Abstract: An airbag restraint system for protecting a vehicle passenger in the event of a vehicle serious collision from the lateral side direction of the vehicle. The system comprises an airbag which is disposed at each of doors and a center console located at a center portion between right and left seats. An acceleration sensor is disposed at each of lateral sides of the vehicle to detect side directional impact to the vehicle. When the vehicle is crashed at the one lateral side of the vehicle, the airbags at an impacted side and the center airbag are inflated. Similarly, when the vehicle is crashed at the the other lateral side of the vehicle, the impacted side airbags and the center airbag are inflated.

Abstract: In the present plating method the bath contains an electrolyte solution having a uniform ion concentration. A common electrode, a plating electrode and a standard electrode are arranged in the bath. A direct current source is connected between the common electrode and the plating electrode. A further, constant, direct current source is connected between the common electrode and the standard electrode. A potentiometer device is arranged for detecting resistance changes between these electrodes due to variations in the ion concentration and in the mobility of the electrolyte solution between the electrodes. A control is responsive to the potentiometer device for regulating the plating current supplied by the direct current source as a function of the potential difference detected by the potentiometer device, whereby a constant plating current density is achieved.

Abstract: In the present plating apparatus the bath contains an electrolyte solution having a uniform ion concentration. A common electrode, a plating electrode and a standard electrode are arranged in the bath. A direct current source is connected between the common electrode and the plating electrode. A further, constant, direct current source is connected between the common electrode and the standard electrode. A potentiometer device is arranged for detecting resistance changes between these electrodes due to variations in the ion concentration and in the mobility of the electrolyte solution between the electrodes. A control is responsive to the potentiometer device for regulating the plating current supplied by the direct current source as a function of the potential difference detected by the potentiometer device, whereby a constant plating current density is achieved.