A method for cultivating shaped pearls in viscera of river mussels

A technology of pearls and viscera, which is applied in the fields of fish farming, application, climate change adaptation, etc. It can solve the problems of uneven nacre layer, blurred pearl imaging, and poor three-dimensional effect, so as to achieve uniform and smooth pearl surface and ensure high value The effect of chemical efficiency and vivid image

Inactive Publication Date: 2016-08-31
谢绍河
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  • Abstract
  • Description
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Problems solved by technology

The formation of the pearl sac starts from the extreme part of the small cell sheet, and it takes 20-30 days to complete. Therefore, the part where the pearl sac is formed first secretes nacre to form the nacre layer. The nacre layer will become uneven due to the speed of nacre secretion. Finally, the pearl image is blurred and unclear, and the three-dimensional effect is poor

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  • A method for cultivating shaped pearls in viscera of river mussels
  • A method for cultivating shaped pearls in viscera of river mussels
  • A method for cultivating shaped pearls in viscera of river mussels

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Embodiment Construction

[0018] The method for cultivating modeling pearls in mussel viscera of the present invention comprises the following steps: first making a molding core, and forming a secondary end or secondary surface 1 of the molding core (that is, an end or side that is not important for imaging, also called The non-main imaging surface, the main imaging surface is 2) on which patch grooves 3 are set, and then the small cell pieces are pasted in the patch grooves 3 so that they are interdependent with the patch grooves 3, and then the modeling mold core is planted Put the mother mussel into the nucleus of the viscera mass, put the nucleated mother clam back into the culture waters to cultivate pearls, and after the pearls mature, you can harvest high-value pearls with smooth surface and uniform nacre from the viscera mass of the mother clam. Shaped pearls. In the process of cultivating pearls, the present invention can not only make the small cell pieces stick firmly in the groove and not e...

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Abstract

The invention relates to a method for cultivating shaped pearls in mussel viscera. The method for cultivating mussel viscera-shaped pearls comprises the following steps: firstly making a molding core, and setting patch grooves on the imaging secondary end or secondary surface of the modeling core, and then pasting small cell pieces on the patch In the concave groove, make it depend on the patch concave groove, and then implant the mold core into the nucleus of the viscera mass of the mother clam, and put the core-planted mother clam back into the culture waters to cultivate and raise pearls. After maturity, high-value shaped pearls can be harvested from the viscera of the mother mussel. The shaped pearls produced by the invention not only have a uniform and smooth pearl surface and a high rate of high-quality pearls, but also have clear pictures and texts, vivid images, strong three-dimensional sense, and the economic value can reach the highest point of jewelry level.

Description

technical field [0001] The invention relates to the field of pearl cultivation, in particular to a method for cultivating shaped pearls in viscera of river mussels. Background technique [0002] Most of the existing pearl nuclei are directly pasted with small cell pieces on the outer surface of the pearl nucleus (also called the mold nucleus) before the nucleus is implanted (because there is no special concave position for pasting the cell pieces on the existing mold nucleus), Then carry out nuclear implantation, after implanting the viscera mass of the mother oyster, because the small pieces of cells are exposed on the outer surface of the pearl nucleus to form the outer pearl sac to secrete nacre, so the surface of the shaped pearl has uneven protrusions, and the surface of the pearl is not smooth. Affects the aesthetics of the overall shape of the beads, and some even form bad-shaped beads, the economic value is not high, and the small pieces of cells are easy to fall off...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): A01K61/00
CPCY02A40/81
Inventor 谢绍河
Owner 谢绍河
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