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Support structures flexu00ecveis with modules of spring of composite material mounted directly on elements of the framework and methods of assembly equipment and related - Microtek III
Support structures flexu00ecveis with modules of spring of composite material mounted directly on elements of the framework and methods of assembly equipment and related - Microtek III
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机译:带有柔性复合材料弹簧模块的支撑结构直接安装在框架的元件上以及组装设备的方法及相关-Microtek III
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"Support structures flexu00ecveis with modules of spring of composite material mounted directly on elements of the framework and methods of assembly equipment and related - Microtek III".The modules of spring of composite material has a body of spring of composite material reinforced with fiber with adaptations of display fully formed around the body of the spring.Adaptations of the display are molded of a flexible material, which responds dynamically to changes in shape of the body of the spring by a deflection.An integral formation of the adaptations with the body of the spring provides a unified single piece module, which is readily afixu00e1vel any structure where a support spring is desired.In an assembly, a foot assembly is configured for mounting the spring module directly on a flat surface of an element of the framework to support, by means of a fastener or.Alternatively, configured to fit with an element of the framework, without the use of a fastener.The modules of spring of composite material has the properties of stiffness and return to the state film from the deflection of full depth, without fixation.The modules of the spring of composite material with adaptations to display fully formed are described in combination with a foundation of mattress.By displaying the pictures of high and low profile and a grid overlying.Methods of manufacture of the modules of the spring of composite material with adjustments to display fully formed are also described.The methods of assembly of flexible weight support structures, such as foundations of the mattress.By using the modules of spring of composite material with adaptations of the display integrally formed are also described.
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