초록 ▼

A windshield wiper assembly for cleaning a windshield and a method for assembling the windshield wipe assembly is disclosed. The windshield wiper assembly includes at least a plurality of wiper blades, a windshield wiper arm, and a locking clip. The plurality of wiper blades contact the windshield a

A windshield wiper assembly for cleaning a windshield and a method for assembling the windshield wipe assembly is disclosed. The windshield wiper assembly includes at least a plurality of wiper blades, a windshield wiper arm, and a locking clip. The plurality of wiper blades contact the windshield and move reciprocatingly across the windshield. The windshield wiper arm is provided for supporting the plurality of wiper blades. The locking clip is attached at a first clip end to the windshield wiper arm and at a second clip end to one of the plurality of wiper blades for positioning the plurality of wiper blades proximate to each other.

대표청구항 ▼

A windshield wiper assembly for cleaning a windshield and a method for assembling the windshield wipe assembly is disclosed. The windshield wiper assembly includes at least a plurality of wiper blades, a windshield wiper arm, and a locking clip. The plurality of wiper blades contact the windshield a

A windshield wiper assembly for cleaning a windshield and a method for assembling the windshield wipe assembly is disclosed. The windshield wiper assembly includes at least a plurality of wiper blades, a windshield wiper arm, and a locking clip. The plurality of wiper blades contact the windshield and move reciprocatingly across the windshield. The windshield wiper arm is provided for supporting the plurality of wiper blades. The locking clip is attached at a first clip end to the windshield wiper arm and at a second clip end to one of the plurality of wiper blades for positioning the plurality of wiper blades proximate to each other. t rail for pivotable movement about a rail pivot axis established by the rail pivot post between an erected configuration adapted to support a floor mat on the first floor support rail and above the rail mount and a collapsed configuration adapted to facilitate storage of the playyard floor support frame, the first floor support rail also including a rail lock arranged to engage the lock retainer formed in the rail mount upon movement of the first floor support rail to the erected configuration and to disengage the lock retainer upon movement of the first floor support rail to the collapsed configuration, and a lock controller coupled to the first floor support rail and mounted on the rail mount for movement in a first direction to move the rail pivot post to an inner position in the post retainer and to move the rail lock to engage the lock retainer upon movement of the first floor support rail to the erected configuration to block pivoting movement of the first floor support rail about the rail pivot axis and in a second direction to move the rail pivot post to an outer position in the post retainer and to move the rail lock to disengage the lock retainer to allow pivoting movement of the first floor support rail about the rail pivot axis to allow movement of the first floor support rail relative to the rail mount to assume the collapsed configuration. 2. The frame of claim 1, wherein the rail mount includes a lock hub formed to include a pivot post slot defining the post retainer and the rail pivot post is arranged to move back and forth in the pivot post slot in response to movement of the first floor support rail between the erected and collapsed configurations. 3. The frame of claim 2, wherein the lock controller includes a lever pivot rod coupled to the lock hub, a lever mounted on the lever pivot rod for pivotable movement relative to the lock hub about a pivot axis established by the lever pivot rod, and mover means for moving the rail pivot post in the pivot post slot in response to movement of the lever about the pivot axis to cause the first floor support rail to move relative to the lock hub. 4. The frame of claim 3, wherein the lock hub further includes a lock retainer notch defining the lock retainer, the rail lock is arranged to lie in the lock retainer notch upon movement of the first floor support rail to the erected configuration and to lie outside the lock retainer notch upon movement of the first floor support rail to the collapsed configuration, and the rail pivot post is arranged to lie in a position between the lever pivot rod and the rail lock upon movement of the first floor support rail to the erected configuration. 5. The frame of claim 3, wherein the lock hub is formed to include a guide pin slot and the mover means includes a guide pin arranged to move back and forth in the guide pin slot and a rail mover having an outer end coupled to the rail pivot post and an inner end coupled to the guide pin. 6. The frame of claim 2, wherein the lock controller includes retainer means for yieldably urging the rail pivot post to the inner position in the post retainer so that the rail lock is moved to engage the lock retainer upon movement of the first floor support rail to the erected configuration. 7. The frame of claim 6, wherein the retainer means includes a lever mounted for movement on the lock hub, a rail mover coupled to the lever and to the rail pivot post, and a spring coupled to the lock hub and to the lever to apply a biasing force to the lever to move the lever relative to the lock hub to cause the rail mover to move the rail pivot post normally to the inner position in the post retainer. 8. The frame of claim 1, wherein the rail mount further includes a lock retainer notch defining the lock retainer, the rail lock is arranged to lie in the lock retainer notch upon movement of the first floor support rail to the erected configuration and to lie outside the lock retainer notch upon movement of t