valve, a limit switch and a pneumatic cylinder.

A blending system is shown and described herein. The blending system may include a base including a motor, a blade selectively and operably engaged with the base, where the motor rotates the blade, a container having an open end and a lid configured to cover the open end. The blending system may also include an interlock system that may include a plurality of induction coils positioned on the base and the container and be in electrical communication with at least one lid sensor, wherein the power is translated through the induction coils to engage a switch device to complete a power circuit to allow a user to operate the motor of the blender.

A blender apparatus includes a cup cover, a bottom cover, a cup body and a blade assembly. The cup body includes an inner cavity. The cup body includes a first port above the inner cavity. The cup body includes a second port below the inner cavity. The first port is detachably connected to the cup cover. The blade assembly includes a blade and a motor and a blade housing. The blade assembly includes an operation state and a storage state. In the operation state, the blade of the blade assembly is inserted into the inner cavity through the second port of the cup body for cutting and mixing objects placed in the inner cavity.

A blender includes a housing, a water heater supported within the housing, the water heater including an enclosure having an upper portion and a lower portion, a plurality of fluid ports, a heating coil, and a one-way air valve located on the upper portion of the enclosure. The heating coil is primarily located in the lower portion of said enclosure.

A mixing device includes a supporting base, a mixer assembly, a motor and a transmission mechanism. The supporting base has an installation part, and the mixer assembly is detachably connected to the installation part. The transmission mechanism includes a first transmission member and a second transmission member. The first transmission member is connected to the motor in a transmission manner. The second transmission member is connected to the stirring blade in a transmission manner. The second transmission member and the mixer assembly are connected to or separated from the installation part as an integral unit.

A hand-operated construction mixer, such as a hand-operated stirring machine for stirring and/or mixing construction materials, has a housing and a drive motor accommodated, at least on part, in the housing interior. The drive motor has at least one drive shaft, which is operatively connectable directly or indirectly to a mixing and/or stirring tool. An actuating device is provided, by way of which the drive motor is actuatable. The drive motor, preferably controlled via a control device coupled to the actuating device, is suitable and configured to provide a rotational speed, preferably a load rotational speed, at the drive shaft driving the mixing and/or stirring tool in a range from 200 rpm to 1000 rpm, preferably from 250 rpm to 750 rpm, most preferably from 300 rpm to 650 rpm.

A liquid storage apparatus includes a storage unit configured to extractably store a liquid container with flexibility, a path forming unit connected to the liquid container stored in the storage unit and configured to form a path configured to flow a liquid out of the liquid container, and a pressing unit configured to press the liquid container stored in the storage unit. The pressing unit is configured to perform a stirring operation of stirring the liquid stored in the liquid container by repeating pressing of the liquid container and reducing of the pressing, and a regulating operation of maintaining a state in which the liquid container is pressed and regulating extraction of the liquid container from the storage unit.

A hydrolysis system includes a hydrolysis furnace and a pressure relief device. The hydrolysis furnace has a reaction space therein, and a ventilation hole spatially communicating with the reaction space. The pressure relief device includes a pressure relief tube connected to the hydrolysis furnace, adjacent to the ventilation hole, extending in an up-down direction, and defining a first tube space that spatially communicates with the ventilation hole. The pressure relief device further includes at least one auxiliary tube disposed at an end portion of the pressure relief tube opposite to the hydrolysis furnace in the up-down direction, extending in a left-right direction that is substantially perpendicular to the up-down direction, and defining a second tube space that spatially communicates with the ventilation hole.

A portable blender apparatus having a hand guard includes a motor base having a control for controlling the operations of a blade assembly coupled to the motor base. A container for the portable blender has a proximal portion which couples to the motor base, and a distal portion away from the motor base. The distal portion is configured with an attachment mechanism for receiving a removable lid, which may be used to seal material in the container. The distal portion includes a plate guard, which is a substantially planar member extending inward from an outer circumference of the distal portion. The plate guard has an aperture of reduced circumference relative to the distal portion, and the aperture is separated from the blade assembly a predetermined distance.