Washing machine power supply lower shell mould

Abstract

The invention relates to the field of medical equipment, in particular to a washing machine power supply lower shell mould. The washing machine power supply lower shell mould comprises a movable mould, a fixed mould, an orientation mechanism and a control device, wherein the movable mould can move relative to the fixed mould in the opposite direction, and the movable mould includes a movable mouldplate and a first mould core; the first mould core is disposed on the movable mould plate, and the fixed mould includes a fixed mould plate and a second mould core; the second mould core is mounted on the fixed mould plate, and the orientation mechanism includes a plurality of guide assemblies distributed around the circumference of the fixed mould at intervals; the first mould core can attach tothe second mould core to form a plurality of cavities for forming of a power supply lower shell; and the control device includes a controller and a sensor assembly, a feeding system is disposed in the movable mould, and a position alignment assembly is arranged beside the orientation mechanism. The washing machine power supply lower shell mould avoids appearance of deviation when the movable mould and the fixed mould are assembled, reduces the defect rate, and avoids unnecessary production cost waste.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a mold for the lower casing of a washing machine power supply. Background technique [0002] The lower shell of the washing machine power supply is made of modified polyphenylene ether material. On the basis of the high rigidity, high heat resistance, high wear resistance and excellent electrical properties of the material itself, the flame retardant performance is further optimized and the dielectric constant performance of the material is improved. , so that it can be used universally in low, medium and high frequency fields. The product strength requirements are high, and there are assembly requirements, the demoulding angle control is relatively strict, the product has more buckles, and the mold structure is relatively complicated. After the mold has been opened and closed for a long time and many times, the mold is closed There will be deviations when there is a deviation, ...

AI Technical Summary

Problems solved by technology

The product strength requirements are high, and there are assembly requirements, the demoulding angle control is relatively strict, the product has more buckles, and the mold structure is relatively complicated. After the mold has been opened and closed for a long time and many times, the mold is closed When there is a deviation, the position and shape of the product buckle injection molding will be wrong, resulting in the product being unusable, the defective rate is high, and unnecessary production costs are wasted.

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