a device for packaging

Abstract

The invention belongs to the field of packaging equipment and particularly relates to a packaging mechanism which comprises a packaging box and a quantitative take-out mechanism; and a hole A communicating with the cavity of the packaging box is formed in the side face of the upper end of the packaging box. When the packaging mechanism swings down an inverted packaging box each time, a heavy blockdoes reciprocating motion along a guide rail by a period under the resetting action of two springs A, the heavy block drives a gear B to rotate by a round through a connecting rod B, the gear B drives a gear A to rotate by 90 degrees, and the gear A drives two baffle plates to move alternately through two connecting rods A; when a portion of quantitative milk powder is taken out each time, the inverted packaging box is swung downwards by three times and is then swung once to reset equipment; the situation that the quantity of milk powder taken out of the packaging box is the same each time; and at the same time, the quantitative take-out mechanism is fixedly mounted in the packaging box, so that direct contact of a spoon and a user is avoided to further ensure the sanitary requirement andfacilitate sanitary safety of baby food.

Description

technical field [0001] The invention belongs to the field of packaging equipment, in particular to a packaging equipment. Background technique [0002] At present, the traditional canned milk powder is packed with a measuring spoon for measuring milk powder. Usually, every 30 milliliters of water is mixed with a spoonful of milk powder, which provides an effective measuring device for quantitatively preparing milk powder for babies, so that the milk powder and water can be mixed. The blending ratio is roughly controlled within a range to achieve standardization; however, when measuring milk powder with a measuring spoon, the milk powder in the measuring spoon is in most cases higher than the measuring spoon and is in a piled state, and the amount of milk powder measured is not accurate enough. When blending the milk powder, the concentration of the blended milk powder is too large, which is not conducive to the baby's gastrointestinal absorption; moreover, the measuring spoo...

AI Technical Summary

Problems solved by technology

[0002] At present, the traditional canned milk powder is packed with a measuring spoon for measuring milk powder. Usually, every 30 milliliters of water is mixed with a spoonful of milk powder, which provides an effective measuring device for quantitatively preparing milk powder for babies, so that the milk powder and water can be mixed. The blending ratio is roughly controlled within a range to achieve standardization; however, when measuring milk powder with a measuring spoon, the milk powder in the measuring spoon is in most cases higher than the measuring spoon and is in a piled state, and the amount of milk powder measured is not accurate enough. When blending the milk powder, the concentration of the blended milk powder is too large, which is not conducive to the baby's gastrointestinal absorption; moreover, the measuring spoon is independent of the milk powder packaging box. In the milk powder packaging box, the location may be forgotten when it is used next time, thus affecting the standardized blending of milk powder; at the same time, the measuring spoon is touched by different hands, which is not conducive to the baby's hygiene requirements for milk powder or the items used, thus affecting Infant or Young Child's Health

In view of the shortcomings of the traditional milk powder box and measuring spoon, it is necessary for us to design a quantitative, hygienic and convenient milk powder packaging equipment

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