Ice-making mechanism and water dispenser

A water dispenser comprising an ice-making mechanism, wherein:

• the ice-making mechanism comprises:
• an ice-making box configured to make ice cubes, wherein the ice-making box is in communication with a water source, so that the water source supplies water to the ice-making box,
• an evaporator sleeved on the ice-making box, wherein the evaporator is configured to cool the water in the ice-making box to make the ice cubes,
• an ice storage basket configured for storing the ice cubes, wherein the ice storage basket is located on a side of the ice-making box away from ground and is in communication with the ice-making box, and
• a cold water tank configured for storing cold water, wherein the cold water tank is in communication with the ice storage basket,
• the ice-making mechanism is further configured to make the cold water,
• a pusher dog configured for pushing the ice cubes is rotatably arranged in the ice storage basket, a partition is provided in the ice storage basket, the partition divides the ice storage basket into a cold water chamber and an ice storage chamber, an inner wall of the ice storage basket is recessed outward to form a passage, the passage connects the ice storage chamber and the cold water chamber, the ice storage basket is configured with an ice outlet on a side of the ice storage basket away from the passage, and the ice storage basket is provided with a door body configured for covering the ice outlet and an opening and closing mechanism configured for controlling opening and closing of the door body,
• a bottom of the ice storage basket is configured with a passageway in communication with the ice-making box, and the passageway passes through the partition,
• a clearance is configured between the pusher dog and a bottom of the ice storage chamber, the bottom of the ice storage chamber is provided with a limit bar configured for limiting a rotation of the ice cubes at the ice outlet, and the limit bar radially extends toward the passageway,
• the opening and closing mechanism comprises a rotary assembly and a limit assembly, the rotary assembly comprises a motor for opening and closing, a rotary rod and a transmission rod, a first end of the rotary rod is vertically fixed to an output shaft of the motor for opening and closing, a second end of the rotary rod is rotatably connected to a first end of the transmission rod, and a second end of the transmission rod is rotatably connected to the door body, and
• the limit assembly comprises a rotary block at an end of the output shaft of the motor for opening and closing and a position member configured for limiting a rotation of the rotary block, the position member is located on a side of an axis of the rotary rod away from the door body, and when the door body is closed, the position member abuts against the rotary block.