2results about How to "Temperature does not affect" patented technology

The utility model discloses a portable medicinal refrigeration box belongs to the field of medicine refrigeration technology, the utility model discloses a box body and setting in the medicine taking tray of taking medicine of box body. The box body includes the top cover, the side plate and the bottom plate of connection in proper order. The number of side plate is 4, and 4 side plate surrounds and forms the box wall, is equipped with the medicine taking door for taking medicine on the side plate. The bottom plate is detachably connected with the box wall, and the surface of the bottom plate is equipped with a plurality of independent grooves for placing ice blocks. The medicine taking tray is arranged on the bottom plate, and a plurality of independent medicine storage compartments are arranged in the medicine taking tray. Each medicine storage compartment can put medicine from the top and take medicine from the side. The utility model discloses a medicine taking tray, and a plurality of independent medicine storage compartments are arranged on the medicine taking tray. Medicine can be placed in the medicine storage compartment, reducing the temperature influence between medicines.

The invention relates to the technical field of high polymer material injection molding and automatic control, in particular to an intelligent injection molding parameter regulation and control system for an injection molding machine, which comprises a rheological digital twinning and feed-forward resolving unit, a wavefront position prediction unit and a control unit, the transient pulsation instruction generation unit is used for analyzing the wavefront position prediction information and superposing a high-frequency micro-amplitude pulsation instruction into the macroscopic injection speed instruction; the high-frequency shearing thermal injection and physical phase change unit is used for reducing the partial melt viscosity of the wavefront based on the high-frequency micro-amplitude pulsation instruction; the energy decoupling and state recovery unit is used for monitoring the execution state of the high-frequency micro-amplitude pulse instruction, so that the polymer melt is recovered to a high-viscosity state and is cooled and solidified; the self-adaptive regulation and control and optimization unit is used for quantifying the fine structure filling rate of the fine structure region and optimizing the transient pulsation generation strategy according to the wave-front speed fluctuation variance; according to the method, the robustness of complete recarving and long-term continuous production of the fine structure is ensured.