2results about How to "Reduce attachment time" patented technology

The utility model provides a kind of outer packing box for containing amplification reagent, it is related to in vitro diagnostic reagent (IVD) packaging field, comprising: box body, inner core is provided in box body, the upper surface of inner core is provided with one row or multiple rows of accommodation slot along the width direction of box body, accommodation slot is used to horizontal storage reagent tube, inner core separates the inner portion of box body into upper chamber and lower chamber, accommodation slot is located in upper chamber, and suction unit is provided in lower chamber, the bottom of accommodation slot is provided with the through slot that is communicated with lower chamber;Upper cover, for sealing inner core in box body.The application adopts horizontal fixed reagent tube mode, and accommodation slot is separately provided for each reagent tube, to avoid mutual knock between reagent tubes;Meanwhile, through slot is provided in the bottom of each accommodation slot, and the lower chamber with suction unit is communicated, and the reagent tube arranged horizontally can make condensate water on pipe wall drop as soon as possible, reduce the adhesion time of condensate water on pipe wall, to avoid that condensate water wet label.

The invention relates to an electrolytic cell of a fish scale-shaped pore partition gas differential discharge type bipolar plate, the electrolytic cell comprises a diaphragm arranged in the center, a cathode reaction electrode and an anode reaction electrode are respectively arranged on two sides of the diaphragm, the cathode reaction electrode is tightly attached to the fish scale-shaped pore hydrogen side bipolar plate, and the anode reaction electrode is tightly attached to the fish scale-shaped pore hydrogen side bipolar plate. The anode reaction electrode is tightly attached to the fish scale-shaped pore oxygen side bipolar plate, a gasket is further arranged between the fish scale-shaped pore hydrogen side bipolar plate and the diaphragm, the hydrogen side electrolyte inlet and the hydrogen side outlet are communicated with the main hydrogen gas chamber, and the oxygen side electrolyte inlet and the oxygen side outlet are communicated with the main oxygen gas chamber. Bubbles are quickly discharged to the side of the main gas chamber through scaly pores of the electrode plate, electrolyte flowing into the main gas chamber through the pores is reduced, the scaly pore electrode plate is in direct contact with the reaction electrode, and fluid increases shearing force and pressure on the bubbles attached to the reaction electrode plate through the reaction electrode.