摘要：【中文】本发明涉及一种展示交互配置方法及系统，首先根据业务场景的类别，从门户中查询到相对应的至少两个组件区，然后从门户或CPCP中获取各组件区相对应的配置信息并将其返回至各相应的组件区，形成各相应的新组件区，最后将各新组件区进行交互配置并展示，避免了目前直接基于电信BSS模型的配置，解决了前后端分离后、配置中心提供的配置无法直接满足前端使用的问题，且利用本申请的一种展示交互配置方法对各相应的新组件区进行交互配置后在前端的页面展示，不须受控于后端，从而增强了前端的可配置性，因此提高了电信业务受理的灵活度以及与外围配合即与门户或CPCP配合的便捷性，且代码量少、配置效率高。 【EN】The invention relates to a display interactive configuration method and a system, firstly, at least two corresponding component areas are inquired from a portal according to the category of a service scene, then, configuration information corresponding to each component area is obtained from the portal or CPCP and returned to each corresponding component area to form each corresponding new component area, and finally, each new component area is interactively configured and displayed, thereby avoiding the configuration directly based on a telecommunication BSS model at present, solving the problem that the configuration provided by a configuration center after the front end and the back end are separated can not directly meet the use of the front end, and the page display at the front end after the interactive configuration is carried out on each corresponding new component area by utilizing the display interactive configuration method of the application is not controlled by the back end, thereby enhancing the configurability of the front end, and improving the flexibility of telecommunication service acceptance and the convenience of the peripheral matching, namely the matching with the portal or CPCP, and the code amount is small and the configuration efficiency is high.

摘要：【中文】本发明提供的是一种基于多层散射体与空腔耦合共振的水下声学覆盖层。包括覆盖层，所述覆盖层包括外覆盖层(1)和内覆盖层(3)，还包括谐振效应板(2)，所述谐振效应板(2)夹在外覆盖层(1)与内覆盖层(3)之间、通过谐振效应板(2)实现耦合。本发明的谐振效应板位于内、外覆盖层之间，这种耦合方式有助于改善声学覆盖层的低频吸声特性。所述声学覆盖层通过散射体分层设计、空腔与散射体的耦合以及谐振效应板等方式拓宽了声学覆盖层的吸声频段、增强了声波在声学覆盖层内的能量耗散。 【EN】The invention provides an underwater acoustic covering layer based on coupling resonance of a multilayer scatterer and a cavity. Comprising a cover layer, the cover layer comprises an outer cover layer (1) and an inner cover layer (3), and further comprises a resonance effect plate (2), the resonance effect plate (2) is clamped between the outer cover layer (1) and the inner cover layer (3), and the coupling is realized through the resonance effect plate (2). The resonance effect plate of the present invention is located between the inner and outer cover layers in such a way that the coupling contributes to the improved low frequency sound absorption properties of the acoustic cover layer. The acoustic covering layer widens the sound absorption frequency band of the acoustic covering layer and enhances the energy dissipation of sound waves in the acoustic covering layer through the layered design of the scatterers, the coupling of the cavity and the scatterers, the resonance effect plate and the like.

摘要：【中文】本发明将高静低动隔振技术以及变阻尼技术结合起来，设计出一种刚度和阻尼均可调的多功能复合隔振器，其结构主要由具有高静低动特性的电磁隔振器与磁流变阻尼器并联形成，两者各自独立通入电流，在实现多功能的同时，亦可很好地解决现有负刚度技术应用时由于跳跃现象引起的减振性能恶化问题。其中，电磁隔振器采用的是磁齿结构，通过改变输入的励磁电流，便可实现电磁刚度的在线调节，从而降低隔振系统的固有频率。变阻尼技术方面采用的是磁流变阻尼器，该类型阻尼器同样是通过输入电流的改变实现阻尼的变化。该多功能复合隔振器工作时，可以选择电磁隔振器单独工作，磁流变阻尼器单独工作，或者两者同时工作的模式。 【EN】The invention combines the high static low dynamic vibration isolation technology and the variable damping technology, designs a multifunctional composite vibration isolator with adjustable rigidity and damping, the structure of the multifunctional composite vibration isolator is mainly formed by connecting an electromagnetic vibration isolator with high static low dynamic characteristic and a magneto-rheological damper in parallel, the electromagnetic vibration isolator and the magneto-rheological damper are respectively and independently electrified, and the multifunctional composite vibration isolator can well solve the problem of the deterioration of the vibration damping performance caused by the jumping phenomenon when the existing negative rigidity technology is applied while realizing the multifunction. The electromagnetic vibration isolator adopts a magnetic tooth structure, and can realize online adjustment of electromagnetic rigidity by changing input exciting current, so that the natural frequency of a vibration isolation system is reduced. The variable damping technology adopts a magneto-rheological damper, and the damper of the type also realizes the change of the damping through the change of the input current. When the multifunctional composite vibration isolator works, the mode that the electromagnetic vibration isolator works independently, the magnetorheological damper works independently or the electromagnetic vibration isolator works simultaneously can be selected.

摘要：【中文】本发明提供的是一种基于功能梯度板的水下声学覆盖层。包括覆盖层，所述的覆盖层包括外覆盖层(1)和内覆盖层(3)，还包括功能梯度板(2)，外覆盖层(1)和内覆盖层(3)铺设在功能梯度板(2)的两侧实现三者耦合，内覆盖层(3)内有周期性空腔。内覆盖层中空腔的阻抗与聚氨酯吸声橡胶相差极大，声波在空腔边界发生反射，不仅可以增加声波传播距离、有效地降低声波的透射，使得声波反射到外覆盖层中进行二次能量耗散，提高整体覆盖层结构的吸声性能；此外，空腔结构还可以产生共振吸收，沿微孔或间隙进入的声波能够引起空腔内部的空腔的粘滞阻力，使振动能量转化为热能耗散掉。 【EN】The invention provides an underwater acoustic covering layer based on a functional gradient plate. The multifunctional coating comprises a coating layer, wherein the coating layer comprises an outer coating layer (1), an inner coating layer (3) and a functional gradient plate (2), the outer coating layer (1) and the inner coating layer (3) are laid on two sides of the functional gradient plate (2) to realize the coupling of the outer coating layer, the inner coating layer and the functional gradient plate, and a periodic cavity is arranged in the inner coating layer (3). The impedance of the cavity in the inner covering layer is greatly different from that of the polyurethane sound absorption rubber, and sound waves are reflected at the boundary of the cavity, so that the sound wave propagation distance can be increased, the transmission of the sound waves can be effectively reduced, the sound waves are reflected to the outer covering layer to dissipate secondary energy, and the sound absorption performance of the whole covering layer structure is improved; in addition, the cavity structure can also generate resonance absorption, and sound waves entering along the micropores or the gaps can cause viscous resistance of the cavity inside the cavity, so that vibration energy is converted into heat energy to be dissipated.

摘要：【中文】本发明提供的是一种带有功能梯度板的耦合共振型水下声学覆盖层。包括外覆盖层、内覆盖层和功能梯度板，外覆盖层和内覆盖层铺设在功能梯度板的两侧，外覆盖层和内覆盖层内均有周期性空腔，外覆盖层中空腔与内覆盖层中空腔位置一一对应、形状互不相同。外覆盖层和内覆盖层铺设在功能梯度板的两侧，三者以此种方式耦合提高了声学覆盖层低频范围的吸声性能，并有效地拓宽了覆盖层的吸声频率范围。使得功能梯度板的动力学行为对覆盖层吸声特性的影响占主导作用。由于功能梯度板的共振效应，空腔与功能梯度板之间能够在低频范围能够产生耦合共振，能够对低频声波产生强吸收作用，同时，增强了在特定频率下声学覆盖层的共振效应，增强了声波的能量耗散。 【EN】The invention provides a coupling resonance type underwater acoustic covering layer with a functional gradient plate. The multifunctional gradient plate comprises an outer covering layer, an inner covering layer and a functional gradient plate, wherein the outer covering layer and the inner covering layer are laid on two sides of the functional gradient plate, periodic cavities are formed in the outer covering layer and the inner covering layer, and the hollow cavities in the outer covering layer and the hollow cavities in the inner covering layer are in one-to-one correspondence and different in shape. The outer covering layer and the inner covering layer are laid on two sides of the functional gradient plate, and the outer covering layer, the inner covering layer and the functional gradient plate are coupled in such a way, so that the sound absorption performance of the low-frequency range of the acoustic covering layer is improved, and the sound absorption frequency range of the covering layer is effectively widened. So that the influence of the dynamic behavior of the functionally graded plate on the sound absorption properties of the cover layer dominates. Due to the resonance effect of the functional gradient plate, coupling resonance can be generated between the cavity and the functional gradient plate in a low-frequency range, a strong absorption effect can be generated on low-frequency sound waves, meanwhile, the resonance effect of the acoustic covering layer under specific frequency is enhanced, and the energy dissipation of the sound waves is enhanced.