Beverage ingredient storage container with piston dynamic piercing outlet

Abstract

A beverage ingredient storage container having a movable compression plug to puncture a hole comprises an ingredient container (1), and a flow guide plate (2) and a movable compression plug body (3) located therein. The ingredient container (1) comprises an upper opening (11) and a lower opening (12) respectively sealed with a composite film, and is provided with an upper separation and filtration membrane (10) and a lower separation and filtration membrane (13) therein. The upper separation and filtration membrane (10) and the lower separation and filtration membrane (13) form an ingredient cavity therebetween. The flow guide plate (2) is located between the lower separation and filtration membrane (13) and the composite film of the lower opening (12). An upper surface of the flow guide plate (2) is provided with a plurality of flow guide channels (21, 22) in mutual communication. A movable compression plug cylinder (24) is provided at a lower side of the flow guide plate (2). The flow guide plate (2) is provided, at its central portion, with the plurality of flow guide channels (21, 22) in communication and a water passage hole (26) at an upper portion of the movable compression plug cylinder (24). The movable compression plug body (3) can move vertically in the movable compression plug cylinder (24), and has a point at a lower end. The container can store various powdered particles or high-concentration liquid pre-materials, and maintains a stable pressure for dissolution and extraction during a beverage forming process. The height, volume, and bottom shape of the container are not restricted by a holder of a beverage maker, and furthermore, cross-contamination during use is prevented.

Description

technical field [0001] The invention relates to a storage container filled with ingredients, in particular to a beverage ingredient storage container with a dynamic piercing outlet of a piston. Background technique [0002] Currently in pre-dispensing systems for preparing beverages, it is well known in the art to use dispensing systems to dispense storage containers for beverages of different temperatures. The substance from which the beverage is extracted is contained in a sealed storage container mainly made of injection molded or thermoformed plastic material or metal material such as aluminium, dispensing machines and storage containers usable for dispensing machines are common in the market, by which Beverages produced by machines and storage containers are typically coffee, tea, chocolate or milk. The following are common beverage ingredient storage containers and their problems: [0003] 1. The ingredients in commercially available storage containers are usually in...

AI Technical Summary

Problems solved by technology

[0003] 1. The ingredients in commercially available storage containers are usually in powder form, but liquid ingredients are not involved, especially thick gelatinous liquids, and the application range is limited

[0004] 2. When preparing beverages and foods, the ingredient powder can usually only prepare small cups of high-concentration beverages (such as espresso), or large cups of low-concentration beverages (such as American-style light coffee); and only single selection

This kind of open storage container is easy to produce contamination in the open channel section

[0008] 6. In an existing material box for coffee or soluble substances, when the pressure water flows through the container, the liquid flows out and the water flow path is opened, the filter part or structure of the material box usually reduces the resistance to the water flow, that is, Decreased pressure in the feed box, resulting in changes in liquid flow rate and ingredient extraction, unstable water pressure in the chamber, resulting in inconsistent product issues

Inconsistencies in output liquid are unacceptable for those who must have precise control over the preparation of formulated beverages

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