Porphyra piece-by-piece feeder

Abstract

The invention provides a porphyra piece-by-piece feeder and relates to the field of porphyra processing. The porphyra piece-by-piece feeder comprises a rack. Material supports are arranged on the rack. A discharge port is arranged at the bottom of the material supports. A rotary air head assembly and a lifting air head assembly driven by a lifting seat are arranged in the discharge port. A liftingair head transversely adsorbs porphyra pieces at the discharge port. The rotary air head longitudinally adsorbs, turns over and releases the porphyra pieces. An air distribution box used for distributing air for the lifting air head assembly and the rotary air head assembly is arranged on the rack. A fixed plate is provided with first upper air suction holes, first lower exhaust holes, second upper air suction holes and second lower exhaust holes. The lifting seat is connected with air baffles used for controlling opening and closing of the second upper air suction holes and the second lowerair suction holes. The lifting seat rises and drops to correspondingly control the lifting air head assembly and the rotary air head assembly to suck and exhaust air to alternately adsorb the porphyrapieces so as to complete piece-by-piece feeding of porphyra. The porphyra piece-by-piece feeder is simple and compact in structure, free of damage to porphyra, high in reliability, capable of turningover and releasing the porphyra pieces and particularly suitable for mechanized production of new porphyra products such as sandwiched seaweed.

Description

technical field [0001] The invention relates to the field of laver processing, in particular to a laver page feeder. Background technique [0002] Laver processing is divided into primary processing and deep processing. Among them, primary processing of laver refers to the process of processing fresh harvested laver raw materials into dry laver products, and the forms of dry laver products are mostly laver sheets and laver cakes; laver deep processing refers to After heating the above-mentioned laver sheets or laver cakes (with or without adding seasonings), the laver (also called "seaweed") that can be eaten immediately after roasting is obtained. In the deep processing process of the above-mentioned laver sheets, in order to satisfy the automation work, it is necessary to use an automatic laver sheet supply device. Most of the existing laver sheet supply devices adopt the principle of negative pressure adsorption to separate and supply the laver sheets, but the phenomenon...

AI Technical Summary

Problems solved by technology

Most of the existing laver sheet supply devices adopt the principle of negative pressure adsorption to separate and supply laver sheets, but the phenomenon of jammed vegetables often occurs, and the work reliability is not good

In addition, the existing devices are all horizontal output of laver sheets, which are not suitable for some specific occasions of deep processing of laver

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