Stepless speed change method capable of realizing eccentric rotation of gear rings

Abstract

The invention discloses a stepless speed change method capable of realizing eccentric rotation of gear rings, and relates to a stepless speed change method. According to the technical scheme I of thestepless speed change method, a swinging planet gear component I and a swinging planet support component I form a gear ring eccentric rotation planet gear reducer, the revolution speed of a swinging gear ring I is related to the eccentric distance of the swinging gear ring I during eccentric movement, and the stepless speed change purpose of the technical scheme I of the stepless speed change method is achieved through change of the eccentric distance of the swinging gear ring I. According to the technical scheme II of the stepless speed change method, a swinging planet gear component II and the swinging planet support component I form a gear ring eccentric rotation planet gear speed increaser, the revolution speed of a swinging gear ring II is related to the eccentric distance of the swinging gear ring II during eccentric movement, and the stepless speed change purpose of the technical scheme II of the stepless speed change method is achieved through change of the eccentric distance of the swinging gear ring II. Transmission components of the technical scheme I and the technical scheme II of the stepless speed change method adopt full-gear transmission, the transfer torque is large, and the response speed is high.

Description

technical field [0001] The invention relates to a stepless speed change method of eccentric rotation of ring gear, which relates to a method of stepless speed change, in particular to a method of stepless speed change of eccentric rotation of ring gear using full gear transmission, the stepless speed change method is applied to Fuel vehicle power system and continuously variable transmission in the mechanical field. Background technique [0002] The CVT continuously variable transmission used in the automotive field uses the friction force generated between the pressure steel belt or the chain and the V-shaped groove walls of the two cone wheels to transmit torque, and the planetary friction mechanical continuously variable transmission used in the mechanical field also uses friction. Torque is transmitted by force. The existing continuously variable transmission technology transmits small torque through friction, which cannot be applied to the power system of high-power fue...

AI Technical Summary

Problems solved by technology

[0002] The CVT continuously variable transmission used in the automotive field uses the friction force generated between the pressure steel belt or the chain and the V-shaped groove walls of the two cone wheels to transmit torque, and the planetary friction mechanical continuously variable transmission used in the mechanical field also uses friction. Torque is transmitted by force. The existing continuously variable transmission technology transmits small torque through friction, which cannot be applied to the power system of high-power fuel vehicles and the continuously variable transmission device of large machinery, and it is easy to generate more when torque is transmitted by friction. If the temperature rise is too high, the pressure steel belt or chain will be damaged easily. When the internal combustion engine accelerates rapidly, the friction surface will slide, resulting in acceleration lag and affecting the driving experience.

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