Disclosed is an ice shaver including a refrigerator, a moving mechanism, a driving device, a knife assembly and a pushing member. The refrigerator includes a bearer including an ice dropping channel and a door assembly, and the knife assembly is located between the pushing member and the door assembly. The driving device drives the moving mechanism so that the moving mechanism drives the door assembly to selectively move between an unsealing position and a sealing position. When the door assembly is located at the unsealing position, the door assembly unseals the ice-dropping channel. When the door assembly is located at the sealing position, the door assembly seals the ice-dropping channel Therefore, it is possible to protect an ice cube in the refrigerator from being contaminated by the external environment.

Disclosed is an ice shaver including a refrigerator, a moving mechanism, a driving device, a knife assembly and a pushing member. The refrigerator includes a bearer including an ice dropping channel and a door assembly, and the knife assembly is located between the pushing member and the door assembly. The driving device drives the moving mechanism so that the moving mechanism drives the door assembly to selectively move between an unsealing position and a sealing position. When the door assembly is located at the unsealing position, the door assembly unseals the ice-dropping channel. When the door assembly is located at the sealing position, the door assembly seals the ice-dropping channel Therefore, it is possible to protect an ice cube in the refrigerator from being contaminated by the external environment.

The disclosure pertains generally to shave ice confection machines and processes, and more particularly to a block ice shaving apparatus, system and method whereby an improved blade and blade assembly produce more consistent output with increase machine life.

The disclosure pertains generally to shave ice confection machines and processes, and more particularly to a block ice shaving apparatus, system and method whereby an improved blade and blade assembly produce more consistent output with increase machine life.

A device for reducing the size of dry ice granules for dry ice cleaning devices including a supply of dry ice to a device for mixing of dry ice particles with the flow of gaseous medium. The device includes a die with a set of orifices for granulate passing and a granulate pushing-through member for pushing the granulate into the die. The die is placed in a body with at least one sloped surface inclining to the inside of the body towards the die, which, the body, is connectable to a supply of dry ice granulate to a device for mixing of dry ice particles with the flow of gaseous medium in a dry ice cleaning device, where above the die a granulate pushing-through member is movably mounted. The pushing-through member includes at least one surface facing the die, where this surface forms an acute angle with the die surface, and the orifices of the die at the side of the pushing-through member are provided with a recess or shape modification of the edge of the orifice increasing the roughness of the surface of the die relative to the roughness of the surface of the pushing-through member.

A device for reducing the size of dry ice granules for dry ice cleaning devices including a supply of dry ice to a device for mixing of dry ice particles with the flow of gaseous medium. The device includes a die with a set of orifices for granulate passing and a granulate pushing-through member for pushing the granulate into the die. The die is placed in a body with at least one sloped surface inclining to the inside of the body towards the die, which, the body, is connectable to a supply of dry ice granulate to a device for mixing of dry ice particles with the flow of gaseous medium in a dry ice cleaning device, where above the die a granulate pushing-through member is movably mounted. The pushing-through member includes at least one surface facing the die, where this surface forms an acute angle with the die surface, and the orifices of the die at the side of the pushing-through member are provided with a recess or shape modification of the edge of the orifice increasing the roughness of the surface of the die relative to the roughness of the surface of the pushing-through member.

Apparatuses, methods, and systems for cooling the motor of a frozen confection machine during operation are described. A frozen confection machine has a blade assembly for shaving ice and a housing comprising an air inlet and an air outlet. The machine has a motor disposed in the housing and is attached to a drive shaft for bringing ice into contact with the blade assembly. The machine also includes a drip tray and a heat sink that is in mechanical contact with the drip tray. The machine uses a fan assembly to causes airflow to move into the housing across the heat sink and past the motor for cooling the motor. During use, the airflow cools the motor to prolong motor life and enhance performance. The heat sink may be integrated with the tray or may be a standalone heat sink. The heat sink may have fins or other structures to increase thermal transfer. The airflow may be passively created by convection or enhanced by a fan or otherwise.

Apparatuses, methods, and systems for cooling the motor of a frozen confection machine during operation are described. A frozen confection machine has a blade assembly for shaving ice and a housing comprising an air inlet and an air outlet. The machine has a motor disposed in the housing and is attached to a drive shaft for bringing ice into contact with the blade assembly. The machine also includes a drip tray and a heat sink that is in mechanical contact with the drip tray. The machine uses a fan assembly to causes airflow to move into the housing across the heat sink and past the motor for cooling the motor. During use, the airflow cools the motor to prolong motor life and enhance performance. The heat sink may be integrated with the tray or may be a standalone heat sink. The heat sink may have fins or other structures to increase thermal transfer. The airflow may be passively created by convection or enhanced by a fan or otherwise.

The present utility model relates to the technical field of food processing apparatuses, in particular relates to a food processing apparatus as well as its container cover and its container, comprising a cover assembly; the cover assembly comprises a cover body, a plurality of holding pieces and an operating piece; the cover body is arranged with a stirring shaft opening through the cover body; the holding pieces are connected with the cover body in a linearly sliding manner and have a tendency to approach the stirring shaft opening on the horizontal plane; The present utility model can realize the release of the processing knife by pressing the operating piece, which is safe and convenient to move the operating piece.

The present utility model relates to the technical field of food processing apparatuses, in particular relates to a food processing apparatus as well as its container cover and its container, comprising a cover assembly; the cover assembly comprises a cover body, a plurality of holding pieces and an operating piece; the cover body is arranged with a stirring shaft opening through the cover body; the holding pieces are connected with the cover body in a linearly sliding manner and have a tendency to approach the stirring shaft opening on the horizontal plane; The present utility model can realize the release of the processing knife by pressing the operating piece, which is safe and convenient to move the operating piece.