Ice cube tray

Abstract

The invention provides an ice cube tray which comprises a hard body, the hard body is provided with a top frame and a partition rib which are integrally formed, the partition rib is formed on the inner side of the top frame and extends downwards to define an ice making groove position, and an upper opening and a lower opening are formed in the top edge and the bottom edge of the partition rib respectively; the soft bottom groove is made of a soft material and is concave inwards to form a joint notch and a groove bottom wall which are oppositely arranged, and the joint notch is fixedly jointed with the lower opening of the hard body to form a complete ice making space; therefore, the ice cube tray is made by combining a hard material and a soft material, and different draft angles are formed in the ice making groove positions corresponding to different texture parts, so that the use problems caused by the fact that a traditional hard ice cube tray is not easy to demould and an existing soft ice cube tray is easy to deform are effectively solved, and the ice cube tray capable of taking out a single ice cube in the forward direction is realized.

Description

technical field [0001] The present invention relates to the technical field of ice manufacturing, in particular to an ice tray for making ice cubes. Background technique [0002] The ice tray is an appliance for freezing ice cubes in a refrigerator after filling with water. It is usually formed with a number of ice-making slots and a peripheral frame formed on the top around the ice-making slots. Traditional ice trays are mainly made of hard materials such as PP. After freezing, they usually need to be knocked vigorously or cooperated with other tools and receiving grooves to release the ice cubes smoothly. During the process, the ice cubes will eventually be scattered when knocked out due to the uneven direction of force and the position of the surface and the adhesion of the ice grid and the adhesion strength, which obviously increases the difficulty of centralized storage of ice cubes. At the same time, the scattered ice Blocks also have problems with contamination. [...

AI Technical Summary

Problems solved by technology

[0005] In view of the above situation, the present invention provides an ice tray. The ice tray is made by combining hard materials and soft materials, and the ice-making groove positions correspond to different texture parts to form different draft angles, which effectively solves the problem of traditional hard ice. The use problem caused by the difficult demoulding of the grid and the easy deformation of the existing soft ice tray is to realize an ice tray that can take out a single ice cube in the forward direction

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