Electromagnetic valve control device and work vehicle

An electromagnetic valve control device for a transmission to vary motive power from a driver with use of a gear transmission and a hydrostatic continuously variable transmission and output varied motive power, the electromagnetic valve control device being configured or programmed to control, based on a target gear ratio and with use of a value of an electric current for the continuously variable transmission, a first electromagnetic valve to control a pump swash plate on a normal rotation side of a neutral position and a second electromagnetic valve to control the pump swash plate on a reverse rotation side of the neutral position, the electromagnetic valve control device comprising:

• a current gear ratio obtainer to obtain a current gear ratio as a ratio of a number of output revolutions of the driver and a number of output revolutions of the transmission;
• a current electric current value obtainer to obtain a current electric current value as a value of an electric current to be inputted to the first electromagnetic valve or the second electromagnetic valve;
• and
• a switching controller configured or programmed to, based on the current electric current value and a gear ratio difference as a difference between the target gear ratio and the current gear ratio, perform electromagnetic valve switching control to switch between use of the first electromagnetic valve to control the pump swash plate and use of the second electromagnetic valve to control the pump swash plate.