Abstract: A windshield wiper adapter and windshield wiper assembly are disclosed. The windshield wiper adapter comprises a main body and a flexible buckling device. A front end of the main body has a notch that is downwardly recessed. The notch is used for snapping with a protrusion portion of a windshield wiper arm at an arbitrary angle. One end of the flexible buckling device is connected to a surface of the main body while another end is upwardly extended toward an upper side of the main body. The flexible buckling device is used for buckling a leaning side of a through hole of the windshield wiper arm. After the notch is coupled to the protrusion portion, the windshield wiper arm is rotated about a coupling portion therebetween, such that the flexible buckling device is propped by the leaning side of the through hole to firstly perform a deformation process.

Abstract: A windshield wiper blade structure includes a support strip, a wiper strip disposed below the support strip, two flexible strips set on two sides of the wiper strip, a set of clamping elements downward extended through holes formed on the support strip to clamp the support strip, the flexible strips and the wiper strip together, two wind deflector strips disposed on a top of the support strip, two elastic locking elements each including two elastic arms separately fitted near two opposite ends of the support strip, and two end caps detachably connected to the two ends of the support strip and each internally provided with two notches engaged with the elastic arms. By compressing the elastic arms toward each other to disengage them from the notches, the end caps can be removed from the support strip to allow replacement of the wiper strip with a new one.

Abstract: A multifunctional adaptor for windshield wiper and assembly using the same. The multifunctional adaptor for windshield wiper includes a main body, a lodging device, a first flexible fastening device and a second flexible fastening device. The fastening device is disposed at two sides of a rear end of the main body to hook with a barb portion of a windshield wiper arm. An arm of the first flexible fastening device is disposed to a front end of the main body to fasten a protrusion portion of the windshield wiper arm. The second flexible fastening device is connected to a side of the main body to lean against an inner side of the windshield wiper arm or fasten a leaning side of a through hole of the windshield wiper arm.

Abstract: A windshield wiper adapter and windshield wiper assembly are disclosed. The windshield wiper adapter comprises a main body and a flexible buckling device. A front end of the main body has a notch that is downwardly recessed. The notch is used for snapping with a protrusion portion of a windshield wiper arm at an arbitrary angle. One end of the flexible buckling device is connected to a surface of the main body while another end is upwardly extended toward an upper side of the main body. The flexible buckling device is used for buckling a leaning side of a through hole of the windshield wiper arm. After the notch is coupled to the protrusion portion, the windshield wiper arm is rotated about a coupling portion therebetween, such that the flexible buckling device is propped by the leaning side of the through hole to firstly perform a deformation process.

Abstract: A windshield wiper connector and windshield wiper connection assembly. The windshield wiper connector comprises a main body, a lodging device and a flexible fastening device. The lodging device is disposed to a rear of the main body to lodge with a barb portion at random angles. One end of the flexile fastening device is connected below a front of the main body while another end is an extending end upwardly extended toward an upper side of the main body. The flexible fastening device leans against a protruding portion. After the lodging device is hooked with the barb portion, the windshield wiper arm is rotated by taking a hooking portion as an axis so that the extending end propped by the protruding portion performs a deformation toward a direction being distant from the protruding portion. When the protruding portion crosses the extending end, the extending end is restored.

Abstract: A windscreen wiper has a rubber blade, an beam being mounted on the rubber blade, multiple clips being mounted respectively through the beam, multiple spoilers being mounted on the beam, two end caps being mounted respectively on the spoiler and around the ends of the beam and the rubber blade and a connector assembly being mounted securely on the beam and between two adjacent spoilers. The beam that is held firmly on the rubber blade, and the clips hold the beam stably on the rubber blade. Therefore, the rubber blade is connected firmly to other components of the windscreen wiper, will not deform or deteriorate easily and has improved life span.

Abstract: A windshield wiper blade structure includes a support strip, a wiper strip disposed below the support strip, two flexible strips set on two sides of the wiper strip, a set of clamping elements downward extended through holes formed on the support strip to clamp the support strip, the flexible strips and the wiper strip together, two wind deflector strips disposed on a top of the support strip, two elastic locking elements each including two elastic arms separately fitted near two opposite ends of the support strip, and two end caps detachably connected to the two ends of the support strip and each internally provided with two notches engaged with the elastic arms. By compressing the elastic arms toward each other to disengage them from the notches, the end caps can be removed from the support strip to allow replacement of the wiper strip with a new one.

Abstract: A windscreen wiper has a rubber blade, an beam being mounted on the rubber blade, multiple clips being mounted respectively through the beam, multiple spoilers being mounted on the beam, two end caps being mounted respectively on the spoiler and around the ends of the beam and the rubber blade and a connector assembly being mounted securely on the beam and between two adjacent spoilers. The beam that is held firmly on the rubber blade, and the clips hold the beam stably on the rubber blade. Therefore, the rubber blade is connected firmly to other components of the windscreen wiper, will not deform or deteriorate easily and has improved life span.

Abstract: A windshield wiper has a rubber blade, an inner frame being mounted on the rubber blade, an beam being mounted on the inner frame, multiple clips being mounted respectively through the beam, multiple spoilers being mounted on the beam, two end caps being mounted respectively around the ends of the inner frame, the beam and the spoiler and a connector assembly being mounted securely on the beam and between two adjacent spoilers. The inner frame holds the rubber blade firmly. The clips hold the beam stably on the inner frame. Therefore, the rubber blade is connected firmly with other components of the windshield wiper, will not deform or deteriorate easily and has improved lifespan.

Abstract: A method of laser-assisted pressing is used to adjust the pressing position with a laser projector and an impressible element while pressing an opaque object. The apparatus in this invention is characterized by a platform, a pressing unit with at least one press head, and at least one laser projector for projecting a laser beam to form a light area. The press head presses the impressible element to form a pressure mark indicating the pressing position. The light area is then adjusted to match the pressure mark. Finally, the relative positioning of the platform and the pressing unit is adjusted to match the light area with the area to be pressed. Thus the pressing position will be accurate in the pressing process.