Casting machine with weight sensor on base

Abstract

The invention discloses a casting machine with weight sensors on a base. The casting machine comprises a pedestal, a support, a base, a casting ladle, a motor, a cross bar, a magnet, weight sensors, and a control panel. The support and the base are vertically arranged on the pedestal. The support is also provided with a sliding groove. The casting machine with weight sensors on a base induces weight through installing the weight sensors under the pedestal. An operator just needs to input weight of a product, and a manipulator would display numerical values of integrated weight reducing number / input product weight*100% in a casting process, and staff can know percent of completion of casting through looking at a screen in real time. When the casting is close to completion, a ladle mouth is lifted up and casting is stopped. The casting machine is very accurate and effective, and preferably solves problems that an existing casting machine determines casting volume by eyes and experience, and effectively prevents angular deviation of casting caused by mechanical wear, and the angular deviation may cause unstable flow rate which impacts time estimation accuracy rate.

Description

technical field [0001] The invention relates to the field of cast iron, in particular to a pouring machine with a base with weight induction. Background technique [0002] In the modern cast iron industry, the molten iron pouring of the automatic molding line is an indispensable part of the entire production process. The pouring of molten iron is like pouring water into a teacup with a teapot. The "teacup" is the model of the workpiece. After the molten iron is poured in and cooled, the product is formed. [0003] Just like pouring water from a teapot into a cup, it must stop when it is full, otherwise it will be a waste, and the molten iron is hot, which poses a safety hazard. There are three ways to realize the amount of pouring. 1. Observe with naked eyes when pouring. 2. If it is a mechanical repetitive action, you can set the time. 3. Determine the pouring completion point by determining the weight of molten iron. [0004] Due to its single function, the existing pour...

AI Technical Summary

Problems solved by technology

[0004] Due to the single function of existing pouring machines, there are often many problems in the process of use. For example, the existing pouring machines need to judge the amount of pouring by naked eyes and experience during use, which is unreliable. risk, and it takes a certain amount of time to learn; at the same time, due to the mechanical wear caused by the long-term use of the machine, it will lead to a deviation in the pouring angle, which may cause unstable pouring flow, thus affecting the accuracy of time estimation

Thereby the existing pouring machine can't really meet the needs of customers, and its technology still needs to be improved

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