2results about How to "Discharge control" patented technology

This disclosure provides a soft reset circuit for simulating neurons, comprising a membrane potential accumulation module, a pulse generation module, a reset signal generation module, and a soft reset module. The soft reset module includes a reset capacitor connected in series with a membrane capacitor, a first switching element connected between the membrane capacitor and the reset capacitor, and a second switching element connected in parallel with the reset capacitor. The soft reset module receives a reset signal from the reset signal generation module. When the reset signal is at a first level, it turns off the first switching element and turns on the second switching element. When the reset signal is at a second level, it turns on the first switching element and turns off the second switching element, thereby causing the membrane capacitor to discharge to the reset capacitor. When the voltage of the reset capacitor exceeds a predetermined value, it turns off the first switching element, stopping the discharge of the membrane capacitor.

The pressing bottle cap comprises an upper cap body and a lower cap body, the upper cap body and the lower cap body are connected through a hinge portion, the lower cap body is provided with a liquid outlet portion and a pressing portion which are oppositely arranged, the liquid outlet portion comprises a liquid outlet formed in the lower cap body and a liquid outlet nozzle arranged on the liquid outlet, and the pressing portion is arranged on the liquid outlet nozzle. The pressing part is arranged to be a boss protruding upwards, and the side wall of the boss inclines towards the center. By means of the mode, when liquid is poured, downward pressing acting force is applied to different areas of the pressing part so as to control the liquid outlet amount of the liquid outlet part in a grading mode.