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METHOD OF PRODUCING UNDERWATER VEHICLE SOLID HULL CYLINDRICAL ENCLOSURE

机译:水下车辆固体壳体圆柱形壳体的制造方法

摘要

FIELD: transport.;SUBSTANCE: invention consists in that the underwater vehicle solid hull cylindrical enclosure is made from a glass layer lined with a metal coating representing an outer, an inner and an end face plating with coefficient of thermal expansion exceeding that of glass. The outer and the end face metal plating are placed in a split form to be placed into a centrifuge. The said centrifuge is cut in and melt of glass mass is fed into the inner space of the outer metal plating. The centrifuge helps form the required thickness of a glass layer onto the inner surface of the outer metal plating. The glass layer temperature is decreased to the temperature allowing the layer diffusion welding with the metal outer plating. Now, the metal melt is fed onto the glass layer and use the said centrifuge to form the required thickness of the inner metal plating. The cylindrical enclosure temperature is reduced to the temperature of glass layer vitrification temperature, the centrifuge is cut out, the said cylindrical enclosure is tempered till a complete strain relaxation and glass layer stabilisation. The split form temperature is reduced to ambient temperature, and the enclosure is withdrawn from the form.;EFFECT: reliable junction of plating, simpler manufacture and better manufacturability.;1 dwg
机译:技术领域本发明的特征在于,水下航行器固体船体圆筒形外壳由玻璃层制成,该玻璃层衬有金属涂层,该金属涂层表示外,内和端面镀层,其热膨胀系数超过玻璃。外部和端面金属镀层以分开的形式放置以放置到离心机中。切入所述离心机,将玻璃块的熔体送入外部金属镀层的内部空间。离心机有助于在外部金属镀层的内表面上形成所需厚度的玻璃层。将玻璃层温度降低到允许与金属外镀层进行层扩散焊接的温度。现在,将金属熔体进料到玻璃层上,并使用所述离心机形成所需厚度的内部金属镀层。将圆筒形外壳的温度降低至玻璃层玻璃化温度的温度,切下离心机,对所述圆筒形外壳进行回火直至完全应变松弛和玻璃层稳定。分模温度降低到环境温度,并从模板中取出外壳。效果:可靠的电镀连接,更简单的制造和更好的可制造性。1dwg

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