Inverted quantifiable container

Abstract

The invention discloses an inverted quantifiable container, which comprises a container body. The container body is provided with a container opening, the container opening is directly or indirectly connected with a sealing cover, a liquid storage cylinder is fixed to the position, relative to the container body, in the container body, the lower end of the liquid storage cylinder is sealed, a liquid outlet communicating with an inner cavity of the liquid storage cylinder is formed in the upper end of the liquid storage cylinder, a liquid inlet is formed in the side face of the liquid storage cylinder, the liquid inlet and the liquid outlet are located in the same side, the liquid storage cylinder is internally and movably provided with a rolling bead capable of plugging the liquid inlet, and further comprises a guiding and limiting structure used for guiding and limiting the rolling bead to enable the rolling bead to plug the liquid inlet, the rolling bead is arranged in the guiding and limiting structure, when the container body is inclined, the rolling bead can move correspondingly in the transverse direction relative to the container body, and thus the liquid inlet can be openedor plugged. The inverted quantifiable container has the characteristics that moving is flexible, quantifying is facilitated, and the quantitative liquid is taken in an inverted mode.

Description

【Technical field】 [0001] The present invention relates to a container, especially a reversible quantitative container. 【Background technique】 [0002] There are many types and structures of containers that can be quantified. Among them, for the quantitative container that is used upside down with the built-in rolling ball, the rolling ball generally moves up and down. In the prior art, when the original inverted quantitative container completes the quantitative and then pours out the liquid, The liquid in the container is likely to continue to enter the dosing chamber, resulting in large or inaccurate dosing errors; at the same time, when the dosing container is turned upside down so that the liquid in the container enters the dosing chamber, the rolling beads will be stuck and blocked in the dosing chamber. On the liquid port, the quantification cannot be carried out smoothly, and then it cannot be used. [0003] In view of above-mentioned technical problem, the present in...

AI Technical Summary

Problems solved by technology

[0002] There are many types and structures of containers that can be quantified. Among them, for the quantitative container that is used upside down with the built-in rolling ball, the rolling ball generally moves up and down. In the prior art, when the original inverted quantitative container completes the quantitative and then pours out the liquid, The liquid in the container is likely to continue to enter the dosing chamber, resulting in large or inaccurate dosing errors; at the same time, when the dosing container is turned upside down so that the liquid in the container enters the dosing chamber, the rolling beads will be stuck and blocked in the dosing chamber. on the liquid port, so that the quantification cannot be carried out smoothly, and thus it cannot be used

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