Claims Analysis
Total Claims: 5
Claim 1
Independent Claim
217 words
A mechanical power transmission comprising a pair of axially aligned rotatable shaft members, said shaft members being enclosed within a central housing with one end of each of said shaft member extending therefrom, said shaft members adapted to act as an input shaft and an output shaft interposed for power transmission between an external driving means and an external driven means; a motor member, having a motor housing of thin axial width located within said central housing, fixed to one of said shaft members and axially aligned to rotate wherewith, said motor member including a center shaft extending therefrom; and a harmonic drive member of thin axial width positioned within said central housing in axial alignment between said motor member and said remaining shaft member, said harmonic drive member including a dynamic spline fixed to said remaining shaft for rotation therewith, a circular spline fixed to said motor housing for rotation therewith, a flex spline engaged with said dynamic spline and said circular spline, and a wave generator in communication with said flex spline and engaged with said center shaft of said motor member, wherein activation of said motor causes said center shaft to rotate said wave generator within said harmonic drive member, thereby adjusting the phase of rotation between said input shaft and said output shaft.
Claim 2
Dependent Claim
217 words
A mechanical power transmission comprising a pair of axially aligned rotatable shaft members, said shaft members being enclosed within a central housing with one end of each of said shaft member extending therefrom, said shaft members adapted to act as an input shaft and an output shaft interposed for power transmission between an external driving means and an external driven means; a motor member, having a motor housing of thin axial width located within said central housing, fixed to one of said shaft members and axially aligned to rotate wherewith, said motor member including a center shaft extending therefrom; and a harmonic drive member of thin axial width positioned within said central housing in axial alignment between said motor member and said remaining shaft member, said harmonic drive member including a dynamic spline fixed to said remaining shaft for rotation therewith, a circular spline fixed to said motor housing for rotation therewith, a flex spline engaged with said dynamic spline and said circular spline, and a wave generator in communication with said flex spline and engaged with said center shaft of said motor member, wherein activation of said motor causes said center shaft to rotate said wave generator within said harmonic drive member, thereby adjusting the phase of rotation between said input shaft and said output shaft.
Claim 3
Dependent Claim
208 words
A mechanical power transmission comprising a pair of axially aligned rotatable shaft members adapted to act as an input shaft and an output shaft interposed for power transmission between an external driving means and an external driven means; a motor member having a housing fixed to one of said shaft members and axially aligned to rotate therewith, said motor member including a center shaft extending therefrom and engaged with a planetary drive member; and a harmonic drive member positioned in axial alignment between said motor member and said remaining shaft member, said harmonic drive member including a dynamic spline fixed to said remaining shaft for rotation therewith, a circular spline fixed to said housing of said motor member for rotation therewith, a flex spine engaged with said dynamic spline and said circular spline, and a wave generator in communication with said flex spline, said wave generator having a ring gear in communication with said planetary drive member of said center shaft of said motor member, wherein activation of said motor causes said center shaft to rotate said planetary drive member and said ring gear thereby rotating said wave generator within said harmonic drive member, thereby adjusting the phase of rotation between said input shaft and said output shaft.
Claim 4
Dependent Claim
208 words
A mechanical power transmission comprising a pair of axially aligned rotatable shaft members adapted to act as an input shaft and an output shaft interposed for power transmission between an external driving means and an external driven means; a motor member having a housing fixed to one of said shaft members and axially aligned to rotate therewith, said motor member including a center shaft extending therefrom and engaged with a planetary drive member; and a harmonic drive member positioned in axial alignment between said motor member and said remaining shaft member, said harmonic drive member including a dynamic spline fixed to said remaining shaft for rotation therewith, a circular spline fixed to said housing of said motor member for rotation therewith, a flex spine engaged with said dynamic spline and said circular spline, and a wave generator in communication with said flex spline, said wave generator having a ring gear in communication with said planetary drive member of said center shaft of said motor member, wherein activation of said motor causes said center shaft to rotate said planetary drive member and said ring gear thereby rotating said wave generator within said harmonic drive member, thereby adjusting the phase of rotation between said input shaft and said output shaft.
Claim 5
Dependent Claim
73 words
The power transmission of claim 2 further including a friction member interposed between said two rotatable shaft members, said friction member providing a desired rotatable driving torque between said two shaft members to prevent relative movement between said shaft members during operation of said power transmission, wherein said motor member overcomes such driving torque when rotating said wave generator to adjust the phase of rotation between said input shaft and said output shaft.