Proton 315mhz car key remote control, including a touch panel, a storage unit, a touch detection unit and a microcontroller. The touch panel is marked with a number of function icons, and the storage unit pre-stores a number of touch information and a number of touch information and a number of predetermined functions The corresponding relationship of each touch information includes a preset touch path starting from the coordinate position of a function icon. The touch detection unit detects the touch track on the touch panel and the touch starting point position. The microcontroller determines when determining The touch starting point position is the coordinate position of one of the several function icons, and when the touch track is consistent with a preset touch path, a remote control signal for activating a corresponding predetermined function is generated to remotely control a car to perform the corresponding function. The invented car remote control key has a user interface in the form of touch, and activates various predetermined remote control functions through the touch track, which can effectively avoid erroneous activation of unnecessary functions.
The above is a brief introduction to the relevant knowledge about Proton 315mhz car key remote control.