What is the principle of "articulated joint"?
Articulated joint is a commonly used mechanical connector, which is mainly based on the hinge connection method to achieve rotational connection between two or more connecting plates. The following is a detailed explanation of the principle of articulated joints:
Structural composition:
Articulated joints typically consist of connecting plates, hinge shafts, hinge caps, and other components. The connecting board can be customized into different shapes and lengths according to specific needs to adapt to different application scenarios.
The hinge shaft and hinge cap are used to connect and support the connecting plate, ensuring that they can rotate stably.
working principle:
The working principle of articulated joints is based on the connection mechanism of hinges. The hinge allows the connecting plate to rotate relative to each other within a certain angle range, thereby achieving flexibility and adjustability of the joint.
Between the connecting plates, the hinge axis serves as the center of rotation, and the connecting plates rotate around the hinge axis. The hinge cap plays a role in fixing and supporting, ensuring that the connecting plate remains stable during rotation.

characteristic:
Articulated joints have great flexibility in rotation angle and direction, and can maintain stable support at different angles and directions.
Due to the fact that the connecting plate can be customized into different shapes and lengths as needed, articulated joints can adapt to various complex structures and environments.
Application scenarios:
Articulated joints are widely used in construction engineering and mechanical manufacturing. In construction engineering, it is commonly used to connect components between roofs and supporting columns to meet the needs of different angles and directions. In mechanical manufacturing, it is commonly used to connect rotating components and support mechanical structures.
Advantages:
Articulated joints have advantages such as adjustability, reliability, and convenience. It can move and rotate within specific angles, adapting to various terrain conditions. Meanwhile, due to its strong load-bearing capacity and seismic performance, it can ensure the stability and reliability of pipeline systems or mechanical structures. In addition, the installation of articulated joints is simple and does not require special tools, which can save a lot of time and cost.
In summary, the articulated joint achieves flexible rotation and stable support between the connecting plates through its unique hinge connection mechanism. This type of connector has broad application prospects in multiple fields, providing reliable connection solutions for various complex structures and environments.