Ice cube tray auxiliary structure for assisting ice cubes in falling through ice cube tray swinging

Abstract

The invention provides an ice cube tray auxiliary structure for assisting ice cubes in falling through ice cube tray swinging. The ice cube tray auxiliary structure comprises an ice-tray, movable pieces and a fixed piece; the movable pieces and the fixed piece are arranged at the two ends of the ice-tray correspondingly; ice grooves are formed in the ice-tray in an embedded mode, and fixed columnsare arranged in the ice grooves in a penetrating mode; sliding rails are arranged in the inner walls of the fixed columns in an embedded mode, and inner sliding rails are arranged in one sides of thesliding rails in an embedded mode; and inner sliding columns slide in the inner sliding rails. Jacking columns are arranged, thus the inner sliding columns can be each in an equilateral triangle shape through the jacking columns, when the ice-tray rotates, the sliding columns slide into the fixed columns, the pressure on the sliding columns can be increased through the jacking columns, the sliding columns can be assisted through the pressure generated during rotation of the ice-tray inn sliding into the ice grooves, the situation that when an existing ice-tray rotates, one end of a rotary shaft of the ice-tray swings a little, and consequently the ice cubes have certain adsorption force and then adhere to the interior of the ice-tray is avoided, and thus the ice-tray can assist the ice cubes in falling through the pressure generated during swinging of the ice-tray.

Description

technical field [0001] The invention belongs to the technical field of ice making machines, and in particular relates to an ice making tray. Background technique [0002] The ice maker is a machine for making ice cubes. It usually needs to flow clean water to the inside of the ice-making tray for cooling and solidification, and force the ice-making tray to be twisted to facilitate the ice cubes inside the ice-making tray to drop into the ice machine. stored internally. [0003] Most of the ice-making trays in the prior art have the following problems in use: [0004] The existing ice-making trays are usually forced to rotate automatically, and when the ice-making trays are rotating, only one end of the ice-making trays is rotated, resulting in a smaller rotation arc at the end of the ice-making tray’s rotating shaft, and making the ice cubes easy to rotate due to The arc is small and adheres to the inside of the ice-making tray, so that the ice cubes inside the ice-making ...

AI Technical Summary

Problems solved by technology

[0006] In order to solve the above-mentioned technical problems, the present invention provides an auxiliary ice-making tray structure that uses the swing of the ice-making tray to assist the ice cubes to fall, so as to solve the problem that the existing ice-making trays are usually automatically forced to rotate, and the ice-making trays are rotating At this time, only one end of the ice tray is rotated, resulting in a smaller rotation arc at the end of the ice tray rotation axis, and the ice cubes are easy to stick to the inside of the ice tray due to the small rotation arc, so that the ice cubes inside the ice tray cannot fall To the inside of the ice maker, and the existing ice trays generate a certain pressure when rotating, so that the existing ice trays cannot use the ice trays to swing and rotate to assist the ice cubes to fall

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