Views: 2 Author: Site Editor Publish Time: 2023-01-04 Origin: Site
A damping hinge, also known as a hydraulic hinge, is a kind of anechoic cushion hinge that provides an ideal cushioning effect by using the cushioning performance of liquid. Its principle relies on new technology.
To adapt to the closing speed of the door/cabinet door, the product through hydraulic cushioning technology so that the door/cabinet door opening below 60 ° began to close slowly on its own, reducing the impact, and forming a relaxing effect when closed, damping hinges in the installation of attention to the damping hinge installation location and number, to prevent falling fan, to ensure matching accessories, fan axis should be the same plumb line, etc...
Damping hinges can reduce the impact force and create a comfortable closing effect. Even if you forcefully close the door, it will close gently and ensure perfect and quiet movement.
Damping hinges are suitable for connecting doors of closets, bookcases, floor cabinets, TV cabinets, cabinets, wooden boxes, wine cabinets, storage cabinets, and other furniture. Damping hinges can make furniture more high-grade, reduce the impact, form a relaxing effect when closing, and ensure that no maintenance is required even under prolonged use.
In mechanical physics, the energy reduction of the system-damping vibration is not always caused by "resistance" in mechanical vibration. One is due to frictional resistance to heat so that the system's mechanical energy is reduced and converted into internal energy. This damping is called frictional damping; another is caused by the vibration of the surrounding masses so that the system's energy gradually radiates out to the surrounding into the wave energy. This damping is called radiation damping.
1. Damping helps to reduce the mechanical structure's resonance amplitude, to avoid the structure's damage caused by the limit of vibration stress.
2. Damping helps the mechanical system to be transient shock soon after the return to a stable state.
3. Damping helps to reduce the sound radiation generated by mechanical vibration and reduce mechanical noise. Many mechanical components, such as transportation tools, shells, and saw blade noise, are mainly caused by vibration. The use of damping can effectively inhibit resonance, thereby reducing noise.
4. Can improve the processing, measurement, and work accuracy of various machine tools, instruments, etc. All kinds of machines, especially precision machine tools, work in a dynamic environment that requires high vibration resistance and dynamic stability. A variety of damping treatments can significantly improve its dynamic performance.
5. Damping helps to reduce the ability of the structure to transmit vibration. In the design of the vibration isolation structure of the mechanical system, the reasonable use of damping technology can make the effect of vibration isolation and vibration damping
significantly improve.
