Gaugeable container

Abstract

A gaugeable container comprises a tank body and a tank cover, wherein an axial opening runs through the tank cover; a measuring bottle body and the tank cover are integrally formed, and the measuring bottle body is communicated with the axial opening; the measuring bottle body is positioned in the tank body; a material inlet / outlet extending in the axial direction is formed in the bottle wall of the measuring bottle body and communicated with the interior of the tank body; a sliding cover is connected onto the material inlet / outlet in a sliding manner and used for opening or closing the material inlet / outlet; a baffle is arranged at the upper end of the sliding cover; a spring is arranged between the baffle and the bottom of the measuring bottle body; the periphery of the axial opening of the tank cover is in hermetical threaded connection with a bottle cap; the inner side of the cover cap is connected with a measuring spoon capable of rotating relatively; the spoon body of the measuring spoon is communicated with the material inlet / outlet and extends in the axial direction of the measuring bottle body; a pushing part is fixedly connected with the inner side of the spoon body of the measuring spoon; the pushing part is propped against the upper end face of the baffle; the baffle extends into the measuring spoon in the radial direction; the wall surface of the outer circumference of the baffle is propped against the wall surface of the inner circumference of the spoon body of the measuring spoon. The gaugeable container is convenient to meter, clean and sanitary, and has a measuring function.

Description

technical field [0001] The invention relates to the field of container devices, in particular to a container device with a metering mechanism, and in particular to a milk powder container with a meterable mechanism arranged on the lid of the milk powder container. Background technique [0002] Simple measuring devices for measuring liquids or powders generally include special measuring tools such as measuring cylinders, measuring cups, measuring bottles, and measuring spoons. The method of using such measuring tools is to manually pour liquid or powder from one device to another by the operator. The operator needs to have certain skills, otherwise it is easy to pour the liquid or powder out of the container, it is difficult to control the pouring amount of the liquid or powder, the operation is complicated and cannot be quickly measured, resulting in inaccurate measurement; at the same time, the entire pouring process is not in a closed It is carried out in an environment wh...

AI Technical Summary

Problems solved by technology

[0002] Simple measuring devices for measuring liquids or powders generally include special measuring tools such as measuring cylinders, measuring cups, measuring bottles, and measuring spoons. The method of using such measuring tools is to manually pour liquid or powder from one device to another by the operator. The operator needs to have certain skills, otherwise it is easy to pour the liquid or powder out of the container, it is difficult to control the pouring amount of the liquid or powder, the operation is complicated and cannot be quickly measured, resulting in inaccurate measurement; at the same time, the entire pouring process is not in a closed It is carried out in an environment where the liquid or powder is in contact with the outside world, which can easily cause pollution

With the improvement of people's quality of life, milk powder has become a universal nutritious food in people's lives. However, after people have scooped up the milk powder with a spoon, they usually put the spoon back into the milk powder jar. It is very unhygienic to use it, and the milk powder spoons currently used do not have a measuring function, and people can only scoop milk powder according to actual experience

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