Quantitative taking-out can

Abstract

The invention relates to a quantitative taking-out can, which comprises a can body (1). A material outlet (2) is formed on the can body (1). A quantitative discharging device which is used for quantitatively discharging flowing materials in the can body (1) is installed on the can body (1) at the position of the material outlet (2). The quantitative discharging device comprises a pressing mechanism which can form linear motion through pressing, an intermediate transformation mechanism which can transform the linear motion formed by the pressing mechanism into rotating motion, and a rotating motion output mechanism which synchronously rotates with the intermediate transformation mechanism. The quantitative taking-out can has the advantages that the flowing materials can be quantitatively discharged, the operation is simple and convenient to conduct and a spoon is not required.

Description

Technical field: [0001] The invention relates to a tank body for storing and taking fluid materials such as powder particles, in particular to a quantitative taking tank. Background technique: [0002] In daily life, it is often necessary to use some flowable materials, such as powder particles, kitchen seasonings such as salt, monosodium glutamate, and pepper, and other powder particles such as washing powder and milk powder. Most of these powder particles are contained in a tank, and when in use, utensils such as spoons are usually used to take them. During the whole operation process, it is necessary to open the lid of the tank with both hands before scooping with a spoon, and when pouring out the powder particles in the spoon, the spoon needs to be shaken several times to pour out the powder particles. After the scooping is completed, the lid of the tank body needs to be put back to the original place before the spoon can be covered. The whole process has many procedure...

AI Technical Summary

Problems solved by technology

During the whole operation process, it is necessary to open the lid of the tank with both hands before scooping with a spoon, and when pouring out the powder particles in the spoon, the spoon needs to be shaken several times to pour out the powder particles. After scooping, you need to put the spoon back to the original place before you can cover the lid of the tank. The whole process has many procedures and requires the cooperation of both hands, which is not very convenient.

More importantly, the amount of powder particles scooped by the spoon is not fixed each time. More, sometimes scooping less, it will seriously affect the saltiness of the dish

[0003] In addition, there is also a structure that installs the spoon on the tank body. Although this type of tank body can also be operated with one hand, its structure is mostly complicated. Because the spoon still exists, it still needs to be shaken or turned to put the spoon in the operation. The material is poured out

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