Method for producing active disk finished product components

　　A continuously variable transmission drive board, including: handle shaft, cylinder, piston, boss, second plate buckle, first plate buckle, connection cover, check gasket, rear cover, cylinder head, and has a continuously variable transmission structure that is stable, reliable, and has stronger sealing, with specific technical advantages. Therefore, let's understand it together.Active disk finished componentMethod of making.

　　Drive panel finished component

　　The corn combine harvester is an agricultural machine that mechanically completes the corn straw harvesting work when the corn is mature or nearly mature, as required by agronomy. The corn combine harvester is a new type of agricultural machinery developed to develop new energy and reduce the labor intensity of farmers. It shortens the labor cycle of farmers and liberates people from heavy physical labor.

　　Currently, combine harvesters are mainly divided into three types: tangential flow, tangential flow separation, axial flow separation (semi-axial flow), and full axial flow.

　　The stability and reliability of the finished components of the existing CVT transmission structure's active disk need to be improved. How to overcome the above technical defects of previous continuously variable transmissions is a technical problem that technicians in this field urgently need to solve.

　　Active disk finished component content

　　The drive disk assembly solves the above problems by providing continuous variable drive.

　　In order to achieve the above objectives, the utility model patent technical solution is implemented as follows:

　　This new patent technology provides a continuously variable transmission board, including grass shaft return, oil cylinder plunger, shaft sleeve, second belt board, first belt board, connection cover, automatic gasket, rear cover, oil cylinder head nozzle, internal combustion engine wall, and bolts.

　　The second buckle ring is provided with a placement hole in the sleeve; the pin connection mechanism realizes pin connection through the placement hole of the boss pin and the pin placement hole of the second buckle ring in sequence;

　　The first buckle ring is provided with a bolt placement hole in the connection sleeve; the bolt passes through the first buckle bolt placement hole, the joint of the bolt placement hole, and the screw in sequence;

　　The sealing placement groove is set in the inner layer of the first buckle ring plate; the sealing ring is inserted into the sealing ring placement groove;

　　A bearing box is also set between the machine wall and the grass shaft; the housing is clamped by the rotating shaft.

　　A bearing box is set between the machine wall and the grass shaft; the housing is clamped by the rotating shaft. The housing placed between the recoil shaft and the body can ensure the rotational stability of the recoil shaft and the structural stability and reliability of the CVT transmission board as a whole. Thus, it improves the stability, reliability, and even practicality of the continuously variable transmission structure provided by this utility model.

　　The active disk finished component mainly plays a fastening role. On the moving parts, due to the above connection method, the connection effect between the boss and the second buckle ring is strengthened, extending the service life and improving the structural stability of the continuously variable drive board; at the same time, the gasket ensures the connection of the connection component, reducing direct contact wear between the boss and the second belt disk.