新型船舶轻量化整体隔音舱室的研究与设计

Research and Design of a New Type of Lightweight Integrated Sound Insulation Cabin for Ships

提出一种国内首创的船舶轻量化整体舱室装置设计方案,该方案深入应用于船舶舱室领域以及轮机机械领域。这一创新设计,旨在提升船舶舱室的舒适性和安全性,同时降低船舶的整体重量,提高燃油效率。该装置的独特之处在于,它可以通过限位卡合结构,对船舶舱室内的一些家用家具进行精确的限位固定。这种方式相比于传统的膨胀螺丝等固定方法,更具灵活性和便捷性。当需要拆卸家具时,限位卡合结构可以迅速解锁,实现快速拆卸。这一设计大大提高了船舶舱室的实用性和人性化程度。此外,该装置还在舱室的墙壁以及顶部采用了石膏板和隔音棉,取代了传统的泡沫板或水泥板。这种创新的设计,不仅能有效提升舱室的隔音效果,还能进一步减轻船舶重量,提高燃油效率。总体来说,这种新型的船舶轻量化整体舱室装置设计理念,将为船舶行业带来全新的变革。它不仅提升了船舶的性能,提高了船舶舱室的舒适度,也为船舶制造带来更高的效率和更低的成本,将对我国船体建造方式产生重要影响,并提供一种全新的思路。

It was proposed that a domestically pioneered lightweight integrated cabin device design scheme for ships,which was deeply applied in the field of ship cabins and marine machinery.This innovative design aimed to enhance the comfort and safety of ship cabins,while reducing the overall weight of the ship and improving fuel efficiency.The unique feature of this device was that it could precisely limit and fix some household furniture in the cabin of the ship through a limit clamping structure.This method was more flexible and convenient compared with traditional fixing methods such as expansion screws.When the furniture needed to be disassembled,the limit clamping structure could be quickly unlocked to achieve rapid disassembly.This design greatly improved the practicality and humanization of ship cabins.In addition,gypsum board and sound insulation cotton were used on the walls and top of the cabin,which replaced the traditional foam board or cement board.This innovative design not only effectively improved the sound insulation effect of the cabin,but also further reduced the weight of the ship and improved fuel efficiency.Overall,this new design concept of lightweight integrated cabin equipment for ships brought a new transformation to the shipbuilding industry.It not only improved the performance of ships and improved the comfort of ship cabins,but also brought higher efficiency and lowered costs of ship manufacturing.It have had a significant impact on China’s shipbuilding methods and provided a new approach.