Automatic portioning system for vacuum small-package products

Abstract

The invention discloses an automatic portioning system for vacuum small-package products. The automatic portioning system comprises a feeding system, a material arranging and counting system and a discharging and sorting system. The products pass through a climbing feeding line of the feeding system and reach a vibration material arranging disc in the material arranging system, the vibration material arranging disc is connected with two parallel material arranging channels at the same time, and the products reach the discharging and sorting system. A correlation type rectangular optical fiber sensor is mounted at the final outlet of the material arranging system; a frame type counting photoelectric device is mounted at a material receiving opening of the discharging and sorting system; the correlation type rectangular optical fiber sensor and the frame type counting photoelectric device are used for counting respectively; when the numbers counted by the correlation type rectangular optical fiber sensor and the frame type counting photoelectric device accord with a set packaging number, the products enter a discharging port; and when the the numbers are not consistent with the set number, the products enter into a returning inlet, so that the counting and dividing accuracy is ensured. According to the automatic portioning system for the vacuum small-package products, full-automatic treatment of material arrangement and counting is realized; setting is carried out according to actual subsequent packaging requirements; and a plurality of automatic counting and portioning systems can be installed side by side at the same time according to actual production requirements, so that the production efficiency is improved.

Description

technical field [0001] The invention belongs to a material sorting device in a food processing machine, and in particular relates to a device for granular vacuum small packaged materials and requiring the quantity of materials. Background technique [0002] In order to realize the safe production of food and the convenience of eating, now for the ready-to-eat food, the food is vacuum-packed separately into granules, and then bagged. At present, the repackaging of vacuum food is basically carried out manually. How much vacuum food is needed to fill a bag is all manually operated, which is relatively easy to make mistakes and requires a lot of manpower. Contents of the invention [0003] Based on the above problems, the present invention proposes an automatic portioning system for vacuum small-package products. Vacuum small-package products, such as vacuum-packed quail eggs, pass through the feeding system, the material system, and finally the sorting and counting system to ...

AI Technical Summary

Problems solved by technology

At present, the repackaging of vacuum food is basically done manually. How much vacuum food is needed to fill a bag is all done manually, which is relatively error-prone and requires a lot of manpower.

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