A windshield wiper structure includes a fixing frame, a support plate, a blade and at least one pressing strip. The fixing frame includes a fixing base and a pivot disposed on the fixing base. The support plate is connected on a bottom side of the fixing base and extended oppositely from the fixing base. The blade is connected to a bottom surface of the support plate. The pressing strip is disposed on the bottom side of the fixing base and presses the blade toward a direction away from the fixing base to contact with a glass surface. Therefore, the blade may be uniformly pressed to contact with a glass surface to remove rain or debris from the glass surface.

A wiper device includes a wiper arm and a drive section. The wiper arm has a base end portion supported by a support section provided at a vehicle, and is configured such that a wiping surface of the vehicle is wiped back and forth by a wiper blade coupled to a leading end portion of the wiper arm. The drive section is configured to displace at least a leading end portion side of the wiper arm in an up-and-down direction with respect to the wiping surface during back and forth movement of the wiper arm, irrespective of force the wiper blade receives from the wiping surface.

The present invention relates to a pantographic-type wiper system for cleaning a vehicle window that includes a drive attachment, a first arm, a second arm and a head configured to hold a wiper blade, where the first arm extends between the drive attachment and the head, where the second arm extends between a holding device attached to the drive attachment and the head, also characterized in that the wiper system includes a connecting body that links the first arm to the drive attachment and where the wiper system includes a pivot link (P) between the connecting body and the drive attachment and includes a rotational link (D) between the connecting body and the first arm; the wiper system also including at least a rotational device that allows motion around a first axis (A) that corresponds to a main elongation axis of the second arm between the head and the second arm or between the holding device and the second arm.

A windshield wiper structure includes a fixing frame, a support plate, a blade and at least one pressing strip. The fixing frame includes a fixing base and a pivot disposed on the fixing base. The support plate is connected on a bottom side of the fixing base and extended oppositely from the fixing base. The blade is connected to a bottom surface of the support plate. The pressing strip is disposed on the bottom side of the fixing base and presses the blade toward a direction away from the fixing base to contact with a glass surface. Therefore, the blade may be uniformly pressed to contact with a glass surface to remove rain or debris from the glass surface.

The present invention relates to a pantographic-type wiper system for cleaning a vehicle window that includes a drive attachment, a first arm, a second arm and a head configured to hold a wiper blade, where the first arm extends between the drive attachment and the head, where the second arm extends between a holding device attached to the drive attachment and the head, also characterized in that the wiper system includes a connecting body that links the first arm to the drive attachment and where the wiper system includes a pivot link (P) between the connecting body and the drive attachment and includes a rotational link (D) between the connecting body and the first arm; the wiper system also including at least a rotational device that allows motion around a first axis (A) that corresponds to a main elongation axis of the second arm between the head and the second arm or between the holding device and the second arm.

A wiper device includes a wiper arm and a drive section. The wiper arm has a base end portion supported by a support section provided at a vehicle, and is configured such that a wiping surface of the vehicle is wiped back and forth by a wiper blade coupled to a leading end portion of the wiper arm. The drive section is configured to displace at least a leading end portion side of the wiper arm in an up-and-down direction with respect to the wiping surface during back and forth movement of the wiper arm, irrespective of force the wiper blade receives from the wiping surface.