The invention discloses a yak frozen
semen freezing process
intelligent control method based on dynamic
cooling curve optimization, and relates to the field of animal frozen
semen preservation, and the yak frozen
semen freezing process
intelligent control method comprises the following steps: arranging a plurality of frozen semen tubes filled with consumed cattle semen on an annular tray with a cold source in the center in a radioactive manner, and uniformly arranging the plurality of frozen semen tubes in a surrounding manner in each radial
distance interval; in the freezing process, cold energy is output according to a preset cooling program, and the annular tray is driven to rotate; unfreezing operation is executed,
sperm motility values are measured, interval
motility values of the
sperm motility values of the frozen
sperm tubules in all the radial distance intervals are counted, a
temperature curve at the radial
distance interval with the highest interval motility value is determined, a cooling program is modified in multiple rounds of experiments, and the process is repeated, so that the
temperature curve is determined. And clustering the obtained temperature curves and selecting an optimal target
temperature curve to perform freezing control. According to the method, the problem that the optimal dynamic
cooling curve is difficult to efficiently obtain in the freezing process of the frozen yak sperms is solved.