초록 ▼

The present concrete vibrator inline transmission is a unique combination of gears that changes the speed of a primary power source so that a remote concrete tool runs at a speed different than that of the primary power source. This unique apparatus allows for unique methods of using the concrete vi

The present concrete vibrator inline transmission is a unique combination of gears that changes the speed of a primary power source so that a remote concrete tool runs at a speed different than that of the primary power source. This unique apparatus allows for unique methods of using the concrete vibrator inline transmission.

대표청구항 ▼

1. A concrete vibrator inline transmission comprising: a base;a base bearing support formed in said base and defining an input axis;an input shaft positioned in said base bearing support and coaxial to said input axis;an input gear fixedly interfaced with said input shaft and coaxial to said input a

1. A concrete vibrator inline transmission comprising: a base;a base bearing support formed in said base and defining an input axis;an input shaft positioned in said base bearing support and coaxial to said input axis;an input gear fixedly interfaced with said input shaft and coaxial to said input axis;a cap fixedly attached to said base;a cap bearing support formed in said cap and defining an output axis; wherein said input axis and said output axis are coaxial;an output shaft positioned in said cap bearing support and coaxial to said output axis;an output gear fixedly interfaced with said output shaft and coaxial to said output axis; anda branch transmission gearingly disposed engaged to said input gear and said output gear;a first branch axis defined by said branch transmission, wherein said first branch axis is parallel to said input axis and said coaxial output axis, and wherein said first branch axis is offset from said input axis and said coaxial output axis;a first branch shaft coaxial to said first branch axis;a first branch gear fixedly interfaced with said first branch shaft; anda second branch gear fixedly interfaced with said first branch shaft;wherein said first branch gear is drivingly engaged to said input gear, and wherein said second branch gear is drivingly engaged to said output gear. 2. The concrete vibrator inline transmission of claim 1 and further comprising; a plurality of flats formed in said first branch shaft; anda plurality of flats matching said first branch shaft plurality of flats formed in a through hole in said first branch gear. 3. The concrete vibrator inline transmission of claim 2 wherein said plurality of flats formed in said branch shaft and said first branch gear comprises six sides. 4. The concrete vibrator inline transmission of claim 1 and further comprising: a branch circle defining a center;wherein said branch circle center is located on said input axis and said coaxial output axis;wherein said first branch axis is located on said branch circle;a second branch shaft defining a second branch axis;wherein said second branch axis is parallel to said input axis and said coaxial output axis; andwherein said second branch axis is located on said branch circle. 5. The concrete vibrator inline transmission of claim 1 and further comprising: a first number of teeth formed on said first branch gear;a second number of teeth formed on said second branch gear; andwherein said first number of teeth is greater than said second number of teeth. 6. The concrete vibrator inline transmission of claim 1 and further comprising: a number of input teeth formed on said input gear;a number of output teeth formed on said output gear; andwherein said number of input teeth is less than said number of output teeth. 7. The concrete vibrator inline transmission of claim 1 and further comprising: a release mechanism attached to said cap. 8. The concrete vibrator inline transmission of claim 7 and further comprising; a release pin defining a release axis; andwherein said release axis is transverse to said input axis and said coaxial output axis.