Fully-automatic ice crystal coolant filling equipment

Abstract

The invention discloses fully-automatic ice crystal coolant filling equipment. The fully-automatic ice crystal coolant filling equipment comprises an injection molding machine for injection-molding bottles, a conveying mechanism for conveying bottles from the injection-molding machine, a crystal powder filling mechanism arranged on the conveying mechanism for carrying out crystal powder filling in sequence, a water filling mechanism for carrying out water filling, a rubber plug pressing cap-screwing sub mechanism for carrying out rubber plug pressing on bottles, and a six-degree-of-freedom mechanical hand for grabbing the filled bottles onto a packaging area or a loading area; and a limiting mechanism for limiting the bottles before each process is further arranged on the conveying mechanism. The fully-automatic ice crystal coolant filling equipment is fully-automatic filling equipment, is used for carrying out filling and the like after carrying out integrated injection-molding on the bottles, avoids secondary production defects caused by respectively producing the bottles and the like, adopts a mode of air pressure and direct-current type filling; and parts, which are in contact with materials throughout the process, are manufactured from stainless steel, pollution is avoided, and materials can be filled into bottles on specific positions on correct time.

Description

technical field [0001] The invention relates to the structural field of a filling mechanism, in particular to a fully automatic ice crystal coolant filling equipment. Background technique [0002] At present, filling machines are a small category of products in packaging machines. They can be divided into liquid filling machines, paste filling machines, powder filling machines and granule filling machines according to the types of packaging materials. From the production In terms of automation degree, it is divided into semi-automatic filling machine and fully automatic filling production line. In the prior art, the liquid filling machine, especially the filling machine applied to ice crystal coolant bottles, mainly has the following defects: when the filling machine is filling bottles of different sizes, the feeding pipeline is often broken due to the valve The switching speed of the body is too fast, resulting in a large change in the fluid in the feeding pipe body, resul...

AI Technical Summary

Problems solved by technology

In the prior art, the liquid filling machine, especially the filling machine applied to ice crystal coolant bottles, mainly has the following defects: when the filling machine is filling bottles of different sizes, the feeding pipeline is often broken due to the valve The switching speed of the body is too fast, resulting in a large change in the fluid in the feeding pipe body, resulting in an impact and forming a water hammer phenomenon, causing the filling liquid to burst or impact the feeding pipe body, causing damage to the quantity pipe body, and also damage due to the impact The flowmeter and other instruments in the system reduce the service life and cause high maintenance frequency, which cannot improve production efficiency very well

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