Time-pressure method accurate filling system applied to blowing, filling and sealing all-in-one machine

Abstract

The invention discloses a time-pressure method accurate filling system applied to a blowing, filling and sealing all-in-one machine, which is characterized by comprising a constant-pressure system and a filling head, which are connected via a distribution pipe, wherein the constant-pressure system comprises a tank body with a tank cover, and the top of the tank cover is communicated with an air inlet pipeline via a pressure reducing valve; the filling head comprises a top filling lifting plate and a bottom filling hanging plate, and two sides of the top filling lifting plate are connected with two sides of the bottom filling hanging plate via a filling sliding plate I and a filling sliding plate II; a filling distribution plate is arranged at the bottom of the filling hanging plate; a filling valve is arranged on the upper side of the filling distribution plate, a filling valve plate is arranged on the lower side of the filling distribution plate, filling needles connected with the filling valve are fixed in the filling valve plate, and the end parts of the filling needles are exposed out of the bottom of the filling head; and the constant-pressure system is connected with the filling head via the distribution pipe. According to the time-pressure method accurate filling system, a constant filling pressure is realized through a quick accurate air supplementing system and an accurate liquid supplementing system, and accurate filling is realized in combination with high-precision and high-response sanitary electromagnetic diaphragm valves.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for an improved way to fill containers quickly without having to stop working or take them down again after each use. It uses a special type called a 3-In-1 Time Pressure Filling System (TFFS) that has two different types of valving systems - one inside another and one outside – allowing it to perform both liquid filtrate processing and gaseous phase sterility processes simultanously during production. Additionally, this design prevents contamination when used together with other equipment like inline sterilizers. Overall, these technical featments improve efficiency while reducing costs compared to existing methods such as batch processors.

Problems solved by technology

This patented describes different ways that can be used during the process of making certain types of products such as breads or cookies by adding fillings into them through various techniques like tampons or syringes. These processes require cleanliness levels between 0-50 cfuels/100 ml due to potential contamination from bacteria or other microorganisms found on these items being filled with this type of product. However, current methods have limitations when applied at smaller dosages compared to larger quantities needed for better quality production.

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