TH3250C3 - Tube ice machine - Google Patents

Abstract

The tube ice maker in this invention used a method to separate the liquid into the ice cylinder. Each cylinder directly represents a method for the liquid to flood all the ice cylinders placed in the container. Ice bucket Each ice cylinder used in this fabrication has a spiral wound around it. And covered with another outer cylinder causing a liquid tube around the ice cylinder causing The liquid takes longer to flow through the ice cylinder, causing the energy exchange between the It flows inside the ice cylinder and the liquid flows around the outside of the ice cylinder to be fully effective. In addition, each ice cylinder has a pipe that connects to a ring fluid pipe, which is Will separate the liquid to flow into the ice cylinder, each cylinder at the bottom The top part of the solution It will flow out of the ice cylinder along the ring tube at the top and flow back into the compressor, thus the compressor does not have to bear the heavy burden of supplying the liquid continuously. Which will cause rapid quality deterioration

Claims (1)

1.The invention of the tube ice machine consists of an ice cylinder container (1), a hollow cylinder with a top opening inside, equipped with a set of 8 ice cylinders (2), which is a hollow, open-end cylinder. Top and bottom The outer skin of The ice cylinder (2) is wrapped in a spiral and is covered with another layer of the cylinder (19) to create a channel for the liquid to pass through the outer surface of the ice cylinder on the side. The bottom of each casing (19) is connected to the solution pipe (16), which is connected to the ring fluid tube (5). Bends into a ring so it can fit into the entire ice cylinder. On the inner surface, drill holes (17), which will connect to the solution tubes (16) of each ice cylinder to allow fluid to flow. Directly into each ice cylinder (2). On one side of the reagent tube (5) is connected to the inlet pipe (10), which is the refrigerant hose that comes from the evaporator (11). Reagent tube (15). This hose (15) is connected to the ring hose (6) in the surrounding channel (18) position to allow the liquid to flow out of each ice cylinder (2). Ring fluid hose (6) and flow out through liquid outlet pipe (9) connected to the ring fluid hose (6) on one side to flow back into the compressor (12) again by ring fluid hose (6). This is exactly the same as the ring fluid tube (5). In the top part of the ice cylinder container (1) is installed a cap (3) which is a circular flange plate and Drill holes to fit the entire muzzle of the ice tube (2), slightly lower than the ice canister (2) to serve as a water tray coming from the water pipes (7) on the side, which is Pipe that Later from the water pump (8) the bottom of the tank (4) of the ice bucket (1) will look like the cover (3) in all respects by the bottom of the tank bottom (4) install a motor blade. Knife (13) to perform cutting function. Ice escaped from the ice cylinder (2) and dropped into the receptacle (14).