Field of Invention
The present invention relates to a windshield wiper blade that includes an arrangement of microblades across the surface to provide improved wiping strength.
Description of Related Art
Windshield wiper blades serve to clear windshields of moisture and/or debris while operating a motor vehicle. Wiper blades are also used on other vehicles such as boats, trains and airplanes. However principally wiper blades are known for use on a motor vehicle windshield. The blade is placed on an arm assembly and rotated across the surface of the windshield during use. This rotation helps to clear the windshield and provide the driver with a clear view while operating a motor vehicle. However in certain instances residue can build up over the windshield regardless of the wiper blade use. This residue may be due to bugs, dusts, mud, bird droppings or other types of residue that could impede the view of the driver. Many times individuals must stop and clean their windshields manually with manual wipers and towels in order to remove hard-to-remove debris. As a result there is always a desire and need for improved wiper blades that could easily clear the surface of a windshield during operation.
The present invention relates to a wiper blade for improved wiping capabilities including: a blade surface; a plurality of micro blades diagonally aligned across the blade surface; and a preset distance between each micro blade. Preferably, wiper blade is 0.5 inches in width and 3 mm in thickness. The micro blades are preferably 3 mm in width and 6mm in length.
The present invention relates to a wiper blade that is used as a replacement blade for wiping windshields. The wiper blade according to the present invention has a wiper blade surface that includes a plurality of microblades across the surface of the blade. The microblades are diagonally positioned and provide increased wiping capabilities for the wiper blade according to the present invention. Although the microblades align the wiper blade surface and increase the wiping capabilities of the blade according to the present invention.