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Introduction
1. Furniture hinges are an essential component of furniture that provides support and flexibility to the structure.
2. The seismic and vibration resistance performance of furniture hinges plays a crucial role in ensuring the safety and durability of furniture.
3. The aim of this article is to discuss the research and improvement of seismic and vibration resistance performance of furniture hinges.
Current Challenges
1. The current furniture hinges available in the market lack adequate seismic and vibration resistance performance.
2. The hinges are susceptible to damage during earthquakes and vibrations, leading to the collapse of furniture.
3. The lack of proper research and development in this area has resulted in the absence of effective solutions.
Research and Improvement
1. Researchers have been working on developing furniture hinges that can withstand seismic and vibration forces.
2. The design of the hinges is being improved to ensure that they can withstand lateral forces and vibrations.
3. The material used in the hinges is being tested to ensure that it can withstand the stress of seismic and vibration forces.
4. The use of advanced technologies such as 3D printing and simulation software is being explored to develop more effective hinges.
5. The research is also focused on developing hinges that can be retrofitted to existing furniture to improve their seismic and vibration resistance performance.
6. The improved hinges are being tested under various seismic and vibration conditions to ensure their effectiveness.
7. The development of seismic and vibration resistant furniture hinges is an ongoing process, and researchers are continuously working towards improving their performance.