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A connector for connecting a wiper blade assembly to a wiper arm. The connector includes first and second side walls spaced from one another to define a channel therebetween as well as a central bridge and rail interconnecting the first and second side walls. The central bridge and side walls define

A connector for connecting a wiper blade assembly to a wiper arm. The connector includes first and second side walls spaced from one another to define a channel therebetween as well as a central bridge and rail interconnecting the first and second side walls. The central bridge and side walls define a pin passage and a rivet passage, each extending transverse to the channel. The rail is vertically spaced from the central bridge to define a tail space between the bridge and the rail. The forwardmost end of the rail is positioned rearward of the pin and rivet passages.

대표청구항 ▼

A connector for connecting a wiper blade assembly to a wiper arm. The connector includes first and second side walls spaced from one another to define a channel therebetween as well as a central bridge and rail interconnecting the first and second side walls. The central bridge and side walls define

A connector for connecting a wiper blade assembly to a wiper arm. The connector includes first and second side walls spaced from one another to define a channel therebetween as well as a central bridge and rail interconnecting the first and second side walls. The central bridge and side walls define a pin passage and a rivet passage, each extending transverse to the channel. The rail is vertically spaced from the central bridge to define a tail space between the bridge and the rail. The forwardmost end of the rail is positioned rearward of the pin and rivet passages. irst wiper arm pivotally mounted within said the first housing and extending downward therefrom is a first wiper arm; and a second wiper arm pivotally mounted within said second housing and extending downward therefrom is a second wiper arm; and wherein the intended connection of the wipers to a conventional pair of eyeglasses is via a rearward cantilever extended attachment clamp affixed to the rear of each housing. 2. The wipers of claim 1, wherein each wiper arm is formed of a linearly elongated shaft supporting a wiper pad. 3. The wiper of claim 2, wherein said wiper pad is comprised of a cellular foam pad circumscribing the lower shaft portion of each wiper. 4. The wiper of claim 1, further comprising a linearly elongated reciprocating mechanical linkage having a first connection opposite a second connection, the first connection being pivotally affixed to said first wiper arm and the second connection being pivotally affixed to said second wiper arm such that the two wiper arms are in synchronous mechanical connection. 5. The wiper of claim 4, further comprising a power control that allows the user to turn on or off said control motor. 6. The wiper of claim 5, wherein said motor rotates a worm drive 60 that is interlaced with a drive gear housed within the second housing. 7. The wiper of claim 6, wherein a drive linkage is pivotally affixed at one end to the drive gear and at the opposite end to the reciprocating mechanical linkage such that as the drive gear rotates, said wiper arms are reciprocated in unison such as to allow the wiper pads to clear the front surface of the eyeglasses. 8. The wiper of claim 1, wherein each attachment clamp is formed in a general "C" shape and forming a frame receiving slot between a pair of opposed clamp arms. 9. The wiper of claim 8, wherein each said attachment clamp further comprises: a front contact grommet affixed to a surface of the front clamp arm; and a rear contact grommet affixed to a surface of the rear clamp arm, such that an upper frame portion of a pair of eyeglasses can be physically, mechanically impinged between said grommets.