The car shift system is a key component of the vehicle's movement and is responsible for controlling the direction of the vehicle in accordance with the driver's intentions and ensuring its safety. Therefore, each of its components is considered to be a key safety component:
Mechanical shift systems rely on the driver's strength as a driver of energy and rely entirely on mechanical motion. It consists mainly of the three core components of the shift to a manipulator, a converter and a mover. Among them, the gear bar transferor is a common type of mechanical shift system. This shifter drives the left and right movement of the teeth through the rotation of the gear, thus achieving precision control over the direction of the car。
Owing to the ease of their placement and their compatibility with the assistive system, gear-bar transferers are particularly widely used in cars. The moving parts consist mainly of gears and rodents, which are very easy to use in cars and have a tight structure。
In repairing the gear rotor, the following points need to be noted: first, the back of the gear is fitted with pressure blocks, compact springs and locks of the screws, which work together to ensure that the gears and the gears are seamless. The pre-heating pressure of the compact spring can be adjusted flexibly by adjusting the screws. Second, the teeth can move to and from the rotor's shell, but in order to prevent its vibration, there is usually a slider at both ends of the shell. If the slider is worn, it causes the tooth to vibrate in the shell and influences the transition to performance. Furthermore, a shift to the pole connects the rods to the rotor node, and the looseness of the ball head at the junction can lead to excessive free traffic on the wheel and affect driving stability。
Cyclops are also a common structural pattern, which usually consists of two-stage transmissions. The first is a screw nut transfer side, and the second is a tooth rod transfer side. This structure is widely applied at home and abroad. In order to reduce the friction between turning the spiral and turning to the nut, they do not have direct contact with each other, but rather achieve rolling friction through multiple steel balls. Turn to the screw and the nut to process a special spiral tank, the contours of which consist of two or three different arcs of the heart, approximately half a circle. These rotors interact and form a spiral-like channel that resembles a circular fracture。
The nut side is designed with two pairs of perforations to push the ball into a spiral channel. The shift to the outside of the nut was also accompanied by two steel ball catheters, each of which was inserted into the hole on the side of the nut at two ends, which was also filled with steel balls. In this way, the two catheters together with the spiral-like channel inside the nut form two separate closed steel ball “streams”. When turning to the screw, the steel ball transmits power to the turn to the nut, leading to a shift along the axis。
At the same time, under the influence of a friction doll between a screw, a nut and a steel ball, all steel balls will flow smoothly within a spiral-like channel, forming a continuous "baby stream". Throughout the work of the transformer, the two steel balls circulate only within their respective closed channels and do not escape。
Cyclops display a higher rate of transmission efficiency than gear-bar turnsers because of their rolling friction properties. Not only is it lightweight, comfortable, but it also effectively reduces wear and tear of mechanical components, thereby extending their useful life. In an era where there was a lack of leverage, the roller was once dominant in the market。
The conductivity of the snail pin pointer is that the shift to the snail is the active object, which coincides with the finger-sell at the end of the wreath. When turning to the snail, the pointer moves around the axis axis of the shaking arm along the trajectories of the circle, which in turn moves with the shaking arm axis. Such transformers are well designed and structured to ensure the efficiency and flexibility of the shift。
