Appliance and container for daily life and taking-out method and application thereof

Abstract

The invention provides an appliance and container for daily life and a taking-out method and application thereof. The method includes the following steps: a pressurizing component pressurizes a pressure transmitting channel to push a pressure transmitting medium in the pressure transmitting channel to move; the pressure transmitting medium pushes an opening of a fetching component in a container main body to be closed; the pressure transmitting medium pushes an object accommodated in the fetching component to flow out of the channel to move outward; the pressurizing component stops pressurizing, and the object accommodated in the fetching component stop flowing outward; the pressure transmitting medium flows back along the pressure transmitting channel, the opening of the fetching component in the container main body is opened; and the object accommodated in the container main body enters the fetching component from the opening of the fetching component in the container main body. The method for taking out the object accommodated in the container is simple in step, easy to operate, accurate in ration, high in reproducibility and particularly suitable for daily life needs. The method is applied to the fields of foodstuff, everyday chemicals, disinfection products and medicines and can also prevents products of the fields from being polluted, oxidized, deteriorated or volatilized.

Description

technical field [0001] The invention relates to an appliance, a container used in daily life, a method for taking out the appliance and the container, and the application of the appliance, the container and the method for taking out the appliance, the container and the method in the fields of food, daily chemical products, disinfection products and medicines. Background technique [0002] Due to the increasing abundance of daily life products, people will use more and more various containers, such as holding hand sanitizer, laundry detergent, disinfectant, shampoo, shower gel, toothpaste, soy sauce, vinegar, edible Containers for oil, liquid medicine, etc. Although these containers have different shapes, there are no more than two ways to take out the contents in the container: allowing the container opening to flow out the contents by itself; taking out the contents in the container with a presser. [0003] Let the container open downwards to allow the contents to flow out...

AI Technical Summary

Problems solved by technology

This container has three disadvantages: 1. The method of taking out this container will inevitably cause external air and impurity particles to easily enter the interior of the container, making the contents contact with more gas, which may deteriorate due to oxidation and reduction by air, or Deterioration due to contamination by bacteria or impurities

2. It is very inconvenient to take out the contents of these containers, such as shampoo and shower gel, it takes a long time to let the contents flow to the outlet after half of use, and it can be squeezed out for use. It is inconvenient to use, and the last part of the contents may also be wasted

3. Products (especially toothpaste) can only be used in small packages, and often cannot be fully squeezed out for use, which not only causes waste, but also produces a lot of packaging waste, causing pollution

4. When this kind of container is taken out, due to the influence of many factors such as inclination, air flow, and opening size, the amount taken out fluctuates, which cannot be measured and is difficult to control accurately. In many cases, the contents have to be taken excessively, resulting in waste and waste. environmental pollution

This container also has four disadvantages: 1. The amount of liquid taken cannot be precisely controlled

The force of pressing down with a press can not be precisely controlled, so the amount taken out can only be measured by the number of presses, and the amount of liquid taken cannot be precisely controlled

2. The viscosity and consistency of the liquid used should not be too high

3. High manufacturing cost

The structure of the extractor is complicated, and the necessary parts such as the container wall cannot be used, and the manufacturing cost is relatively high

4. Cannot be used continuously

Since the extractor can only take the content in the limited space near the outlet of the straw each time, the content in this space can only be taken out after being sucked from the container below again, so it can only be taken out. Intermittent use, take out can not be continuous

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