Network optimization information:

High pressure oil is injected from the oil inlet. When the jacket oil port is connected with the shaft sleeve oil port, the high-pressure oil is pressed into and passes through the waist groove, and then enters the cavity of the hydraulic conversion mechanism. Under the pressure of high-pressure oil, the cavity expands, so the mechanism rotates in the direction of expanding the cavity. When the sealing oil is connected with the waist notch, it is discharged through the waist notch.

Of course, the greater the injected oil pressure and flow rate, the greater the torque and natural power of the hydraulic conversion mechanism. The better the sealing and circulation of the mechanism, the higher its efficiency. Large torque cycloidal motor Sealing rings are installed between the left and right end covers and the hydraulic conversion mechanism, O-ring is installed on the column wall of the oil distribution sleeve and the oil distribution shaft sleeve, and bolts are used to fasten the end cover and the conversion mechanism to ensure better sealing effect. The needle bearing installed on the bolt can reduce the impact of tightening action on the rotation of the needle wheel, ensure the smooth operation of the mechanism, and reduce or avoid the impact of unnecessary forces. When high-pressure oil is injected, high-pressure oil is converted into torque and low-pressure oil is output. The left and right end covers are fixedly connected with the conversion mechanism through bolts, OMM cycloidal motor The front output shaft is fixedly connected with the left end cover through screws to directly convert high-pressure oil into torque output. The rear right end cover is fixedly connected with the oil distribution sleeve through screws, the oil distribution sleeve is fixedly connected with the oil distribution needle wheel through screws, and then the oil distribution cycloid wheel is fixedly connected with the oil distribution shaft sleeve through screws, so that when the conversion mechanism rotates, it drives the oil distribution mechanism to rotate, and intermittently injects oil and discharges oil.