Method capable of quantificationally taking out objects contained in container

Abstract

The invention provides a method capable of quantificationally taking out objects contained in a container. The method includes the steps that one end of an outflow channel is placed under a liquid level of the container, the other end of the outflow channel is placed outside the container; an inner end opening of a control air flue is communicated with an gas compartment inside the container, an outer end opening of the control air flue is placed outside the container; the distance between a small sealing part and the outer end opening of the control air flue is determined according to the volume of the contained objects needed to be taken out; each opening of the container is sealed by a large sealing part, the container is pressurized by a pressurization part, the contained objects outward flow along the outflow channel, a mobile part is driven to move; the outer end opening of the control air flue or the small sealing part is driven by the mobile part to move; and out-taking process is over when the outer end opening of the control air flue or the small sealing part moves until the outer end opening of the control air flue is communicated with external gas. The method capable of quantificationally taking out the objects contained in the container has the advantages of being capable of having functions of quantity-limitedly and quantificationally taking out, having good environment adaptability, being repeatedly used, avoiding waste and pollution and improving scientific living standard of people.

Description

technical field [0001] The invention relates to a method for taking out the contents in the container, in particular, a method capable of taking out the contents in the container in a limited and quantitative manner. Background technique [0002] With the improvement of living standards, the scientific awareness of residents has also gradually increased. Scientists' proposals on the details of life, such as the amount of oil used for three meals a day, the amount of soy sauce used, and the amount of toothpaste used each time, have also received a general response. But, the container commonly used in the resident's life now, as the container of holding oil, sauce, vinegar and toothpaste, does not all have the function of limiting, quantitatively taking out. Every time it is used, it is taken at will based on experience. You can add more when you take less, but if you take more, you can only use more. If the actual dosage is too much, the proposal of the scientist cannot be ...

AI Technical Summary

Problems solved by technology

[0006] The present invention aims to solve the problem of inconvenient access to the contents of the container in the prior art, and provides an appliance that can conveniently access the contents of the container. The appliance includes a pressurizing part and an outflow channel. The pressurizing part is used to fill the container with gas to pressurize the contents to flow out. One end of the outflow channel is located below the liquid level in the container, and the other end is located outside the container for the contents to flow out.

Images