| 摘要 |
The mechanism is used in mechanical engineering and in transport vehicles for conveying rotative motion. It is statically and dynamically balanced, of compact design and it equally distributes the torques between the two outlet shafts. The mechanism consists of a driving separator (1) in the form of a cylindrical bushing with a first (5) and second (6) row of slots parallel to its axis whiCh is fitted between coaxial outlet cams. The first cam is in the form of an outer cylindrical bushing (2) on the inner surface of which a first (7) and a second (2) corrugated groves of the same pitch are machined. The second cam is in the form of a cylindrical body on the outer surface of which a first (9) and a second (10) corrugated grooves of the same pitch are machined. The first grooves (7 &9) have the same amplitude, and the second (8 & 10) grooves, respectively, have the same amplitude being positioned in such a way that when one of the pairs of corrugated grooves match radially, the other pair of groves are revolved at an angle of about 90O around the axis towards each other. In each of the slots (5 & 6) of separator (1) one spherical body (4) each is fitted in contact simultaneously with the corrugated grooves of bushing (2) and the cylindrical body (3). 1 claim, 5 figures
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