RU2012129460A

RU2012129460A - CASING PART OR INTERNAL DEVICE EQUIPMENT OF THE APPLIANCE CABLE WITH BUSHING OR PIPES OR OTHER SPECIFIC PARTS, METHOD FOR ITS COOKING RESEARING AND CASING

Info

Publication number: RU2012129460A
Application number: RU2012129460/05A
Authority: RU
Inventors: Игорь Лазаревич Синани; Вячеслав Максимович Бушуев; Никита Александрович Хохлявин
Priority date: 2012-07-11
Filing date: 2012-07-11
Publication date: 2014-01-20
Also published as: RU2515878C2

Abstract

1. Корпусная деталь или деталь внутреннего устройства аппарата, снабженная втулками или патрубками или иными выступающими частями, выполненная неразъемной конструкции и изготовленная из неметаллического материала, отличающаяся тем, что она выполнена монолитной конструкции, а в качестве неметаллического материала использован углерод-углеродный композиционный материал на основе каркаса ткане-выкладочно-прошивной структуры.2. Деталь по п.1, отличающаяся тем, что в качестве неметаллического материала использован углерод-углеродный композиционный материал, подвергнутый герметизации термостойким материалом.3. Способ изготовления корпусной детали или детали внутреннего устройства аппарата, снабженной втулками или патрубками или иными выступающими частями, включающий последовательное формирование ткане-прошивных каркасов отдельных частей детали и последовательную их монолитизацию путем уплотнения пироуглеродом термоградиентным методом с объединением их в единую конструкцию через присоединительный ненасыщенный пироуглеродом участок одного из каркасов, отличающийся тем, что сначала формируют каркасы закладных элементов в форме труб и/или пластин с фланцами путем выкладки слоев ткани с отбортовкой их на фланцевый участок по соответствующей форме формообразующей оправке, насыщают закладные элементы пироуглеродом термоградиентным методом, оставляя отбортованные на фланцевый участок слои ткани ненасыщенными пироуглеродом, проводят механическую обработку насыщенного пироуглеродом участка закладных элементов, после чего формируют каркас основной части детали на формообразующей оправке, послед�1. The body part or the internal device part of the apparatus, equipped with bushings or nozzles or other protruding parts, made of an integral structure and made of non-metallic material, characterized in that it is made of a monolithic structure, and a carbon-carbon composite material based on non-metallic material is used frame of fabric-laying-piercing structure. 2. A component according to claim 1, characterized in that a carbon-carbon composite material that has been sealed with a heat-resistant material is used as a non-metallic material. A method of manufacturing a body part or a part of the apparatus internal device equipped with bushings or nozzles or other protruding parts, comprising sequentially forming fabric-piercing frames of individual parts of the part and sequentially monolithizing them by sealing with pyrocarbon by a thermogradient method and combining them into a single structure through a connecting section of one single unsaturated pyrocarbon of frames, characterized in that the first form the frames of embedded elements in the form of pipes and / and and plates with flanges by laying out layers of fabric with flanging them on the flange section according to the corresponding shape of the forming mandrel, saturate the embedded elements with pyrocarbon by the thermogradient method, leaving the layers of fabric flanged to the flange section unsaturated with pyrocarbon, conduct mechanical processing of the area of embedded elements saturated with pyrocarbon, and then form the frame the main part of the part on the forming mandrel, the last�

Claims

1. The body part or the internal device part of the apparatus, equipped with bushings or nozzles or other protruding parts, made of an integral structure and made of non-metallic material, characterized in that it is made of a monolithic structure, and a carbon-carbon composite material based on non-metallic material is used frame fabric-laying-piercing structure.

2. The item according to claim 1, characterized in that as the non-metallic material used carbon-carbon composite material, subjected to sealing heat-resistant material.

3. A method of manufacturing a body part or a part of the apparatus internal device equipped with bushings or nozzles or other protruding parts, comprising sequentially forming fabric-piercing frameworks of individual parts of the part and sequentially monolithizing them by sealing with pyrocarbon by a thermogradient method and combining them into a single structure through a connecting unsaturated pyrocarbon a section of one of the frames, characterized in that the frames of the embedded elements in the form of pipes and / or plates with flanges by laying out layers of fabric with flanging them on the flange section according to the corresponding shape of the forming mandrel, saturate the embedded elements with pyrocarbon by the thermogradient method, leaving the layers of fabric flanged to the flange section unsaturated with pyrocarbon, mechanically treat the area of embedded elements saturated with pyrocarbon, and then form the frame the main part of the part on the forming mandrel, sequentially stitching into it layers of fabric unsaturated with pyrocarbon GOVERNMENTAL into the forming mandrel fitting members, followed by saturation of the part carcass main pyrocarbon thermogradient method, whereupon mechanical treating previously untreated plots mechanical parts.

4. A device for the formation and saturation of pyrocarbon frames of embedded elements forming the protruding parts of the part, containing the mandrel-heater and current leads to it, characterized in that the mandrel-heater is designed to accommodate the main portion of the frame of the embedded element, and to accommodate the flange section of the frame of the embedded element, the device is additionally equipped with a forming mandrel, which is not a heater.