A liquid nitrogen dispenser is an apparatus that safely dispenses liquid nitrogen. The apparatus allows a user to create frozen food within a kitchen setting. The apparatus includes an anodized cover, an anodized mount, an anodized mount, a dispensing tube, a primary flow valve, a phase separator, an inlet, and an outlet. The anodized cover and the anodized mount house the primary flow valve. The dispensing tube defines a path for liquid nitrogen from the primary flow valve to the phase separator. The dispensing tube also positions and mounts the phase separator. The primary flow valve controls the flow liquid nitrogen. The phase separator provides better control of the liquid nitrogen dispensed from apparatus. The inlet and the outlet allow the primary flow valve to connect to a liquid nitrogen tank and to the phase separator, respectively, while housed within the anodized cover and the anodized mount.

An air inlet arrangement for an ice cream machine or yogurt machine includes an air-solution tube supported in a solution container which is adapted for storing a predetermined volume of solution at a predetermined fluid elevation, and an air nozzle. The air-solution tube has an elongated structure defining a top end, a bottom end, and a process channel between the top end and the bottom end, wherein the air-solution tube has a height greater than the fluid elevation of the solution container, wherein a volume of the air-solution tube is such that the air-solution tube is arranged to contain 80 g or less of the solution.

The invention relates to concentrated premixes for the manufacture of frozen confections. The concentrated premixes are oil-in water emulsions having a high total solids content.

The invention relates to concentrated premixes for the manufacture of frozen confections. The concentrated premixes are oil-in water emulsions having a high total solids content.

An air inlet arrangement for an ice cream machine or yogurt machine includes an air-solution tube supported in a solution container which is adapted for storing a predetermined volume of solution at a predetermined fluid elevation, and an air nozzle. The air-solution tube has an elongated structure defining a top end, a bottom end, and a process channel between the top end and the bottom end, wherein the air-solution tube has a height greater than the fluid elevation of the solution container, wherein a volume of the air-solution tube is such that the air-solution tube is arranged to contain 80 g or less of the solution.

The present disclosure provides, inter alia, processes and apparatuses for rapid freezing of consumable and non-consumable products. In certain embodiments, the processes and apparatuses of the present disclosure yield the rapidly frozen consumable and non-consumable products using the expansion of dense gas. The present disclosure also provides consumable and non-consumable products produced by the processes and apparatuses disclosed herein.

The present disclosure provides, inter alia, processes and apparatuses for rapid freezing of consumable and non-consumable products. In certain embodiments, the processes and apparatuses of the present disclosure yield the rapidly frozen consumable and non-consumable products using the expansion of dense gas. The present disclosure also provides consumable and non-consumable products produced by the processes and apparatuses disclosed herein.

In one embodiment, the present disclosure includes a device for manufacturing a frozen edible product, including a cylindrical tank and a dasher disposed within the cylindrical tank and configured to rotate in a direction of rotation on an axis of rotation. A non-circular cylindrical core extends within the core along the axis of rotation. The dasher includes a generally cylindrical frame concentric with the tank and having a plurality of gaps, deflectors extending radially inward relative to the axis of rotation and circumferentially in the direction of rotation from the gaps, and blades extending radially outward from the dasher.

The invention relates to concentrated premixes for the manufacture of plant-based frozen confections. The concentrated premixes are oil-in water emulsions having a high total solids content.

The present invention relates to an ice cream manufacturing apparatus, an ice cream manufacturing method, and an ice cream drawing method. An apparatus for manufacturing ice cream according to an embodiment of the present invention includes: a dasher positioned in a cylinder and agitating a liquefied original ice cream liquid and air input into the sealed cylinder; a dasher motor rotating the dasher; a motor RPM control means controlling a frequency of the dasher motor; a dasher motor load measuring means measuring a load of the dasher motor; and a controller determining a rotational speed change time of the dasher motor based on the load measured by the dasher motor load measuring means and controlling the motor RPM control means so as to change the frequency of the dasher motor to a predetermined frequency when the change of the rotational speed of the dasher motor is determined.